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Sorted by accesses in February 2023, subpages separated by " + ", Sort row: accesses to page plus all subpages


avr_en [15.1 KB, 2023-01-30] = 946 + 25,773 = 26,719
  avr_150.jpeg Logo (JPG image, 150*150) [24.9 KB, 2017-07-31] = 10,630
  app_tinyxtal.gif Crystal tone generator with ATtiny25 (GIF image, 65*65) [1.09 KB, 2019-04-24] = 1,008
  app_eieruhrtn24v2.gif Egg-timer tn24 V2 (GIF image, 65*65) [2.41 KB, 2022-11-16] = 1,008
  stk_lcd.jpg STK with LCD (JPG image, 160*120) [4.36 KB, 2002-06-29] = 985
  app_thermometer_tn24.gif Thermometer tn24 (GIF image, 65*65) [3.24 KB, 2023-01-20] = 954
  example.gif Logo (GIF image, 64*64) [509 B, 2004-10-03] = 914
  asm_soft.gif Software source codes (GIF image, 65*65) [1.25 KB, 2018-09-23] = 910
  asm_hard.gif Hardware source codes (GIF image, 65*65) [1.38 KB, 2018-09-23] = 909
  arduino_ex.gif Arduino logo (GIF image, 64*64) [1.37 KB, 2020-07-13] = 903
  download.gif Logo (GIF image, 64*64) [603 B, 2008-01-20] = 901
  avr_head.gif AVR head logo (GIF image, 64*64) [3.08 KB, 2010-09-29] = 899
  beginner.gif Beginner logo (GIF image, 65*65) [608 B, 2004-10-03] = 897
  hardware.gif Logo (GIF image, 64*64) [461 B, 2004-10-03] = 897
  adc.gif Logo (GIF image, 64*64) [451 B, 2004-10-03] = 895
  app_randomtn13.gif app_randomtn13 (GIF image, 65*65) [5.35 KB, 2019-12-25] = 759
  app_lcd.gif app_lcd (GIF image, 65*65) [1.14 KB, 2018-07-25] = 755
  app_irsteptn24.gif Infrared stepper (GIF image, 65*65) [551 B, 2022-10-06] = 675
  micro_beginner_complete.pdf PDF document [8.46 MB, 2022-10-26] = 89
  starter.pdf PDF document [972 KB, 2019-08-17] = 42

  >Applications [33.4 KB, 2023-02-03] = 174 + 9,899 = 10,073
       app.gif Logo (GIF image, 64*64) [371 B, 2004-10-03] = 898
       app_uvexp.gif UV exposure with LEDs (GIF image, 65*65) [5.59 KB, 2018-04-28] = 485
       app_powerscanner.gif Power supply scanner (GIF image, 65*65) [2.37 KB, 2022-06-05] = 472
       apps.jpg application (JPG image, 299*102) [5.58 KB, 2002-06-29] = 231
       app_dcf77rcvr.gif DCF77 receivers (GIF image, 65*65) [2.06 KB, 2019-05-10] = 223
       app_hysteresis.gif Hysteresis on AVR inputs (GIF image, 65*65) [2.05 KB, 2021-12-04] = 222
       app_ledlighttn13.gif Led light ATtiny13 (GIF image, 65*65) [2.84 KB, 2018-09-15] = 221
       app_clock60-4m48.gif Clock60+4 (GIF image, 65*65) [716 B, 2022-02-04] = 220
       app_longtimertn13.gif Longtimer tn13 (GIF image, 65*65) [379 B, 2021-03-14] = 220
       app_rgbbcdm16.gif RGB BCD watch ATmega16 (GIF image, 65*65) [1.64 KB, 2019-02-04] = 220
       app_stoppwatch.gif Stopwatches (GIF image, 65*65) [3.52 KB, 2018-08-02] = 220
       app_nkey.gif N keys (GIF image, 65*65) [2.07 KB, 2018-06-17] = 220
       app_ticker.gif Ticker (GIF image, 65*65) [4.53 KB, 2018-02-23] = 220
       app_pwgsio.gif Pulse width generator with SIO control (GIF image, 65*65) [3.56 KB, 2018-09-15] = 220
       app_circular-led.gif Circular-led m324pa (GIF image, 65*65) [4.02 KB, 2021-10-12] = 219
       app_dacs8515.gif Digital analog conversion with R/2R (GIF image, 65*65) [3.06 KB, 2019-03-25] = 219
       app_siggenm16.gif Signalgenerator ATmega16 (GIF image, 65*65) [1.39 KB, 2018-09-17] = 219
       app_dcf77m16.gif DCF77 clock m16 (GIF image, 65*65) [4.49 KB, 2018-05-18] = 219
       app_multitimer.gif Multitimer (GIF image, 65*65) [4.75 KB, 2018-08-16] = 219
       app_gatetn24.gif Gate tn24 (GIF image, 65*65) [4.66 KB, 2018-03-18] = 219
       app_levelmeter.gif Levelmeter (GIF image, 65*65) [3.28 KB, 2018-04-16] = 219
       app_dicetn13.gif Tumbling dice ATtiny13 (GIF image, 65*65) [2.29 KB, 2018-09-15] = 219
       app_steppertn13.gif Stepper motor control ATtiny13 (GIF image, 65*65) [3.15 KB, 2018-09-15] = 219
       app_longtimertn25.gif Longtimer tn25 (GIF image, 65*65) [506 B, 2021-03-27] = 218
       app_eggtimerm8515.gif Eggtimer RGB ATmega8515 (GIF image, 65*65) [4.13 KB, 2019-12-17] = 218
       app_steppertn24.gif Stepper tn24 (GIF image, 65*65) [4.59 KB, 2018-03-14] = 218
       app_binwatch.gif Binary watch (GIF image, 65*65) [2.75 KB, 2018-02-22] = 218
       app_8by8ledm16.gif LED grave 8x8 ATmega16 (GIF image, 65*65) [3.22 KB, 2018-09-15] = 218
       app_ticker16-8.gif Ticker 16x8 (GIF image, 65*65) [465 B, 2022-02-14] = 217
       app_largewatchm48.gif Large watch ATmega48 (GIF image, 65*65) [836 B, 2021-04-04] = 217
       app_spotlight.gif Spotlight ATtiny13 (GIF image, 65*65) [4.73 KB, 2018-10-14] = 217
       app_followme.gif Follow me (GIF image, 65*65) [4.80 KB, 2018-04-04] = 217
       app_alarmclockm16.gif Alarm clock with ATmega16 (GIF image, 65*65) [1.37 KB, 2018-09-15] = 217
       app_ir.gif IR (GIF image, 65*65) [1.30 KB, 2018-09-15] = 217
       app_fcountm8.gif Frequency counter ATmega8 (GIF image, 65*65) [4.57 KB, 2018-09-15] = 217
       app_eggtimertn2313.gif Egg timer with ATtiny2313 (GIF image, 65*65) [3.71 KB, 2018-09-15] = 217
       app_rectgenm8.gif Rectangle generator ATmega8 (GIF image, 65*65) [3.63 KB, 2018-09-15] = 217
       app_magic.gif Magic circle (GIF image, 65*65) [4.87 KB, 2018-02-22] = 216
       app_ledlinetn13.gif Led light ATtiny13 (GIF image, 65*65) [1.17 KB, 2018-09-15] = 216
       app_tn24lcd.gif tn24 lcd (GIF image, 65*65) [3.26 KB, 2018-02-22] = 213
       app_dicem16.gif Dice ATmega16 (GIF image, 65*65) [4.40 KB, 2018-04-17] = 213
       app_pcm2ana2323.gif PCM decoder with AT90S2323 (GIF image, 65*65) [1.22 KB, 2018-09-15] = 213
       app_eggtimerm8.gif Egg timer m8 (GIF image, 65*65) [3.89 KB, 2021-07-18] = 209
       app_dcf77s2313.gif DCF77 decoder with ATtiny2313 (GIF image, 65*65) [1.34 KB, 2018-09-15] = 204
       app_dcfsiganatn24.gif DCF77 signal analysis ATtiny24 (GIF image, 65*65) [2.50 KB, 2019-03-12] = 131
       app_dicetn24.gif Dice tn24 (GIF image, 65*65) [4.30 KB, 2018-02-22] = 125
       app_irrxswtn13.gif IR receiver switch (GIF image, 65*65) [3.73 KB, 2019-03-25] = 121

  >  >DCF77 receivers [30.5 KB, 2021-06-08] = 146 + 1,498 = 1,644
            dcf77_rcvr.gif DCF77 receiver logo (GIF image, 350*200) [4.00 KB, 2019-04-20] = 349
            dcf77_opampreg.gif Direct receiver with regulated OpAmps (GIF image, 993*432) [24.3 KB, 2021-01-28] = 89
            amplitude_dcf77.gif Amplitude DCF77 high and low (GIF image, 605*340) [12.6 KB, 2020-04-29] = 86
            dcf77_rcvr_overview.gif Overview on the receivers (GIF image, 1014*681) [59.5 KB, 2021-06-05] = 86
            dcf77_rcvr_description.pdf PDF document [5.14 MB, 2021-02-02] = 28
            dcf77_rcvr_calculations.ods LibreOffice Spreadsheet [1.33 MB, 2021-01-28] = 21
            dcf77_rcvr_drawings.odg LibreOffice Draw document [155 KB, 2021-06-05] = 19

  >  >  >DCF77 superhet receiver IF=455kHz [15.2 KB, 2020-06-05] = 180
                 dcf77_rcvr.jpg DCF77-Empfang (JPG image, 800*693) [184 KB, 2018-04-22] = 150
                 dcf77_rcvr_scheme.gif Schematics of the DCF77 receiver (GIF image, 1050*604) [22.4 KB, 2018-05-15] = 150
                 dcfsim.png Voltages in the RC network (PNG image, 1024*352) [9.13 KB, 2018-05-08] = 142
                 dcf77_ant.jpg DCF77 antenna (JPG image, 800*171) [50.1 KB, 2018-04-22] = 142
                 dcf77_ant_analysis.gif Antenna analysis (GIF image, 837*305) [11.3 KB, 2018-04-22] = 142
                 dcf77_pcb.jpg Receiver PCB (JPG image, 800*450) [150 KB, 2018-04-22] = 140
                 dcf77_superhet_receiver_description.pdf PDF document [528 KB, 2018-08-24] = 37

  >  >  >DCF77 transistor amplifier [18.6 KB, 2020-06-07] = 114
                 dcf77_transistor_mounting.jpg Transistor amplifier on the breadboard (JPG image, 640*480) [151 KB, 2019-05-10] = 138
                 dcf77_transistorscheme.gif Amplifier with transistors (GIF image, 463*251) [16.5 KB, 2020-05-16] = 95
                 dcf77_trans_rect_scheme.gif Amplifier with tn25 rectifier (GIF image, 826*232) [24.6 KB, 2020-05-06] = 90
                 dcf77_amrectifier_scheme.gif Rectifier for the AM signal (GIF image, 380*168) [8.52 KB, 2020-05-13] = 88
                 dcf77_lin-diode-driver.gif Linear OpAmp AGC driver (GIF image, 369*244) [11.1 KB, 2020-06-07] = 87
                 dcf77_lc_testgenerator.gif A test generator for 70 to 80 kHz (GIF image, 529*266) [11.0 KB, 2019-05-16] = 87
                 dcf77_lc_filtercurve.gif Pass band of the 3,3mH LC filter (GIF image, 605*340) [12.1 KB, 2020-05-13] = 87
                 dcf77_01minute.gif Long term averaging of the amplitude drop (GIF image, 606*339) [7.03 KB, 2019-04-29] = 86
                 agc2idrr.gif Diode current and parallel resistance (GIF image, 605*341) [11.0 KB, 2020-04-30] = 85
                 agc2att.gif Attenuation in one and two stages (GIF image, 605*340) [11.6 KB, 2020-04-30] = 85
                 dcf77_voltages.gif Rectifier voltage for different input voltages (GIF image, 606*444) [5.52 KB, 2019-04-26] = 85
                 dcf77_transistoramplifier.jpg Transistor amplifier (JPG image, 640*250) [52.9 KB, 2020-06-01] = 84
                 dcf77_unloadcurve33k470n.gif Unload curve with C=470nF and R=33k (GIF image, 605*408) [8.78 KB, 2019-05-12] = 84
                 dcf77_diode-att-curves.gif AGC attenuation (GIF image, 604*341) [12.4 KB, 2020-06-07] = 83
                 dcf77_agc_interface.gif AGC interface for the TN45 controller (GIF image, 403*146) [9.04 KB, 2019-04-29] = 81
                 dcf77_rectifier.ods LibreOffice Spreadsheet [5.86 MB, 2019-05-12] = 17

  >  >  >DCF77 cross antenna [14.2 KB, 2020-12-11] = 105
                 dcf77_rcvr_inductivity.jpg Measuring the inductivity of the coils (JPG image, 640*402) [63.9 KB, 2019-05-14] = 97
                 dcf77_rcvr_crossantennaschematic.gif DCF77 cross antenna buffer stage and AFC (GIF image, 648*427) [31.3 KB, 2019-05-26] = 90
                 dcf77_cap3p.gif Three varicaps parallel (GIF image, 340*183) [6.35 KB, 2020-05-14] = 88
                 dcf77_rcvr_90_45_degreeantenna.gif Mounting of the 90- and 45-degree antennas (GIF image, 682*267) [21.2 KB, 2019-05-18] = 84
                 dcf77_rcvr_cmososcillator.gif CMOS oscillator for inductivity measurements (GIF image, 588*391) [17.1 KB, 2019-05-14] = 84
                 dcf77_rf-entrystage.jpg RF entry stage (JPG image, 640*171) [36.7 KB, 2020-06-01] = 84
                 dcf77_rcvr_directional.gif Directional signal strength of one or two antenna rods (GIF image, 605*340) [11.7 KB, 2019-05-15] = 82
                 dcf77_afc.gif Capacity diode and AFC region (GIF image, 577*316) [14.9 KB, 2020-05-14] = 82
                 dcf77_kv1235z.gif Capacity diode KV1235Z (GIF image, 569*296) [7.23 KB, 2020-05-14] = 78

  >  >  >DCF77 TCA440 direct amplifier [5.84 KB, 2020-06-07] = 95
                 dcf77_direct_tca440_schematic.gif DCF77 direct amplifier schematic with TCA440 (GIF image, 788*653) [41.0 KB, 2019-05-24] = 74
                 dcf77_tca440amplifier.jpg TCA440 as gain-reguated amplifier (JPG image, 640*228) [44.0 KB, 2020-06-01] = 73
                 dcf77_direct_tca440_mount.jpg Mounting the TCA440 direct receiver on a breadboard (JPG image, 640*549) [119 KB, 2019-05-11] = 72

  >  >  >DCF77 resonance with ribbon cable antennas [20.6 KB, 2022-09-17] = 90
                 dcf77_resonance_single-loop.gif Single loop coil (GIF image, 268*210) [5.95 KB, 2021-05-12] = 71
                 dcf77_resonance_26-loop.JPG The 26-windings-loop (JPG image, 640*360) [104 KB, 2021-04-28] = 69
                 dcf77_resonance_26-loop-crossed-baseplate.JPG Base plate of the crossed 26loop (JPG image, 640*484) [77.2 KB, 2021-05-13] = 69
                 dcf77_resonance_LC.gif LC at resonance on 77.5 kHz (GIF image, 333*215) [5.21 KB, 2021-05-12] = 68
                 dcf77_resonance_26-loop-pcb-top.JPG Top view of the PCB (JPG image, 640*480) [140 KB, 2021-04-28] = 68
                 dcf77_resonance_26-loop-pcb-bottom.JPG Bottom view of the PCB (JPG image, 640*361) [119 KB, 2021-04-28] = 68
                 dcf77_resonance_50loop_design.gif Design of a 50-windings ribbon cable loop (GIF image, 359*367) [11.8 KB, 2021-05-12] = 68
                 dcf77_resonance_26-loop-crossed-soldering.JPG Soldering of two additional IDC plugs (JPG image, 640*651) [175 KB, 2021-05-13] = 68
                 dcf77_resonance_26-loop-male.gif Wiring two 26-pin-male IDC sockets (GIF image, 357*589) [18.0 KB, 2021-05-12] = 67
                 dcf77_resonance_26-loop-measured.gif 26-wire-loop measured (GIF image, 460*235) [13.8 KB, 2021-04-29] = 67
                 dcf77_resonance_26-loop-male_reversed.gif Connections with a reversed IDC plug (GIF image, 360*599) [17.2 KB, 2021-05-12] = 67
                 dcf77_resonance_transistoramp_schematic.gif Transistor amplifier (GIF image, 416*234) [10.5 KB, 2021-05-13] = 67
                 dcf77_resonance_26-loop-crossed.JPG Crossed 26-winding loop (JPG image, 640*651) [111 KB, 2021-05-13] = 67
                 dcf77_resonance_two-loop.gif Two-loop-LC cicuit (GIF image, 370*214) [9.87 KB, 2021-05-12] = 66
                 dcf77_resonance_OpAmpAmp_schematic.gif OpAmp amplifier (GIF image, 467*194) [10.0 KB, 2021-05-13] = 66
                 dcf77_loops.png Overview over ribbon cable loops (PNG image, 972*171) [29.9 KB, 2021-05-16] = 66
                 dcf77_resonance_26loop_design.gif Design of a 26-winding ribbon cable loop (GIF image, 280*278) [7.40 KB, 2021-05-12] = 65
                 dcf77_loop_testoscillator_schematic.gif Testoscillator 4011 schematic (GIF image, 446*208) [9.02 KB, 2021-05-16] = 65
                 dcf77_lcr.gif Coil, capacitor and reactance (GIF image, 756*426) [22.4 KB, 2022-09-17] = 64
                 dcf77_resonance_26loop-crossed-measured.png Measurement results for the 26loop crossed (PNG image, 499*133) [18.9 KB, 2021-05-13] = 64
                 DSCF4194.MOV Quicktime movie [3.03 MB, 2021-05-19] = 9
                 DSCF4184.MOV Quicktime movie [7.42 MB, 2021-05-03] = 7

  >  >  >DCF77 superhet IF=32kHz [9.80 KB, 2020-05-24] = 75
                 dcf77_super_schematic_filterpassband.gif Measuring the passband curve of 32.768kHz crystals (GIF image, 530*247) [11.9 KB, 2019-05-16] = 61
                 dcf77_super_lc_oscillator.gif LC oscillator for DCF77 superhet (GIF image, 423*321) [5.25 KB, 2020-05-24] = 55
                 dcf77_super_filterpassband.gif Filter pass band curve of one 32.768kHz crystal (GIF image, 606*343) [9.06 KB, 2019-04-29] = 55
                 dcf77_super_schematic.gif Schematic of the TCA440 superhet (GIF image, 888*677) [18.6 KB, 2019-06-24] = 54
                 dcf77_super_lc_oscillator250.gif LC oscillator coil with 14 mm ferrox cube core (GIF image, 423*321) [5.21 KB, 2020-05-24] = 50
                 dcf77_super_lc_bread.jpg The superhet on the breadboard (JPG image, 640*438) [112 KB, 2019-05-24] = 48

  >  >  >DCF77 receiver with a regulated OpAmp [12.6 KB, 2021-04-24] = 74
                 dcf77_opampreg_bf245_rdson.png RDSon excerpt from datasheet of the BF245 (PNG image, 601*554) [25.9 KB, 2020-12-26] = 58
                 dcf77_opampreg_schematic.gif Schematic of the regulated OpAmp receiver (GIF image, 863*251) [17.8 KB, 2021-01-12] = 50
                 dcf77_opampreg_1mH_coil.jpg 1 mH ferrite coil (JPG image, 640*139) [22.9 KB, 2020-12-26] = 49
                 dcf77_opampreg_opamp.gif OpAmp amplifier with fixed gain (GIF image, 400*336) [7.34 KB, 2020-12-29] = 49
                 dcf77_opampreg_BF256B_rdson.gif RDSon and achievable gain of the BF256B FET (GIF image, 605*340) [9.70 KB, 2021-01-28] = 49
                 dcf77_opampreg_ca3240.gif CA3240 (GIF image, 289*222) [4.51 KB, 2021-04-04] = 46
                 dcf77_opampreg_opamp_agc.gif OpAmp amplifier with variable gain (GIF image, 400*336) [8.14 KB, 2020-12-29] = 46

  >  >  >DCF77 controller ATtiny45 [27.5 KB, 2019-09-19] = 66
                 dcf77_controller_tn45_schematic.gif DCF77 controller schematic (GIF image, 301*244) [10.9 KB, 2020-06-27] = 41
                 dcf77_controller_tn45_signalanalysis.gif Analysis of the amplitudes (GIF image, 627*167) [9.59 KB, 2019-04-22] = 36
                 dcf77_controller_pwm_startup.gif PWM RC filter on start-up and massive changes (GIF image, 676*385) [11.2 KB, 2019-05-08] = 34
                 dcf77_controller_pwm_change.gif PWM RC filter at small level changes (GIF image, 654*391) [10.9 KB, 2019-05-08] = 34
                 dcf77_controller_tn45_times.gif Timing of the controller's tasks (GIF image, 492*173) [6.29 KB, 2019-06-24] = 34
                 dcf77_controller_tn45_message_10kBd.png Serial signal 10 kB (PNG image, 590*456) [8.73 KB, 2019-04-18] = 33
                 dcf77_controller_tn45_message_20kBd.png Serial signal 20 kB (PNG image, 590*456) [13.4 KB, 2019-04-18] = 31
                 dcf77_decoder_pwm.ods LibreOffice Spreadsheet [6.56 MB, 2019-06-20] = 22

  >  >  >DCF77 AM rectifier tn25 [11.5 KB, 2020-06-01] = 49
                 dcf77_amrectifier.jpg AM rectifier (JPG image, 640*336) [65.7 KB, 2020-06-14] = 34
                 dcf77_am_rect_tn25_scheme.gif AM rectifier schematic (GIF image, 607*387) [23.7 KB, 2020-05-05] = 34
                 dcf77_am_tn25_teststand.jpg Rectifier and test generator on a breadboard (JPG image, 640*480) [131 KB, 2020-05-08] = 33
                 dcf77_am_rect_tester.gif Rectifier test signal generator (GIF image, 236*191) [5.88 KB, 2020-05-08] = 30
                 dcf77_am_rect_rc.gif PWM RC filter response (GIF image, 605*340) [14.2 KB, 2020-05-03] = 29
                 dcf77_am_rect_duoledunequal.gif OCR0A and OCR0B are unequal (GIF image, 335*403) [10.5 KB, 2020-05-09] = 28
                 dcf77_am_rect_duoled.gif Duo-LED signal strength display (GIF image, 605*340) [12.8 KB, 2020-05-08] = 26
                 dcf77_am_rect_duoledequal.gif OCR0A and OCR0B are equal (GIF image, 335*211) [5.20 KB, 2020-05-09] = 25
                 dcf77_am_tn25_v1.asm Assembler source file [8.05 KB, 2020-05-21] = 18
                 am-rect_tn25.ods LibreOffice Spreadsheet [365 KB, 2020-05-10] = 15

  >  >  >DCF77 controller ATtiny25 [40.6 KB, 2021-04-24] = 48
                 dcf77_controller_tn25_async_0xAA_9k6_8N2.png Async mode of AA with 9.6 kBd (PNG image, 590*456) [10.3 KB, 2021-01-09] = 43
                 dcf77_controller_tn25_10kBd_AA_sync.png Serial sync transmission of AA with 10 kBd (PNG image, 590*456) [10.6 KB, 2021-01-09] = 41
                 dcf77_controller_tn25_async_0xAA_9k6_8N2_reverted.png Async mode of AA with 9.6 kBd, inverted (PNG image, 590*456) [10.3 KB, 2021-01-09] = 41
                 dcf77_controller_tn25_ctrl_schematic.gif The ATtiny25 controller (GIF image, 740*376) [29.4 KB, 2021-04-24] = 33
                 dcf77_controller_tn25_agc.gif AGC voltage generator (GIF image, 416*106) [4.37 KB, 2021-02-02] = 32
                 dcf77_controller_tn25_flow_sramtab.gif Structure of the SRAM table (GIF image, 563*973) [45.4 KB, 2021-01-31] = 31
                 dcf77_controller_tn25_flow_parity.gif Flow diagram Parity check (GIF image, 201*357) [7.53 KB, 2021-01-31] = 31
                 dcf77_controller_tn25_flow_to_utc.gif Conversion to UTC (GIF image, 302*1283) [27.3 KB, 2021-01-31] = 31
                 dcf77_controller_tn25_afc.gif OC0A as AFC controller (GIF image, 352*68) [2.93 KB, 2020-12-28] = 30
                 dcf77_controller_tn25_gate-voltage.gif AGC voltage loading/unloading (GIF image, 605*356) [9.79 KB, 2021-01-28] = 30
                 dcf77_controller_tn25_syncbits.gif Synchronous transmission over the Two-Wire-Interface (GIF image, 885*195) [11.0 KB, 2021-01-08] = 30
                 dcf77_controller_tn25_asyncbits.gif Asynchronous transmission (GIF image, 646*245) [12.6 KB, 2021-01-08] = 30
                 dcf77_controller_tn25_async.gif Async RS232 level converter (GIF image, 469*401) [16.4 KB, 2021-01-08] = 30
                 dcf77_controller_tn25_flow_scan.gif Flow diagram of the scan phase (GIF image, 491*1274) [42.0 KB, 2021-01-30] = 30
                 dcf77_controller_tn25_flow_analysis.gif Flow diagram of the DCF analysis (GIF image, 454*1266) [44.4 KB, 2021-01-31] = 30
                 dcf77_controller_tn25_flow_dcfbits.gif DCF77 bits structure (GIF image, 787*1261) [66.4 KB, 2021-01-31] = 30
                 dcf77_controller_tn25_flow_sync.gif Serial sync transmission flow diagram (GIF image, 576*723) [34.0 KB, 2021-01-31] = 30
                 dcf77_controller_tn25_flow_async.gif Flow diagram seriell async transmission (GIF image, 584*690) [31.0 KB, 2021-01-31] = 30
                 dcf77_controller_tn25_maxavg.gif Maximum and itrs average (GIF image, 605*349) [22.6 KB, 2021-01-28] = 28
                 dcf77_controller_tn25_OC0A_rc-filter.gif Die OC0A PWM fuer die automatische Frequenzkontrolle (GIF image, 605*340) [28.6 KB, 2021-01-29] = 27
                 dcf77_controller_tn25_rc-response.gif Response of the AFC filter network (GIF image, 605*340) [31.6 KB, 2021-01-29] = 27
                 dcf77_controller_tn25.ods LibreOffice Spreadsheet [1.31 MB, 2021-04-23] = 21

  >  >  >DCF77 alarmclock with m324pa [11.5 KB, 2022-12-13] = 41
                 dcf77_alarmclock_m324pa.ods LibreOffice Spreadsheet [511 KB, 2020-07-02] = 25
                 dcf77_alarmclock_m324pa_flow.odg LibreOffice Draw document [26.3 KB, 2020-07-08] = 22
                 dcf77_alarmclock_m324pa_pwmhum.gif PWM humming on RC network (GIF image, 642*361) [38.4 KB, 2020-07-02] = 20
                 dcf77_alarmclock_selection.gif Selecting the appropriate AVR type (GIF image, 835*752) [112 KB, 2020-07-02] = 19
                 dcf77_alarmclock_m324pa_schematic.gif The hardware of the alarm clock (GIF image, 982*516) [51.7 KB, 2020-07-14] = 19
                 dcf77_alarmclock_m324pa_flow_incsec.gif Flow chart increase seconds (GIF image, 360*1100) [39.0 KB, 2020-07-02] = 19
                 dcf77_alarmclock_connections.gif Connecting the alarm clock to the receiver (GIF image, 688*351) [27.2 KB, 2020-07-14] = 18
                 weekday_m324pa_v1.asm Assembler source file [2.64 KB, 2020-07-06] = 18
                 dcf77_alarmclock_m324pa_flow_weekday.gif Flow weekday from date (GIF image, 532*1072) [25.8 KB, 2020-07-07] = 17

  >  >  >Video PWM interference [1.97 KB, 2020-06-18] = 40
                 DSCF4108.MOV Quicktime movie [120 MB, 2020-06-15] = 3

  >  >  >DCF77 sync receiver and clock m48 [16.2 KB, 2021-04-26] = 39
                 dcf77_sync_m48_bottom.jpg PCB from below (JPG image, 640*623) [170 KB, 2021-04-25] = 38
                 dcf77_sync_m48_top.jpg PCB from above (JPG image, 640*663) [127 KB, 2021-04-25] = 35
                 dcf77_sync_m48_lcd.jpg The LCD at work (JPG image, 640*366) [62.0 KB, 2021-04-25] = 33
                 dcf77_sync_m48_schematic.gif Synchronous DCF77-LCD display with ATmega48 (GIF image, 632*432) [32.9 KB, 2021-04-24] = 30
                 dcf77_sync_m48_fuses.gif Fuses of the ATmega48 (GIF image, 516*551) [34.6 KB, 2021-04-22] = 27
                 dcf77_sync_m48_mounting.gif Mounting of the hardware (GIF image, 237*458) [25.1 KB, 2021-04-24] = 26
                 dcf77_sync_m48_plugs.jpg The plugs (JPG image, 640*302) [49.0 KB, 2021-04-25] = 25
                 dcf77_sync_m48_flow-weekday.gif Weekday calculation from date (GIF image, 450*840) [33.3 KB, 2021-04-24] = 25
                 dcf77_sync_m48.ods LibreOffice Spreadsheet [47.1 KB, 2021-04-24] = 21
                 dcf77_sync_m48_flow.odg LibreOffice Draw document [22.7 KB, 2021-04-24] = 20

  >  >  >DCF77 PCB layouts [13.5 KB, 2020-06-12] = 38
                 dcf77_rcvr_units.gif DCF77 receiver units (GIF image, 803*127) [12.0 KB, 2020-05-20] = 29
                 dcf77_rcvr_connections.gif Modules and connections (GIF image, 662*466) [30.0 KB, 2020-05-20] = 24
                 dcf77_hf-rx-a_90deg.gif PCB layout for the RF-RX anti-parallel (GIF image, 801*204) [6.84 KB, 2020-05-19] = 23
                 dcf77_hf-rx-a_best_90deg.gif Component plan for RF-RX anti-parallel (GIF image, 801*204) [11.9 KB, 2020-05-19] = 23
                 dcf77_tca440_small.gif TCA440-Direct receiver (GIF image, 500*400) [12.6 KB, 2020-05-20] = 23
                 dcf77_tca440_best_small.gif Component plan TCA440-Direct receiver (GIF image, 500*400) [25.4 KB, 2020-05-20] = 21
                 dcf77_superhet-xtaldiv.obj Draw file for tgif (Linux) [419 KB, 2020-06-12] = 21
                 dcf77_superhet-reglc.obj Draw file for tgif (Linux) [481 KB, 2020-06-12] = 21
                 dcf77_superhet-reglc-module.obj Draw file for tgif (Linux) [214 KB, 2020-06-12] = 20
                 dcf77_superhet-xtaldiv_best.obj Draw file for tgif (Linux) [419 KB, 2020-05-25] = 20
                 dcf77_hf-rx-a.obj Draw file for tgif (Linux) [73.0 KB, 2020-05-18] = 19
                 dcf77_tca440-amp_best.obj Draw file for tgif (Linux) [76.9 KB, 2020-05-20] = 19
                 dcf77_transistor.obj Draw file for tgif (Linux) [378 KB, 2020-06-12] = 19
                 dcf77_tca440.obj Draw file for tgif (Linux) [338 KB, 2020-06-12] = 19
                 dcf77_superhet-internallc.obj Draw file for tgif (Linux) [373 KB, 2020-06-12] = 19
                 dcf77_superhet-internallc_best.obj Draw file for tgif (Linux) [371 KB, 2020-06-12] = 19
                 dcf77_trans-amp_best.obj Draw file for tgif (Linux) [137 KB, 2020-05-20] = 18
                 dcf77_superhet-internallc-module.obj Draw file for tgif (Linux) [113 KB, 2020-05-22] = 18
                 dcf77_superhet-reglc-module_best.obj Draw file for tgif (Linux) [215 KB, 2020-06-12] = 18
                 dcf77_amtn25_best.obj Draw file for tgif (Linux) [66.4 KB, 2020-05-21] = 18
                 dcf77_ctrldispl.obj Draw file for tgif (Linux) [133 KB, 2020-06-12] = 18
                 dcf77_transistor_best.obj Draw file for tgif (Linux) [380 KB, 2020-06-05] = 18
                 dcf77_hf-rx-p.obj Draw file for tgif (Linux) [73.5 KB, 2020-05-18] = 17
                 dcf77_hf-rx-p_best.obj Draw file for tgif (Linux) [73.1 KB, 2020-05-18] = 17
                 dcf77_superhet-internallc-module_best.obj Draw file for tgif (Linux) [112 KB, 2020-05-22] = 17
                 dcf77_superhet-xtaldiv-module.obj Draw file for tgif (Linux) [161 KB, 2020-05-25] = 17
                 dcf77_superhet-xtaldiv-module_best.obj Draw file for tgif (Linux) [160 KB, 2020-05-25] = 17
                 dcf77_amdioden.obj Draw file for tgif (Linux) [53.5 KB, 2020-05-19] = 17
                 dcf77_amdioden_best.obj Draw file for tgif (Linux) [53.2 KB, 2020-05-19] = 17
                 dcf77_ctrldispl_best.obj Draw file for tgif (Linux) [133 KB, 2020-06-12] = 17
                 dcf77_tca440_best.obj Draw file for tgif (Linux) [336 KB, 2020-06-12] = 17
                 dcf77_tca440-amp.obj Draw file for tgif (Linux) [77.3 KB, 2020-05-20] = 16
                 dcf77_amtn25.obj Draw file for tgif (Linux) [66.7 KB, 2020-05-21] = 16
                 dcf77_trans-amp.obj Draw file for tgif (Linux) [137 KB, 2020-05-20] = 15
                 dcf77_superhet-reglc_best.obj Draw file for tgif (Linux) [484 KB, 2020-06-05] = 9
                 dcf77_tca440-amp_best.gif (GIF image) [15.9 KB, 2020-05-20] = 7
                 dcf77_tca440_best.gif (GIF image) [62.4 KB, 2020-06-12] = 7
                 dcf77_superhet-xtaldiv.gif (GIF image) [39.9 KB, 2020-05-25] = 7
                 dcf77_trans-amp_best.gif (GIF image) [21.2 KB, 2020-05-20] = 6
                 dcf77_transistor.gif (GIF image) [35.6 KB, 2020-05-16] = 6
                 dcf77_transistor_best.gif (GIF image) [64.9 KB, 2020-06-05] = 6
                 dcf77_trans-amp.gif (GIF image) [10.9 KB, 2020-05-20] = 5
                 dcf77_superhet-reglc-module_best.gif (GIF image) [34.9 KB, 2020-06-12] = 5
                 dcf77_amdioden.gif (GIF image) [4.43 KB, 2020-05-19] = 5
                 dcf77_hf-rx-a_best.gif (GIF image) [13.8 KB, 2020-05-18] = 4
                 dcf77_hf-rx-p_best.gif (GIF image) [13.8 KB, 2020-05-18] = 4
                 dcf77_superhet-internallc-module_best.gif (GIF image) [22.4 KB, 2020-05-22] = 4
                 dcf77_amdioden_best.gif (GIF image) [9.25 KB, 2020-05-19] = 4
                 dcf77_ctrldispl.gif (GIF image) [14.2 KB, 2020-06-12] = 4
                 dcf77_superhet-internallc.gif (GIF image) [39.4 KB, 2020-05-22] = 4
                 dcf77_superhet-internallc_best.gif (GIF image) [68.5 KB, 2020-06-12] = 4
                 dcf77_superhet-xtaldiv_best.gif (GIF image) [70.3 KB, 2020-05-25] = 4
                 dcf77_hf-rx-a.gif (GIF image) [8.11 KB, 2020-05-18] = 3
                 dcf77_hf-rx-p.gif (GIF image) [8.24 KB, 2020-05-18] = 3
                 dcf77_superhet-internallc-module.gif (GIF image) [13.1 KB, 2020-05-22] = 3
                 dcf77_superhet-xtaldiv-module.gif (GIF image) [13.6 KB, 2020-05-25] = 3
                 dcf77_superhet-xtaldiv-module_best.gif (GIF image) [24.0 KB, 2020-05-25] = 3
                 dcf77_superhet-reglc-module.gif (GIF image) [19.9 KB, 2020-06-12] = 3
                 dcf77_amtn25.gif (GIF image) [5.60 KB, 2020-05-19] = 3
                 dcf77_ctrldispl_best.gif (GIF image) [22.9 KB, 2020-06-12] = 3
                 dcf77_tca440.gif (GIF image) [33.9 KB, 2020-05-15] = 3
                 dcf77_tca440-amp.gif (GIF image) [8.33 KB, 2020-05-20] = 2
                 dcf77_amtn25_best.gif (GIF image) [10.9 KB, 2020-05-19] = 2
                 dcf77_superhet-reglc.gif (GIF image) [46.5 KB, 2020-06-05] = 2
                 dcf77_superhet-reglc_best.gif (GIF image) [81.0 KB, 2020-06-05] = 2

  >  >  >DCF77 interferences [11.5 KB, 2020-06-18] = 38
                 dcf77_tn25pwm.jpg The ATtiny45 on a test stand (JPG image, 640*516) [96.6 KB, 2020-06-16] = 30
                 dcf77_tn25_pwmtest_v1.asm Assembler source file [6.36 KB, 2020-06-17] = 20
                 dcf77_tn25_pwm_clocking.ods LibreOffice Spreadsheet [24.6 KB, 2020-06-18] = 18

  >  >  >DCF77 signal analysis tn24 [16.5 KB, 2019-03-12] = 37
                 dcfsigana_tn24_5V_receiver.jpg A 5V receiver module connected (JPG image, 640*553) [62.4 KB, 2019-03-09] = 32
                 dcfsigana_tn24_lcd.jpg LCD display of counter values (JPG image, 650*231) [32.7 KB, 2019-03-08] = 32
                 dcfsigana_tn24_schematic5V.gif Schematic for the 5V version (GIF image, 353*191) [10.7 KB, 2019-03-12] = 30
                 eep_hex_file.gif The downloaded hex file with EEPROM data (GIF image, 402*231) [18.1 KB, 2019-03-11] = 26
                 dcfsigana_tn24_v1.asm Assembler source file [17.2 KB, 2019-03-11] = 26
                 dcfsigana_eep2csv.pas Pascal source file [3.81 KB, 2019-03-11] = 22
                 dcfsigana_tn24_small.jpg DCF signal analysis display (JPG image, 350*124) [15.3 KB, 2019-03-08] = 21
                 dcfsigana_tn24_schematic3V3.gif Schematic for 3.3V modules (GIF image, 421*214) [14.4 KB, 2019-03-12] = 19
                 dcfsigana.ods LibreOffice Spreadsheet [14.5 KB, 2019-03-11] = 18
                 dcfsigana_tn24_5V_3V3interface.jpg 5V/3.3V interface (JPG image, 640*304) [48.4 KB, 2019-03-09] = 17
                 dcfsigana_tn24_description.pdf PDF document [310 KB, 2019-03-12] = 8
                 dcfsigana_eep2csv.zip Zipped file [50.1 KB, 2019-03-11] = 5

  >  >  >DCF77 LC-VCO oscillator tn25 [10.0 KB, 2019-09-19] = 32
                 dcf77_lcoscill_tn25_v1.asm Assembler source file [10.1 KB, 2019-08-30] = 19
                 dcf77_lcosc_scheme.gif Scheme of the functional stages of the LC-VCO (GIF image, 568*189) [11.9 KB, 2020-05-17] = 18
                 dcf77_lcosc_tn25_schematic.gif Schematic of the LC-VCO (GIF image, 800*286) [15.8 KB, 2020-05-17] = 16
                 dcf77_lcosc_tn25_fuses.gif Fuses of the ATtiny25 (GIF image, 516*551) [25.0 KB, 2019-07-03] = 16
                 dcf77_lcosc_simple.gif Simple LC oscillator (GIF image, 452*218) [11.2 KB, 2020-05-17] = 14

  >  >  >DCF77 display ATtiny24 [7.93 KB, 2020-06-01] = 32
                 dcf77_display_tn24_v1.asm Assembler source file [39.0 B, 2020-05-19] = 22
                 dcf77_display_tn24.gif The display as serial receiver (GIF image, 652*78) [9.17 KB, 2019-06-17] = 18
                 dcf77_display_tn24_init.gif Display on start-up (GIF image, 640*238) [22.2 KB, 2019-06-06] = 18
                 dcf77_controller-display.jpg Controller- und Anzeigenteil (JPG image, 640*467) [82.6 KB, 2020-06-01] = 16

  >  >  >DCF77 with AT90S2313 [36.3 KB, 2019-09-18] = 31

  >  >  >DCF77 Controller plus LCD and RS232 m324 [4.48 KB, 2021-04-23] = 30
                 dcf77_opampreg.gif (GIF image, 863*251) [17.8 KB, 2021-02-12] = 26
                 dcf77_opampreg_lcd_m324_schematic.gif Schematic of the ATmega324 controller for DCF77 (GIF image, 915*469) [35.4 KB, 2021-02-12] = 16
                 dcf77_opampreg_lcd_m324_rs232.gif RS232 interface for the controller (GIF image, 496*352) [16.0 KB, 2021-02-12] = 16
                 dcf77_opampreg_lcd_m324.odg LibreOffice Draw document [32.3 KB, 2021-02-12] = 16
                 dcf77_opampreg_lcd_m324.ods LibreOffice Spreadsheet [14.6 KB, 2021-02-11] = 16

  >  >  >DCF77 crystal oscillator superhet IF=455kHz [6.51 KB, 2020-06-07] = 30
                 dcf77_xtaloscillator_schematic.gif Schematic of the crystal oscillator (GIF image, 599*331) [19.9 KB, 2020-06-05] = 18
                 dcf77_xosc_455kHz.gif Discrete crystals differences (GIF image, 592*461) [29.4 KB, 2020-06-05] = 17
                 rcsim_4ch_378kHz_3k3_100p.png RC network simulation (PNG image, 704*418) [12.4 KB, 2020-06-05] = 16
                 dcf77_xosc_455kHz.ods LibreOffice Spreadsheet [37.5 KB, 2020-06-05] = 14
                 dcf77_xtalosc_455kHz.gif Crystal oscillators differences (GIF image, 747*290) [19.2 KB, 2020-06-05] = 14

  >  >  >DCF77 crystal oscillator tn25 [20.5 KB, 2020-05-25] = 28
                 dcf77_super_xtal_tn25_v1.asm Assembler source file [1.72 KB, 2019-05-16] = 22
                 dcf77_xtaloscillator_tn25_schematic.gif Schematic of an integrated xtal oscillator for the 110kHz oscillator (GIF image, 388*765) [11.0 KB, 2020-05-23] = 17
                 dcf77_xtaloscillator.ods LibreOffice Spreadsheet [33.6 KB, 2019-06-15] = 16
                 dcf77_oscillator_tn25_schematic.gif Schematic of a 110kHz oscillator with a discrete crystal (GIF image, 390*632) [10.2 KB, 2020-05-23] = 15
                 dcf77_oscillator_tn25_reverse.gif Reverse phase and supply currents (GIF image, 605*340) [19.2 KB, 2020-05-23] = 13
                 dcf77_oscillator_tn25_rectangle2sine.gif Rectangle-to-Sine wave conversion (GIF image, 606*357) [16.5 KB, 2020-05-23] = 12
                 dcf77_super_xtal_bread.jpg Oscillator on the breadboard (JPG image, 640*605) [99.1 KB, 2019-05-24] = 12
                 dcf77_xtaloscillator_tn25_bread.jpg Oscillator with integrated xtal oscillator on a breadboard (JPG image, 640*456) [76.6 KB, 2019-06-08] = 12
                 dcf77_oscillator_tn25_osci.jpg Oscillogram of the generated sine waves (JPG image, 640*513) [95.9 KB, 2019-06-08] = 11

  >  >  >DCF77 async receiver LCD with m48 [4.46 KB, 2021-04-24] = 28
                 dcf77_async_m48.ods LibreOffice Spreadsheet [14.0 KB, 2021-02-01] = 15
                 dcf77_async_m48_schematic.gif Async serial receiver with LCD display ATmega48 (GIF image, 609*375) [25.7 KB, 2021-02-01] = 8

  >  >  >DCF77 source code signal analysis tn24 [19.2 KB, 2019-03-11] = 28

  >  >  >DCF77 LC-VCO source code tn25 [12.6 KB, 2019-09-19] = 27

  >  >  >Source code for DCF77 display tn24 [2.09 KB, 2020-05-20] = 27

  >  >  >DCF77 sync receiver LCD with tn24 [5.76 KB, 2021-04-23] = 27
                 dcf77_sync_interface.gif Plugging the OpAmp receiver to the tn24lcd board (GIF image, 310*114) [10.2 KB, 2021-02-01] = 11

  >  >  >DCF77 async receiver 7-seg for regulated OpAmp m324 [4.45 KB, 2021-04-23] = 27
                 dcf77_async_m324.ods LibreOffice Spreadsheet [12.6 KB, 2021-02-02] = 22
                 dcf77_async_m324_schematic.gif Async serial receiver with large LED display ATmega324 (GIF image, 999*494) [47.1 KB, 2021-02-01] = 9

  >  >  >Source code for DCF77 AM rectifier tn25 [10.3 KB, 2020-05-23] = 22

  >  >Using hardware on the STK200 board [3.88 KB, 2019-09-18] = 51 + 577 = 628
            stk_ram.jpg External RAM (JPG image, 320*240) [11.8 KB, 2002-06-29] = 21
            TESTSIO.txt Plain text file [2.69 KB, 2002-06-29] = 19

  >  >  >Reading bytes with LPM [12.6 KB, 2021-05-09] = 282
                 lpm_sim_start.gif Start of the LPM program (GIF image, 966*274) [33.1 KB, 2021-05-09] = 251
                 lpm_sim_run1.gif Executed LPM program (GIF image, 969*274) [33.9 KB, 2021-05-09] = 248
                 lpm_sim_run2.gif Ausgeführtes doppeltes LPM-Programm (GIF image, 960*276) [34.3 KB, 2021-05-09] = 247
                 lpm_mem_en.gif Organization of the program memory in AVRs (GIF image, 738*314) [17.1 KB, 2021-05-09] = 232
                 lpm_calc_en.gif The U/L-bit in the pointer address (GIF image, 756*261) [18.3 KB, 2021-05-09] = 228

  >  >  >AVR example overview [3.48 KB, 2019-09-18] = 50
                 stk200.jpg stk200 (JPG image, 320*240) [10.8 KB, 2002-06-29] = 27

  >  >  >EEPROM access [10.2 KB, 2019-09-18] = 48

  >  >  >Echoing hex on STK200-SIO [9.35 KB, 2019-09-18] = 46

  >  >  >Writing text to an LCD [18.1 KB, 2019-09-18] = 38
                 lcd_conn.jpg LCD (JPG image, 320*183) [8.20 KB, 2002-06-29] = 25
                 lcd_board.jpg LCD (JPG image, 160*120) [2.84 KB, 2002-06-29] = 20

  >  >  >SIO communication with STK200 [6.05 KB, 2019-09-18] = 32

  >  >  >External RAM on STK200 [8.26 KB, 2019-09-18] = 30

  >  >  >Testing the keys on STK200 [12.3 KB, 2019-09-18] = 26

  >  >  >PWM generator with Uart on STK200 [19.7 KB, 2019-09-18] = 25

  >  >Keys and switches on ADC [9.64 KB, 2023-01-06] = 129 + 394 = 523
            keyb.gif Logo (GIF image, 64*64) [487 B, 2006-02-23] = 892
            keyboard.gif Keypad (GIF image, 202*242) [3.01 KB, 2006-02-23] = 146
            Nkey_small.gif n keys (GIF image, 158*125) [4.00 KB, 2018-06-16] = 98
            res-fb-rl_symbol.gif Forw/backw and right/left keys (GIF image, 150*125) [930 B, 2020-11-09] = 81
            menu_type.gif Type menu (GIF image, 162*94) [3.21 KB, 2018-06-29] = 78
            Keys_2.png Key type (PNG image, 170*125) [1.85 KB, 2018-06-29] = 78
            Switches_2.png Switch type (PNG image, 170*125) [1.99 KB, 2018-06-29] = 78
            menu_size_keypad.gif Size menue for keypads (GIF image, 134*104) [2.70 KB, 2018-06-27] = 77
            menu_res_row.gif Resistor rows (GIF image, 103*88) [2.20 KB, 2018-06-27] = 77
            resistor_window.gif Resistor window (GIF image, 237*148) [9.91 KB, 2018-06-27] = 77
            result_window.gif Result window (GIF image, 533*126) [12.0 KB, 2018-06-27] = 77
            adc-matrix.gif Key matrix (GIF image, 150*188) [1.89 KB, 2018-06-19] = 76
            resistor_keypad.gif Resistors on a keypad (GIF image, 150*150) [5.22 KB, 2018-06-27] = 76
            Keypad_2-by-2.png Type menu (PNG image, 160*160) [2.29 KB, 2018-06-29] = 76
            menu_size_switches.gif Size menu switches (GIF image, 136*102) [2.13 KB, 2018-06-27] = 76
            menu_res_tol.gif Resistor tolerance (GIF image, 139*105) [2.53 KB, 2018-06-27] = 76
            schematic_window.gif Schematic window (GIF image, 186*163) [7.67 KB, 2018-06-27] = 76
            assembler_window.gif Assembler window (GIF image, 277*166) [8.35 KB, 2018-06-27] = 76
            group_iterate.gif Iteration window (GIF image, 366*95) [4.12 KB, 2018-06-27] = 75
            group_show.gif Show windows (GIF image, 366*53) [2.38 KB, 2018-06-27] = 75
            menu_adc_resol.gif ADC resolution (GIF image, 95*61) [2.04 KB, 2018-06-27] = 74
            menu_size_keys.gif Size menu keys (GIF image, 133*150) [3.11 KB, 2018-06-27] = 72
            key_matrix.pdf PDF document [1.43 MB, 2018-06-29] = 16
            multi_adc.zip Zipped file [5.27 MB, 2018-06-29] = 8

  >  >  >Keypad on an ADC [26.1 KB, 2022-07-22] = 110
                 avr-io.gif application (GIF image, 204*326) [3.62 KB, 2006-02-23] = 92
                 anykey.gif Press any key (GIF image, 251*294) [3.48 KB, 2006-02-23] = 92
                 16key_single.png 16-key keyboard with vertical resistors (PNG image, 234*214) [1.42 KB, 2022-07-11] = 89
                 adc-matrix.gif resistor matrix (GIF image, 305*382) [4.87 KB, 2006-02-23] = 88
                 voltages.gif Voltages (GIF image, 851*524) [7.08 KB, 2017-06-05] = 86
                 12key_single.png 12-key keyboard with vertical resistors (PNG image, 234*214) [1.19 KB, 2022-07-11] = 85
                 12key_iteration.png Iteration of the 12-key keyboard (PNG image, 847*374) [83.3 KB, 2022-07-12] = 85
                 12key_resistor-matrix_voltages.png The voltages of the 12-key keyboard (PNG image, 778*449) [21.0 KB, 2022-07-12] = 85
                 16key_resistor-matrix_voltages.png The voltages of the 16-key keyboard (PNG image, 778*449) [18.2 KB, 2022-07-12] = 83
                 resistor-encoder.ods LibreOffice Spreadsheet [17.2 KB, 2006-03-17] = 23
                 resistor-encoder.xls Microsoft Excel spreadsheet [31.5 KB, 2010-12-11] = 12

  >  >  >DIP switch ADC [7.47 KB, 2019-09-22] = 73
                 mousepiano_small.jpg Mouse piano (JPG image, 150*131) [7.01 KB, 2018-06-19] = 119
                 mousepiano.gif DIP switches on an ADC (GIF image, 359*439) [11.8 KB, 2018-06-19] = 54
                 mousepiano_exe.gif mousepiano.exe at work (GIF image, 513*688) [90.8 KB, 2018-06-19] = 53
                 mousepiano.jpg DIP switch (JPG image, 380*302) [11.3 KB, 2018-06-19] = 51
                 mousepiano4.png Graphic scheme (PNG image, 300*250) [5.72 KB, 2018-06-19] = 50
                 piano4.inc Assembler include file [900 B, 2018-06-19] = 21
                 mousepiano.zip Zipped file [908 KB, 2018-06-19] = 11

  >  >  >Key access ADC [12.3 KB, 2020-11-12] = 68
                 Nkey.gif Keys and resistors (GIF image, 318*578) [10.9 KB, 2018-06-16] = 43
                 Nkey_adcresult.gif ADC result read (GIF image, 291*139) [4.73 KB, 2018-06-17] = 43
                 Nkey_single.gif Single resistor scheme (GIF image, 359*508) [10.1 KB, 2018-06-17] = 42
                 Keys10_stacked.png 10 keys stacked (PNG image, 300*550) [9.49 KB, 2018-06-16] = 41
                 Nkey2_single.gif Nkey at startup (GIF image, 513*688) [49.9 KB, 2018-06-17] = 40
                 Nkey_table.gif Nkey table values (GIF image, 469*225) [16.5 KB, 2018-06-18] = 39
                 Nkey_identified.gif Key found (GIF image, 296*140) [4.93 KB, 2018-06-17] = 36
                 Nkey_adc_conversion.gif ADC conversion started (GIF image, 336*273) [19.5 KB, 2018-06-17] = 34
                 Key10_single.inc Assembler include file [1.55 KB, 2018-06-17] = 26
                 decode_key.asm Assembler source file [1.69 KB, 2018-06-21] = 24
                 Nkey.zip Zipped file [907 KB, 2018-06-17] = 10

  >  >  >Keypad (in old location) [255 B, 2018-06-29] = 62

  >  >  >Keypad matrix [22.0 KB, 2021-05-03] = 56
                 Keypad12-1.gif application (GIF image, 258*338) [12.4 KB, 2014-12-22] = 40
                 Keypad16_step1000.gif 16 keys, iterated (GIF image, 634*292) [9.45 KB, 2014-12-19] = 39
                 Keypad12_start.gif resmatrix start (GIF image, 677*346) [22.7 KB, 2014-12-19] = 38
                 Keypad16_file.gif 16 key result file (GIF image, 671*694) [51.5 KB, 2014-12-19] = 38
                 Keypad12_parallel.gif 12 keys parallel (GIF image, 400*382) [16.7 KB, 2017-06-06] = 37
                 Keypad16_start.gif 16 keys, start (GIF image, 635*293) [9.26 KB, 2014-12-19] = 37
                 Keypad12-9.gif Key 9 pressed (GIF image, 276*369) [14.8 KB, 2014-12-22] = 36
                 Keypad16.gif 16 key pad (GIF image, 310*334) [12.5 KB, 2014-12-22] = 36
                 Keypad16_parallel.gif 16 keys parallel (GIF image, 400*316) [16.0 KB, 2017-06-06] = 36
                 Keypad12_step2.gif Step 2 (GIF image, 634*295) [7.76 KB, 2014-12-19] = 36
                 Keypad12.gif 12 key keypad (GIF image, 298*400) [12.7 KB, 2014-12-22] = 35
                 Keypad12_step1000.gif Step 1000 (GIF image, 636*292) [7.96 KB, 2014-12-19] = 34
                 Keypad12_file.gif 12 key result file (GIF image, 577*645) [44.5 KB, 2014-12-19] = 34
                 Keypad12_step1.gif Step 1 (GIF image, 630*293) [9.29 KB, 2014-12-19] = 33
                 RMatrix_12Keys_5p_E24_8bit.txt Plain text file [1.63 KB, 2014-12-19] = 22
                 RMatrix_16Keys_1p_E24_10bit.txt Plain text file [2.04 KB, 2014-12-18] = 21
                 resmatrix_parallel.pas Pascal source file [18.9 KB, 2017-06-06] = 20
                 resmatrix.pas Pascal source file [15.4 KB, 2014-12-22] = 16
                 resmatrix.zip Zipped file [61.7 KB, 2014-12-22] = 5
                 resmatrix_lin.zip Zipped file [148 KB, 2014-12-30] = 5
                 resmatrix_parallel_Win64.zip Zipped file [61.0 KB, 2017-06-06] = 5

  >  >  >Resistor matrix [9.67 KB, 2022-07-19] = 33
                 RMat_Start.gif Starting RMatrix (GIF image, 668*450) [75.2 KB, 2015-01-06] = 19
                 RMat_Start_lin.gif Starting RMatrix Wine (GIF image, 656*438) [23.4 KB, 2015-01-06] = 18
                 RMat_StIn_4by4_E12_1p_10bit.gif application (GIF image, 260*260) [6.31 KB, 2015-01-06] = 15
                 RMat.zip Zipped file [1012 KB, 2015-01-06] = 5

  >  >  >Forw/Backw and Right/Left key matrix [7.54 KB, 2020-12-18] = 31
                 res-fb-rl-al.gif Five keys (GIF image, 348*345) [7.76 KB, 2020-12-18] = 18
                 res-fb-rl_fractions.gif Fractions of the operating voltage on the ADC (GIF image, 230*371) [13.2 KB, 2020-11-12] = 16
                 res-fb-rl2.pas Pascal source file [11.3 KB, 2020-11-12] = 15
                 res-fb-rl2_iteration.gif Software for iterating resistor values (GIF image, 979*512) [95.2 KB, 2020-11-12] = 14
                 res-fb-rl_scheme.gif Schematic of the forw/backw and right/left combination with resistors (GIF image, 491*356) [8.92 KB, 2020-11-09] = 12
                 res-fb-rl2.zip Zipped file [52.9 KB, 2020-11-12] = 3

  >  >  >Keypad matrix (old location) [261 B, 2018-06-29] = 31

  >  >  >Keypad matrix in a simulator [11.9 KB, 2022-07-19] = 23
                 key_matrix.asm Assembler source file [2.96 KB, 2022-07-18] = 22
                 avr-sim_device.gif Selecting the AVR type (GIF image, 1043*982) [222 KB, 2022-07-17] = 12
                 avr-sim_viewadc.gif The simulator window (GIF image, 805*645) [92.4 KB, 2022-07-17] = 12
                 avr-sim_new.gif The project window for a new project (GIF image, 638*381) [47.6 KB, 2022-07-17] = 11
                 avr-sim_editor.gif The editor (GIF image, 987*881) [154 KB, 2022-07-17] = 11
                 avr-sim_adc.gif The ADC window (GIF image, 496*696) [64.8 KB, 2022-07-17] = 11
                 avr-sim_resmatrix.gif The resistor matrix (GIF image, 847*376) [83.6 KB, 2022-07-17] = 11
                 avr-sim_sourcesim.gif Simulating the conversion (GIF image, 755*322) [53.2 KB, 2022-07-18] = 11
                 avr-sim_adcconversion.gif Active AD-conversion (GIF image, 496*696) [68.7 KB, 2022-07-18] = 11
                 avr-sim_adcconversiontime.gif Time consumed by the conversion (GIF image, 805*387) [62.8 KB, 2022-07-18] = 11
                 avr-sim_rmatrix16.gif 16-key pad with R-Matrix (GIF image, 847*682) [141 KB, 2022-07-18] = 11
                 avr-sim_adc16_1.gif AD conversion of a pressed One (GIF image, 496*696) [67.4 KB, 2022-07-18] = 11
                 avr-sim_package.gif Selecting from different packages (GIF image, 816*566) [104 KB, 2022-07-17] = 10
                 tn13adef.inc_8-pin-PDIP_SOIC.png Picture of the AVR type (PNG image, 496*105) [3.80 KB, 2022-07-17] = 10
                 avr-sim_keytables.gif Tables in the include file (GIF image, 437*835) [49.8 KB, 2022-07-18] = 10
                 avr-sim_start.gif Menu after starting avr_sim (GIF image, 195*235) [7.70 KB, 2022-07-17] = 9

  >  >  >Keypad res matrix (old location) [261 B, 2018-06-29] = 22

  >  >Infrared [3.62 KB, 2021-12-03] = 36 + 460 = 496
            dscf2134_vsm.jpg IR-Transmitter (JPG image, 160*142) [6.55 KB, 2011-01-22] = 72
            dscf2134.jpg (JPG image) [208 KB, 2011-01-22] = 13

  >  >  >IR Switch tn13 [4.27 KB, 2018-04-17] = 72
                 12_IR-Rx_Relais_AktiveLowSwitch.png Switch (PNG image, 420*544) [37.3 KB, 2016-11-23] = 69
                 12_IR-Rx_Relais_Schematic.png Scheme (PNG image, 593*600) [37.0 KB, 2016-11-23] = 45
                 breadboard.png Breadboard (PNG image, 760*513) [509 KB, 2016-11-23] = 45
                 12_IR-Rx_Switch.asm Assembler source file [13.0 KB, 2016-11-24] = 32

  >  >  >IR Measurements m8 [7.74 KB, 2019-09-29] = 61
                 Signal.gif IR-Signal (GIF image, 871*249) [6.68 KB, 2011-01-23] = 41
                 dscf2136sm.jpg Port D (JPG image, 320*240) [35.9 KB, 2011-01-22] = 37
                 virtual_xp.gif Virtual XP (GIF image, 736*639) [30.7 KB, 2011-01-22] = 37
                 realterm_data.gif Data receive (GIF image, 481*557) [14.3 KB, 2011-01-22] = 37
                 realterm_port.gif Port selection (GIF image, 702*494) [17.8 KB, 2011-01-22] = 36
                 RealTerm_Connect.gif Connect (GIF image, 574*664) [27.9 KB, 2011-01-22] = 36
                 dscf2137sm.jpg Xtal (JPG image, 320*240) [29.0 KB, 2011-01-22] = 35
                 dscf2141sm.jpg STK500 (JPG image, 640*480) [108 KB, 2011-01-22] = 34
                 dscf2138sm.jpg Jumper (JPG image, 320*240) [39.0 KB, 2011-01-22] = 34
                 datalog.gif Data (GIF image, 327*689) [22.4 KB, 2011-01-22] = 34
                 dscf2135sm.jpg TSOP1738 (JPG image, 320*240) [23.9 KB, 2011-01-22] = 33
                 dscf2140sm.jpg ATmega8 (JPG image, 320*240) [32.7 KB, 2011-01-22] = 31

  >  >  >IR Receiver tn13 [9.66 KB, 2019-09-29] = 50
                 dscf2145sm.jpg Box from above (JPG image, 640*380) [81.8 KB, 2011-01-22] = 34
                 schematic.gif Schematic IR switch and volume control (GIF image, 715*654) [19.9 KB, 2011-01-22] = 27
                 dscf2147sm.jpg Front of the box (JPG image, 640*380) [59.0 KB, 2011-01-22] = 27
                 expon_curve.gif Volume curve (GIF image, 689*431) [10.2 KB, 2011-01-22] = 25

  >  >  >IR Transmitter tn45 [7.97 KB, 2022-07-05] = 49
                 ir-tx_tn45_v2.gif Scheme transmitter (GIF image, 833*976) [20.6 KB, 2011-01-22] = 42
                 dscf2126sm.jpg Processor (JPG image, 480*368) [36.3 KB, 2011-01-22] = 37
                 dscf2117sm.jpg Built in (JPG image, 640*480) [89.7 KB, 2011-01-22] = 36
                 Matrix.gif Matrix voltages (GIF image, 295*369) [8.75 KB, 2011-01-22] = 34
                 dscf2130sm.jpg Resistor matrix (JPG image, 320*300) [22.2 KB, 2011-01-22] = 33
                 dscf2116sm.jpg Box (JPG image, 640*480) [57.5 KB, 2011-01-22] = 31
                 key_matrix.ods LibreOffice Spreadsheet [61.1 KB, 2011-01-30] = 19
                 key_matrix.xls Microsoft Excel spreadsheet [30.0 KB, 2011-01-30] = 8

  >  >  >IR Switch tn13 Source code [14.2 KB, 2018-04-17] = 48

  >  >  >IR Analysis [9.32 KB, 2019-09-29] = 42
                 irc_rxtable.gif TX table (GIF image, 966*443) [98.2 KB, 2011-01-22] = 21
                 irc_openfile.gif Opening measuring file (GIF image, 966*443) [76.4 KB, 2011-01-22] = 20
                 irc_txtable.gif Transmit table (GIF image, 966*443) [106 KB, 2011-01-22] = 17
                 irc_v3.zip Zipped file [421 KB, 2011-01-22] = 6

  >  >  >IR-controlled steppers [47.9 KB, 2022-10-06] = 42
                 ir-transmit_II+III.png The first two header signals (PNG image, 590*456) [8.12 KB, 2020-11-19] = 39
                 ir-transmit_ledpulses.png The first pulses of an active LED cycle (PNG image, 590*456) [8.86 KB, 2020-11-19] = 38
                 ir-transmit_complete.png The complete transmit (PNG image, 590*456) [9.23 KB, 2020-11-19] = 38
                 ir-transmit_completeall1s.png The complete transmit of all ones (PNG image, 590*456) [7.42 KB, 2020-11-19] = 38
                 ir-stepper_ir_protocol.gif IR protocol (GIF image, 1002*231) [15.4 KB, 2020-12-02] = 35
                 ir-transmit_II+III+IV4.png The headers and the first four motor bits (PNG image, 590*456) [9.54 KB, 2020-11-19] = 35
                 ir-transmit_IIa.png The 2 ms pulse phase II (PNG image, 590*456) [5.84 KB, 2020-11-19] = 33
                 ir-transmit_complete1s.png The complete transmit of ones (PNG image, 590*456) [8.09 KB, 2020-11-19] = 32
                 ir-steppermotor_schematic.gif Schematic of the stepper motor controller (GIF image, 840*864) [38.4 KB, 2022-10-06] = 29
                 ir-stepper_logo.gif IR-stepper ATtiny24 (GIF image, 350*78) [8.58 KB, 2020-11-14] = 28
                 ir-stepper_transmit_flow.gif IR transmit flow diagram (GIF image, 929*1379) [66.6 KB, 2020-11-19] = 27
                 ISP6a.jpg ISP6 angled (JPG image, 300*303) [17.7 KB, 2020-12-01] = 26
                 ir-stepper_controller_schematic.gif Controller schematic (GIF image, 646*642) [37.4 KB, 2020-11-14] = 26
                 ir-stepper_motor.gif Stepper motor internals (GIF image, 328*294) [11.6 KB, 2020-11-29] = 26
                 LCD-SC0.png Special character 0 (PNG image, 50*68) [1.30 KB, 2020-12-03] = 26
                 LCD-SC4.png Special character 4 (PNG image, 50*68) [1.21 KB, 2020-12-03] = 26
                 LCD-SC2.png Special character 2 (PNG image, 50*68) [1.27 KB, 2020-12-03] = 26
                 LCD-SC6.png Special character 6 (PNG image, 50*68) [1.32 KB, 2020-12-03] = 26
                 BD439.jpg BD439 (JPG image, 320*105) [12.4 KB, 2020-12-01] = 25
                 SFH4546.jpg SFH4546 (JPG image, 320*88) [11.7 KB, 2020-12-01] = 25
                 ATtiny24A.jpg ATtiny24A (JPG image, 300*158) [32.0 KB, 2020-12-01] = 25
                 ISP6.jpg ISP6 (JPG image, 300*250) [18.1 KB, 2020-12-01] = 25
                 LCD-SC1.png Special character 1 (PNG image, 50*68) [1.41 KB, 2020-12-03] = 25
                 LCD-SC5.png Special character 5 (PNG image, 50*68) [1.40 KB, 2020-12-03] = 25
                 LCD-SC3.png Special character 3 (PNG image, 50*68) [1.17 KB, 2020-12-03] = 25
                 LCD-SC7.png Special character 7 (PNG image, 50*68) [1.19 KB, 2020-12-03] = 25
                 ULN2801A.jpg ULN2801A (JPG image, 320*135) [29.2 KB, 2022-10-07] = 23
                 ir-stepper_receive_flow.gif IR receiver algorithm (GIF image, 685*1663) [49.1 KB, 2020-11-21] = 22
                 ir-stepper-flow_driver_isr.gif Compare match interrupt service routines (GIF image, 344*331) [8.00 KB, 2020-11-30] = 22
                 ULN2003A.jpg ULN2003A (JPG image, 160*90) [14.2 KB, 2020-12-01] = 21
                 TSOP31240.jpg TSOP31240 (JPG image, 320*123) [15.5 KB, 2020-12-01] = 21
                 LD271.jpg LD271 (JPG image, 320*101) [12.4 KB, 2020-12-01] = 21
                 LCD.jpg 4 x 20 LCD (JPG image, 400*243) [20.8 KB, 2020-12-13] = 21
                 ir-stepper_motorspeed.gif Motor speed after motor start (GIF image, 605*340) [6.91 KB, 2020-11-29] = 20
                 ir-stepper-flow_driver_sleep.gif Sleep and motor driver wake-up (GIF image, 251*373) [6.05 KB, 2020-11-25] = 20
                 ir-stepper-flow_motor.gif Motor algorithm (GIF image, 769*1483) [49.9 KB, 2020-11-30] = 20
                 ir-stepper_lcd_default.gif The controller's display (GIF image, 782*174) [12.0 KB, 2020-11-29] = 20

  >  >  >IR Transmitter tn45 Source code [28.2 KB, 2019-09-29] = 36

  >  >  >IR Remote controller measurements m8 [18.8 KB, 2019-09-29] = 35

  >  >  >IR Receiver tn13 Source code [16.5 KB, 2019-09-29] = 25

  >  >R/2R Digital-to-Analog Converter [22.2 KB, 2021-02-10] = 126 + 361 = 487
            r2r.gif Logo (GIF image, 64*64) [1.43 KB, 2005-01-04] = 893
            r2r_hardware.jpg DAC8 (JPG image, 500*375) [37.8 KB, 2005-01-03] = 413
            r2r.gif R/2R-network (GIF image, 290*450) [2.66 KB, 2005-01-03] = 131
            r2r_wave.jpg Sinewave (JPG image, 256*192) [12.6 KB, 2005-01-03] = 130
            r2r_sawtooth.jpg Sawtooth (JPG image, 256*192) [13.9 KB, 2005-01-03] = 129
            r2r_buffered.gif Buffered R/2R-network (GIF image, 687*598) [9.28 KB, 2005-01-03] = 128
            r2r_sawtoothupperbound.jpg Sawtooth up (JPG image, 256*192) [13.1 KB, 2005-01-03] = 127
            r2r_upperbound.jpg Triangle up (JPG image, 256*192) [14.0 KB, 2005-01-03] = 127
            r2r_sawtooth741.jpg Sawtooth 741 (JPG image, 256*192) [13.0 KB, 2005-01-03] = 126
            r2r_triangle.jpg Triangle (JPG image, 256*192) [13.2 KB, 2005-01-03] = 121
            sine8_25.txt Plain text file [1.02 KB, 2005-01-03] = 24

  >  >  >R/2R network calculation [10.5 KB, 2021-02-10] = 98
                 Eight_Bit_DAC.gif 8-bit-DAC (GIF image, 269*714) [26.2 KB, 2021-02-10] = 68
                 Eight_Bit_DAC_VR2.gif Formula for V(R2) (GIF image, 752*246) [27.3 KB, 2021-02-10] = 64
                 Two_Bit_DAC_currents.gif Currents in a 2-bit-DAC (GIF image, 291*218) [10.3 KB, 2021-02-10] = 63
                 Two_Bit_DAC_calculation.gif Calculation of the 2-bit-DAC (GIF image, 469*637) [28.8 KB, 2021-02-10] = 63
                 Two_Bit_DAC.gif 2-bit-DAC (GIF image, 382*243) [10.6 KB, 2021-02-10] = 62
                 Eight_Bit_DAC_VR0.gif Formula for V(R0) (GIF image, 712*211) [26.1 KB, 2021-02-10] = 62
                 Eight_Bit_DAC_VR1.gif Formula for V(R1) (GIF image, 720*246) [30.9 KB, 2021-02-10] = 62
                 One_Bit_DAC.gif 1-Bit-DAC (GIF image, 363*183) [6.99 KB, 2021-02-10] = 58
                 R2R-currents.ods LibreOffice Spreadsheet [134 KB, 2021-02-10] = 22

  >  >  >RC filter for R/2R network [9.38 KB, 2021-02-10] = 68
                 Filter_5bit_100Hz_10n_10k.png 5 bit DAC with RC filters (PNG image, 1020*519) [19.8 KB, 2017-06-16] = 59
                 Filter_5bit_1000Hz_10n_10k.png 3 stage Filter at 1000 Hz (PNG image, 1020*519) [19.2 KB, 2017-06-16] = 57
                 Filter_8bit_100Hz_10n_10k.png 8 bit DAC with RC-Filter (PNG image, 1020*519) [16.9 KB, 2017-06-16] = 53
                 Filter_5bit_1000Hz_10n_10k_2stage.png 2 stage Filter at 1000 Hz (PNG image, 1020*519) [19.0 KB, 2017-06-16] = 52
                 4bit_dac.png 4-bit-DAC sine (PNG image, 765*389) [12.8 KB, 2017-06-15] = 49
                 rc_1stage.gif 1-stage RC filter (GIF image, 256*155) [4.16 KB, 2017-06-16] = 48
                 rc_2stage.gif 2 stage RC filter (GIF image, 344*155) [4.76 KB, 2017-06-16] = 47
                 Filter_Software.gif Filter software (GIF image, 1258*586) [67.9 KB, 2017-06-16] = 44
                 rc_filtereffect.gif Filter curves RC (GIF image, 554*321) [18.0 KB, 2017-06-16] = 41
                 Filter_Win64.zip Zipped file [4.74 MB, 2017-07-20] = 7
                 Filter_Win_src.zip Zipped file [134 KB, 2017-07-20] = 4

  >  >  >Sine wave generators with R/2R networks [12.4 KB, 2022-09-14] = 67
                 sinegenerator_r128_d28_f1000_raw.jpg Sine signal raw (JPG image, 640*489) [73.0 KB, 2020-08-06] = 51
                 sinegenerator_RC_17kHz.gif RC filter at 17 kHz (GIF image, 605*340) [25.8 KB, 2020-08-05] = 48
                 sinewaves_from_tables.gif Generating the sine table for certain opamps (GIF image, 605*340) [17.6 KB, 2022-09-14] = 47
                 sinegenerator_741.gif In- and output voltages of a 741 (GIF image, 897*595) [15.8 KB, 2020-07-31] = 44
                 sinegenerator_CA3140.gif In- and output voltages of a CA3140 (GIF image, 721*404) [13.6 KB, 2020-07-31] = 43
                 sinegenerator_TL071.gif In- and output voltage range of a TL071 (GIF image, 605*340) [10.5 KB, 2020-10-28] = 43
                 sinegenerator_RC_base.gif RC filter at base frequency 1 kHz (GIF image, 605*340) [31.8 KB, 2020-08-05] = 43
                 sinegenerator_r128_d28_f1000_filtered.jpg Sine signal filtered (JPG image, 640*496) [71.4 KB, 2020-08-06] = 43
                 sinegenerator_lc-filter.gif LC filter for sine wave generator (GIF image, 306*82) [3.75 KB, 2020-07-19] = 41
                 sinegenerator_table.ods LibreOffice Spreadsheet [593 KB, 2022-09-14] = 24

  >  >  >R/2R Digital Analog converter (redirect) [552 B, 2017-06-15] = 47

  >  >  >Sine generator with ATtiny24 [8.67 KB, 2020-08-07] = 46
                 sinegenerator_tn24_schematic.gif Schematic of the sine generator with ATtiny24 (GIF image, 767*389) [30.0 KB, 2020-08-07] = 37
                 sinegenerator_tn24_comp_small.gif Component side of PCB layout (GIF image, 501*625) [45.9 KB, 2020-07-31] = 32
                 sinegenerator_tn24_small.gif Copper side of PCB layout (GIF image, 500*625) [44.8 KB, 2020-07-31] = 29
                 sinegenerator_tn24_v1.asm Assembler source file [9.98 KB, 2020-08-06] = 27
                 sinegenerator_tn24_comp.obj Draw file for tgif (Linux) [270 KB, 2020-07-31] = 24
                 sinegenerator_tn24.obj Draw file for tgif (Linux) [271 KB, 2020-07-21] = 23
                 sinegenerator_fixed.ods LibreOffice Spreadsheet [17.1 KB, 2020-07-20] = 23
                 sinegenerator_tn24.gif (GIF image) [37.5 KB, 2020-07-21] = 9
                 sinegenerator_tn24_comp.gif (GIF image) [61.5 KB, 2020-07-31] = 9
                 sinegenerator_tn24_r32_f1000_741.png Curve for a 741 (PNG image, 590*456) [5.64 KB, 2020-08-06] = 0
                 sinegenerator_tn24_r32_f1000_ca3140.png Curve for a CA3140 (PNG image, 590*456) [5.97 KB, 2020-08-06] = 0

  >  >  >Sine generator with ATmega324 [15.0 KB, 2020-11-15] = 45
                 lcd.inc Assembler include file [31.3 KB, 2021-02-03] = 39
                 sinegenerator_m324_r256_d1.png Resolution = 256, Delay = 1 (PNG image, 590*456) [6.30 KB, 2020-07-22] = 35
                 sinegenerator_variable_m324pa_schematic.gif Schematic of the sine generator with ATmega324 (GIF image, 837*493) [35.8 KB, 2020-07-31] = 29
                 sinegenerator_m324_test.jpg Test software (JPG image, 350*430) [51.7 KB, 2020-08-04] = 27
                 sinegenerator_m324pa_fuses.gif Fuses of the ATmega324 (GIF image, 516*551) [18.5 KB, 2020-07-30] = 27
                 sinegenerator_m324_r8_f1000.png Resolution = 8, Frequency = 1000 Hz (PNG image, 590*456) [5.55 KB, 2020-07-22] = 27
                 sinegenerator_m324pa_comp_small.gif Component side of the sinegenerator m324pa (GIF image, 400*500) [36.9 KB, 2020-08-01] = 26
                 sinegenerator_m324pa_lcdpins.gif LCD pin assignments (GIF image, 495*169) [8.75 KB, 2020-08-01] = 26
                 sinegenerator_m324_r256_f1000.png Resolution = 256, Frequency = 1000 Hz (PNG image, 590*456) [6.19 KB, 2020-07-22] = 26
                 sinegenerator_m324pa_small.gif Copperside of the sinegenerator m324pa (GIF image, 400*500) [35.4 KB, 2020-08-01] = 24
                 sinegenerator_m324pa_frequencies.gif Frequency vs. poti angle (GIF image, 605*340) [10.7 KB, 2020-08-14] = 24
                 m324pa.jpg ATmega324PA (JPG image, 550*175) [30.6 KB, 2020-11-15] = 23
                 sinegenerator_m324pa_v1.asm Assembler source file [33.1 KB, 2020-08-13] = 23
                 sinegenerator_m324pa_comp.obj Draw file for tgif (Linux) [191 KB, 2020-07-31] = 20
                 sinegenerator_m324.asm Assembler source file [8.89 KB, 2020-08-05] = 19
                 sinegenerator_m324pa.obj Draw file for tgif (Linux) [192 KB, 2020-07-31] = 17
                 sinegenerator_m324pa_comp.gif (GIF image) [40.9 KB, 2020-07-31] = 8
                 sinegenerator_m324pa.gif (GIF image) [27.1 KB, 2020-07-31] = 7

  >  >  >RC filter for sine generators [7.28 KB, 2020-08-11] = 37
                 rc-filter-4051_rc2_schematic.gif Schematic of the 4051-RC-Network (GIF image, 1026*554) [31.4 KB, 2020-08-08] = 27
                 rc-filter-4051_network_R2k2.gif Filter network attenuation vs. frequency (GIF image, 616*543) [37.3 KB, 2020-08-08] = 25
                 sinegenerator_with_rc-filter-4051.gif Sine generator with a 4051 RC filter (GIF image, 514*209) [11.2 KB, 2020-08-11] = 24
                 rc-filter-4051_attenuation_R2k2.gif Attenuation curves (GIF image, 605*340) [15.7 KB, 2020-08-09] = 22

  >  >Rectangle generator m8 [21.6 KB, 2019-09-30] = 207 + 157 = 364
            app_siggen.gif Signal generator (GIF image, 65*65) [3.09 KB, 2018-02-22] = 623
            rechteckgen_scheme_v1_m8.gif Schematic (GIF image, 703*705) [20.9 KB, 2006-05-20] = 178
            rectgen_wiring.jpg Mounting of the components (JPG image, 640*480) [84.1 KB, 2006-05-20] = 168
            rectgen_280.jpg Signal Generator small (JPG image, 280*210) [13.9 KB, 2006-05-13] = 162
            FusesPony.gif (GIF image, 574*270) [24.8 KB, 2006-05-20] = 156
            TC1FastMode.gif TC1 in Fast CTC Mode (GIF image, 656*314) [8.73 KB, 2006-05-20] = 156
            FusesStudio.gif (GIF image, 422*468) [23.6 KB, 2006-05-20] = 155
            rectgen_m8.xls Microsoft Excel spreadsheet [623 KB, 2006-05-20] = 29
            signalgen_src.zip Zipped file [19.2 KB, 2006-05-21] = 10

  >  >  >Source code rectangle generator main [25.2 KB, 2019-09-30] = 62

  >  >  >Source code rectangle generator frequency table [40.9 KB, 2019-09-30] = 50

  >  >  >Source code rectangle generator LCD [8.94 KB, 2019-09-30] = 45

  >  >ATtiny with xtal and divider [14.7 KB, 2023-01-09] = 128 + 233 = 361
            tinyxtal.gif Tiny XTAL oscillator (GIF image, 350*200) [4.22 KB, 2019-04-24] = 135
            tinyxtal_100hz_pb0.png 15MHz crystal generates 100 Hz (PNG image, 590*456) [6.12 KB, 2019-04-24] = 106
            cmos_version.gif CMOS version of the crystal divider (GIF image, 493*187) [11.7 KB, 2019-04-27] = 101
            tinyxtal_schematic.gif Schematic of the crystal oscillator/divider (GIF image, 183*242) [6.68 KB, 2019-04-25] = 101
            rcsim_1ch_1Hz_100k_3u3.png 1 Hz after a 100k/3u3 filter (PNG image, 704*418) [8.76 KB, 2020-05-31] = 100
            rcsim_3ch_1Hz_100k_3u3.png 1 Hz after a 3-stage 100k/3u3 filter (PNG image, 704*418) [11.8 KB, 2020-05-31] = 98
            rcsim_2.gif RC simulation software selection (GIF image, 869*586) [76.2 KB, 2020-05-31] = 98
            rcsim_2ch_1Hz_100k_3u3.png 1 Hz after a 2-stage 100k/3u3 filter (PNG image, 704*418) [7.19 KB, 2020-05-31] = 97
            rc4.gif Four-stage RC filter (GIF image, 704*114) [5.39 KB, 2020-06-01] = 97
            rcsim_4ch_1Hz_100k_3u3.png 1 Hz after a 4-stage 100k/3u3 filter (PNG image, 704*418) [10.2 KB, 2020-05-31] = 97
            rcsim_1.gif RC simulation software starting (GIF image, 869*586) [19.3 KB, 2020-05-31] = 97
            rcsim_4_tLeft.gif Changing the displayed start time (GIF image, 221*28) [1.76 KB, 2020-05-31] = 97
            rcsim_4ch_1Hz_12k_10u.png 1 Hz zoomed (PNG image, 704*418) [13.9 KB, 2020-05-31] = 97
            rcsim_4ch_1Hz_100k_1u0.png 1 Hz after a 100k/1u filter (PNG image, 704*418) [12.0 KB, 2020-05-31] = 96
            rc1.gif Single stage RC filter (GIF image, 306*114) [3.63 KB, 2020-06-01] = 94
            tinyxtal_tn25_v1.asm Assembler source file [2.78 KB, 2019-04-24] = 25
            tinyxtal_oscillator.ods LibreOffice Spreadsheet [26.2 KB, 2019-04-25] = 21
            tinyxtalfilter_win64.zip Zipped file [877 KB, 2020-06-02] = 7

  >  >  >8-bit gamut tones with an xtal tn25 [20.1 KB, 2023-01-12] = 44
                 xtal-tones_tn25_f-is.gif Calculation of the frequencies (GIF image, 1000*462) [143 KB, 2023-01-06] = 27
                 xtal-tones_tn25_r-scaling.gif Scaling the resistors (GIF image, 800*444) [49.7 KB, 2023-01-06] = 27
                 xtal-tones_tn25_schematic.gif The schematic of the music tone player (GIF image, 688*478) [20.7 KB, 2023-01-06] = 26
                 xtal-tones_tn25.jpg Crystal tone generator on a breadboard (JPG image, 640*359) [67.3 KB, 2023-01-12] = 26
                 xtal-tones_tn25_notes.gif Tones that can be played (GIF image, 1000*460) [55.3 KB, 2023-01-06] = 26
                 xtal-tones_tn25_xtals.gif The crystals to select from (GIF image, 1000*467) [152 KB, 2023-01-06] = 26
                 xtal-tones_tn25_prescalers.gif Calculation of the prescaler values (GIF image, 1000*463) [83.2 KB, 2023-01-06] = 26
                 xtal-tones_tn25_ctc-compares.gif Calculation of the compare A values for CTC mode (GIF image, 1000*470) [102 KB, 2023-01-06] = 26
                 xtal-tones_tn25_deltas.gif Delta of the frequencies (GIF image, 1000*473) [119 KB, 2023-01-06] = 26
                 xtal-tones_tn25_sourcecode.gif Source code table for a selected crystal (GIF image, 1000*462) [128 KB, 2023-01-06] = 26
                 xtal-tones_tn25_resistor-table.gif Displaying the resistors (GIF image, 500*336) [37.5 KB, 2023-01-06] = 26
                 xtal-tones_tn25_fuses.gif The fuses of the ATtiny25 (GIF image, 644*688) [59.1 KB, 2023-01-12] = 26
                 xtal-tones_tn25_flow.gif Flow chart of the software (GIF image, 523*730) [29.4 KB, 2023-01-12] = 23
                 xtal-tones_tn25_resistors.gif Calculating the resistors (GIF image, 1000*469) [101 KB, 2023-01-06] = 21
                 xtal-tones_tn25_v1.asm Assembler source file [7.88 KB, 2023-01-12] = 18
                 xtal-tones_tn25.ods LibreOffice Spreadsheet [315 KB, 2023-01-12] = 13
                 xtal-tones_tn25.odg LibreOffice Draw document [31.0 KB, 2023-01-13] = 13
                 xtal-tones_tn25_adc64.gif The ADC table for 64 measurements (GIF image, 400*490) [49.0 KB, 2023-01-06] = 5

  >  >  >Second, minute and hour pulses from a crystal [11.5 KB, 2023-01-30] = 42
                 second_xtal_tn25_sim1b.gif The timer at the first Compare-Match-Interrupt (GIF image, 486*351) [41.3 KB, 2022-04-12] = 27
                 second_xtal_tn25_sim1d.gif First port-pin-change (GIF image, 287*299) [20.5 KB, 2022-04-10] = 27
                 second_xtal_tn25_sim1c.gif Times for the first Compare-Match (GIF image, 600*481) [68.8 KB, 2022-04-13] = 26
                 second_xtal_tn25_sim2b.gif Second port-pin-change in the Scope-view (GIF image, 740*610) [14.3 KB, 2022-04-10] = 26
                 second_xtal_tn25_sim60.gif 60 port-pin-changes in the Scope-view (GIF image, 740*610) [9.44 KB, 2022-04-13] = 26
                 second_xtaloscillator_ods.gif Crystal selection with LibreOffice-Tool (GIF image, 1052*652) [60.6 KB, 2022-04-16] = 25
                 second_xtal_tn25_sim1a.gif The ports after init (GIF image, 287*299) [20.4 KB, 2022-04-12] = 25
                 second_xtal_tn25_sim1e.gif First port-pin-change in the Scope-view (GIF image, 740*610) [13.7 KB, 2022-04-10] = 25
                 second_xtal_tn25_sim2a.gif Second port-pin-change (GIF image, 600*481) [65.6 KB, 2022-04-13] = 25
                 second_xtal_tn25_sim3a.gif Third port-pin-change (GIF image, 600*481) [64.3 KB, 2022-04-13] = 25
                 second_xtal_tn25_sim3b.gif Third port-pin-change in the Scope-view (GIF image, 740*610) [16.9 KB, 2022-04-10] = 25
                 second_xtal_tn25_sim120.gif 120 port-pin-changes (GIF image, 291*265) [20.5 KB, 2022-04-11] = 25
                 second_xtal_cmosclock_schematic.gif Schematic of a CMOS clocl (GIF image, 972*607) [42.7 KB, 2022-04-18] = 25
                 second_xtal_oscillator_tn25.gif Exact pulse clock with crystal and an ATtiny25 (GIF image, 442*423) [13.7 KB, 2022-04-16] = 24
                 second_xtal_tn25_fuse_div8.gif Clearing the CKDIV8 fuse (GIF image, 644*688) [72.1 KB, 2022-04-15] = 24
                 second_xtal_tn25_fuse_xtal.gif Setting the crystal fuse (GIF image, 644*688) [71.9 KB, 2022-04-15] = 24
                 second_xtal_tn25_2.jpg Picture of the second xtal with LEDs (JPG image, 640*674) [146 KB, 2022-04-15] = 23
                 second_xtal_oscillator.ods LibreOffice Spreadsheet [64.4 KB, 2022-04-16] = 22
                 second_xtal_tn25_1.jpg Picture of the second xtal (JPG image, 640*595) [117 KB, 2022-04-15] = 22
                 second_tn25_v1.asm Assembler source file [4.14 KB, 2022-04-16] = 18

  >  >  >Versatile 16-stage xtal divider with tn25 [14.6 KB, 2022-12-23] = 39
                 xtaldiv_tn25_v1.asm Assembler source file [7.89 KB, 2022-12-23] = 20
                 xtaldiv_tn25_potfreq.gif Frequency vs potentiometer degrees (GIF image, 756*426) [8.60 KB, 2022-12-22] = 17
                 xtaldiv_tn25_mp_schematic.gif The crystal divider's schematic with the mouse piano (GIF image, 574*630) [23.9 KB, 2022-12-17] = 13
                 xtaldiv_tn25_dividers.gif The possible dividers (GIF image, 615*202) [8.27 KB, 2022-12-17] = 13
                 xtaldiv_tn25_fuses2.gif Fuse setting for 2 MHz crystal (GIF image, 644*688) [55.2 KB, 2022-12-23] = 13
                 xtaldiv_tn25.odg LibreOffice Draw document [34.0 KB, 2022-12-17] = 12
                 xtaldiv_tn25_fuses20.gif Fuse setting for 20 MHz crystal (GIF image, 644*688) [68.5 KB, 2022-12-23] = 12
                 xtaldiv_tn25_mounting.jpg Mounting the device (JPG image, 640*560) [116 KB, 2022-12-23] = 12
                 xtaldiv_tn25.ods LibreOffice Spreadsheet [62.6 KB, 2022-12-23] = 11
                 xtaldiv_tn25_middlepot_schematic.gif Crystal divider with middle potentiometer (GIF image, 574*502) [18.9 KB, 2022-12-17] = 8

  >  >  >16-bit gamut tones with an xtal tn24 [14.8 KB, 2023-01-17] = 32
                 xtal-tones_tn24_v1.asm Assembler source file [13.4 KB, 2023-01-16] = 23
                 xtal-tones_tn24.ods LibreOffice Spreadsheet [395 KB, 2023-01-16] = 16
                 xtal-tones_tn24.odg LibreOffice Draw document [32.8 KB, 2023-01-17] = 16
                 xtal-tones_tn24_schematic.gif Schematic of the ATtiny24 gamut player (GIF image, 666*799) [33.2 KB, 2023-01-14] = 13
                 xtal-tones_tn24_flow.gif Flow chart of the software (GIF image, 362*1000) [23.1 KB, 2023-01-17] = 13
                 xtal-tones_tn24.jpg The tn24 generator on the breadboard (JPG image, 640*368) [65.1 KB, 2023-01-14] = 12
                 xtal-tones_tn24_res-networks.gif The resistor networks (GIF image, 352*650) [37.4 KB, 2023-01-08] = 12
                 xtal-tones_tn24_tones.gif The tones that can be played (GIF image, 637*525) [17.5 KB, 2023-01-08] = 11
                 xtal-tones_tn24_sourcecode.gif Crystal-specific source code table (GIF image, 1000*620) [128 KB, 2023-01-08] = 10
                 xtal-tones_tn24_res-values.gif The resistor networks (GIF image, 1000*295) [66.5 KB, 2023-01-08] = 9
                 xtal-tones_tn24_xtals.gif List of crystals (GIF image, 1000*335) [101 KB, 2023-01-08] = 7

  >  >  >Source code for crystal pulse generator [6.14 KB, 2022-04-18] = 27

  >  >  >Source code for xtal divider [4.87 KB, 2022-04-18] = 25

  >  >  >Video of the crystal pulse generator [1.69 KB, 2022-04-16] = 24
                 DSCF4285.OGG OGG movie [5.97 MB, 2022-04-15] = 12

  >  >A LCD on an AVR [55.0 KB, 2023-02-02] = 210 + 121 = 331
            lcd_small.jpg LCD small (JPG image, 240*147) [17.0 KB, 2018-07-14] = 173
            lcd_special.jpg Special chars arrows (JPG image, 640*246) [46.0 KB, 2018-07-24] = 160
            lcd_8_busy_4x20.jpg Example 8 bit program with decimal output (JPG image, 640*231) [42.0 KB, 2018-07-25] = 160
            lcd_init_abcd.gif Init of the LCD, phase A to D (GIF image, 486*847) [28.4 KB, 2018-08-04] = 154
            lcd_4_busy_upper.gif LCD 4 bit with busy on the upper nibble (GIF image, 457*272) [8.82 KB, 2018-08-03] = 152
            lcd_busy4.gif Wait for busy, 4 bit (GIF image, 330*910) [23.7 KB, 2018-08-04] = 150
            lcd_init_e.gif System Set 8 bit (GIF image, 388*732) [18.9 KB, 2018-08-04] = 150
            lcd_init_e2.gif System Set 4 bit (GIF image, 388*777) [20.4 KB, 2018-08-04] = 149
            lcd_char_gen_arrows.gif Arrow characters as special chars (GIF image, 480*370) [12.3 KB, 2018-08-05] = 149
            lcd_init_fgh.gif Finalize init (GIF image, 445*691) [20.0 KB, 2018-08-05] = 148
            lcd_position.gif Set cursor position (GIF image, 287*189) [6.28 KB, 2018-08-05] = 148
            lcd_specialchar.gif Addresses and data of the character generator (GIF image, 507*455) [15.0 KB, 2018-08-05] = 148
            lcd_4_busy_4x20.jpg lcd.inc at work (JPG image, 640*237) [46.3 KB, 2018-07-23] = 147
            lcd_connections.gif LCD connections (GIF image, 722*151) [10.8 KB, 2018-07-17] = 147
            lcd_busy8.gif Wait for busy, 8 bit (GIF image, 320*777) [17.7 KB, 2018-08-04] = 147
            lcdwait_5ms@24576800.gif 5 ms wait at 2.45768 MHz (GIF image, 212*124) [3.81 KB, 2018-07-14] = 147
            lcd_4_busy_lower.gif LCD 4 bit with busy on the lower nibble (GIF image, 457*272) [8.88 KB, 2018-08-05] = 146
            lcd_init_e1.gif From 8 to 4 bit mode (GIF image, 388*228) [6.57 KB, 2018-08-04] = 146
            lcd_4_wait_upper.gif LCD 4 bit with wait on the upper nibble (GIF image, 457*272) [8.35 KB, 2018-08-03] = 145
            lcdwait_5ms@20MHz.gif 5 ms wait at 20 MHz (GIF image, 209*122) [3.70 KB, 2018-07-14] = 145
            lcd_8_wait.gif LCD 8 bit with wait (GIF image, 457*254) [8.45 KB, 2018-08-03] = 144
            lcd_4_wait_lower.gif LCD 4 bit with wait on the lower nibble (GIF image, 457*272) [8.37 KB, 2018-08-03] = 144
            lcd_8_busy.gif LCD 8 bit with busy (GIF image, 457*254) [9.14 KB, 2018-08-03] = 140
            lcd_example_4bit.asm Assembler source file [4.65 KB, 2018-08-05] = 29
            lcd_example_8bit.asm Assembler source file [4.56 KB, 2018-08-05] = 24
            lcd.pdf PDF document [602 KB, 2023-02-02] = 23

  >  >  >Example code 8 bit m8 [6.55 KB, 2019-09-22] = 52

  >  >  >Source code lcd.inc [33.7 KB, 2021-02-03] = 38

  >  >  >Example code 4 bit tn24 [6.63 KB, 2019-09-22] = 31

  >  >Random numbers with tn13 [4.86 KB, 2021-11-23] = 70 + 256 = 326
            random_colors.gif Random colors 250*250 (GIF image, 250*250) [61.9 KB, 2019-12-24] = 129

  >  >  >Calculating randoms with tn13 [8.50 KB, 2020-01-19] = 56
                 random_256_168_2.gif The first 256 random numbers (GIF image, 780*580) [51.4 KB, 2019-12-24] = 45
                 random_optimized_256.gif Number counts in 100,000 loops, optimal seeds (GIF image, 817*389) [35.0 KB, 2019-12-24] = 41
                 random_best25_100k.gif The best 25 combinations in 100k runs (GIF image, 281*630) [18.1 KB, 2020-01-19] = 41
                 random_best25_1M.gif The best 25 combinations in 1M runs (GIF image, 281*630) [18.5 KB, 2020-01-19] = 41
                 inhomogeneous_sum.gif Sums of inhomogeniosity (GIF image, 687*399) [17.3 KB, 2019-12-24] = 39
                 inhomogeneous_periodics.gif Inhomogenity and periodicity (GIF image, 724*399) [29.1 KB, 2019-12-24] = 36
                 random1_laz_src.zip Zipped file [291 KB, 2020-01-19] = 6

  >  >  >Noise generator for randoms tn13 [10.3 KB, 2020-01-23] = 53
                 random_bc547_10M.jpg Random noise with BC547B (JPG image, 640*224) [22.4 KB, 2019-12-27] = 42
                 random_bf199_10k.jpg Generator with BF199 (JPG image, 640*328) [48.9 KB, 2019-12-27] = 42
                 random_bf199_final.jpg Generator without interfering pulses (JPG image, 640*233) [34.9 KB, 2019-12-27] = 42
                 random_noise2.gif Noise generator version 2 (GIF image, 491*181) [10.4 KB, 2020-01-21] = 42
                 random_noise2.jpg Noise generator 2 - Mounting (JPG image, 640*456) [90.1 KB, 2020-01-21] = 42
                 random_noise2_signal.jpg Noise generator 2 - signal (JPG image, 640*328) [52.2 KB, 2020-01-21] = 41
                 random_noise_amplifier.gif Noise amplifier (GIF image, 228*170) [4.83 KB, 2020-01-03] = 40
                 random_noise.gif Random noise generator with BF199 (GIF image, 491*181) [9.78 KB, 2020-01-03] = 40
                 random_noise_sources.gif Random noise sources (GIF image, 435*193) [9.70 KB, 2020-01-03] = 38

  >  >  >Displaying randoms on a RGB LED with tn13 [14.9 KB, 2020-01-25] = 47
                 random_pwmcmp.gif PWM flow comparison (GIF image, 234*553) [12.2 KB, 2019-12-25] = 35
                 random_rgb_tn13.gif Random color display with ATtiny13 (GIF image, 292*383) [15.9 KB, 2020-01-02] = 33
                 random_pwmrst.gif PWM restart (GIF image, 456*619) [19.8 KB, 2019-12-27] = 31
                 random_tn13.jpg Random display and noise generator on a breadboard (JPG image, 640*311) [75.2 KB, 2020-01-17] = 29
                 random_tn13_v1.asm Assembler source file [13.3 KB, 2020-01-17] = 22
                 DSCF3990.MOV Quicktime movie [18.3 MB, 2020-01-17] = 9
                 DSCF3991.MOV Quicktime movie [25.1 MB, 2020-01-17] = 4

  >  >  >Source code for displaying randoms tn13 [16.0 KB, 2020-01-17] = 37

  >  >  >Randoms from a sine wave tn13 [19.4 KB, 2020-02-22] = 36
                 random_test_tn13.asm Assembler source file [3.25 KB, 2020-01-13] = 25
                 random_test_clock-6.gif Display on the terminal program (GIF image, 357*183) [5.58 KB, 2020-01-13] = 25
                 random_oscillator_tn13.gif Oscillator (GIF image, 403*267) [8.26 KB, 2020-01-14] = 25
                 random_analysis_quads.gif Occurrence of Quads (GIF image, 516*657) [17.0 KB, 2020-01-15] = 25
                 random_test_clock-18.gif Display on the terminal program, nClock-18 (GIF image, 368*172) [6.16 KB, 2020-01-13] = 24
                 random_analysis_tn13_v1.asm Assembler source file [9.96 KB, 2020-01-14] = 24
                 random_tx_tn13.gif RS232 transmitter with ATtiny13 (GIF image, 561*364) [23.2 KB, 2020-01-13] = 23
                 realterm_abc.gif RealTerm Display selection (GIF image, 702*448) [30.0 KB, 2020-01-13] = 23
                 random_test_clock-5.gif Display on the terminal program, nClock-5 (GIF image, 357*181) [5.99 KB, 2020-01-13] = 23
                 random_capture600.gif Random row analysis (GIF image, 516*657) [11.6 KB, 2020-01-15] = 23
                 random_rs232_tn13.gif RS232 signal flow (GIF image, 636*245) [13.3 KB, 2020-01-13] = 22
                 realterm_port.gif RealTerm Port selection (GIF image, 704*448) [27.7 KB, 2020-01-13] = 22
                 random_analysis_flow.gif Flow diagram transmit (GIF image, 803*272) [24.9 KB, 2020-01-15] = 22
                 random_analysis_600.gif Distribution of 453.712 randoms (GIF image, 673*416) [27.7 KB, 2020-01-15] = 21
                 600_Hz_capture.txt Plain text file [997 KB, 2020-01-14] = 20
                 realterm_capture.gif Realterm Capture (GIF image, 702*448) [40.9 KB, 2020-01-14] = 18
                 600_Hz_capture.csv Comma-separated values [2.52 KB, 2020-01-15] = 18
                 random_analyse_laz_src.zip Zipped file [1.25 MB, 2020-01-15] = 6

  >  >  >16-bit randoms and analysis tool [7.41 KB, 2021-11-23] = 27
                 Trace2111170047.csv Comma-separated values [3.81 MB, 2021-11-19] = 17
                 distribution_occurrences.png Distribution of occurrences in 1 million values (PNG image, 605*340) [10.3 KB, 2021-11-23] = 15
                 random_tn13-16bit_v1.asm Assembler source file [2.00 KB, 2021-11-19] = 13
                 Random16.gif Random16 zur Analyse von 16-Bit-Zufallszahlen (GIF image, 926*724) [170 KB, 2021-11-22] = 12
                 Random16_src.zip Zipped file [68.1 KB, 2021-11-22] = 3

  >  >All Assembler-Source-Code-Files [57.6 KB, 2023-02-17] = 254 + 65 = 319

  >  >  >Older assembler source files [6.54 KB, 2019-09-30] = 65
                 steppermotor_v1.asm Assembler source file [9.59 KB, 2007-06-28] = 45
                 digiclock.asm Assembler source file [29.0 KB, 2010-07-17] = 35
                 LCD_INC.asm Assembler source file [3.46 KB, 2010-07-18] = 31
                 TESTEEP.asm Assembler source file [3.77 KB, 2010-07-18] = 31
                 CLOCK.asm Assembler source file [29.9 KB, 2010-07-18] = 30
                 eggtimer.asm Assembler source file [9.87 KB, 2010-07-18] = 30
                 ir_remoteV1.asm Assembler source file [16.9 KB, 2010-10-09] = 30
                 LCD_TEST.asm Assembler source file [1.30 KB, 2010-07-18] = 30
                 ledline_tn13_v1.asm Assembler source file [4.62 KB, 2012-04-28] = 30
                 MUSIC.asm Assembler source file [3.30 KB, 2010-07-18] = 30
                 ADC8.asm Assembler source file [3.89 KB, 2003-05-15] = 29
                 SIOHEX.asm Assembler source file [2.80 KB, 2010-07-18] = 29
                 TEST1.asm Assembler source file [6.14 KB, 2010-07-18] = 29
                 TESTLCD.asm Assembler source file [6.64 KB, 2010-07-18] = 29
                 tiny45_tx_v2.asm Assembler source file [26.4 KB, 2011-01-30] = 29
                 TRIANGLE.asm Assembler source file [921 B, 2010-07-18] = 29
                 r2r.pas Pascal source file [7.03 KB, 2010-07-18] = 28
                 SAWTOOTH1.asm Assembler source file [482 B, 2010-07-18] = 28
                 TEST2.asm Assembler source file [7.38 KB, 2010-07-18] = 28
                 TEST4.asm Assembler source file [5.18 KB, 2010-07-18] = 28
                 TESTSIO.asm Assembler source file [1.47 KB, 2010-07-18] = 28
                 Lcd4IncE.asm Assembler source file [4.20 KB, 2010-07-18] = 27
                 Lcd4IncCE.asm Assembler source file [7.62 KB, 2010-07-18] = 27
                 SAWTOOTH2.asm Assembler source file [518 B, 2010-07-18] = 27
                 SINEWAVE.asm Assembler source file [937 B, 2005-01-03] = 27
                 TEST3.asm Assembler source file [1.76 KB, 2010-07-18] = 27
                 TESTKBD.asm Assembler source file [3.33 KB, 2010-07-18] = 27
                 dice_tn13_v1.asm Assembler source file [6.07 KB, 2012-04-28] = 26
                 fcountV03.asm Assembler source file [54.9 KB, 2010-07-18] = 26
                 led-grave_m16_v1.asm Assembler source file [19.8 KB, 2011-01-07] = 26
                 ledlight_tn13_v1.asm Assembler source file [6.41 KB, 2012-04-02] = 26
                 sinewave.pas Pascal source file [2.41 KB, 2004-12-22] = 26
                 TESTRAM.asm Assembler source file [2.42 KB, 2010-07-18] = 26
                 avr_pwm1.pas Pascal source file [4.97 KB, 2003-06-08] = 25
                 ircsb_v1.asm Assembler source file [13.6 KB, 2011-01-30] = 25
                 12_IR-Rx_Switch.asm Assembler source file [13.0 KB, 2016-11-24] = 24
                 PWGSIO2.asm Assembler source file [7.35 KB, 2010-07-18] = 24
                 eggtimer_3.asm Assembler source file [12.1 KB, 2010-07-18] = 23
                 PCM2PWG4.asm Assembler source file [9.75 KB, 2010-07-18] = 23
                 8515std.asm Assembler source file [2.29 KB, 2010-07-18] = 22
                 timer_v1.asm Assembler source file [10.9 KB, 2010-07-18] = 20
                 akkuload.zip Zipped file [26.4 KB, 2005-05-02] = 7

  >  >Frequency counter [12.7 KB, 2019-09-29] = 241 + 61 = 302
            app_fcount.gif Freq counter (GIF image, 65*65) [4.65 KB, 2018-02-22] = 907
            scheme_v03.gif Scheme processor unit (GIF image, 1275*665) [24.2 KB, 2009-01-09] = 197
            fcount.jpg Display (JPG image, 658*633) [60.6 KB, 2006-06-16] = 182
            FusesPony.gif Fuses PonyProg (GIF image, 572*268) [10.6 KB, 2006-06-04] = 180
            fcount_sm.jpg Frequency counter (JPG image, 329*317) [17.8 KB, 2006-06-16] = 179
            dscf0001.jpg Gehäuse (JPG image, 640*480) [78.7 KB, 2006-06-17] = 179
            dscf0004.jpg Platine (JPG image, 640*480) [96.6 KB, 2006-06-17] = 178
            dscf0005.jpg LCD (JPG image, 640*480) [83.9 KB, 2006-06-17] = 178
            FusesStudio2.gif Fuses Studio Image 2 (GIF image, 422*468) [23.9 KB, 2006-06-04] = 176
            FusesStudio1.gif Fuses Studio Image 1 (GIF image, 422*468) [23.6 KB, 2006-06-04] = 175
            analog3.gif Scheme input unit (GIF image, 976*598) [19.7 KB, 2009-01-09] = 174
            fcountV03.asm Assembler source file [55.0 KB, 2009-01-09] = 46
            ReadMe3.txt Plain text file [7.48 KB, 2009-01-09] = 34

  >  >  >Source code fcounter V3 [57.3 KB, 2019-09-29] = 61

  >  >Stepper motor control tn13 [16.2 KB, 2019-09-30] = 215 + 40 = 255
            app_stepper.gif Stepper (GIF image, 65*65) [4.15 KB, 2018-02-22] = 909
            driver.jpg Controller/driver (JPG image, 459*640) [27.2 KB, 2007-06-27] = 135
            kp4m4-001.jpg Stepper (JPG image, 900*681) [37.6 KB, 2007-06-27] = 117
            supply.jpg Supply board (JPG image, 900*679) [40.3 KB, 2007-06-27] = 114
            supply.gif (GIF image, 695*305) [26.1 KB, 2007-06-27] = 112
            stepper_sm.jpg Steppermotor controller small (JPG image, 350*194) [8.82 KB, 2007-06-27] = 110
            stepper_v1.pdf PDF document [5.32 KB, 2007-06-27] = 23
            supply.pdf PDF document [3.15 KB, 2007-06-27] = 15

  >  >  >Source code steppermotor tn13 [11.3 KB, 2019-09-30] = 40

  >  >Tutorial practical examples [3.57 KB, 2019-09-18] = 67 + 150 = 217
            AT90S8515.jpg AT90S8515 (JPG image, 320*240) [15.6 KB, 2002-06-29] = 40

  >  >  >Input from a port [20.1 KB, 2019-09-18] = 53

  >  >  >Timer in interrupt mode [15.3 KB, 2019-09-18] = 40

  >  >  >LED output [11.8 KB, 2019-09-18] = 30

  >  >  >Timer in polling mode [6.39 KB, 2019-09-18] = 27

  >  >Text ticker in four versions [3.35 KB, 2022-03-13] = 26 + 183 = 209
            ticker16-8.gif Ticker 16x8 logo (GIF image, 350*350) [5.00 KB, 2022-02-14] = 35
            ticker16-8.odg LibreOffice Draw document [1.50 MB, 2022-03-21] = 17
            ticker16-8.ods LibreOffice Spreadsheet [163 KB, 2022-03-16] = 16

  >  >  >Hardware of the ticker [7.74 KB, 2022-03-13] = 37
                 ticker16-8_tn24-1_schematic.gif Right to left ticker with ATtiny24 (GIF image, 772*291) [19.3 KB, 2022-03-05] = 21
                 ticker16-8_m48_schematic.gif Schematic of the ATmega48 version (GIF image, 671*551) [29.4 KB, 2022-03-05] = 21
                 ticker16-8_m324_schematic.gif Schematic of the ATmega324 version (GIF image, 816*518) [32.3 KB, 2022-03-05] = 21
                 ticker16-8_tn24-2_schematic.gif Second version with ATtiny24 (GIF image, 715*610) [31.0 KB, 2022-03-05] = 18

  >  >  >Assembler algorithms for the ticker [20.4 KB, 2022-03-16] = 26
                 ticker16-8_A.gif An A as running text (GIF image, 321*500) [7.43 KB, 2022-03-02] = 13
                 ticker16-8_compareA.gif TC1 compare value vs. potentiometer degrees (GIF image, 756*425) [12.3 KB, 2022-03-16] = 13
                 ticker16-8_clockrates.png Clock rates and dividing for seconds pukses (PNG image, 596*1408) [153 KB, 2022-03-16] = 13
                 ticker16-8_flow-16x8bits.gif 16 times 8 bits (GIF image, 386*1022) [51.2 KB, 2022-03-15] = 12
                 ticker16-8_flow-8x16bits.gif 8 times 16 bits (GIF image, 386*885) [54.6 KB, 2022-03-16] = 12
                 ticker16-8_frequency.gif Frequency vs. 8-bit ADC value (GIF image, 756*425) [15.6 KB, 2022-03-16] = 11
                 ticker16-8_flow-1x8bits.gif Transmit 8 bits at a time (GIF image, 320*571) [23.2 KB, 2022-03-15] = 9

  >  >  >Power supply for the ticker [2.82 KB, 2022-04-24] = 25
                 ticker16-8_powersupply_schematic.gif Power supply for the low-LED-current ticker (GIF image, 410*198) [8.86 KB, 2022-03-05] = 11
                 ps_4VA8_7V5_4700uF_450mA_3R59_2D.png Power supply with a 4.8VA transformere (PNG image, 750*500) [25.2 KB, 2022-04-24] = 11

  >  >  >Booster for the ticker [11.0 KB, 2022-03-23] = 25
                 ticker16-8_booster.gif PCB for the booster version (GIF image, 757*379) [21.0 KB, 2022-03-11] = 12
                 ticker16-8_booster-powersupply_schematic.gif Schematic of the power supply for the booster version (GIF image, 448*227) [11.0 KB, 2022-03-14] = 11
                 ticker16-8_booster-componentplacement.gif Component placement on the booster PCB (GIF image, 758*380) [92.8 KB, 2022-03-12] = 11
                 ticker16-8_booster-front.gif Design of a front plate for a large ticker with 10mm-LEDs (GIF image, 1425*817) [119 KB, 2022-03-10] = 10
                 ticker16-8_booster-drilltemplate.gif Drill template for the booster-LEDs (GIF image, 513*711) [19.1 KB, 2022-03-10] = 10
                 ticker16-8_booster_schematic.gif Schematic of one column of the booster version (GIF image, 1062*344) [22.6 KB, 2022-03-10] = 10
                 ticker16-8_pcb-booster-all-in-one-display_components.gif Component placement on the display PCB (GIF image, 839*334) [45.2 KB, 2022-03-21] = 10
                 ticker16-8_booster-partslist.png Parts list for the booster version (PNG image, 773*1067) [190 KB, 2022-03-14] = 7
                 ticker16-8_booster-enlarged.gif (GIF image) [209 KB, 2022-03-11] = 6
                 ticker16-8_pcb-booster-all-in-one.gif Booster PCB version all-in-one (GIF image, 945*709) [100 KB, 2022-03-19] = 0
                 ticker16-8_pcb-booster-all-in-one_enlarged.gif (GIF image) [359 KB, 2022-03-19] = 0
                 ticker16-8_pcb-booster-all-in-one_components.gif Components on the all-in-one PCB (GIF image, 949*712) [168 KB, 2022-03-20] = 0
                 ticker16-8_pcb-booster-all-in-one-display.gif Display connector PCB for all-in-one (GIF image, 758*333) [5.69 KB, 2022-03-20] = 0
                 ticker16-8_pcb-booster-all-in-one-display_enlarged.gif (GIF image) [51.8 KB, 2022-03-20] = 0

  >  >  >Parts list for the ticker [2.11 KB, 2022-03-13] = 24
                 ticker16-8_partslist.png Parts list (PNG image, 773*1365) [243 KB, 2022-03-13] = 6

  >  >  >PCBs for the ticker [5.33 KB, 2022-03-14] = 23
                 ticker16-8_controller-comp.gif Component placement on the controller PCB (GIF image, 757*474) [106 KB, 2022-02-27] = 11
                 ticker16-8_pcb-controller.gif PCB for the controller part (GIF image, 757*473) [28.4 KB, 2022-02-27] = 10
                 ticker16-8_pcb-led.gif LED PCB (GIF image, 757*379) [39.8 KB, 2022-02-26] = 9
                 ticker16-8_led-comp.gif Component place,emt on the LED PCB (GIF image, 757*379) [83.7 KB, 2022-02-26] = 8
                 ticker16-8_pcb-led-enlarged.gif (GIF image) [206 KB, 2022-02-26] = 4
                 ticker16-8_pcb-controller-enlarged.gif (GIF image) [309 KB, 2022-02-27] = 4

  >  >  >Designer software for the ticker [7.99 KB, 2022-03-30] = 23
                 ticker16-8_04-adding.png Adding data columns (PNG image, 1134*783) [26.5 KB, 2022-03-30] = 12
                 ticker16-8_06-text.png Inserting text (PNG image, 1134*783) [27.0 KB, 2022-03-30] = 12
                 anim.gif Animation (GIF image, 322*199) [46.5 KB, 2022-02-22] = 12
                 ticker16-8_03-bit-colors.png Color selection for the bits (PNG image, 1134*783) [27.4 KB, 2022-03-30] = 11
                 ticker16-8_05-selection.png Selecting columns (PNG image, 1134*783) [25.7 KB, 2022-03-30] = 11
                 ticker16-8_01-start.png Starting the software (PNG image, 1134*783) [26.1 KB, 2022-03-30] = 10
                 ticker16-8_02-bit-processing.png To process bits (PNG image, 1134*783) [26.8 KB, 2022-03-30] = 8
                 ticker_lazsource.zip Zipped file [37.5 KB, 2022-03-31] = 3
                 ticker_win64.zip Zipped file [6.36 MB, 2022-03-31] = 3

  >  >Stopwatches on AVRs [12.0 KB, 2019-09-22] = 35 + 146 = 181
            maximal_xtal.gif AVR types, maximum version, crystal (GIF image, 236*379) [7.17 KB, 2018-07-28] = 25
            debouncing_rc.gif Hardware toogle protection (GIF image, 421*166) [5.77 KB, 2018-08-07] = 25
            minimal_internal.gif AVR types, minimum version, internal RC (GIF image, 235*378) [8.97 KB, 2018-07-28] = 23
            debouncing_rc_voltage.gif Voltage on input pin after key release (GIF image, 606*341) [6.86 KB, 2018-08-07] = 23
            stopwatch.gif Stopwatch (GIF image, 378*151) [6.06 KB, 2018-08-07] = 22
            maximal_internal.gif AVR types, maximum version, internal RC (GIF image, 235*377) [8.96 KB, 2018-07-28] = 20
            debouncing_rc_protected.gif Protected debouncing (GIF image, 539*171) [7.80 KB, 2018-08-09] = 19
            minimal_xtal.gif AVR types, minimum version, crystal (GIF image, 234*380) [7.66 KB, 2018-07-28] = 18

  >  >  >Stopwatch m8 [10.8 KB, 2019-09-22] = 52
                 stopwatch_m8_scheme.gif Scheme stopwatch ATmega8 (GIF image, 953*707) [48.4 KB, 2018-07-29] = 47
                 stopwatch_m8_intro.jpg Stopwatch_m8 (JPG image, 450*338) [97.7 KB, 2018-07-29] = 38
                 stopwatch_m8_isr.gif Interrupt Service Routine ms (GIF image, 967*234) [18.7 KB, 2018-08-09] = 31
                 stopwatch_m8_msflag.gif Millisecond flag (GIF image, 940*404) [40.6 KB, 2018-08-02] = 30
                 stopwatch_m8_sort.gif Sorted display of the four channels (GIF image, 450*171) [26.4 KB, 2018-08-02] = 30
                 stopwatch_m8_displayscheme.gif Display layout of the stopwatch ATmega8 (GIF image, 802*649) [33.7 KB, 2018-07-29] = 29
                 stopwatch_m8_ms_clock.gif Clock options for 1 ms / 1000 Hz (GIF image, 669*449) [17.5 KB, 2018-08-01] = 29
                 stopwatch_m8_dsflag.gif Decisecond processing (GIF image, 940*488) [35.4 KB, 2018-08-02] = 29
                 stopwatch_m8.pdf PDF document [359 KB, 2019-03-28] = 21
                 stopwatch_m8_v1.asm Assembler source file [24.9 KB, 2018-08-02] = 19

  >  >  >Source code stopwatch m8 [25.6 KB, 2019-09-22] = 38

  >  >  >Stopwatch tn24 [9.45 KB, 2019-09-22] = 34
                 Lcd4Busy_mod.inc Assembler include file [9.61 KB, 2018-08-07] = 21
                 stopwatch_tn24_v04.asm Assembler source file [19.0 KB, 2018-08-08] = 20
                 stopwatch_tn24_display_flow.gif Display lines on LCD (GIF image, 410*1457) [39.6 KB, 2018-08-08] = 19
                 stopwatch_tn24_scheme.gif Schematic Stopwatch tn24 (GIF image, 799*624) [43.4 KB, 2018-08-07] = 18
                 stopwatch_tn24_small.gif Stopwatch_tn24 (GIF image, 450*209) [15.5 KB, 2018-07-29] = 17
                 stopwatch_tn24_shift_flow.gif Flow and source code in assembler for shifting (GIF image, 392*533) [15.3 KB, 2018-08-08] = 17
                 stopwatch_tn24_design.gif Display and design layout for ATtiny24 stopwatch (GIF image, 790*461) [29.7 KB, 2018-08-07] = 16
                 stopwatch_tn24_clear_sram.gif Clearing the SRAM storage space (GIF image, 374*499) [13.9 KB, 2018-08-08] = 16
                 stopwatch_tn24_shift.gif Shifting of time information (GIF image, 310*345) [9.87 KB, 2018-08-08] = 16
                 stopwatch_tn24.pdf PDF document [500 KB, 2018-08-08] = 8

  >  >  >Source code stopwatch tn24 [21.1 KB, 2019-09-22] = 22

  >  >Signal generator M16 [22.4 KB, 2019-09-22] = 132 + 31 = 163
            box_above.jpg Box from above (JPG image, 444*640) [57.2 KB, 2018-09-19] = 99
            PS_3VA6_9V_470uF_0mA_9R4_2D.png Voltages and currents 3VA6 without load (PNG image, 750*500) [22.9 KB, 2017-08-09] = 98
            lcd_picture.jpg LCD pin connector (JPG image, 638*241) [41.6 KB, 2017-07-13] = 96
            signalgenerator_pcb.jpg Components placed on the PCB (JPG image, 640*541) [133 KB, 2017-07-13] = 96
            power_supply_sideview.jpg Power supply from the side (JPG image, 450*338) [89.9 KB, 2017-07-13] = 96
            signalgenerator_m16_sm.gif Signal generator (GIF image, 350*265) [57.7 KB, 2017-07-13] = 95
            PS_1VA2_9V_470uF_100mA_25R_2D.png Voltages and currents with 1.2VA (PNG image, 750*500) [23.9 KB, 2017-08-09] = 95
            PS_3VA6_9V_470uF_170mA_9R4_2D.png Voltages and currents 3VA6 under load (PNG image, 750*500) [23.8 KB, 2017-08-09] = 94
            box_side.jpg Box from the side (JPG image, 640*361) [70.7 KB, 2018-09-19] = 94
            lcd_interface.gif LCD interface PCB (GIF image, 1000*501) [12.7 KB, 2017-07-12] = 92
            ocr_poti.gif OCR values of timer TC1 (GIF image, 648*373) [11.3 KB, 2018-09-03] = 91
            signalgenerator_m16_scheme.gif Scheme of the signal generator (GIF image, 1382*720) [92.9 KB, 2018-09-21] = 91
            adc_clocking.gif ADC clocking (GIF image, 921*240) [17.2 KB, 2018-09-10] = 90
            fuses_default.gif Fuses by default (GIF image, 530*562) [41.6 KB, 2017-07-10] = 89
            DIP081-CNLED.gif Adapter for the DIP081 (GIF image, 679*438) [25.7 KB, 2018-09-16] = 88
            symbols.gif Symbols (GIF image, 144*46) [1.37 KB, 2018-09-23] = 88
            sim_5kHz_sawtooth.gif saw-tooth 5 kHz (GIF image, 606*494) [18.7 KB, 2018-09-12] = 88
            wave_forms.gif Wave forms generated (GIF image, 590*349) [9.97 KB, 2018-09-21] = 87
            frequency_ranges.gif Frequency ranges (GIF image, 677*378) [11.8 KB, 2018-09-03] = 87
            filter_5bit_10kHz_n470_10k.gif 32-stage DAC at 10kHz with 470pF capacitor and 10k (GIF image, 765*389) [18.7 KB, 2018-09-03] = 87
            fuses_setting.gif Fuses properties to be changed (GIF image, 530*562) [43.1 KB, 2017-07-12] = 87
            sim_2kHz_sine.gif Sine 2 kHz (GIF image, 606*494) [19.1 KB, 2018-09-12] = 87
            functional_overview.gif Functional overview of the hardware (GIF image, 500*402) [21.7 KB, 2018-09-03] = 86
            power_supply_1VA2.gif Power supply with 1.2VA (GIF image, 794*376) [21.8 KB, 2018-09-16] = 86
            signalgenerator_M16_components.gif Component placement on the PCB (GIF image, 1000*850) [50.6 KB, 2018-09-16] = 86
            power_supply_3VA6.gif Power supply 3.6VA (GIF image, 794*376) [22.1 KB, 2018-09-16] = 85
            signalgenerator_M16_solderingside.gif Soldering side of the PCB (GIF image, 1000*850) [35.7 KB, 2018-09-16] = 85
            power_supply.jpg Power supply (JPG image, 480*517) [77.2 KB, 2017-07-13] = 85
            transfer_flow.gif Parametertransfer (GIF image, 252*527) [11.5 KB, 2018-09-10] = 85
            ctc_output.gif TC1 CTC interrupt (GIF image, 921*150) [11.2 KB, 2018-09-23] = 85
            frequ_2_20_poti.gif Frequency adjustment 2 to 20 kHz with potentiometer (GIF image, 649*367) [8.85 KB, 2018-09-03] = 84
            box_open.jpg Box opened (JPG image, 640*396) [70.1 KB, 2018-09-19] = 82
            siggen_m16_v1.asm Assembler source file [46.2 KB, 2018-09-24] = 28
            wavetab.inc Assembler include file [5.94 KB, 2018-09-24] = 24
            signalgenerator_m16_description.pdf PDF document [2.13 MB, 2018-09-24] = 13

  >  >  >Source code signal generator m16 [86.7 KB, 2019-09-22] = 31

  >  >ATtiny24/44/84 experimental board with LCD [27.0 KB, 2019-09-26] = 80 + 82 = 162
            tn24_lcd_specialchars.jpg Special character display on the LCD (JPG image, 640*246) [67.1 KB, 2018-01-31] = 65
            tn24_lcd_numbers.jpg tn24_lcd Optional number display on the LCD (JPG image, 640*235) [54.0 KB, 2018-01-31] = 64
            tn24_lcd_plugfromabove.jpg tn24_lcd LCD plug from above (JPG image, 360*201) [20.7 KB, 2018-01-29] = 63
            tn24_lcd_4x20_2.jpg tn24_lcd output mask (JPG image, 640*234) [31.1 KB, 2018-01-31] = 63
            tn24_lcd_scheme.gif tn24_lcd scheme (GIF image, 718*624) [39.6 KB, 2018-02-21] = 60
            tn24_lcd_plugfrombelow.jpg tn24_lcd LCD plug from below (JPG image, 380*235) [25.4 KB, 2018-01-29] = 59
            tn24_lcd.jpg tn24_lcd experimental board (JPG image, 608*457) [89.3 KB, 2018-01-29] = 56
            tn24_lcd_partslist.gif tn24_lcd parts list (GIF image, 473*308) [14.9 KB, 2018-02-21] = 55
            tn24_lcd_1x8_numbers1.jpg 1x8 LCD init (JPG image, 640*214) [32.6 KB, 2018-02-01] = 55
            tn24_lcd_4x20_1.jpg tn24_lcd init message (JPG image, 640*228) [60.4 KB, 2018-02-02] = 53
            tn24_lcd_1x8_numbers2.jpg 1x8 LCD number display (JPG image, 640*188) [25.9 KB, 2018-02-01] = 53
            tn24_lcd_small.jpg tn24_lcd experimental board small (JPG image, 180*135) [10.9 KB, 2018-01-29] = 52
            tn24_lcd_componentplacement.gif tn24_lcd component placement (GIF image, 625*782) [26.1 KB, 2018-01-29] = 52
            tn24_lcd_solderingside.gif tn24_lcd PCB (GIF image, 625*782) [16.8 KB, 2018-01-28] = 51
            tn24_lcd_busy.inc Assembler include file [21.7 KB, 2018-02-22] = 31
            tn24_lcd_int.asm Assembler source file [4.94 KB, 2018-02-22] = 28
            tn24_lcd_lin.asm Assembler source file [5.50 KB, 2018-02-22] = 27
            Lcd_CharGen_SpecialChars.ods LibreOffice Spreadsheet [15.7 KB, 2018-02-21] = 23
            tn24_lcd.pdf PDF document [1.10 MB, 2018-08-06] = 20
            Lcd_CharGen_SpecialChars.xls Microsoft Excel spreadsheet [38.0 KB, 2018-02-21] = 9

  >  >  >Example application linear [8.10 KB, 2019-09-26] = 28

  >  >  >Source code tn24/44/84 LCD include [24.5 KB, 2019-09-26] = 27

  >  >  >Example application interrupt [7.68 KB, 2019-09-26] = 27

  >  >Circular LED with 32 LEDs and m324pa [38.3 KB, 2021-11-09] = 35 + 121 = 156
            circular-led-clock_m324pa_v1.asm Assembler source file [8.65 KB, 2021-10-20] = 20
            circular-led_m324pa_v1.asm Assembler source file [6.50 KB, 2021-10-28] = 19
            circular-led_m324pa.odg LibreOffice Draw document [171 KB, 2021-11-06] = 18
            circular-led_m324pa_flow.odg LibreOffice Draw document [19.0 KB, 2021-10-28] = 17
            circular-led_m324pa.ods LibreOffice Spreadsheet [139 KB, 2021-11-09] = 17
            circular-led_m324pa_powersupply-4led.jpg Power supply for four LEDs (JPG image, 640*397) [55.5 KB, 2021-11-05] = 15
            rectangular-led_m324pa_pcb.gif Rectangular PCB layout (GIF image, 605*605) [15.4 KB, 2021-10-18] = 15
            circular-led_m324pa_schematic.gif Schematic of the circular LED device (GIF image, 796*479) [35.2 KB, 2021-10-23] = 14
            circular-led_m324pa_powersupply-4led-schematic.gif Power supply for maximum 4 LEDs (GIF image, 483*233) [12.1 KB, 2021-11-05] = 14
            circular-led_m324pa_components.gif Component placement on the PCB (GIF image, 608*608) [83.0 KB, 2021-10-11] = 14
            circular-led_m324pa_partlist.png Parts list for the light band and the clock (PNG image, 656*649) [108 KB, 2021-10-30] = 14
            circular-led_m324pa_350.gif Circular-led (GIF image, 350*350) [47.0 KB, 2021-10-12] = 13
            circular-led_m324pa_xtals.png Selection of crystals for the device (PNG image, 653*1024) [151 KB, 2021-11-07] = 13
            circular-led_m324pa_ledcurrents.png LED currents at diverse operating voltages and resistors (PNG image, 559*154) [25.8 KB, 2021-10-24] = 13
            ps_0VA5_6V_470uF_75mA_48R_2D.png Power supply 0.5VA (PNG image, 750*500) [25.3 KB, 2021-11-05] = 13
            ps_1VA5_6V_2200uF_200mA_12R4_2D.png Power supply 1.5VA (PNG image, 750*500) [25.4 KB, 2021-11-05] = 13
            circular-led_m324pa_powersupply-200mA-schematic.gif Power supply for maximum 200 mA (GIF image, 483*233) [11.1 KB, 2021-11-05] = 13
            circular-led_m324pa_pcb.gif PCB for the circular light band and for the circular clock (GIF image, 605*605) [16.0 KB, 2021-10-11] = 13
            32-LED_m324pa_pcb.gif Minimum size of the PCB layout (GIF image, 491*378) [9.76 KB, 2021-11-06] = 13
            32-LED_m324pa_components.gif Component placement on mimized PCB (GIF image, 528*378) [54.5 KB, 2021-11-06] = 13
            32-LED_m324pa.jpg Minimum size version (JPG image, 640*340) [56.0 KB, 2021-11-05] = 13
            circular-led_m324pa_power-supply-currents.png Power supply currents (PNG image, 450*461) [41.1 KB, 2021-11-09] = 13
            circular-led_m324pa_flow-clock.gif Flow diagram of the clock software (GIF image, 533*1506) [52.4 KB, 2021-10-23] = 13
            circular-led_m324pa.jpg View of the clock device (JPG image, 640*439) [81.6 KB, 2021-10-26] = 12
            circular-led_m324pa_ledcurrents-2mA.png Currents for 3-mm-LEDs 2 mA (PNG image, 559*137) [20.0 KB, 2021-11-07] = 12
            circular-led_m324pa_fuses_orig.gif Fuses Original ATmega324PA (GIF image, 516*551) [18.2 KB, 2021-10-19] = 12
            circular-led_m324pa_powersupply-200mA.jpg 200 mA power supply (JPG image, 640*429) [69.2 KB, 2021-11-09] = 11
            circular-led_m324pa_fuses_circ.gif Fuse-Umstellung Zirkular-LEDs (GIF image, 516*551) [19.4 KB, 2021-10-19] = 11
            circular-led_m324pa_flow-band.gif Flow diagram of the Compare-A-Interrupt-Service-Routine (GIF image, 730*860) [35.3 KB, 2021-10-28] = 11
            circular-led_m324pa_pcb-enlarged.gif (GIF image) [72.8 KB, 2021-10-30] = 10
            rectangular-led_m324pa_pcb-enlarged.gif (GIF image) [70.5 KB, 2021-10-30] = 10
            circular-led_m324pa_start-20-20.png Start time 20:20 (PNG image, 712*102) [18.6 KB, 2021-10-21] = 10
            circular-led_m324pa_fuses_xtal.gif Fuse-Umstellung bei der Uhr (GIF image, 516*551) [19.6 KB, 2021-10-19] = 9
            circular-led_m324pa_times.png The minute and hour switching times of the LEDs (PNG image, 744*324) [36.2 KB, 2021-10-20] = 9
            circular-led_m324pa_start-20-20_const.png Constants for export (PNG image, 414*85) [7.91 KB, 2021-10-25] = 9
            32-LED_m324pa_pcb-enlarged.gif (GIF image) [44.5 KB, 2021-11-06] = 8

  >  >  >Source code for the circular LED [8.27 KB, 2021-10-28] = 24

  >  >  >Source code for the circular clock [10.5 KB, 2021-10-25] = 22

  >  >  >Video of the circular LED 640 [1.60 KB, 2021-10-23] = 20
                 DSCF4264-2.ogg OGG movie [8.72 MB, 2021-10-22] = 4
                 DSCF4264-2.mp4 MPEG video [2.28 MB, 2021-10-22] = 2

  >  >  >Video of the circular clock 1280 [1.63 KB, 2021-10-25] = 19
                 DSCF4261-1.ogg OGG movie [30.7 MB, 2021-10-22] = 11
                 DSCF4261-1.mp4 MPEG video [38.2 MB, 2021-10-22] = 2

  >  >  >Video of the circular LED 1280 [1.61 KB, 2021-10-23] = 18
                 DSCF4264-1.ogg OGG movie [8.91 MB, 2021-10-22] = 8
                 DSCF4264-1.mp4 MPEG video [8.66 MB, 2021-10-22] = 2

  >  >  >Video of the circular clock 640 [1.63 KB, 2021-10-23] = 18
                 DSCF4261-2.ogg OGG movie [30.7 MB, 2021-10-22] = 8
                 DSCF4261-2.mp4 MPEG video [8.36 MB, 2021-10-22] = 3

  >  >Spotlight with tn13 [29.0 KB, 2020-10-22] = 49 + 81 = 130
            spotlight_breadboard.jpg Breadboard with components (JPG image, 640*426) [83.8 KB, 2018-10-07] = 36
            ps_16VA_24V_2200uF_470mA_8R25_4D.png Voltage at full load (PNG image, 750*500) [24.5 KB, 2020-10-15] = 33
            spotlight_dummy.jpg Plug-in test board (JPG image, 640*537) [88.4 KB, 2018-10-07] = 32
            spotlight_schematic.gif Schematic of the spotlight (GIF image, 916*758) [60.2 KB, 2018-10-20] = 29
            spotlight_tn13_lin_comp.gif Component placement on the PCB, linear version (GIF image, 1201*751) [55.3 KB, 2018-10-30] = 29
            spotlight_adcfilter.gif Filter on the ADC input (GIF image, 545*298) [9.67 KB, 2018-10-20] = 29
            spotlight_lin_led_pwm.gif LED current at different PWM values (GIF image, 528*359) [6.29 KB, 2018-10-31] = 28
            spotlight_powersupply_box.jpg Spotlight power supply in a box (JPG image, 640*534) [33.8 KB, 2020-10-22] = 28
            spotlight_small.jpg Spotlight small (JPG image, 200*150) [39.5 KB, 2018-10-07] = 27
            spotlight_frontdesign.gif LED front plate (GIF image, 1119*950) [118 KB, 2018-10-09] = 27
            spotlight_powersupply.gif Schematic power supply spotlight (GIF image, 672*362) [16.8 KB, 2020-10-22] = 27
            spotlight_breadboard_layout.gif Layout on a breadboard (GIF image, 950*640) [135 KB, 2018-10-14] = 26
            spotlight_supplyplug.gif Power supply plug modes (GIF image, 308*401) [8.06 KB, 2020-10-15] = 26
            ps_16VA_24V_2200uF_0mA_8R25_4D.png Voltage at zero load (PNG image, 750*500) [22.9 KB, 2020-10-15] = 26
            spotlight_adcdelay.gif Sample-and-Hold delay and voltage change (GIF image, 593*321) [9.77 KB, 2018-10-20] = 26
            spotlight_voltage.gif Voltage and OCR0B compare value (GIF image, 541*325) [11.3 KB, 2018-10-20] = 25
            spotlight_tn13_lin_schematic.gif Schematic of the linear spotlight version (GIF image, 905*739) [58.3 KB, 2018-11-01] = 25
            spotlight_powersupply.jpg Spotlight power supply (JPG image, 640*474) [72.8 KB, 2020-10-22] = 25
            spotlight_tn13.jpg Spotlight with an ATtiny13 (JPG image, 850*335) [113 KB, 2018-10-14] = 24
            spotlight_tn13_description.pdf PDF document [1.56 MB, 2020-10-22] = 24
            spotlight_teststand.jpg Test board (JPG image, 600*530) [95.7 KB, 2018-10-07] = 24
            spotlight_tn13_v1.asm Assembler source file [13.4 KB, 2018-10-20] = 23
            spotlight_tn13_lin_pcb.gif Layout of a PCB for the linear version (GIF image, 1201*751) [30.4 KB, 2018-10-30] = 22
            spotlight_tn13_lin.asm Assembler source file [14.5 KB, 2018-11-01] = 18

  >  >  >Source code PWM spotlight [15.5 KB, 2019-09-20] = 33

  >  >  >Source code linear spotlight [16.5 KB, 2018-11-01] = 26

  >  >  >Videos with spotlight [1.01 KB, 2018-11-01] = 22
                 DSCF3733.MOV Quicktime movie [19.6 MB, 2018-11-01] = 4
                 DSCF3726.MOV Quicktime movie [35.1 MB, 2018-10-19] = 3
                 DSCF3727.MOV Quicktime movie [33.7 MB, 2018-10-19] = 3
                 DSCF3728.MOV Quicktime movie [19.7 MB, 2018-10-19] = 3

  >  >Servomotor controller ATtiny24 [19.8 KB, 2019-09-30] = 48 + 80 = 128
            gate_tn24_solderingside.jpg PCB from below (JPG image, 640*480) [162 KB, 2014-07-27] = 36
            gate_tn24_total.jpg PCB from above (JPG image, 650*351) [26.4 KB, 2014-07-27] = 34
            signal_pwm.gif PWM signal duration (GIF image, 803*272) [2.66 KB, 2018-03-18] = 33
            pwm_signal.png PWM signal (PNG image, 590*337) [5.29 KB, 2018-03-21] = 32
            signal_duration_active.gif Active signal duration (GIF image, 417*353) [3.65 KB, 2018-03-18] = 29
            signal_speed_regulation.gif Speed control of the motor (GIF image, 821*389) [10.4 KB, 2018-03-18] = 29
            gate_tn24_layout_v2.gif Gate tn24 pcb layout V2 (GIF image, 473*377) [7.10 KB, 2018-03-12] = 29
            gate_tn24_open.jpg Gate tn24 opened (JPG image, 640*478) [89.9 KB, 2018-03-24] = 28
            gate_tn24_schematic.gif Gate tn24 schematic (GIF image, 915*650) [39.5 KB, 2018-03-21] = 26
            gate_tn24_comp_v2.gif Component placement on V2 (GIF image, 400*316) [9.47 KB, 2018-03-18] = 26
            gate_tn24_layout_v3.gif Gate tn24 pcb layout V3 (GIF image, 370*295) [5.11 KB, 2018-03-23] = 26
            gate_tn24_small.jpg Gate ATtiny24 (JPG image, 280*150) [11.9 KB, 2018-03-17] = 25
            gate_tn24_comp_v3.gif Component placement on V3 (GIF image, 400*316) [9.54 KB, 2018-03-23] = 25
            gate_tn24_closed.jpg Gate tn24 closed (JPG image, 640*512) [94.1 KB, 2018-03-24] = 24
            gate_tn24_v1.asm Assembler source file [19.7 KB, 2018-03-17] = 21
            gate_tn24_v2.asm Assembler source file [25.0 KB, 2018-03-24] = 21
            gate_tn24_description.pdf PDF document [1.10 MB, 2018-03-24] = 10
            gate_tn24_slow.MOV Quicktime movie [12.0 MB, 2018-03-24] = 6
            gate_tn24.zip Zipped file [1.05 MB, 2018-03-24] = 4
            gate_tn24_fast.MOV Quicktime movie [5.07 MB, 2018-03-24] = 4

  >  >  >Source code Servo V1 [22.0 KB, 2019-09-30] = 28

  >  >  >Improved code Servo V2 [27.2 KB, 2019-09-30] = 26

  >  >  >Videos of a steam hammer model [1.40 KB, 2018-11-27] = 26
                 20181112_183701.mpg MPEG video [25.1 MB, 2018-11-12] = 9
                 Kurzbeschreibung.pdf PDF document [18.6 KB, 2018-11-20] = 8
                 20181112_183701.wmv WMV movie [51.6 MB, 2018-11-12] = 6
                 20181112_183701.mov Quicktime movie [39.0 MB, 2018-11-12] = 3
                 20181112_183701.avi AVI movie [50.9 MB, 2018-11-12] = 3
                 20181112_183701.mp4 MPEG video [50.9 MB, 2018-11-12] = 3

  >  >DCF77-sync alarm clock with m16 [12.6 KB, 2019-09-19] = 53 + 64 = 117
            dcf77_keys.gif Key operation (GIF image, 665*243) [15.1 KB, 2018-08-28] = 44
            dcf77_dbg_dcfbits.gif Debug DCF bits (GIF image, 640*239) [25.8 KB, 2018-08-26] = 40
            dcf77_boxmounting.jpg DCF77 mounting the controller in a box (JPG image, 640*480) [139 KB, 2018-08-28] = 38
            dcf77_dbg_lcd.gif DCF77 LCD debugging (GIF image, 640*234) [30.4 KB, 2018-08-25] = 37
            dcf77_clock_m16_description.pdf PDF document [3.57 MB, 2018-08-31] = 29
            dcf77_m16_scheme.gif Schematic alarm clock m16 (GIF image, 1102*816) [31.5 KB, 2018-06-07] = 29
            dcf77_m16_fuses.gif DCF77 m16 fuses (GIF image, 530*562) [39.1 KB, 2018-05-23] = 27
            dcf77_m16_controller.jpg DCF77 m16 controller (JPG image, 640*476) [147 KB, 2018-08-28] = 25
            debug_code_en.inc Assembler include file [6.32 KB, 2018-08-29] = 24
            music_code.inc Assembler include file [20.3 KB, 2018-08-28] = 22
            dcf77_clock_m16_v5_en.asm Assembler source file [63.1 KB, 2018-08-29] = 21

  >  >  >Software description DCF77-clock m16 [34.8 KB, 2019-09-19] = 34
                 dcf77_time_date_flow.gif Time and date flow diagram (GIF image, 298*836) [19.3 KB, 2018-08-27] = 29
                 dcf77_dbg_dcfbytes.gif DCF77 m16 received bytes (GIF image, 640*221) [34.6 KB, 2018-08-26] = 28
                 dcf77_signaldurations.gif DCF77 signal durations (GIF image, 991*255) [9.25 KB, 2018-08-27] = 28
                 dcf77_analysis_minhour.gif DCF77 analysis minutes and hours (GIF image, 756*384) [15.0 KB, 2018-08-28] = 27
                 dcf77_dbg_dcfdur.gif DCF77 m16 Debug DCF Signal duration (GIF image, 640*234) [30.3 KB, 2018-08-26] = 26
                 dcf77_dbg_dcfsig.gif DCF77 m16 Debug DCF Signal (GIF image, 640*255) [38.6 KB, 2018-08-26] = 26
                 dcf77_dbg_playstat.gif DCF77 m16 Debug PlayStat (GIF image, 640*228) [26.2 KB, 2018-08-27] = 26
                 dcf77_analysis_date.gif DCF77 analysis date (GIF image, 703*338) [14.0 KB, 2018-08-28] = 26
                 dcf77_dbg_adc.gif DCF77 m16 Debug ADC (GIF image, 640*233) [25.9 KB, 2018-08-25] = 25
                 dcf77_dbg_keys.gif DCF77 m16 Debug Keys (GIF image, 640*233) [14.1 KB, 2018-08-27] = 25
                 dcf77_dbg_music.gif DCF77 m16 Debug Music (GIF image, 640*225) [27.2 KB, 2018-08-27] = 25
                 dcf77_brightness.gif Brightness control of the LCD backlight (GIF image, 430*270) [5.91 KB, 2018-08-27] = 25
                 dcf77_signalerrors.gif DCF77 Signal error detection (GIF image, 998*186) [10.9 KB, 2018-08-27] = 25
                 dcf77_signalanalysis_flow.gif DCF77 signal analysis flow diagram (GIF image, 459*775) [30.4 KB, 2018-08-27] = 25

  >  >  >Source code DCF77 m16 [128 KB, 2019-09-19] = 30

  >  >A long time timer with tn13 [12.8 KB, 2021-03-25] = 85 + 31 = 116
            longtimer_tn13.jpg Mounting the long timer (JPG image, 650*418) [72.7 KB, 2021-03-15] = 74
            longtimer_tn13_schematic.gif Schematic of the long timer (GIF image, 622*553) [37.8 KB, 2021-03-17] = 68
            longtimer_tn13_flow.gif Flow diagram of the TC0-OVF-ISR (GIF image, 605*996) [40.7 KB, 2021-03-20] = 64
            longtimer_tn13.gif Long timer with an ATtiny13 (GIF image, 300*300) [2.74 KB, 2021-03-14] = 63
            longtimer_tn13_resistor.png LED resistor (PNG image, 813*143) [8.06 KB, 2021-03-17] = 62
            longtimer_tn13.ods LibreOffice Spreadsheet [230 KB, 2021-03-25] = 38
            longtimer_tn13_v1.asm Assembler source file [7.74 KB, 2021-03-17] = 27
            longtimer_tn13.odg LibreOffice Draw document [23.3 KB, 2021-03-17] = 22
            longtimer_tn13_flow.odg LibreOffice Draw document [20.9 KB, 2021-03-21] = 21

  >  >  >Source code for long time timer tn13 [9.56 KB, 2021-03-17] = 31

  >  >ADC with PWM and ana-Comparer on a STK500 [17.2 KB, 2019-09-18] = 64 + 48 = 112
            pwm_simul.jpg Simulation (JPG image, 743*491) [58.6 KB, 2003-05-18] = 38
            adc8_int.gif TC1-Overflow-Int-Algorithm (GIF image, 285*915) [13.8 KB, 2003-05-11] = 37
            adc8.gif ADC8 (GIF image, 120*79) [9.90 KB, 2003-05-17] = 35
            adc8_hard.gif Hardware of the 8-bit-ADC (GIF image, 334*453) [8.53 KB, 2003-05-11] = 31
            adc8conn.jpg ADC8-Connections (JPG image, 391*324) [11.8 KB, 2003-05-22] = 31

  >  >  >8-bit AD converter external [11.1 KB, 2019-09-18] = 48

  >  >UV exposure device [14.3 KB, 2019-09-26] = 84 + 27 = 111
            exposure_coverage.gif Coverage of the LEDs in the enlarged version (GIF image, 589*849) [152 KB, 2018-04-28] = 51
            uv_box.jpg Exposure Box (JPG image, 1024*768) [178 KB, 2009-09-27] = 51
            uv_light.jpg UV light (JPG image, 750*451) [86.5 KB, 2009-09-27] = 49
            uv_scheme_light.gif Scheme Exposure (GIF image, 601*374) [7.65 KB, 2010-02-06] = 48
            extension_large.gif Extension layout (GIF image, 509*222) [10.2 KB, 2019-09-26] = 47
            ps_30VA_30V_4400uF_0mA_6R2_2D.png Voltage without load (PNG image, 750*500) [24.3 KB, 2018-04-28] = 46
            power_supply_mounting.jpg Mounting the power supply (JPG image, 640*360) [92.0 KB, 2018-04-28] = 46
            uv_scheme_proc.gif Timer-Scheme (GIF image, 1123*794) [31.1 KB, 2010-06-08] = 46
            uv_box_top.jpg Exposure Cover (JPG image, 1024*768) [211 KB, 2009-09-27] = 46
            uv_extended.jpg Extended LED field (JPG image, 640*360) [118 KB, 2018-05-01] = 46
            power_supply_schematic.gif Power supply for LEDs (GIF image, 501*302) [12.9 KB, 2019-09-26] = 45
            ps_30VA_30V_4400uF_500mA_6R2_2D.png Voltage with 500 mA load (PNG image, 750*500) [23.2 KB, 2018-04-28] = 45
            power_supply_30_5.gif 5V power supply from 30V (GIF image, 538*287) [16.9 KB, 2019-09-26] = 45
            uv_box_2.jpg Box from above (JPG image, 622*888) [79.9 KB, 2018-05-01] = 45
            uv_leds_on.jpg Extended LEDs on (JPG image, 650*366) [134 KB, 2018-05-01] = 45
            timer_keys.gif Key operation (GIF image, 233*238) [5.36 KB, 2018-04-28] = 44
            uv_small.jpg UV-LED exposure (JPG image, 280*210) [29.3 KB, 2009-09-27] = 42
            timer_v1.eep Intel hex EEPROM file [30.0 B, 2009-03-11] = 18
            timer_v1.hex Intel hex file [2.07 KB, 2009-03-11] = 15
            uv_layout.pdf PDF document [12.6 KB, 2009-04-11] = 10

  >  >  >UV exposure (old version) [266 B, 2019-09-26] = 51

  >  >  >Source code (old URL) [268 B, 2019-09-26] = 50

  >  >  >Source code for UV expos timer [12.7 KB, 2019-09-26] = 27

  >  >Eggtimer tn2313 [11.8 KB, 2019-09-29] = 40 + 57 = 97
            eggtimer_v4_best.gif (GIF image) [32.3 KB, 2009-06-14] = 19
            eggtimer_v4_layer.gif (GIF image) [25.7 KB, 2009-06-14] = 18
            dscf0248.jpg Eggtimer in a casing (JPG image, 650*488) [73.4 KB, 2009-06-14] = 16
            dscf0538.jpg Eggtimer in plastic (JPG image, 650*488) [83.7 KB, 2009-06-14] = 15
            eggtimer_600_725.gif Schematic Egg-timer (GIF image, 600*725) [13.1 KB, 2006-10-29] = 13
            eggtimer.gif (GIF image) [22.3 KB, 2006-10-29] = 8

  >  >  >Source code eggtimer V3 [13.6 KB, 2019-09-29] = 30

  >  >  >Source code for eggtimer [11.3 KB, 2019-09-29] = 27

  >  >RGB BCD watch with m16 [23.4 KB, 2019-09-22] = 36 + 60 = 96
            rgb_bcdwatch_153913.gif RGB display of time 15:39:13 (GIF image, 310*195) [4.23 KB, 2019-01-26] = 35
            ps_3VA6_7V5_2200uF_220mA_3R23_2D.png Power supply voltage at 220 mA maximum load (PNG image, 750*500) [23.8 KB, 2019-01-29] = 32
            ps_3VA6_7V5_2200uF_0mA_3R23_2D.png Power supply voltage without load (PNG image, 750*500) [23.0 KB, 2019-01-22] = 30
            rgb_bcdwatch_m16_mountingbox.jpg Mounting the watch in a plastic box (JPG image, 640*480) [119 KB, 2019-01-31] = 30
            rgb_bcdwatch_m16_controllerbox.gif The controller PCB in the box (GIF image, 640*480) [158 KB, 2019-01-31] = 24
            m16_fuses_xtal_jtagoff.gif Fuses ATmega16 for external crystal and JTAG off (GIF image, 530*562) [41.2 KB, 2019-01-31] = 24
            rgb_bcdwatch_m16_leds.gif Distribution of the number of leds on over a day (GIF image, 642*356) [8.25 KB, 2019-01-31] = 23
            rgb_bcdwatch_m16_mounting.gif Mounting the PCBs and the connectors (GIF image, 494*170) [8.97 KB, 2019-03-13] = 23
            m16_fuses_default.gif Fuses ATmega16 by default (GIF image, 530*562) [38.2 KB, 2019-01-30] = 23
            rgb_bcdwatch_m16_controllerschematic.gif Schematic of the controller part (GIF image, 911*448) [42.5 KB, 2019-03-05] = 22
            rgb_bcdwatch_m16_powersupplyschematic.gif Power supply of the BCD watch (GIF image, 412*275) [14.7 KB, 2019-03-05] = 22
            rgb_bcdwatch_m16_controllerpcb.gif Component placement on the controller PCB (GIF image, 947*833) [66.1 KB, 2019-01-31] = 22
            rgb_bcdwatch_m16_calc.ods LibreOffice Spreadsheet [25.4 KB, 2019-03-13] = 22
            rgb_bcdwatch_m16_displayschematic.gif Schematic of the display (GIF image, 910*347) [37.8 KB, 2019-03-05] = 21
            rgb_bcdwatch_m16_minutecurrent.gif Minute averages of the current (GIF image, 703*470) [34.8 KB, 2019-01-31] = 21
            rgb_bcdwatch_m16_ledvoltages.gif LED voltages depending from led currents (GIF image, 497*357) [6.63 KB, 2019-01-28] = 20
            rgb_bcdwatch_m16_powersupplydesign.gif Design of the power supply (GIF image, 266*192) [8.12 KB, 2019-01-31] = 20
            rgb_bcdwatch_m16_v1.asm Assembler source file [26.4 KB, 2019-03-22] = 20
            rgb_bcdwatch_m16_currents.ods LibreOffice Spreadsheet [6.45 MB, 2019-03-13] = 19
            rgb_bcdwatch_m16_displaypcb.gif Placing the LEDs on the display PCB (GIF image, 221*220) [10.5 KB, 2019-01-28] = 18
            rgb_bcdwatch_m16_drawings.odg LibreOffice Draw document [43.3 KB, 2019-03-13] = 18
            rgb_bcdwatch_m16_software.odg LibreOffice Draw document [26.0 KB, 2019-03-13] = 18
            rgb_bcdwatch_m16_current23_24h.gif Current load over the last hour of a day (GIF image, 863*508) [58.3 KB, 2019-01-31] = 17
            rgb_bcdwatch_m16_description.pdf PDF document [834 KB, 2019-03-21] = 14
            DSCF3793.MOV Quicktime movie [23.4 MB, 2019-01-31] = 4
            DSCF3793.avi AVI movie [1.54 MB, 2019-01-31] = 3

  >  >  >Software description RGB BCD watch [19.2 KB, 2019-03-21] = 33
                 rgb_bcdwatch_m16_conversion.gif Conversion of the binary time to mux bits (GIF image, 648*632) [40.1 KB, 2019-01-28] = 26
                 rgb_bcdwatch_m16_muxbuffer.gif Multiplex buffer in SRAM (GIF image, 655*184) [12.0 KB, 2019-01-26] = 23
                 rgb_bcdwatch_m16_colors.gif Color encoding (GIF image, 497*79) [4.86 KB, 2019-01-26] = 22
                 rgb_bcdwatch_m16_bcdtomuxbits.gif Conversion of the color bits to multiplex bits (GIF image, 698*224) [11.2 KB, 2019-01-26] = 21
                 rgb_bcdwatch_m16_input.gif Algorithm of the AD conversion handling (GIF image, 504*720) [39.1 KB, 2019-02-06] = 21
                 dbg_white.jpg All LEDs white (JPG image, 360*270) [57.5 KB, 2019-01-31] = 20
                 dbg_key1.jpg Key 1 is pressed (JPG image, 360*246) [24.2 KB, 2019-01-31] = 18
                 rgb_bcdwatch_m16_bintobcd.gif Conversion binary to BCD (GIF image, 138*315) [5.70 KB, 2019-01-26] = 17
                 dbg_key2.jpg Key 2 is pressed (JPG image, 360*229) [22.8 KB, 2019-01-31] = 16

  >  >  >Source code RGB BCD watch m16 [28.7 KB, 2019-09-22] = 27

  >  >Another long time timer with tn25 [11.9 KB, 2021-05-19] = 39 + 53 = 92
            longtimer_tn25.jpg Long-time timer with ATtiny25 (JPG image, 640*387) [80.3 KB, 2021-03-28] = 30
            longtimer_tn25.gif Long-time timer with an ATtiny25 (GIF image, 300*300) [10.4 KB, 2021-03-27] = 29
            longtimer_tn25_v1.asm Assembler source file [13.7 KB, 2021-03-30] = 22
            gamut.inc Assembler include file [2.85 KB, 2021-03-30] = 22
            longtimer_tn25_schematic.gif Schematic of the tn25 long-time-timer (GIF image, 621*432) [29.7 KB, 2021-03-30] = 21
            longtimer_tn25.odg LibreOffice Draw document [22.3 KB, 2021-03-30] = 20
            longtimer_tn25_spk.jpg Speaker (JPG image, 350*383) [39.9 KB, 2021-03-29] = 17
            longtimer_tn25_timing.gif Timing of the ATtiny25 (GIF image, 1095*299) [24.4 KB, 2021-03-30] = 17
            longtimer_tn25_times.png Times with different prescalers and multiplicators (PNG image, 606*119) [19.0 KB, 2021-03-30] = 17
            longtimer_tn25_gamut.ods LibreOffice Spreadsheet [40.3 KB, 2021-03-30] = 17
            longtimer_tn25.ods LibreOffice Spreadsheet [23.2 KB, 2021-03-30] = 16
            longtimer_tn25_resistors.png Resistor values vs. operating voltage (PNG image, 734*143) [28.9 KB, 2021-03-30] = 16

  >  >  >Source code for the long time timer tn25 [16.1 KB, 2021-05-19] = 27

  >  >  >Gamut frequencies for the tn25 [4.82 KB, 2021-05-19] = 26

  >  >Led line tn13 [4.63 KB, 2019-09-30] = 55 + 31 = 86
            ledleiste.gif Schematic (GIF image, 620*509) [10.3 KB, 2012-04-04] = 42
            ledleiste_kasten.JPG LED Line plugs (JPG image, 640*480) [86.5 KB, 2012-04-05] = 31
            ledleiste_lampen.JPG Lamps (JPG image, 640*480) [60.7 KB, 2012-04-05] = 30
            ledleiste_regler.JPG Regulator (JPG image, 640*480) [73.7 KB, 2012-04-05] = 28
            ledleiste_intern.JPG Internal mounting (JPG image, 640*480) [106 KB, 2012-04-05] = 27
            ledleiste_small.JPG LED line (JPG image, 360*270) [44.1 KB, 2012-04-05] = 26
            ledleiste.JPG (JPG image) [92.6 KB, 2012-04-05] = 7

  >  >  >Source code for ledline [6.18 KB, 2019-09-30] = 31

  >  >Thermometer with an ATtiny24 and LCD [47.7 KB, 2023-02-07] = 86
            thermometer_tn24_schematic.gif The schematic of the thermometer (GIF image, 1047*979) [48.4 KB, 2023-02-02] = 59
            thermometer_tn24.gif Tiny XTAL oscillator (GIF image, 350*251) [8.44 KB, 2023-01-20] = 58
            thermometer_tn24_sq-log-delta.gif The contribution of the a and b component to the result (GIF image, 756*426) [12.3 KB, 2023-01-27] = 58
            thermometer_tn24_log.gif Logarithmic function (GIF image, 756*426) [11.4 KB, 2023-01-22] = 58
            thermometer_tn24_sq-vs-lin.gif Comparing square and linear functions (GIF image, 756*426) [17.2 KB, 2023-01-20] = 58
            thermometer_tn24_sq-lin1-delta.gif Comparing the 10T calculation of the two functions (GIF image, 756*426) [14.8 KB, 2023-01-21] = 57
            thermometer_tn24_components.gif Component placement on the PCB of the thermometer (GIF image, 931*637) [77.0 KB, 2023-01-24] = 57
            thermometer_tn24_specification.gif The specification of ATtiny24's temperature measurement (GIF image, 788*95) [7.08 KB, 2023-01-20] = 56
            thermometer_tn24_pcb-small.gif Small version of the PCB (GIF image, 929*632) [18.0 KB, 2023-01-24] = 56
            thermometer_tn24_parts.png Parts list of the thermometer (PNG image, 607*428) [73.6 KB, 2023-01-24] = 56
            thermometer_tn24_squared.png Calculating a, b and c in a squared function (PNG image, 640*428) [38.4 KB, 2023-01-27] = 55
            thermometer_tn24_sq-lin2-delta.gif Comparing the 10T calculation of two linear curves (GIF image, 756*426) [16.6 KB, 2023-01-21] = 55
            thermometer_tn24_man-adj.gif Calculating a, b and c for given data (GIF image, 765*745) [54.4 KB, 2023-01-28] = 52
            thermometer_tn24_1.jpg The thermometer on a breadboard (JPG image, 640*436) [92.2 KB, 2023-02-03] = 49
            thermometer_tn24_2.jpg The thermometer with adjustment pots (JPG image, 640*763) [141 KB, 2023-02-03] = 48
            thermometer_tn24_3.jpg The adjustment pots (JPG image, 640*348) [68.0 KB, 2023-02-03] = 48
            thermometer_tn24_sq-function.gif The square function as we use it (GIF image, 756*426) [9.95 KB, 2023-02-04] = 43
            thermometer_tn24_v1.asm Assembler source file [16.9 KB, 2023-02-06] = 30
            thermometer_tn24.odg LibreOffice Draw document [116 KB, 2023-02-02] = 19
            thermometer_tn24.ods LibreOffice Spreadsheet [131 KB, 2023-02-04] = 19
            thermometer_tn24_pcb.gif (GIF image) [45.3 KB, 2023-01-24] = 10

  >  >Magic circle tn2313 [14.2 KB, 2019-09-22] = 62 + 22 = 84
            ps_2VA_7V5_2200uF_130mA_22R7_2D.png Power supply voltages (PNG image, 750*500) [24.0 KB, 2017-08-09] = 37
            ps_2VA_7V5_2200uF_0mA_22R7_2D.png Power supply voltages, no load (PNG image, 750*500) [19.3 KB, 2017-08-13] = 36
            Schematic.gif Schematic controller (GIF image, 824*605) [41.0 KB, 2017-08-12] = 30
            power_supply.jpg Power supply (JPG image, 640*619) [124 KB, 2017-06-28] = 30
            Bit_Tab.gif Spread sheet (GIF image, 970*421) [57.8 KB, 2017-08-12] = 30
            component_placement_professor.gif Components of the processor part (GIF image, 590*591) [24.6 KB, 2017-06-28] = 29
            Power_Supply_Component_Placement.gif Components of the power supply (GIF image, 382*460) [23.9 KB, 2017-08-12] = 29
            box.jpg Box mounting (JPG image, 640*346) [93.1 KB, 2017-06-28] = 29
            tn2313.jpg ATtiny2313 (JPG image, 212*81) [9.94 KB, 2017-06-28] = 28
            magic_circle.jpg Magic circle (JPG image, 640*634) [68.8 KB, 2017-06-28] = 28
            Power_supply_3V3_Schematic.gif Schematic power supply (GIF image, 800*386) [23.5 KB, 2017-08-12] = 26
            DSCF3318.JPG Controller board (JPG image, 640*480) [150 KB, 2017-06-28] = 26
            MagicCircle_v1.asm Assembler source file [19.9 KB, 2017-08-12] = 23
            Type_plate.odg LibreOffice Draw document [13.2 KB, 2017-06-29] = 21
            Tables.ods LibreOffice Spreadsheet [29.7 KB, 2017-08-12] = 20
            constants.inc Assembler include file [3.20 KB, 2017-08-12] = 19
            User_manual.pdf PDF document [557 KB, 2017-08-12] = 16
            User_manual.odt LibreOffice Writer document [322 KB, 2017-08-12] = 16
            zipped.zip Zipped file [1.37 MB, 2017-08-14] = 4

  >  >  >Source code magic circle tn2313 [25.2 KB, 2019-09-22] = 22

  >  >7-segment clock with ATmega16 [15.4 KB, 2019-09-29] = 50 + 32 = 82
            proc.gif Schematic Processor (GIF image, 650*450) [28.4 KB, 2011-01-22] = 35
            display.gif Scheme Display (GIF image, 780*722) [38.4 KB, 2011-01-22] = 35
            digi_small.jpg Digital clock (JPG image, 120*90) [15.0 KB, 2011-01-22] = 28
            fuses.gif Fuse adjust (GIF image, 530*560) [41.1 KB, 2011-01-22] = 26
            proc.pdf PDF document [11.6 KB, 2011-01-22] = 8
            display.pdf PDF document [15.4 KB, 2011-01-22] = 8

  >  >  >Source code 7seg clock m16 [30.9 KB, 2019-09-29] = 32

  >  >RGB Egg timer m8515 [35.2 KB, 2019-12-17] = 55 + 27 = 82
            eggtimer_rgb_m8515_scheme.gif Schematic of the eggtimer (GIF image, 848*504) [44.4 KB, 2019-12-11] = 29
            eggtimer_rgb_m8515_fuses.gif Fuses of the ATmega8515 (GIF image, 760*600) [76.3 KB, 2019-11-30] = 28
            eggtimer_rgb_m8515_flow_ctcintcmp.gif Flow diagram normal PWM cycle (GIF image, 233*999) [25.8 KB, 2019-12-09] = 28
            eggtimer_rgb_m8515_small.jpg RGB display of time 15:39:13 (JPG image, 220*178) [18.1 KB, 2019-12-02] = 27
            eggtimer_rgb_m8515_select.gif Selecting the ATmega8515 (GIF image, 835*752) [42.0 KB, 2019-12-02] = 27
            eggtimer_rgb_m8515_irc.gif Internal RC clocking (GIF image, 427*84) [4.85 KB, 2019-12-11] = 27
            eggtimer_rgb_m8515_resistors.gif Resistors at different operating voltages (GIF image, 337*129) [7.09 KB, 2019-11-24] = 27
            eggtimer_m8515.gif PCB for the eggtimer (GIF image, 1001*801) [26.3 KB, 2019-12-01] = 27
            eggtimer_m8515_comp.gif Component placement on the eggtimer PCB (GIF image, 1001*801) [46.6 KB, 2019-12-02] = 27
            eggtimer_rgb_m8515_side.jpg Side view (JPG image, 640*317) [64.1 KB, 2019-12-02] = 27
            eggtimer_rgb_m8515_flow_nxtcol.gif Flow next color (GIF image, 450*845) [30.7 KB, 2019-12-09] = 27
            eggtimer_rgb_m8515_next.gif Example for preparing the next LED (GIF image, 352*265) [9.34 KB, 2019-12-17] = 27
            eggtimer_rgb_m8515_xtals.gif Crystal frequencies for that task (GIF image, 171*84) [2.81 KB, 2019-12-09] = 26
            eggtimer_rgb_m8515_flow_nxtled.gif Flow to next LED (GIF image, 408*1065) [30.9 KB, 2019-12-17] = 26
            eggtimer_rgb_m8515_top.jpg Top view (JPG image, 640*517) [98.8 KB, 2019-12-02] = 25
            eggtimer_rgb_m8515_regs.gif I/O ports and register organization (GIF image, 690*173) [10.9 KB, 2019-12-02] = 25
            eggtimer_rgb_m8515_flow_nxtpwm.gif PWM repeat (GIF image, 169*276) [7.16 KB, 2019-12-09] = 24
            eggtimer_rgb_m8515_v1.asm Assembler source file [23.6 KB, 2019-12-17] = 19
            eggtimer_rgb_m8515.ods LibreOffice Spreadsheet [90.5 KB, 2020-01-12] = 18
            eggtimer_rgb_m8515_hwtest.asm Assembler source file [5.33 KB, 2019-12-06] = 17

  >  >  >Source code for RGB egg timer m8515 [25.7 KB, 2019-12-22] = 27

  >  >Large watch with m48 [44.8 KB, 2019-09-20] = 53 + 28 = 81
            ps_2VA8_12V_1000uF_0mA_11R375_2D.png Power supply voltage without current consumption (PNG image, 750*500) [23.2 KB, 2019-02-05] = 35
            ps_2VA8_12V_1000uF_230mA_11R375_2D.png Power supply voltage at 230 mA load (PNG image, 750*500) [24.3 KB, 2019-02-13] = 32
            largewatch_m48_display.gif Schematic of a display digit (GIF image, 644*910) [21.5 KB, 2019-02-17] = 30
            largewatch_m48.jpg Large watch ATmega48 (JPG image, 640*480) [109 KB, 2019-03-01] = 27
            largewatch_m48_supplyschematic.gif Power supply for the large watch (GIF image, 395*187) [12.0 KB, 2019-03-02] = 27
            largewatch_m48_supplydesign.gif Component placement on the power supply PCB (GIF image, 745*744) [44.2 KB, 2019-03-02] = 25
            largewatch_m48_dcfdurations.gif Evaluation of DCF77 signal durations (GIF image, 493*186) [7.99 KB, 2019-03-04] = 25
            largewatch_m48_avrselect.gif Selection of the AVR type (GIF image, 826*501) [42.9 KB, 2019-02-19] = 24
            largewatch_m48_controllerdesign.gif Component placement on the controller PCB (GIF image, 744*745) [111 KB, 2019-02-21] = 24
            fuse_setting_4096kHz.gif Fuses ATmega48 (GIF image, 530*562) [39.6 KB, 2019-02-19] = 24
            largewatch_m48_dcfdurationscount.gif Durations of DCF77 signals as TC1 counter values (GIF image, 363*186) [5.65 KB, 2019-03-04] = 24
            largewatch_m48_7segment.gif Large watch with 7 segment display (GIF image, 360*360) [2.92 KB, 2019-02-12] = 23
            largewatch_m48_schematic.gif Schematic of the watch (GIF image, 970*425) [42.5 KB, 2019-03-05] = 23
            largewatch_m48_v1.asm Assembler source file [32.9 KB, 2019-03-25] = 22
            largewatch_m48_schematics.odg LibreOffice Draw document [24.6 KB, 2019-03-02] = 22
            largewatch_m48_design.odg LibreOffice Draw document [28.5 KB, 2019-03-02] = 17
            largewatch_m48_calculations.ods LibreOffice Spreadsheet [87.3 KB, 2019-03-02] = 16
            largewatch_m48_display.odg LibreOffice Draw document [17.1 KB, 2019-02-13] = 16
            largewatch_m48_description.pdf PDF document [597 KB, 2019-03-25] = 14
            DSCF3800.avi AVI movie [124 KB, 2019-02-19] = 4
            DSCF3799.mov Quicktime movie [2.11 MB, 2019-02-19] = 3

  >  >  >Source code large watch m48 [35.2 KB, 2019-09-20] = 28

  >  >Stepper motor controller ATtiny24 [21.5 KB, 2019-09-22] = 49 + 30 = 79
            28BYJ-48_schematic.gif Stepper motor 28BYJ-48 (GIF image, 873*590) [43.1 KB, 2018-03-15] = 46
            stepper_tn24.jpg Stepper motor controller with an ATtiny24 (JPG image, 441*500) [72.1 KB, 2018-03-12] = 36
            stepper_tn24_schematic.gif Stepper motor control schematic (GIF image, 1027*686) [51.0 KB, 2018-03-15] = 33
            stepper_tn24_componentlist.gif Stepper tn24 component list (GIF image, 459*330) [19.7 KB, 2018-03-11] = 31
            stepper_adjust.gif Pin 10 of the ATtiny24 to ground (GIF image, 361*381) [11.0 KB, 2018-03-14] = 28
            potentiometer_control.gif Potentiometer control and stepper motor (GIF image, 1056*427) [36.5 KB, 2018-03-15] = 28
            stepper_tn24_pcb.gif Stepper tn24 PCB (GIF image, 782*625) [16.7 KB, 2018-03-11] = 25
            stepper_tn24_small.jpg stepper_tn24 small (JPG image, 140*154) [10.7 KB, 2018-03-12] = 24
            stepper_tn24_componentside_v2.gif Stepper tn24 PCB component side (GIF image, 625*782) [27.5 KB, 2018-03-12] = 24
            stepper_tn24_en_v1.asm Assembler source file [20.2 KB, 2018-03-15] = 22
            stepper_tn24_description.pdf PDF document [764 KB, 2018-03-16] = 15
            stepper_tn24.zip Zipped file [310 KB, 2018-03-16] = 4

  >  >  >Source code stepper ATtiny24 [22.5 KB, 2019-09-22] = 30

  >  >LED grave m16 [6.14 KB, 2019-09-29] = 41 + 37 = 78
            DSCF2208vsm.JPG LED grave (JPG image, 120*80) [12.0 KB, 2011-01-07] = 31
            led-grave.gif Schaltbild (GIF image, 891*1338) [48.3 KB, 2011-01-04] = 29
            DSCF2208sm.JPG (JPG image) [84.1 KB, 2011-01-07] = 25
            DSCF2211sm.JPG ISP+Switches (JPG image, 480*360) [78.2 KB, 2011-01-07] = 24
            DSCF2207sm.JPG Processor+Supply (JPG image, 480*360) [76.2 KB, 2011-01-07] = 22
            DSCF2209sm.JPG Connection (JPG image, 480*360) [70.6 KB, 2011-01-07] = 22
            calc_table.ods LibreOffice Spreadsheet [74.0 KB, 2011-01-06] = 18
            calc_table.xls Microsoft Excel spreadsheet [330 KB, 2011-01-07] = 8

  >  >  >Source code for LED grave [21.3 KB, 2019-09-29] = 37

  >  >Text ticker with m16 [14.6 KB, 2019-09-22] = 34 + 37 = 71
            tickertable.inc Assembler include file [13.4 KB, 2017-08-01] = 24
            LED_Design.odg LibreOffice Draw document [16.9 KB, 2017-07-28] = 21
            ticker_m16_v1.asm Assembler source file [7.36 KB, 2017-08-01] = 21
            ticker_m16_small.jpg ATmega16 (JPG image, 450*187) [39.1 KB, 2017-07-27] = 20
            ticker_m16_board.jpg Controller board (JPG image, 640*480) [106 KB, 2017-07-27] = 19
            type_plate.odg LibreOffice Draw document [13.3 KB, 2017-08-01] = 19
            Fuses_Original.gif Fuses original (GIF image, 530*562) [39.7 KB, 2017-07-26] = 19
            ticker_m16_action.jpg Ticker example (JPG image, 640*359) [75.0 KB, 2017-07-28] = 18
            Tickertable_Test.ods LibreOffice Spreadsheet [1011 KB, 2017-08-01] = 18
            ticker_m16_scheme.gif Schematic ticker (GIF image, 1096*909) [111 KB, 2017-08-01] = 17
            Tickertable_New.ods LibreOffice Spreadsheet [962 KB, 2017-08-01] = 17
            LED-Matrix.gif LED matrix (GIF image, 911*539) [17.3 KB, 2017-08-02] = 16
            Voltages_Current.gif LED current calculation (GIF image, 488*337) [14.8 KB, 2017-08-01] = 16
            ticker_m16_supply.gif Scheme power supply (GIF image, 711*343) [19.7 KB, 2017-08-01] = 16
            ticker_m16_components.gif Component placement on PCB (GIF image, 472*376) [12.9 KB, 2017-07-28] = 16
            ticker_m16_supply.jpg Power supply (JPG image, 480*640) [151 KB, 2017-07-27] = 16
            ticker_m16_inbox.jpg Ticker box (JPG image, 640*410) [87.8 KB, 2017-07-28] = 16
            ticker_m16_front.jpg Ticker front (JPG image, 640*347) [82.0 KB, 2017-07-28] = 15
            ticker_m16_pcb.gif Layout controller (GIF image, 472*376) [9.76 KB, 2017-07-28] = 15
            LED_Design.gif Mounting the LED matrix (GIF image, 945*510) [35.8 KB, 2017-07-28] = 15
            Fuses_Changed.gif Fuses to be programmed (GIF image, 530*562) [39.1 KB, 2017-07-26] = 15
            PS_7V5_4VA8_7R2_0A48_2mF2.gif Power supply voltages (GIF image, 467*272) [11.5 KB, 2017-07-22] = 14
            ps_4VA8_7V5_2200uF_480mA_7R2_2D.png Power supply (PNG image, 750*500) [24.2 KB, 2017-08-10] = 13
            zipped.zip Zipped file [1.43 MB, 2017-08-10] = 5

  >  >  >Source code text ticker m16 [9.44 KB, 2019-09-22] = 37

  >  >Binary watch with m8 [19.5 KB, 2019-09-20] = 39 + 31 = 70
            binary_watch_small.jpg Binary watch (JPG image, 120*60) [3.76 KB, 2017-04-30] = 31
            Binary_watch_supply_schematic.gif Schematic power supply (GIF image, 771*309) [20.0 KB, 2017-05-01] = 29
            Binary_watch_schematic.gif Schematic binary watch (GIF image, 900*445) [60.6 KB, 2017-05-01] = 27
            fuse_setting.gif Fuse Xtal (GIF image, 530*562) [36.7 KB, 2017-04-30] = 27
            avr_selector_results.gif AVR-Select results (GIF image, 659*455) [16.9 KB, 2017-05-01] = 26
            mounting.jpg mounting (JPG image, 900*675) [238 KB, 2017-05-01] = 26
            binary_watch_m8.jpg Binary watch (JPG image, 640*321) [41.9 KB, 2017-04-30] = 25
            CMOS-Watch.gif CMOS watch (GIF image, 805*267) [43.7 KB, 2017-08-10] = 25
            avr_selector_requirements.gif AVR select hardware (GIF image, 572*456) [23.0 KB, 2017-05-01] = 25
            Display_IDC.gif 20 pin plug (GIF image, 427*327) [18.9 KB, 2017-05-01] = 25
            led_occurences.gif Number of LEDs on (GIF image, 559*322) [11.9 KB, 2017-04-30] = 25
            load_test.jpg CENTER (JPG image, 500*490) [72.9 KB, 2017-05-01] = 25
            mounting_leds.jpg Mounting LEDs (JPG image, 640*402) [71.7 KB, 2017-05-01] = 25
            binary_watch_m8_v1.asm Assembler source file [8.97 KB, 2017-08-10] = 23
            Display_00_00_00.gif 00:00:00 (GIF image, 480*293) [7.90 KB, 2017-04-29] = 21
            Display_23_59_47.gif 23:59:47 (GIF image, 480*289) [8.99 KB, 2017-04-29] = 21
            ps_3VA6_7V5_2200uF_200mA_8R5_2D.png Simulation power supply (PNG image, 750*500) [23.9 KB, 2017-08-10] = 21
            User_manual_binary_watch_m8.odt LibreOffice Writer document [436 KB, 2017-08-11] = 17
            User_manual_binary_watch_m8.pdf PDF document [504 KB, 2017-08-11] = 11
            avr_select_Win64.zip Zipped file [4.95 MB, 2017-04-25] = 8
            zipped.zip Zipped file [1.69 MB, 2017-08-11] = 5

  >  >  >Source code binary watch m8 [10.5 KB, 2019-09-20] = 31

  >  >Audio sensor tn45 [11.1 KB, 2019-09-20] = 38 + 26 = 64
            followme_tn45_scheme.gif Audio sensor schematic (GIF image, 699*612) [31.7 KB, 2018-04-04] = 34
            followme_tn45_box.jpg Follow me in a box (JPG image, 750*363) [89.6 KB, 2018-04-09] = 29
            followme_tn45_small.jpg Audio sensor small (JPG image, 240*174) [15.4 KB, 2018-04-04] = 25
            followme_tn45.jpg Audio sensor with an ATtiny45 (JPG image, 640*361) [92.0 KB, 2018-04-04] = 23
            followme_tn45_pcb.gif Follow me tn45 PCB (GIF image, 783*629) [15.0 KB, 2018-04-06] = 23
            followme_tn45_adc.gif ADC function of the audio sensor (GIF image, 625*343) [12.6 KB, 2018-04-09] = 22
            followme_tn45_topdetect.gif Top detection (GIF image, 700*316) [7.38 KB, 2018-04-04] = 22
            followme_tn45_comp.gif Follow me tn45 PCB component side (GIF image, 783*629) [22.4 KB, 2018-04-06] = 22
            followme_tn45_v1.asm Assembler source file [18.6 KB, 2018-04-15] = 19
            followme_tn45_description.pdf PDF document [632 KB, 2018-04-15] = 11
            followme_tn45.zip Zipped file [294 KB, 2018-04-15] = 0

  >  >  >Source code audio sensor tn45 [21.1 KB, 2019-09-20] = 26

  >  >Dice with Tiny13 [6.15 KB, 2019-09-30] = 34 + 29 = 63
            wuerfel3.gif Scheme tumbling dice (GIF image, 649*559) [13.1 KB, 2012-02-19] = 28
            soldered.JPG Fixing the LEDs (JPG image, 360*270) [38.6 KB, 2012-03-12] = 26
            wuerfel.JPG Tumbling dice (JPG image, 120*114) [3.93 KB, 2012-03-12] = 21
            naoh.JPG Devellopper (JPG image, 360*270) [25.5 KB, 2012-03-12] = 21
            pcb_fresh.JPG Completely etched (JPG image, 360*270) [43.9 KB, 2012-03-12] = 21
            wuerfel_leit.gif Printed circuit board layout (GIF image, 1201*751) [23.3 KB, 2012-02-29] = 20
            pcb_upside.JPG Component side (JPG image, 360*270) [30.7 KB, 2012-03-12] = 20
            batterycase.JPG Battery case (JPG image, 480*360) [45.3 KB, 2012-03-12] = 20
            wuerfel.gif Lamp numbering (GIF image, 327*327) [3.38 KB, 2012-02-09] = 19
            FeCl3.JPG Etching (JPG image, 360*270) [36.0 KB, 2012-03-12] = 19
            pcb_holes.JPG Drilling (JPG image, 360*270) [42.9 KB, 2012-03-12] = 19
            working.JPG Complete PCB (JPG image, 360*270) [31.3 KB, 2012-03-12] = 18
            wuerfel_best.gif Component plan (GIF image, 1201*751) [28.8 KB, 2012-02-29] = 17

  >  >  >Source code for tn13 dice [7.61 KB, 2019-09-30] = 29

  >  >  >Dice with Tiny13 (old URL) [253 B, 2018-04-16] = 23

  >  >Double dice tn24 [12.1 KB, 2019-09-30] = 37 + 26 = 63
            dice2_tn24_640.jpg Double dice complete (JPG image, 480*640) [145 KB, 2017-12-22] = 29
            dice2_tn24_layout.gif Dice 2 pcb layout (GIF image, 392*631) [11.5 KB, 2017-12-21] = 23
            dice2_tn24_components.gif Dice 2 component placement (GIF image, 399*638) [19.5 KB, 2017-12-19] = 22
            dice2_tn24_schematic.gif Dice 2 schematic (GIF image, 837*967) [20.9 KB, 2017-12-21] = 21
            flow_main.gif Flow main init (GIF image, 630*94) [7.04 KB, 2017-12-21] = 21
            flow_loop.gif Flow loop (GIF image, 668*137) [8.43 KB, 2017-12-21] = 21
            flow_eerdy.gif Flow EEPROM write (GIF image, 411*116) [5.14 KB, 2017-12-22] = 21
            flow_tc1.gif Flow TC1 (GIF image, 677*215) [14.5 KB, 2017-12-21] = 21
            dice2_tn24_v1.asm Assembler source file [13.7 KB, 2017-12-21] = 20
            flow_int0.gif Flow INT0 (GIF image, 461*155) [7.99 KB, 2017-12-21] = 20
            flow_tc0.gif Flow TC0 (GIF image, 720*289) [17.3 KB, 2017-12-21] = 20
            dice2_tn24_120.jpg Double dice tn24 (JPG image, 120*90) [24.0 KB, 2017-12-21] = 19
            dice_tn24_analysis.gif Dice analysis (GIF image, 676*370) [33.7 KB, 2017-12-22] = 19
            dice.zip Zipped file [4.83 MB, 2017-12-21] = 4
            dice_src.zip Zipped file [5.35 KB, 2017-12-21] = 4

  >  >  >Source code double dice tn24 [15.5 KB, 2019-09-30] = 26

  >  >Akkuload [4.55 KB, 2019-09-18] = 62
            akkuload.gif Logo (GIF image, 64*64) [369 B, 2005-03-28] = 718
            dscf0030s.jpg Loader unloading (JPG image, 480*360) [42.6 KB, 2005-03-14] = 67
            load9_12.gif Load curve (GIF image, 640*480) [13.4 KB, 2005-03-12] = 26
            akkuload.asm Assembler source file [16.8 KB, 2005-03-13] = 26
            akkucalc.asm Assembler source file [21.2 KB, 2005-05-02] = 26
            akkuuart.asm Assembler source file [23.2 KB, 2005-03-26] = 25
            akkulcd.asm Assembler source file [10.4 KB, 2000-02-04] = 24
            akkukey.asm Assembler source file [22.7 KB, 2000-02-13] = 20
            switch_schem.pdf PDF document [11.8 KB, 2007-08-26] = 14
            switch_schem.gif (GIF image) [20.7 KB, 2007-08-26] = 13
            akkulader_proc.gif (GIF image) [31.1 KB, 2005-07-04] = 12
            akkuload.zip Zipped file [26.4 KB, 2005-05-02] = 6

  >  >An egg timer with an m8 and a speaker [16.1 KB, 2021-10-21] = 37 + 22 = 59
            eggtimer_m8_v1.asm Assembler source file [14.3 KB, 2021-07-22] = 24
            eggtimer_m8.ods LibreOffice Spreadsheet [58.9 KB, 2021-07-23] = 21
            eggtimer_m8_flow_oc2isr.gif Flow diagram of the TC2-OC-ISR (GIF image, 491*1000) [32.1 KB, 2021-07-22] = 20
            eieruhr_m8.jpg Eggtimer ATmega8 (JPG image, 640*388) [54.7 KB, 2021-07-24] = 19
            eggtimer_m8_pcb.gif Eggtimer m8 PCB layout as gif (GIF image, 600*747) [97.0 KB, 2021-07-23] = 19
            eggtimer_m8_flow_pwmsig.gif PWM control of the LEDs (GIF image, 541*273) [8.56 KB, 2021-07-23] = 19
            eggtimer_m8_schematic.gif Schematic of the m8 eggtimer (GIF image, 612*615) [36.1 KB, 2021-07-23] = 18
            eggtimer_m8_pcb_comp.gif Eggtimer m8 PCB component side (GIF image, 600*747) [104 KB, 2021-07-19] = 18
            eggtimer_m8_flow_sram.gif Organization of the SRAM (GIF image, 480*193) [6.99 KB, 2021-07-18] = 18
            eggtimer_m8_sram.gif The table in SRAM (GIF image, 701*257) [15.1 KB, 2021-07-22] = 18
            eggtimer_m8.gif Eggtimer ATmega8 (GIF image, 354*354) [30.0 KB, 2021-07-18] = 17
            eggtimer_m8_pcb.odg LibreOffice Draw document [34.9 KB, 2021-07-19] = 17
            eggtimer_m8_flow_ledrow.gif LED row on the two ports (GIF image, 657*229) [13.5 KB, 2021-07-18] = 17
            eggtimer_m8_flow_led1_8.gif The LED combinations 1 to 8 (GIF image, 716*194) [14.6 KB, 2021-07-18] = 17
            eggtimer_m8_schematic.odg LibreOffice Draw document [24.1 KB, 2021-07-23] = 16
            eggtimer_m8_flow.odg LibreOffice Draw document [23.9 KB, 2021-07-23] = 16
            eggtimer_m8_flow_oc1aisr.gif Flow diagram of the tone output in OCR1A (GIF image, 439*999) [25.7 KB, 2021-07-23] = 15
            DSCF4233.ogg OGG movie [7.30 MB, 2021-07-31] = 13
            DSCF4233.mp4 MPEG video [5.49 MB, 2021-07-31] = 8

  >  >  >Source code for the eggtimer m8 [16.2 KB, 2021-07-24] = 22

  >  >Multitimer tn24 [20.8 KB, 2019-09-22] = 35 + 23 = 58
            multitimer_scheme.gif Multitimer hardware schematic (GIF image, 575*854) [49.3 KB, 2018-08-16] = 29
            multitimer_mount_top.jpg Multitimer mounted, top view (JPG image, 350*416) [47.9 KB, 2018-08-15] = 27
            multitimer_drill_cover.gif Multitimer drillplan cover (GIF image, 707*836) [7.95 KB, 2018-08-17] = 25
            multitimer_fromabove.gif Multitimer seen from above (GIF image, 737*900) [65.7 KB, 2018-11-22] = 24
            multitimer_tn24_v1.asm Assembler source file [12.4 KB, 2018-08-19] = 23
            multitimer_ledduty30_0.gif LED duty cycle between 30 and 0 (GIF image, 606*341) [7.96 KB, 2018-08-11] = 23
            multitimer_multiplication.gif LED duty calculation (GIF image, 644*259) [8.43 KB, 2018-08-16] = 23
            multitimer_small.gif Multitimer small (GIF image, 250*304) [12.6 KB, 2018-08-16] = 22
            multitimer_pcb.gif Multitimer PCB (GIF image, 706*836) [19.4 KB, 2018-08-10] = 22
            multitimer_comp.gif Multitimer component placement (GIF image, 707*836) [34.8 KB, 2018-11-22] = 22
            multitimer_drill_pcb.gif Multitimer drillplan PCB (GIF image, 707*836) [22.7 KB, 2018-08-17] = 22
            multitimer_sideview.gif Multitimer mounting sideview (GIF image, 603*197) [9.62 KB, 2018-08-16] = 22
            multitimer_freq.gif Multitimer tn24 timing (GIF image, 832*80) [8.41 KB, 2018-08-14] = 22
            multitimer_ledduty420_1.gif Diagram counting 420 to 1 (GIF image, 606*341) [13.3 KB, 2018-08-13] = 22
            multitimer_ledcontrol_asm.gif LED control asm example (GIF image, 416*157) [7.61 KB, 2018-08-17] = 21
            multitimer_key_flow.gif Key action flow (GIF image, 463*1226) [38.8 KB, 2018-08-14] = 20
            multitimer_ledcontrol.gif LED control (GIF image, 466*236) [12.3 KB, 2018-08-17] = 20
            multitimer_tc1_flow.gif TC1 0.1 seconds flow (GIF image, 593*994) [48.2 KB, 2018-08-15] = 19
            multitimer_ledduty120_90.gif LED duty between 120 and 90 (GIF image, 606*341) [5.68 KB, 2018-08-11] = 18
            multitimer_tn24.pdf PDF document [808 KB, 2018-08-19] = 10

  >  >  >Source code multitimer tn24 [14.4 KB, 2019-09-22] = 23

  >  >Led light [5.50 KB, 2019-09-30] = 30 + 27 = 57
            ledlicht.gif Scheme (GIF image, 527*535) [10.6 KB, 2012-04-05] = 17
            ledlicht_exp.JPG Aufbau (JPG image, 640*306) [56.8 KB, 2012-04-05] = 16
            ledlicht_komplett.JPG Complete (JPG image, 640*480) [58.9 KB, 2012-04-05] = 16
            ledlicht_small.JPG LED light (JPG image, 360*270) [36.4 KB, 2012-04-05] = 13
            ledlicht.JPG (JPG image) [253 KB, 2012-04-05] = 8

  >  >  >Source code for ledlight [7.96 KB, 2019-09-30] = 27

  >  >STK500 clock with LCDE [19.6 KB, 2019-09-18] = 26 + 30 = 56
            clock.gif Logo (GIF image, 64*64) [572 B, 2004-10-03] = 904

  >  >  >LCD on a STK500 [11.6 KB, 2019-09-18] = 30

  >  >Level meter [18.2 KB, 2019-09-22] = 52
            display_right.jpg Display on right channel (JPG image, 640*247) [39.3 KB, 2017-03-27] = 43
            levelmeter_aufbau_lcd.jpg Mounting with LCD (JPG image, 500*550) [95.1 KB, 2017-03-26] = 41
            chargenerator.gif Character generator (GIF image, 504*421) [21.5 KB, 2017-03-26] = 37
            ac_measurement.gif AC measurement (GIF image, 728*393) [21.6 KB, 2017-03-29] = 36
            Log_Lin.gif Conversion to LCD columns (GIF image, 516*309) [14.0 KB, 2017-03-26] = 35
            measuring.gif Measuring signal (GIF image, 673*441) [21.5 KB, 2017-03-26] = 34
            range_log.gif Dynamic range logarithmic (GIF image, 514*300) [15.8 KB, 2017-03-27] = 34
            level_40_44.gif Level interpolation (GIF image, 850*340) [20.3 KB, 2017-03-23] = 34
            range_lin.gif Dynamic range linear (GIF image, 501*309) [16.5 KB, 2017-03-27] = 33
            Levelmeter_tn24_scheme_5V.gif Schematic 5V version (GIF image, 722*718) [33.7 KB, 2017-03-26] = 33
            level44_m52_m55.gif Maximum display (GIF image, 850*240) [16.2 KB, 2017-03-23] = 31
            Levelmeter_tn24_scheme_1V1.gif Schematic 1.1V version (GIF image, 722*718) [33.8 KB, 2017-03-26] = 31
            levelmeter_aufbau.jpg Mounting (JPG image, 640*480) [132 KB, 2017-03-26] = 31
            levelmeter_small.jpg Level meter (JPG image, 240*153) [22.3 KB, 2017-03-26] = 29
            Lcd4Busy.inc Assembler include file [8.58 KB, 2017-02-17] = 24
            Levelmeter_tn24_LCD_v1.asm Assembler source file [20.1 KB, 2017-03-28] = 19
            DSCF3197.mpg MPEG video [6.64 MB, 2017-03-27] = 14
            DSCF3197.MOV Quicktime movie [26.2 MB, 2017-03-27] = 6

  >  >  >Level meter (old URL) [267 B, 2018-04-16] = 33

  >  >Applications by popularity [34.1 KB, 2023-02-01] = 50

  >  >Hysteresis on AVR input pins [19.7 KB, 2022-12-04] = 50
            hysteresis_key.png Voltages on the input when pressing and releasing the key (PNG image, 605*340) [30.1 KB, 2022-12-04] = 36
            hysteresis.gif Hysteresis (GIF image, 300*300) [2.58 KB, 2021-12-04] = 35
            hysteresis_avr-IO.gif Key on an AVR input pin (GIF image, 474*255) [5.96 KB, 2021-12-04] = 35
            hysteresis_formula.gif Formula for calculating the hysteresis voltage from the measured frequency (GIF image, 302*430) [12.2 KB, 2021-12-08] = 35
            hysteresis_tn24_schematic.gif Schematic for measuring and displaying hysteresis in an ATtiny24(A) (GIF image, 1072*670) [37.4 KB, 2021-12-05] = 35
            hysteresis_lcd.gif LCD display of the measurement results (GIF image, 777*170) [12.3 KB, 2021-12-06] = 35
            hysteresis_rc.gif Back-feeded inverter without hysteresis (GIF image, 951*288) [19.9 KB, 2021-12-06] = 34
            hysteresis_rc_lh_hl.gif Back-feeded inverter with hysteresis (GIF image, 939*296) [34.6 KB, 2021-12-06] = 34
            hysteresis_5V_50mV.png Input voltages at 5V with 50mV hysteresis (PNG image, 605*340) [16.8 KB, 2021-12-08] = 34
            hysteresis.jpg Measuring an ATtiny13A (JPG image, 600*566) [128 KB, 2021-12-07] = 34
            hysteresis_4_585V.jpg Measuring at 4.585V (JPG image, 600*314) [48.5 KB, 2021-12-09] = 34
            hysteresis_pulse.jpg Pulse width at 4.579V (JPG image, 600*314) [73.1 KB, 2021-12-09] = 34
            hysteresis_example.gif Example calculation (GIF image, 312*359) [10.9 KB, 2021-12-08] = 33
            hysteresis_f-measurement.gif Measuring hysteresis voltagtes via frequency measurements (GIF image, 351*345) [7.19 KB, 2021-12-04] = 32
            hysteresis.ods LibreOffice Spreadsheet [520 KB, 2022-12-04] = 22
            hysteresis_intn-tn13A_v1.asm Assembler source file [2.71 KB, 2021-12-08] = 20
            hysteresis_pcintn-tn13A_v1.asm Assembler source file [2.72 KB, 2021-12-08] = 18
            hysteresis.odg LibreOffice Draw document [51.8 KB, 2021-12-08] = 15

  >  >LCD on a STK500 [3.70 KB, 2019-09-18] = 49
            lcd4conn.gif LCD to STK-Port (GIF image, 382*410) [5.34 KB, 2002-06-29] = 21

  >  >List of applications by categories [21.6 KB, 2023-01-30] = 48

  >  >Egg-timer with 10 LEDs and melodies [16.0 KB, 2022-11-20] = 46
            eggtimer_tn24_v2.asm Assembler source file [19.2 KB, 2022-11-19] = 20
            eggtimer_tn24_v2_pwm0.gif The LED control after start-up (GIF image, 500*526) [50.8 KB, 2022-11-12] = 19
            eggtimer_tn24_v2.gif Eggtimer ATtiny24 V2 (GIF image, 350*349) [17.5 KB, 2022-11-20] = 17
            eggtimer_tn24_v2_pwm1.gif The LED control after start-up (GIF image, 500*536) [37.8 KB, 2022-11-12] = 17
            eggtimer_tn24_v2_schematic.gif Schematic of the egg-timer (GIF image, 950*548) [27.2 KB, 2022-11-11] = 15
            eggtimer_tn24_v2_parts-list.png Parts list of the egg-timer (PNG image, 706*384) [63.2 KB, 2022-11-20] = 15
            eggtimer_tn24_v2_notes.gif The notes table (GIF image, 1200*521) [127 KB, 2022-11-12] = 15
            eggtimer_tn24_v2_led-algo.gif The LED algorithm (GIF image, 500*470) [15.7 KB, 2022-11-12] = 14
            eggtimer_tn24_v2.odg LibreOffice Draw document [37.3 KB, 2022-11-20] = 13
            eggtimer_tn24_v2_drill-plan.gif Drill plan of the cover (GIF image, 190*238) [6.99 KB, 2022-11-20] = 13
            eggtimer_tn24_v2.ods LibreOffice Spreadsheet [81.9 KB, 2022-11-20] = 12
            eggtimer_tn24_v2_led-resistor.png LED resistor calculation (PNG image, 600*194) [61.4 KB, 2022-11-18] = 8
            DSCF4320.ogg OGG movie [20.1 MB, 2022-11-16] = 4

  >  >Clock60+4 with ATmega48 [73.1 KB, 2022-02-21] = 39
            clock60-4_pcb.gif PCB of the clock (GIF image, 1134*1134) [57.1 KB, 2022-01-06] = 28
            clock60-4_m48_lowcurr_small_schematic.gif Schematic of the low current clock60-4 (GIF image, 899*722) [43.9 KB, 2022-01-13] = 25
            clock60-4_sourcing.gif Sourcing the LEDs from the CMOS shift register output pin (GIF image, 402*640) [14.9 KB, 2022-01-13] = 24
            clock60-4_maxpower.png Maximum power of the 4094s with all LEDs on (PNG image, 238*222) [13.9 KB, 2022-01-15] = 24
            clock60-4_crystals.png Crystals for the device (PNG image, 712*1058) [144 KB, 2022-01-20] = 24
            clock60-4_m48_elevcurr_small_schematic.gif Schematic of the elevated current clock60-4 (GIF image, 969*860) [60.8 KB, 2022-01-13] = 23
            clock60-4_transformer-voltages.gif Transformers and their voltages under load (GIF image, 704*340) [24.0 KB, 2022-01-29] = 23
            clock60-4_transformer-power.gif 4094 thermal power with different transformers (GIF image, 605*404) [14.8 KB, 2022-01-29] = 23
            clock60-4_pcb-comp.gif Component placement on the PCB (GIF image, 1134*1134) [259 KB, 2022-01-16] = 23
            clock60-4_J176limiting.gif Current limiting by J176 (GIF image, 605*340) [9.86 KB, 2022-01-10] = 23
            clock60-4_350.gif clock60-4 logo (GIF image, 350*350) [21.3 KB, 2022-01-12] = 22
            clock60-4_flow-4094.gif 4094 shift register (GIF image, 519*173) [14.2 KB, 2022-01-15] = 22
            clock60-4_flow-shifting.gif The functional diagram of shifting the bits to the shift registers (GIF image, 520*520) [25.0 KB, 2022-01-15] = 22
            clock60-4_4094_I-vs-V.gif LED currents versus operating voltage of the 4094 (GIF image, 605*340) [15.3 KB, 2022-01-14] = 22
            clock60-4_4094_V-vs-I.png Voltages versus desired LED current (PNG image, 138*137) [6.25 KB, 2022-01-14] = 22
            clock60-4_4094_I-vs-V.png LED currents at common voltages (PNG image, 138*120) [5.87 KB, 2022-01-14] = 22
            clock60-4_I-vs-V.png LED currents versus desired operating voltages (PNG image, 737*171) [36.6 KB, 2022-01-14] = 22
            clock60-4_transformer-current.gif LED currents with different transformers (GIF image, 605*417) [12.4 KB, 2022-01-29] = 22
            clock60-4_partslist.png Parts list for the clock60-4 (PNG image, 607*1041) [170 KB, 2022-01-05] = 22
            clock60-4_pcb-design-straight-inner-low.gif All correct pin associations (GIF image, 646*720) [46.4 KB, 2022-01-20] = 22
            clock60-4_pcb-design-reversed-all-outer.gif The 4094 turned around, all connections on the outside (GIF image, 646*875) [41.1 KB, 2022-01-20] = 21
            clock60-4_speaker2.png Playing tone D2 for 2/16th of a second (PNG image, 590*456) [11.4 KB, 2022-02-05] = 20
            clock60-4_speaker5.png Finally the tone G2 for 16/16th or one second length (PNG image, 590*456) [7.23 KB, 2022-02-05] = 20
            clock60-4_flow-keys.gif Flow of the key adjustment (GIF image, 655*852) [29.0 KB, 2022-01-16] = 19
            clock60-4_pcb-design-all-outer.gif Alternative PCB design: outer uppernibble (GIF image, 646*934) [60.2 KB, 2022-01-20] = 19
            clock60-4_speaker1.png Playing tone C2 for 1/16th of a second (PNG image, 590*456) [10.7 KB, 2022-02-05] = 19
            clock60-4_speaker4.png Playing tone F2 for 8/16th of a second (PNG image, 590*456) [12.1 KB, 2022-02-05] = 19
            clock60-4_speakerP3.png After a pause of 4/16th of a second, playing tone E3 for 4/16th of a second (PNG image, 590*456) [8.67 KB, 2022-02-05] = 19
            clock60-4_speakerP4.png After a pause of 4/16th of a second, playing tone F3 for 8/16th of a second (PNG image, 590*456) [8.38 KB, 2022-02-05] = 19
            clock60-4_speakerP5.png After a pause of 4/16th of a second, playing tone G3 for 4/16th of a second (PNG image, 590*456) [8.10 KB, 2022-02-05] = 19
            clock60-4_flow.odg LibreOffice Draw document [23.1 KB, 2022-01-21] = 18
            m48a_originalfuses.gif Original fuses of the ATmega48A (GIF image, 516*551) [22.7 KB, 2022-01-03] = 18
            m48a_xtal32kHz_fuses.gif Fuses of the ATmega48A for low frequency crystal (GIF image, 516*551) [18.6 KB, 2022-01-03] = 18
            clock60-4_flow_playground.gif The playground in rT0 to rT7 (GIF image, 1042*229) [27.8 KB, 2022-01-20] = 18
            clock60-4_pcb-design-default.gif LED associations in the default PCB design (GIF image, 646*836) [56.3 KB, 2022-01-20] = 18
            clock60-4_pcb-design-reversed-straight-inner-lower.gif The 4094 turned around, the lower nibble inside (GIF image, 667*727) [46.1 KB, 2022-01-20] = 18
            clock60-4_speaker3.png Playing tone E2 for 4/16th of a second (PNG image, 590*456) [10.0 KB, 2022-02-02] = 18
            clock60-4_speakerP2.png After a pause of 4/16th of a second, playing tone D3 for 2/16th of a second (PNG image, 590*456) [6.55 KB, 2022-02-05] = 18
            clock60-4.ods LibreOffice Spreadsheet [105 KB, 2022-01-29] = 17
            clock60-4.odg LibreOffice Draw document [304 KB, 2022-01-20] = 16
            clock60-4_flow_setbit.gif Setting a bit in the playground (GIF image, 1162*399) [19.5 KB, 2022-01-21] = 16
            clock60-4_speakerP1.png Playing tone C3 for 1/16th of a second (PNG image, 590*456) [5.89 KB, 2022-02-05] = 16
            clock60-4_m48_lowcurr_schematic.gif (GIF image) [150 KB, 2022-01-13] = 5
            clock60-4_m48_elevcurr_schematic.gif (GIF image) [174 KB, 2022-01-13] = 5
            clock60-4_pcb-enlarged.gif (GIF image) [84.8 KB, 2022-01-06] = 5

  >  >PCM signal generator [19.4 KB, 2019-09-18] = 35

  >  >PCM remote control signal decoder AT90S2323 [7.75 KB, 2019-09-18] = 34
            pcm2pwg4.gif (GIF image) [8.67 KB, 2002-06-29] = 33
            remote.jpg Remote controler (JPG image, 300*175) [6.17 KB, 2002-06-29] = 29
            pcm2pwg4.pdf PDF document [2.87 KB, 2002-06-29] = 14
            pcm2flow.gif (GIF image) [22.4 KB, 2002-06-29] = 10
            pcm2flow.pdf PDF document [12.3 KB, 2002-06-29] = 8

  >  >Power supply scanner RS232/LCD [75.5 KB, 2022-08-11] = 34
            powerscanner.odg LibreOffice Draw document [69.3 KB, 2022-08-11] = 20
            powerscanner_m48_schematic.gif Powerscanner with RS232 and ATmega48 (GIF image, 907*784) [48.4 KB, 2022-08-10] = 20
            powerscanner_flow.odg LibreOffice Draw document [25.6 KB, 2022-07-03] = 19
            powerscanner_M324parts.png Parts list of the M324 version (PNG image, 682*1111) [174 KB, 2022-08-11] = 19
            m324pa_tc1.asm Assembler source file [1.71 KB, 2022-06-08] = 19
            powerscanner_emittercurrent.gif Emitter current at changing Compare values (GIF image, 756*426) [11.3 KB, 2022-06-28] = 19
            powerscanner.ods LibreOffice Spreadsheet [2.98 MB, 2022-08-11] = 18
            powerscanner_m324_schematic.gif Power scanner with RS232, LCD and ATmega324 (GIF image, 1000*681) [49.6 KB, 2022-08-11] = 18
            powerscanner_rc-filter3_schematic.gif Three-stage RC filter for the power scanner (GIF image, 632*277) [12.1 KB, 2022-06-27] = 18
            powerscanner.gif Power scanner with ATmega (GIF image, 350*350) [5.68 KB, 2022-06-03] = 17
            powerscanner_serial_schematic.gif Schematic of the serial interface (GIF image, 746*453) [25.9 KB, 2022-07-04] = 17
            powerscanner_rc-filter1_schematic.gif Single stage RC filter for the power scanner (GIF image, 465*278) [9.87 KB, 2022-06-27] = 17
            powerscanner_currentpower.gif Current and power with PWM at full voltage (GIF image, 756*426) [16.4 KB, 2022-08-10] = 17
            powerscanner_resistors.gif The emitter resistors for the power scanner (GIF image, 445*322) [22.9 KB, 2022-06-02] = 16
            powerscanner_M48parts.png Parts list of the M48 version (PNG image, 683*881) [135 KB, 2022-08-11] = 16
            powerscanner_fuses_m324pa_orig.gif Original fuses in ATmega324PA (GIF image, 644*688) [68.7 KB, 2022-06-07] = 16
            powerscanner_PWM-on-OC1B.png The PWM signal in 10 bit mode (PNG image, 738*570) [10.5 KB, 2022-07-01] = 16
            powerscanner_rc-ripple.gif PWM ripple from the RC filters (GIF image, 756*426) [20.3 KB, 2022-06-28] = 16
            powerscanner_compchange.gif Filter answer to changing Compare value (GIF image, 756*426) [16.3 KB, 2022-06-28] = 16
            powerscanner_sim_adcsum.gif The ADC sum in register pair R13:R12 (GIF image, 442*191) [20.4 KB, 2022-08-05] = 16
            powerscanner_sim_multiplicator.gif Reading the multiplicator and the decimal separator (GIF image, 442*193) [21.4 KB, 2022-08-05] = 16
            powerscanner_flow_16by16_asm.gif Multiplication in assembler (GIF image, 713*694) [36.8 KB, 2022-06-30] = 16
            powerscanner_sim_decsep.gif Adding the decimal separator (GIF image, 876*321) [55.3 KB, 2022-08-05] = 16
            powerscanner_flow_16by16_numbers.gif Multiplying two 16-bit-numbers (GIF image, 773*405) [20.9 KB, 2022-06-30] = 15
            powerscanner_flow_16by16_regs.gif Registers for the multiplication (GIF image, 685*144) [11.1 KB, 2022-06-30] = 15
            powerscanner_sim_multiplication.gif Multiplying the ADC sum with the voltage multiplicator (GIF image, 440*190) [20.2 KB, 2022-08-05] = 15
            powerscanner_sim_decimal.gif Conversion to decimal (GIF image, 876*321) [55.6 KB, 2022-08-05] = 15
            powerscanner_fuses_m324pa_xtal.gif Changed fuses for ATmega324PA (GIF image, 644*688) [68.8 KB, 2022-06-07] = 13
            powerscanner_sim_currentmultiplicator.gif The current multiplicator (GIF image, 443*192) [21.2 KB, 2022-08-05] = 13
            powerscanner_crystals.gif Usablility of crystals for serial interfaces (GIF image, 1140*790) [124 KB, 2022-06-30] = 13
            powerscanner_flow_inbuffer.gif Input of data to the ring buffer (GIF image, 289*1365) [21.3 KB, 2022-07-01] = 13
            powerscanner_flow_transmit.gif Transmitting from the ring buffer (GIF image, 367*1252) [19.3 KB, 2022-06-04] = 13
            powerscanner_sim_v2linebuf.gif Copying the voltage to the line buffer (GIF image, 876*321) [55.6 KB, 2022-08-05] = 12
            powerscanner_sim_basetransmitbuffer.gif Adding base voltage and copy to transmit buffer (GIF image, 876*321) [60.6 KB, 2022-08-05] = 12
            powerscanner_specchar.gif Special characters (GIF image, 804*620) [47.3 KB, 2022-07-02] = 12

  >  >Terminal programmable signal generator with STK200 [4.47 KB, 2019-09-18] = 30
            pwg.jpg PWG (JPG image, 310*176) [3.33 KB, 2002-06-29] = 11

  >  >Dice with m16 [12.0 KB, 2019-09-26] = 28
            dice_m16_1.jpg Dice M16 mounted (JPG image, 640*362) [63.5 KB, 2017-02-02] = 32
            dice_analysis.pas Pascal source file [1.45 KB, 2017-02-03] = 21
            dice_jumpers.jpg Dice jumpers (JPG image, 360*270) [43.5 KB, 2017-02-02] = 19
            flow_cmpa.gif Compare match A (GIF image, 1085*215) [18.5 KB, 2017-02-02] = 19
            dice_m16_0.jpg Tumbling dice (JPG image, 200*113) [11.1 KB, 2017-02-02] = 18
            dice_m16_v1.asm Assembler source file [17.7 KB, 2017-02-03] = 18
            dice_m16_pcb.gif Dice M16 PCB layout (GIF image, 476*589) [10.9 KB, 2017-02-02] = 17
            dice_m16_scheme.gif Dice M16 scheme (GIF image, 992*720) [50.5 KB, 2017-02-02] = 16
            dice_jumper_closed.gif Dice jumper closed (GIF image, 280*209) [27.7 KB, 2017-02-02] = 16
            flow_tc1ovflw.gif TC1 overflow (GIF image, 491*95) [7.16 KB, 2017-02-02] = 16
            fuses_m16.gif M16 fuses (GIF image, 530*562) [40.1 KB, 2017-02-01] = 16
            dice_jumper_open.gif Dice jumper open (GIF image, 280*243) [34.0 KB, 2017-02-02] = 15
            dice_m16_components.gif Dice M16 components (GIF image, 476*589) [19.0 KB, 2017-02-02] = 14
            dice_analysis_1000.gif Dice analysis (GIF image, 677*342) [18.3 KB, 2017-02-03] = 13
            flow_int0.gif INT0 (GIF image, 491*125) [7.45 KB, 2017-02-02] = 12
            flow_eeprdy.gif EEPRDY (GIF image, 647*215) [13.0 KB, 2017-02-02] = 12
            dice_analysis_500.gif Dice analysis (GIF image, 677*342) [20.5 KB, 2017-02-03] = 11

  >  >  >Dice with m16 (old URL) [407 B, 2018-04-16] = 20

  >Beginner [832 B, 2002-06-29] = 827 + 7,099 = 7,926

  >  >Calculations [4.51 KB, 2021-11-04] = 91 + 1,240 = 1,331
            calc.gif Logo (GIF image, 64*64) [270 B, 2004-10-03] = 895
            8515.jpg AT90S8515 (JPG image, 128*96) [2.11 KB, 2002-06-29] = 486

  >  >  >Conversion assembler source code [11.5 KB, 2019-09-30] = 270

  >  >  >Hardware multiplication [12.8 KB, 2023-01-10] = 210
                 8by8_program.gif Program 8-by-8 (GIF image, 504*323) [5.16 KB, 2008-01-19] = 166
                 16by24_reg.gif Registers 16-by-24 (GIF image, 640*327) [16.0 KB, 2008-09-28] = 158
                 8by8_cycles.gif 8 by 8 cycles (GIF image, 312*259) [9.46 KB, 2008-01-19] = 157
                 8by8_reg.gif Registers 8-by-8 (GIF image, 422*115) [4.39 KB, 2008-09-28] = 156
                 16by8_mul1.gif 16 by 8 LSB (GIF image, 310*260) [9.64 KB, 2008-01-19] = 155
                 16by16_reg.gif Registers 16-by-16 (GIF image, 422*188) [9.17 KB, 2008-09-28] = 155
                 16by8_reg.gif Registers 16-by-8 (GIF image, 422*151) [6.84 KB, 2008-09-28] = 154
                 16by8_cycles.gif 16 by 8 cycles (GIF image, 311*259) [9.49 KB, 2008-01-19] = 154
                 16by16_load.gif 16 by 16 load (GIF image, 309*258) [9.25 KB, 2008-01-19] = 154
                 16by8_load.gif 16 by 8 load (GIF image, 310*260) [9.31 KB, 2008-01-19] = 153
                 16by8_mul2.gif 16 by 8 MSB (GIF image, 311*261) [9.75 KB, 2008-01-19] = 153
                 16by16_cycles.gif 16 by 16 cycles (GIF image, 311*259) [9.44 KB, 2008-01-19] = 153
                 16by16_mul3add.gif 16 by 16 mult3 (GIF image, 306*256) [9.00 KB, 2008-01-19] = 152
                 16by8_result.gif 16 by 8 result (GIF image, 309*256) [9.37 KB, 2008-01-19] = 151
                 16by16_mul1copy.gif 16 by 16 mult1 (GIF image, 311*261) [9.56 KB, 2008-01-19] = 151
                 16by16_mul2copy.gif 16 by 16 mult2 (GIF image, 309*258) [9.29 KB, 2008-01-19] = 150
                 8by8_result.gif 8 by 8 result (GIF image, 243*258) [7.64 KB, 2008-01-19] = 147
                 16by16_mul4add.gif 16 by 16 mult4 (GIF image, 306*259) [9.12 KB, 2008-01-19] = 146

  >  >  >Conversion [17.4 KB, 2019-09-30] = 131
                 CONVERT.asm Assembler source file [15.5 KB, 2010-07-18] = 32

  >  >  >Multiplication [6.38 KB, 2019-09-30] = 103
                 ROR.gif ROR (GIF image, 163*148) [1.43 KB, 2002-06-29] = 73
                 ROL.gif ROL (GIF image, 163*148) [1.38 KB, 2002-06-29] = 69
                 MULT8E.asm Assembler source file [2.41 KB, 2010-07-18] = 32
                 MULT8E1.gif (GIF image) [27.3 KB, 2002-06-29] = 16
                 MULT8E3.gif (GIF image) [30.6 KB, 2002-06-29] = 15
                 MULT8E2.gif (GIF image) [31.4 KB, 2002-06-29] = 13
                 MULT8E6.gif (GIF image) [29.1 KB, 2002-06-29] = 12
                 MULT8E4.gif (GIF image) [30.7 KB, 2002-06-29] = 11
                 MULT8E5.gif (GIF image) [31.1 KB, 2002-06-29] = 11
                 MULT8E7.gif (GIF image) [29.3 KB, 2002-06-29] = 11

  >  >  >Division by N [22.1 KB, 2021-07-04] = 82
                 div255_3_8.gif Simulation of dividing 255 by 3 (GIF image, 886*424) [49.0 KB, 2021-06-24] = 58
                 divN_8_opt.png Optimized 8-bit division (PNG image, 406*392) [43.6 KB, 2021-06-28] = 56
                 divN_8.png Calculating the bit pattern for 8-bit division (PNG image, 536*376) [42.4 KB, 2021-06-28] = 55
                 div3_100_8.gif Division of 100 by 3, optimized, step by step (GIF image, 853*707) [69.2 KB, 2021-06-28] = 55
                 divN_16.png Determination of the bit pattern and division of 16-bit binaries (PNG image, 791*717) [147 KB, 2021-06-29] = 53
                 divN_8_rows.png 8-bit division rows (PNG image, 529*443) [49.6 KB, 2021-06-28] = 52
                 div3_8.asm Assembler source file [1.20 KB, 2021-06-25] = 27
                 div29_p32_16.asm Assembler source file [2.15 KB, 2021-06-26] = 26
                 divN_16_8.asm Assembler source file [1.17 KB, 2021-06-26] = 25
                 div1_1_8.asm Assembler source file [1.34 KB, 2021-06-25] = 23
                 div21_p6_16.asm Assembler source file [1.88 KB, 2021-06-26] = 23
                 div14_1p3_16.asm Assembler source file [1.66 KB, 2021-06-26] = 22
                 divN_8.asm Assembler source file [1.32 KB, 2021-06-24] = 21
                 div1_5_8.asm Assembler source file [1.11 KB, 2021-06-25] = 21
                 div7_8.asm Assembler source file [1.33 KB, 2021-06-25] = 21
                 div5_p4_16.asm Assembler source file [1.61 KB, 2021-06-26] = 21
                 div5_p4v_16.asm Assembler source file [1.64 KB, 2021-06-26] = 21
                 div10_1p4_16.asm Assembler source file [1.72 KB, 2021-06-26] = 21
                 div11_p10_16.asm Assembler source file [2.32 KB, 2021-06-26] = 21
                 div29_14_16.asm Assembler source file [3.09 KB, 2021-06-27] = 21
                 div2_5_8.asm Assembler source file [1.31 KB, 2021-06-25] = 20
                 div6_8.asm Assembler source file [1.26 KB, 2021-06-24] = 20
                 div10_1p4v_16.asm Assembler source file [1.84 KB, 2021-06-26] = 20
                 divN_rows.ods LibreOffice Spreadsheet [44.8 KB, 2021-06-29] = 19
                 divN.odg LibreOffice Draw document [23.4 KB, 2021-06-28] = 19
                 div3_p2_16.asm Assembler source file [1.40 KB, 2021-06-26] = 19
                 div7_p3_16.asm Assembler source file [1.52 KB, 2021-06-26] = 18

  >  >  >Date and time for AVRs in assembler [41.1 KB, 2023-02-17] = 81
                 dcf77_m16_small.jpg DCF77 alarm clock (JPG image, 140*100) [5.88 KB, 2018-04-21] = 208
                 time_pbcd.gif Time in packed BCD format (GIF image, 467*125) [5.64 KB, 2018-08-21] = 60
                 xtals.gif Xtals and register dividers (GIF image, 547*107) [7.22 KB, 2018-08-21] = 58
                 xtal_16bits.gif Secounds timer 16 bits (GIF image, 300*255) [7.21 KB, 2018-08-21] = 57
                 time_ascii.gif Time in ASCII format (GIF image, 455*108) [5.97 KB, 2018-08-21] = 57
                 incsec_sim_190228.gif Seconds increase without leap year (GIF image, 715*263) [27.1 KB, 2018-08-23] = 57
                 time_bcd.gif Time in BCD format (GIF image, 377*104) [5.09 KB, 2018-08-21] = 56
                 monthdays.gif Number of days of a month (GIF image, 353*437) [11.4 KB, 2023-02-17] = 56
                 time_date_flow.gif Time and date complete flow (GIF image, 298*836) [19.3 KB, 2018-08-23] = 56
                 timer_registerdivider.gif Register divider (GIF image, 656*232) [13.0 KB, 2018-08-21] = 55
                 monthdays_sim.gif Testing the DOM routine (GIF image, 589*99) [11.2 KB, 2018-08-23] = 55
                 time_bin.gif Time in binary format (GIF image, 404*99) [4.53 KB, 2018-08-21] = 54
                 incsec_sim_171231.gif Seconds increase on 31.12.2017 (GIF image, 715*263) [26.5 KB, 2018-08-23] = 54
                 seconds_timer_normal.gif Divider rates with 8- and 16-bit timer (GIF image, 427*103) [4.99 KB, 2018-08-21] = 53
                 incsec_sim_200228.gif Seconds increase in a leap year (GIF image, 715*263) [26.6 KB, 2018-08-23] = 51
                 datetime_description.pdf PDF document [334 KB, 2023-02-17] = 12

  >  >  >Division [5.80 KB, 2019-09-30] = 77
                 DIV8E.asm Assembler source file [1.62 KB, 2010-07-18] = 29
                 DIV8E2.gif (GIF image) [31.6 KB, 2002-06-29] = 21
                 DIV8E1.gif (GIF image) [26.4 KB, 2002-06-29] = 18
                 DIV8E6.gif (GIF image) [29.0 KB, 2002-06-29] = 14
                 DIV8E7.gif (GIF image) [33.7 KB, 2002-06-29] = 10
                 DIV8E3.gif (GIF image) [31.2 KB, 2002-06-29] = 7
                 DIV8E4.gif (GIF image) [31.5 KB, 2002-06-29] = 7
                 DIV8E5.gif (GIF image) [29.9 KB, 2002-06-29] = 7

  >  >  >Division 8-Bit [2.81 KB, 2019-09-30] = 67

  >  >  >Division by 10 [14.5 KB, 2021-06-23] = 64
                 row_100.png Division of 100 by 10 (PNG image, 279*239) [13.1 KB, 2021-06-18] = 33
                 row_55000.png Division of 55,000 by 10 (PNG image, 341*375) [27.8 KB, 2021-06-18] = 32
                 div10_rN.gif Registers for classical division (GIF image, 913*102) [8.24 KB, 2021-06-20] = 31
                 div10_16rd.png Division of 16 bit numbers with correct rounding (PNG image, 197*409) [19.7 KB, 2021-06-19] = 28
                 div10_bin.png Division by 10 - the classical division method (PNG image, 187*205) [7.92 KB, 2021-06-20] = 25
                 div10.asm Assembler source file [5.05 KB, 2021-06-18] = 25
                 div10_16rd1.asm Assembler source file [2.00 KB, 2021-06-21] = 25
                 div10_16.asm Assembler source file [1.25 KB, 2021-06-20] = 23
                 div10_16rd2.asm Assembler source file [2.44 KB, 2021-06-19] = 14

  >  >  >64 bit math [16.9 KB, 2020-09-14] = 55
                 64bit.asm Assembler source file [11.9 KB, 2019-06-19] = 21

  >  >  >Conversion 8-bit binary to ASCII [8.94 KB, 2022-01-19] = 53
                 conv8bit_4.gif avr_sim after the third digit (GIF image, 564*241) [13.3 KB, 2022-01-18] = 36
                 flow_conv8bit.gif Flow diagram of the 8-bit conversion (GIF image, 745*827) [31.4 KB, 2022-01-19] = 35
                 conv8bit_2.gif avr_sim after the 100 loop (GIF image, 561*283) [15.4 KB, 2022-01-18] = 32
                 conv8bit_1.gif avr_sim after the first three instructions (GIF image, 914*251) [18.8 KB, 2022-01-18] = 30
                 conv8bit_6.gif avr_sim with 190 at the end (GIF image, 212*185) [6.02 KB, 2022-01-18] = 29
                 conv8bit_3.gif avr_sim after the 10 loop (GIF image, 578*284) [15.7 KB, 2022-01-18] = 28
                 conv8bit_7.gif avr_sim with leading zeros blanked (GIF image, 581*147) [7.91 KB, 2022-01-18] = 27
                 conv8bit_5.gif avr_sim at the end (GIF image, 217*187) [6.53 KB, 2022-01-18] = 23
                 conv8bit.asm Assembler source file [1.81 KB, 2022-01-18] = 22

  >  >  >Multiplication 8-Bit [3.65 KB, 2019-09-30] = 47

  >  >Register [13.8 KB, 2019-09-17] = 666

  >  >Interrupts [1.86 KB, 2019-09-29] = 141 + 419 = 560
            ints.gif Interrupts (GIF image, 64*64) [2.33 KB, 2019-09-02] = 905
            interrupt.gif Interrupt (GIF image, 276*325) [9.43 KB, 2019-09-02] = 207

  >  >  >Interrupt vectors [10.8 KB, 2019-09-29] = 190

  >  >  >Interrupt sources [35.7 KB, 2019-09-29] = 84

  >  >  >Interrupt resources [13.8 KB, 2019-09-29] = 79
                 int_4timer.gif The interrupt is terminated, waiting for the next (GIF image, 389*281) [8.90 KB, 2019-09-02] = 63
                 int_1initstack.gif Stackpointer after init (GIF image, 212*124) [4.20 KB, 2019-09-02] = 61
                 int_4stackpointer.gif The stackpointer has increased (GIF image, 213*121) [4.08 KB, 2019-09-02] = 59
                 int_2timeroverflow.gif Timer started, overflow int enabled (GIF image, 381*113) [3.88 KB, 2019-09-02] = 58
                 int_3timerintrequest.gif Timer requests overflow interrupt (GIF image, 389*281) [8.82 KB, 2019-09-02] = 58
                 int_3intstack.gif The return address has been written to the stack (GIF image, 527*148) [7.35 KB, 2019-09-02] = 57
                 int_3intstackpointer.gif Stackpointer decreased (GIF image, 213*123) [4.25 KB, 2019-09-02] = 57
                 int_3timerintexecute.gif Timer overflow interrupt executes (GIF image, 389*281) [8.79 KB, 2019-09-02] = 53

  >  >  >Interrupt execution [6.76 KB, 2019-09-29] = 66
                 int_execution.gif Execution of an interrupt-driven program (GIF image, 376*652) [22.5 KB, 2019-09-01] = 49

  >  >Timing loops [2.31 KB, 2020-08-23] = 66 + 378 = 444
            delay.gif time loops (GIF image, 64*64) [1.34 KB, 2008-05-25] = 899
            delayIconSmall.gif Timing loops icon (GIF image, 83*175) [2.25 KB, 2008-05-24] = 231

  >  >  >16 bit timing loop [7.08 KB, 2019-10-15] = 174
                 led.gif LED on AVR (GIF image, 169*153) [3.37 KB, 2019-10-14] = 138

  >  >  >8 bit timing loop [10.9 KB, 2019-10-14] = 88
                 speaker.gif Speaker on port pin PB0 (GIF image, 210*156) [2.39 KB, 2008-05-25] = 68
                 tone_tn13.png Tone generation with an ATtiny13 (PNG image, 590*456) [8.71 KB, 2019-07-23] = 67

  >  >  >24/64 bit timing loop with SUBI [12.9 KB, 2020-09-12] = 71
                 24bit_loop_subi_calc.gif Caclulating clock cycles (GIF image, 941*541) [35.2 KB, 2020-08-23] = 52
                 Time64nop.asm Assembler source file [4.41 KB, 2020-09-12] = 25
                 Time64.asm Assembler source file [3.67 KB, 2020-09-09] = 21

  >  >  >24 bit timing loop [6.84 KB, 2020-10-09] = 45

  >  >Accessing memories [1.69 KB, 2021-09-21] = 35 + 390 = 425

  >  >  >Accessing flash memory [13.8 KB, 2021-09-26] = 118
                 addressing_flash-lpm.gif Accessing flash with LPM (GIF image, 747*213) [12.6 KB, 2021-09-20] = 96
                 addressing_flash.gif Flash memory addressing (GIF image, 755*229) [16.5 KB, 2021-09-19] = 93
                 addressing_flash-listing.gif Assembler listing (GIF image, 727*648) [24.2 KB, 2021-09-20] = 93
                 addressing_flash-sim.gif Simulating the LPM instruction (GIF image, 524*427) [27.3 KB, 2021-09-20] = 93
                 addressing_flash-icall1.gif Starting ICALL simulation with select=0 (GIF image, 551*429) [27.2 KB, 2021-09-20] = 93
                 addressing_flash-source.gif Assembling a source code (GIF image, 496*307) [16.4 KB, 2021-09-20] = 92
                 addressing_flash-textcopy.gif The text has been copied to SRAM (GIF image, 701*123) [8.95 KB, 2021-09-20] = 92
                 addressing_flash-icall2.gif The jump table (GIF image, 333*127) [4.20 KB, 2021-09-20] = 92
                 addressing_flash-icall4.gif Calling routine 0 (GIF image, 317*56) [2.30 KB, 2021-09-20] = 92
                 addressing_flash-icall3.gif Reading the jump address from the table (GIF image, 524*425) [27.4 KB, 2021-09-20] = 88

  >  >  >Accessing SRAM [22.0 KB, 2021-09-21] = 101
                 addressing_addresses.gif Address spaces in AVRs (GIF image, 690*893) [31.9 KB, 2021-09-15] = 113
                 addressing_x+_fill.gif Text pattern in SRAM (GIF image, 701*150) [9.27 KB, 2021-09-13] = 80
                 addressing_start.gif The state ar start-up (GIF image, 763*233) [7.95 KB, 2021-09-14] = 78
                 addressing_symboltabledseg.gif Symbol table after .dseg (GIF image, 611*168) [4.84 KB, 2021-09-15] = 77
                 addressing_sts_reg.gif Wrting to registers with STS (GIF image, 524*428) [29.4 KB, 2021-09-12] = 77
                 addressing_xyz.gif Addressing SRAM locations with X, Y and Z (GIF image, 797*233) [16.9 KB, 2021-09-13] = 77
                 addressing_x+1.gif The first step has been executed (GIF image, 808*177) [7.44 KB, 2021-09-14] = 77
                 addressing_record.gif Record structure (GIF image, 762*480) [17.1 KB, 2021-09-14] = 77
                 addressing_sts_sram.gif Wrting to SRAM with STS (GIF image, 701*151) [8.98 KB, 2021-09-12] = 76
                 addressing_sts.gif Assembler listing of the STS instruction (GIF image, 638*151) [5.99 KB, 2021-09-15] = 76
                 addressing_st.gif Fill an area in SRAM with a constant (GIF image, 701*150) [9.12 KB, 2021-09-12] = 76
                 addressing_copypointers.gif Setting the pointers X and Y (GIF image, 673*294) [10.1 KB, 2021-09-14] = 76
                 addressing_copyread.gif Reading from the text area (GIF image, 657*198) [7.46 KB, 2021-09-14] = 76
                 addressing_copywrite.gif Writing to the reversed text area (GIF image, 659*142) [5.98 KB, 2021-09-14] = 76
                 addressing_shiftread.gif Reading the character with LD R16,-Y (GIF image, 655*205) [7.79 KB, 2021-09-14] = 76
                 addressing_shiftwrite.gif Writing the character with STD Y+1,R16 (GIF image, 681*217) [7.79 KB, 2021-09-14] = 76
                 addressing_x-.gif Assembler error message ST Y- (GIF image, 514*55) [3.14 KB, 2021-09-13] = 75
                 addressing_-y_copy.gif Reversed copy of the text (GIF image, 701*150) [10.3 KB, 2021-09-13] = 75
                 addressing_stringfill.gif String filled into SRAM (GIF image, 701*150) [9.93 KB, 2021-09-13] = 75
                 addressing_shiftfill.gif Filling the area with A to Z (GIF image, 655*401) [11.5 KB, 2021-09-14] = 75
                 addressing_stringshift.gif 27 characters shifted, one added (GIF image, 701*150) [10.0 KB, 2021-09-13] = 75
                 addressing_shiftfilllast.gif The last fill operation (GIF image, 673*199) [7.07 KB, 2021-09-14] = 74
                 addressing_copyfill.gif Filling the text area with characters (GIF image, 673*594) [17.0 KB, 2021-09-14] = 73

  >  >  >Accessing EEPROM [13.5 KB, 2021-09-19] = 100
                 addressing_eeprom.gif Accessing EEPROM (GIF image, 685*302) [15.7 KB, 2021-09-17] = 79
                 addressing_eeprom-text.gif Text to be copied to EEPROM (GIF image, 701*124) [9.25 KB, 2021-09-17] = 77
                 addressing_eeprom-progress.gif Progress in writing EEPROM (GIF image, 709*158) [10.5 KB, 2021-09-17] = 77
                 addressing_eeprom-copy.gif Reading the EEPROM content to a SRAM area (GIF image, 707*295) [19.1 KB, 2021-09-17] = 76
                 addressing_eeprom-complete.gif Programming completed (GIF image, 712*286) [20.7 KB, 2021-09-17] = 74
                 addressing_eeprom-content.gif EEPROM content from the ESEG segment (GIF image, 709*231) [17.3 KB, 2021-09-17] = 73

  >  >  >Accessing port registers [13.7 KB, 2021-09-18] = 71
                 addressing_circular32_schematic.gif Schematic of the 32 circular LED light (GIF image, 801*487) [30.9 KB, 2021-09-16] = 48
                 addressing_io-ports.gif The location of I/O port registers (GIF image, 808*494) [37.1 KB, 2021-09-16] = 45
                 addressing_circular_devices.gif Devices with 32 I/O pins in 40-pin DIL packages (GIF image, 149*384) [8.29 KB, 2021-09-16] = 42
                 32bit_flowlight.asm Assembler source file [3.68 KB, 2021-09-16] = 21

  >  >SRAM [13.9 KB, 2019-09-17] = 394
            sram.gif SRAM ways (GIF image, 587*327) [4.45 KB, 2002-06-29] = 374

  >  >Jumps [27.5 KB, 2019-10-10] = 386

  >  >Commands [22.1 KB, 2022-11-09] = 297 + 25 = 322

  >  >  >Instructions by popularity [11.5 KB, 2022-12-07] = 25

  >  >Calculations [26.7 KB, 2022-01-19] = 315

  >  >Expressions [10.1 KB, 2019-09-17] = 289

  >  >Floating point math [9.12 KB, 2022-07-28] = 130 + 153 = 283
            FLOAT16.gif 16 bit float number (GIF image, 685*506) [28.2 KB, 2021-03-25] = 121
            FLOAT24.gif 24 bit float number (GIF image, 984*311) [24.0 KB, 2021-03-25] = 99
            FLOAT_RESOLUTIONS.png Resolutions of floats with different bit length and combinations (PNG image, 463*222) [18.4 KB, 2021-05-05] = 95

  >  >  >Floating point conversion bin to decimal [22.4 KB, 2021-06-12] = 73
                 FLOAT24ADD12.gif Adding the adder for bit 12 (GIF image, 701*257) [13.5 KB, 2021-05-05] = 54
                 FLOAT24TOASC.gif Conversion to an ASCII string (GIF image, 813*199) [15.9 KB, 2021-05-05] = 54
                 FLOAT_FAST.png Execution results and times (PNG image, 433*239) [20.5 KB, 2021-06-12] = 54
                 FLOAT24EXPIN.gif The input parameters for exponent handling (GIF image, 1154*149) [19.2 KB, 2021-05-05] = 52
                 FLOAT24SIMEXPN1.gif Simulating normalization of the mantissa (GIF image, 701*257) [13.4 KB, 2021-05-05] = 52
                 FLOAT24RESULT.gif Format of the decimal result (GIF image, 465*70) [4.92 KB, 2021-05-05] = 51
                 FLOAT24MANT.gif The decimal mantissa (GIF image, 581*127) [6.70 KB, 2021-05-04] = 51
                 FLOAT24ADD14.gif Adding the 14th bit (GIF image, 899*57) [7.87 KB, 2021-05-04] = 51
                 FLOAT24SIMINIT.gif Simulating Init (GIF image, 701*257) [13.5 KB, 2021-05-05] = 51
                 FLOAT24DIV2ADD.gif Dividing and adding (GIF image, 904*1111) [88.5 KB, 2021-05-05] = 51
                 FLOAT24DIV2BIT14.gif Dividing the adder by two (GIF image, 478*128) [9.25 KB, 2021-05-04] = 50
                 FLOAT24DIV2BIT13.gif Dividing 0.5 by 2 for bit adder 13 (GIF image, 701*257) [13.8 KB, 2021-05-05] = 50
                 FLOAT24EXPD1.gif Multiplcation by two, binary exponent minus one (GIF image, 1157*169) [17.3 KB, 2021-05-05] = 50
                 FLOAT24ROUND.gif Rounding of the result (GIF image, 823*156) [18.9 KB, 2021-05-05] = 50
                 FLOAT24DIV2BIT12.gif Dividing 0.25 by 2 for bit adder 12 (GIF image, 701*257) [13.6 KB, 2021-05-05] = 49
                 FLOAT24EXPN1.gif Normalizing by shifting to the left (GIF image, 815*187) [19.2 KB, 2021-05-05] = 48
                 FLOAT24MULT1.gif Multiplication of decimal mantissa by 2 (GIF image, 701*186) [12.1 KB, 2021-05-05] = 47
                 float40_b2d_fast.asm Assembler source file [9.48 KB, 2021-06-12] = 25
                 float_conv16.asm Assembler source file [9.19 KB, 2021-05-05] = 24

  >  >  >Floating point multiplying mantissas [13.5 KB, 2022-07-28] = 41
                 FLOAT_mantissa-mult.gif Multiplying the mantissas (GIF image, 1273*298) [38.7 KB, 2022-07-28] = 22
                 FLOAT_mantissas.gif Two mantissas to be multiplied (GIF image, 1203*162) [21.7 KB, 2022-07-27] = 21
                 float64_mult.asm Assembler source file [6.77 KB, 2022-07-28] = 19

  >  >  >Floating point conversion decimal to bin [11.4 KB, 2021-07-03] = 39
                 float40_d2b.asm Assembler source file [8.87 KB, 2021-07-02] = 29
                 FLOAT40_D2B_TIMES.png Conversion results and times for dezimals to float (PNG image, 553*205) [25.9 KB, 2021-07-02] = 18

  >  >Ports [12.4 KB, 2019-09-17] = 198

  >  >Special assembler know-how [3.20 KB, 2019-09-18] = 64 + 130 = 194
            knowhow.gif Logo (GIF image, 64*64) [209 B, 2004-10-03] = 904
            stk200lcd.jpg LCD on STK200 (JPG image, 320*240) [10.7 KB, 2002-06-29] = 57
            TESTJMP.asm Assembler source file [1.40 KB, 2010-07-18] = 28
            TESTMAC1.asm Assembler source file [1.47 KB, 2010-07-18] = 28
            TESTMAC2.asm Assembler source file [1.54 KB, 2010-07-18] = 28
            TESTMAC3.asm Assembler source file [1.63 KB, 2010-07-18] = 27
            TESTLPM.asm Assembler source file [2.52 KB, 2010-07-18] = 26

  >  >  >Makro parameters in assembler [4.79 KB, 2019-09-18] = 43

  >  >  >Makros in assembler [4.40 KB, 2019-09-18] = 31

  >  >  >Jumps in assembler [5.48 KB, 2019-09-18] = 29

  >  >  >Makros with jumps in assembler [4.60 KB, 2019-09-18] = 27

  >  >Tools [12.4 KB, 2019-09-17] = 153
            assemble.gif (GIF image) [17.3 KB, 2002-06-29] = 91
            isp.gif (GIF image) [25.4 KB, 2002-06-29] = 81
            wavrasm.gif (GIF image) [10.4 KB, 2009-01-04] = 77
            hex.gif (GIF image) [3.33 KB, 2002-06-29] = 69
            eingabe.gif (GIF image) [11.0 KB, 2002-06-29] = 64
            obj.gif (GIF image) [5.87 KB, 2002-06-29] = 64
            lst.gif (GIF image) [5.55 KB, 2002-06-29] = 62
            studio.gif (GIF image) [8.19 KB, 2002-06-29] = 28
            options.gif (GIF image) [7.04 KB, 2002-06-29] = 17
            view.gif (GIF image) [37.3 KB, 2002-06-29] = 14
            step3.gif (GIF image) [17.0 KB, 2002-06-29] = 14
            silliksaar.gif (GIF image) [19.7 KB, 2002-06-29] = 13
            step1.gif (GIF image) [7.96 KB, 2002-06-29] = 13
            step2.gif (GIF image) [4.85 KB, 2002-06-29] = 11
            step6.gif (GIF image) [6.21 KB, 2002-06-29] = 10

  >  >Port details [28.3 KB, 2019-09-17] = 135

  >  >Fixed dot math [22.8 KB, 2022-11-23] = 70 + 64 = 134
            +-15V-calc.gif ADC results over the whole +/-15V-input voltage range (GIF image, 756*426) [11.0 KB, 2022-11-22] = 38
            30V-prescaler.gif 30V prescaler (GIF image, 494*294) [8.01 KB, 2022-11-04] = 36
            divider-calculation.png Calculating the dividers (PNG image, 584*236) [38.6 KB, 2022-11-07] = 36
            +-15V-prescaler.gif The +/-15V-prescaler (GIF image, 529*285) [9.17 KB, 2022-11-22] = 36
            hardware_multiplication.gif Hardware multiplication 16*16-bit (GIF image, 778*349) [15.8 KB, 2022-11-04] = 35
            FP_CONV8_EN.asm Assembler source file [5.41 KB, 2003-05-08] = 27
            FP_CONV10_EN.asm Assembler source file [6.73 KB, 2003-07-05] = 25
            fp_conv_rdiv_v1.asm Assembler source file [3.59 KB, 2022-11-03] = 24
            +-15V-calculations.ods LibreOffice Spreadsheet [40.2 KB, 2022-11-23] = 13

  >  >  >Fixed dot conversion 8-Bit [7.09 KB, 2019-09-30] = 32

  >  >  >Fixed dot conversion 10-Bit [8.46 KB, 2019-09-30] = 32

  >  >Hardware [9.84 KB, 2019-09-17] = 120
            avr_isp.jpg ISP-Parallel port (JPG image, 512*384) [12.0 KB, 2002-08-20] = 142
            tn13_exp.gif Tiny13-scheme (GIF image, 1387*795) [20.5 KB, 2007-09-15] = 129
            avr_isp.gif ISP-Parallel port (GIF image, 480*289) [5.29 KB, 2002-08-19] = 117
            exp2313.gif 2313-Experimental schematic (GIF image, 755*432) [18.8 KB, 2002-12-24] = 116
            exp2313g.jpg 2313-Experimental (JPG image, 512*369) [14.5 KB, 2002-08-20] = 115
            tn13_exp.jpg Tiny13-Board (JPG image, 613*457) [46.2 KB, 2008-12-31] = 112
            exp_2313.jpg 2313-Experimental (JPG image, 172*115) [2.38 KB, 2002-08-20] = 109
            isp10pin.gif ISP10PIN (GIF image, 123*194) [1.20 KB, 2002-08-19] = 109
            isp6pin.gif ISP6PIN (GIF image, 132*132) [880 B, 2002-08-19] = 107

  >  >Studio 4 [5.57 KB, 2019-09-17] = 82
            st4_1.gif (GIF image) [43.0 KB, 2002-09-14] = 30
            st4_3.gif (GIF image) [37.8 KB, 2002-09-14] = 27
            st4_9.gif (GIF image) [12.3 KB, 2002-09-14] = 20
            st4_2.gif (GIF image) [34.9 KB, 2002-09-14] = 17
            st4_8.gif (GIF image) [44.0 KB, 2002-09-14] = 17
            st4_5.gif (GIF image) [46.7 KB, 2002-09-14] = 15
            st4_10.gif (GIF image) [12.6 KB, 2002-09-14] = 13
            st4_4.gif (GIF image) [40.3 KB, 2002-09-14] = 11
            st4_6.gif (GIF image) [40.2 KB, 2002-09-14] = 11
            st4_7.gif (GIF image) [52.8 KB, 2002-09-14] = 10

  >  >Instruction execution in AVRs [15.6 KB, 2019-10-19] = 78
            add16_add1_add.gif Loading and adding (GIF image, 510*230) [12.2 KB, 2019-10-07] = 57
            and_ldi.gif Load instructions (GIF image, 289*137) [4.83 KB, 2019-10-07] = 51
            add16_add2_ldi.gif Different 16-bit number (GIF image, 291*139) [5.00 KB, 2019-10-07] = 50
            add16_add2_time.gif Result to largest 16-bit value (GIF image, 506*229) [11.9 KB, 2019-10-07] = 50
            and_and.gif AND instruction (GIF image, 285*136) [4.78 KB, 2019-10-07] = 49
            alu.gif Arithmetic/Logical Unit ALU (GIF image, 380*400) [8.94 KB, 2019-10-07] = 48
            and_breq.gif Conditional jump (GIF image, 213*126) [3.95 KB, 2019-10-07] = 48
            instruction.gif Instruction coding (GIF image, 963*646) [40.8 KB, 2019-10-04] = 48
            add16_add2_add.gif Adding the different number (GIF image, 290*225) [7.93 KB, 2019-10-07] = 47
            ldi.gif LDI instruction (GIF image, 698*394) [19.2 KB, 2019-10-06] = 46
            and_sreg.gif Statusregister (GIF image, 163*73) [2.35 KB, 2019-10-07] = 46
            and_clock.gif Taktdauer (GIF image, 213*128) [3.98 KB, 2019-10-07] = 45
            add16_add1_ldi.gif Loading the 16-bit numbers (GIF image, 506*229) [11.8 KB, 2019-10-07] = 44

  >  >Why? [5.29 KB, 2019-09-17] = 74

  >  >Structure [12.2 KB, 2019-09-17] = 70
            avr_asm_head_tn13.gif avr_head entries (GIF image, 647*742) [35.2 KB, 2009-04-13] = 39
            avr_asm_head.gif avr_head opening screen (GIF image, 647*739) [25.9 KB, 2009-04-13] = 36
            avr_asm_head_file.gif avr_head file requester (GIF image, 571*421) [28.3 KB, 2009-04-13] = 36
            header_tn13.asm Assembler source file [3.03 KB, 2009-04-13] = 28

  >  >Timers [35.7 KB, 2022-08-26] = 66
            timers_16bit-modes.gif Modes in 16-bit timer/counters (GIF image, 818*586) [38.4 KB, 2022-08-21] = 46
            timers_normal.png The timer TC0 has been started (PNG image, 607*429) [47.5 KB, 2022-08-15] = 43
            timers_normal-top.png The timer TC0 has reached the top value (PNG image, 607*429) [47.3 KB, 2022-08-15] = 43
            timers_oc0a-oc0b.png OC0A and OC0B by time (PNG image, 756*426) [13.4 KB, 2022-08-15] = 43
            timers_oc0a.png OC0A switches high (PNG image, 358*364) [38.1 KB, 2022-08-15] = 43
            timers_frequencies.png Commercially available crystals (PNG image, 668*513) [96.4 KB, 2022-08-16] = 43
            timers_frequencies-8bit.png 8-bit- and 10-bit-TC frequencies (PNG image, 600*535) [292 KB, 2022-08-16] = 43
            timers_ctc.png The CTC mode of the timer (PNG image, 1000*556) [124 KB, 2022-08-16] = 43
            timers_ctc-spreadsheet.png CTC mode calculator spreadsheet (PNG image, 857*703) [86.1 KB, 2022-08-17] = 43
            timers_tin_schematic.gif Counting pulses on T0 and T1 (GIF image, 534*463) [9.01 KB, 2022-08-22] = 43
            timers_8-bit-prescaler.gif The prescaler in an 8-bit TC (GIF image, 424*194) [7.67 KB, 2022-08-16] = 42
            timers_toggle_OCs.png Phases OC toggling (PNG image, 557*493) [6.84 KB, 2022-08-23] = 42
            timers_pwm-times.gif PWM signal times (GIF image, 423*254) [6.64 KB, 2022-08-21] = 42
            timers_phasecorrectpwm.png Phase correct mode (PNG image, 495*570) [10.6 KB, 2022-08-22] = 42
            timers_phasecorrect-inverted-pwm.png Inverted phase correct mode (PNG image, 495*570) [10.3 KB, 2022-08-22] = 42
            timers_red-green-toggle2.png Two timers with two duo-LEDs stacked (PNG image, 512*570) [10.6 KB, 2022-08-21] = 42
            timers_overflow.png Overflow in timers at 1 MHz clock (PNG image, 827*150) [35.0 KB, 2022-08-15] = 41
            timers_oc0a-oc0b-output.png Setting the direction of the OC0 bits (PNG image, 720*364) [67.3 KB, 2022-08-15] = 41
            timers_oc0b.png OC0B switches high (PNG image, 358*364) [35.0 KB, 2022-08-15] = 41
            timers_crystal_schematic.gif A crystal as clock (GIF image, 534*390) [10.3 KB, 2022-08-16] = 41
            timers_red-green-toggle.png CTC code simulated (PNG image, 512*570) [10.1 KB, 2022-08-21] = 41
            timers_pwm-signal.gif A PWM signal (GIF image, 401*77) [1.71 KB, 2022-08-21] = 41
            timers_16-bit-prescaler.gif 16-Bit-Timer/Counter with prescaler (GIF image, 612*194) [8.96 KB, 2022-08-16] = 41
            timers_duoled-twice_schematic.gif Two timers with two duo-LEDs (GIF image, 593*390) [11.0 KB, 2022-08-18] = 41
            timers_long-time.png The 260ms single shot (PNG image, 478*466) [2.45 KB, 2022-08-22] = 41
            timers_duoled_schematic.gif A duo-LED on the two pins (GIF image, 534*390) [9.16 KB, 2022-08-15] = 40
            timers_long-time_schematic.gif A timer for long times (GIF image, 534*401) [9.01 KB, 2022-08-22] = 40
            timers.odg LibreOffice Draw document [23.2 KB, 2022-08-22] = 19
            timers.ods LibreOffice Spreadsheet [125 KB, 2022-08-22] = 15
            timers_longtime_tn24_v1.asm Assembler source file [2.34 KB, 2022-08-22] = 15

  >  >Concept [20.2 KB, 2019-09-16] = 62
            instr_an.gif Executing instructions (GIF image, 400*337) [9.52 KB, 2010-09-27] = 41

  >  >Planning [18.3 KB, 2019-09-17] = 50

  >  >Ring-buffer, data flow at its best [13.5 KB, 2022-05-24] = 46
            ring-buffer_read1.gif Reading the first byte from the buffer (GIF image, 876*321) [60.5 KB, 2022-05-23] = 30
            ring-buffer_init.gif The ring buffer after init (GIF image, 876*321) [45.1 KB, 2022-05-23] = 29
            ring-buffer_in1.gif Writing a byte to the buffer (GIF image, 876*321) [51.8 KB, 2022-05-23] = 29
            ring-buffer_inall_til_carry.gif Writing the complete buffer until carry (GIF image, 876*321) [52.4 KB, 2022-05-23] = 28
            ring-buffer_readall_carry.gif Reading all bytes from the buffer until carry (GIF image, 441*323) [38.0 KB, 2022-05-23] = 28
            ring-buffer.gif Construction of a ring-buffer (GIF image, 537*100) [5.63 KB, 2022-05-24] = 26
            ring-buffer_inall_carry.gif The carry flag indicates buffer overflow (GIF image, 261*108) [7.80 KB, 2022-05-23] = 26
            ring-buffer_v1.asm Assembler source file [2.99 KB, 2022-05-24] = 20

  >  >Comparing asm with high-level languages [35.9 KB, 2022-12-27] = 44
            hi_lo_sram.png The converted time in SRAM (PNG image, 876*181) [48.1 KB, 2022-09-24] = 26

  >  >Studio 3 [6.24 KB, 2019-09-17] = 42
            edit.gif (GIF image) [23.1 KB, 2002-06-29] = 75
            io2.gif (GIF image) [17.4 KB, 2002-06-29] = 14
            asm.gif (GIF image) [22.9 KB, 2002-06-29] = 13
            newproj.gif (GIF image) [4.07 KB, 2002-06-29] = 12
            stu352.gif (GIF image) [55.1 KB, 2002-06-29] = 11
            sim1.gif (GIF image) [8.69 KB, 2002-06-29] = 11
            io3.gif (GIF image) [17.6 KB, 2002-06-29] = 10
            projnew.gif (GIF image) [11.4 KB, 2002-06-29] = 9
            regs1.gif (GIF image) [12.3 KB, 2002-06-29] = 9
            newfile.gif (GIF image) [3.12 KB, 2002-06-29] = 8

  >  >AVRs still are the best [14.8 KB, 2019-10-10] = 42
            avr_tn13_ports.gif Port registers in an ATtiny13 (GIF image, 1086*194) [14.0 KB, 2019-09-11] = 37
            avr_4channel.gif Four channel data structure (GIF image, 552*) [11.3 KB, 2019-09-16] = 37
            avr_ports_m48.gif Port registers ATmega48 (GIF image, 831*360) [20.5 KB, 2019-09-11] = 34

  >  >Warning against assembly [5.88 KB, 2021-04-15] = 39

  >  >Standard asm for AT90S8515 [3.30 KB, 2019-09-16] = 28

  >  >Integer math in assembler [8.98 KB, 2020-08-20] = 27

  >Overview on AVRs [36.4 KB, 2019-09-30] = 100 + 3,919 = 4,019
       avr_assortment.jpg An assortment of older and newer AVR devices in DIP package (JPG image, 400*458) [110 KB, 2017-03-30] = 76
       instructions.gif AVR instructions (GIF image, 921*531) [37.8 KB, 2018-12-15] = 69
       instructions.jpg Instruction set (excerpt) (JPG image, 734*219) [60.6 KB, 2017-03-30] = 67
       pre-fetch.gif Pre fetch execution cycle (GIF image, 588*136) [8.46 KB, 2017-03-30] = 67
       databook.gif Databook (GIF image, 410*252) [32.9 KB, 2017-03-30] = 66
       io-pin.gif Port pin configuration (GIF image, 657*212) [12.1 KB, 2017-03-30] = 66
       memories.gif Memory organisation of AVRs (GIF image, 750*442) [24.4 KB, 2017-03-30] = 65
       avr_select_example_frame_asm.gif Frame asm format (GIF image, 352*398) [11.4 KB, 2017-04-16] = 65
       pin_functions.gif Pin functions (GIF image, 475*191) [17.9 KB, 2017-04-01] = 64
       avr_select.gif avr_select (GIF image, 935*330) [49.2 KB, 2017-04-16] = 64
       avr_select_example_comp.gif Example (GIF image, 568*395) [19.6 KB, 2017-04-04] = 64
       avr_select_example_output.gif Result (GIF image, 659*401) [16.7 KB, 2017-04-16] = 64
       avr_select_advanced_result.gif Shop selection (GIF image, 670*492) [38.7 KB, 2017-05-13] = 64
       avr_select_advanced_shopM.gif Microchip (GIF image, 336*346) [21.4 KB, 2017-05-13] = 64
       lock_bits.gif Lock bit settings (GIF image, 506*69) [5.00 KB, 2017-03-30] = 63
       interrupt_vectors.gif Interrupt vector table (GIF image, 500*172) [11.3 KB, 2017-03-30] = 63
       fuses_tn24.gif Fuses of the ATtiny24 (GIF image, 506*228) [9.82 KB, 2017-03-30] = 63
       timer_sources.gif Timer/counter sources (GIF image, 588*208) [19.4 KB, 2017-03-31] = 63
       analog_comparator.gif Analog comparator (GIF image, 374*202) [5.54 KB, 2017-03-31] = 63
       avr_select_components.gif Components (GIF image, 565*389) [19.1 KB, 2017-04-04] = 63
       avr_select_devices.gif Devices (GIF image, 493*300) [14.7 KB, 2017-04-16] = 63
       timer_comparer.gif Timer/counter comparer (GIF image, 400*271) [20.3 KB, 2017-03-31] = 62
       ports.gif Port list (GIF image, 793*258) [24.9 KB, 2017-03-30] = 61
       avr_select_advanced_input.gif Speicherauswahl (GIF image, 577*499) [32.0 KB, 2017-05-13] = 61
       timer_modes.gif Timer modes (GIF image, 850*200) [10.9 KB, 2017-03-31] = 60
       avr_select_advanced_shopR.gif Reichelt (GIF image, 423*427) [26.5 KB, 2017-05-13] = 59
       avr_select_Win_src.zip Zipped file [42.6 KB, 2017-04-25] = 7
       avr_select_Lin64.zip Zipped file [5.12 MB, 2017-04-19] = 7
       avr_select_advanced_Win64.zip Zipped file [4.83 MB, 2017-05-13] = 7
       avr_select_Lin_src.zip Zipped file [38.6 KB, 2017-04-19] = 6
       avr_select_advanced_Lin64.zip Zipped file [5.17 MB, 2017-05-13] = 6
       avr_select_advanced_Win_src.zip Zipped file [66.1 KB, 2017-07-20] = 5
       avr_select_advanced_Lin_src.zip Zipped file [67.7 KB, 2017-05-13] = 5

  >  >AVR assembler simulator [16.1 KB, 2022-10-27] = 1,198 + 553 = 1,751
            device_selector.png AVR device selector (PNG image, 835*752) [91.7 KB, 2019-11-20] = 1,004
            avr_sim.gif Avr_Sim-Logo (GIF image, 403*271) [268 KB, 2017-10-14] = 987
            simulation.gif Simulation (GIF image, 523*274) [17.1 KB, 2020-06-09] = 974
            comprehensive.png Comprehensive source code (PNG image, 618*731) [19.7 KB, 2020-09-28] = 972
            port_timer.gif Port/Timer view (GIF image, 653*271) [56.9 KB, 2017-10-14] = 970
            adc_rmat.png ADC with resistor matrix (PNG image, 847*376) [87.0 KB, 2022-07-13] = 970
            editor.gif Editor (GIF image, 798*276) [43.3 KB, 2017-10-14] = 969
            shortversion.png Short version source code (PNG image, 688*520) [14.1 KB, 2020-09-28] = 968
            adc_rmat_vtg.png Resistor matrix voltage display (PNG image, 818*379) [93.0 KB, 2022-07-13] = 968
            interruptvectors.png Interrupt vectors source code (PNG image, 518*683) [15.0 KB, 2020-09-28] = 967
            editor_synhili.gif Syntax highlighting (GIF image, 575*351) [26.6 KB, 2019-10-27] = 966
            adc.gif ADC with differential channel (GIF image, 496*696) [77.2 KB, 2022-07-07] = 965
            editor_help.gif Editor help (GIF image, 521*344) [12.8 KB, 2019-10-27] = 964
            instructions.png Instruction list (PNG image, 775*233) [15.2 KB, 2020-05-05] = 963
            ports.gif Port view (GIF image, 428*195) [8.03 KB, 2020-06-09] = 962
            new.gif New project (GIF image, 511*305) [9.13 KB, 2020-06-09] = 961
            editor_synhiliadj.gif Adjusting syntax highlighting (GIF image, 484*315) [22.7 KB, 2019-10-27] = 961
            hardware_qfn.gif Hardware as ASCII, TQFN (GIF image, 387*572) [8.98 KB, 2018-02-26] = 961
            eep_write.gif EEPROM view (GIF image, 715*237) [27.8 KB, 2017-11-03] = 961
            device.gif Device view (GIF image, 510*322) [15.7 KB, 2017-10-14] = 959
            gavrasm.gif gavrasm assembler (GIF image, 615*477) [35.7 KB, 2017-11-20] = 959
            dac_analog.png DAC values on the scope (PNG image, 590*456) [7.27 KB, 2021-01-05] = 959
            breakpoint_editor.gif Editor for breakpoint administration (GIF image, 777*132) [7.23 KB, 2019-10-27] = 958
            alert.gif Scan- and alarm funktion (GIF image, 847*114) [5.68 KB, 2020-12-07] = 958
            scope_rect.png Scope I/O pin (PNG image, 459*311) [10.9 KB, 2018-02-10] = 958
            hardware.gif Hardware as ASCII, PDIP (GIF image, 290*341) [6.06 KB, 2018-02-26] = 957
            jump.png Jump/Call/ISR-Call (PNG image, 564*164) [42.0 KB, 2022-06-12] = 957
            sram.gif SRAM view (GIF image, 569*143) [13.9 KB, 2017-10-14] = 956
            uart.png Serial transmission and reception with the UART (PNG image, 771*509) [69.1 KB, 2022-09-25] = 956
            scope_analog.png Scope analog values (PNG image, 459*311) [6.01 KB, 2018-02-10] = 955
            accesses_monthly.gif Monthly accesses (GIF image, 667*373) [32.9 KB, 2023-03-01] = 955
            watchdog.gif Watchdog timer (GIF image, 301*272) [7.43 KB, 2020-04-02] = 953
            scope_oc.png Scope Output Compare (PNG image, 459*311) [4.88 KB, 2018-02-10] = 953
            accesses_exesrc.gif Executables vs. source code (GIF image, 515*340) [10.7 KB, 2023-03-01] = 951
            accesses_versions.gif Accesses by versions (GIF image, 605*341) [28.0 KB, 2023-03-01] = 950
            scope-stacked.png Scope channels stacked (PNG image, 738*570) [12.7 KB, 2022-08-18] = 948
            scope_multi.png Multiple channel scope (PNG image, 459*311) [6.92 KB, 2018-02-10] = 940
            avr_sim.gif AVR simulator (GIF image, 480*64) [6.75 KB, 2022-08-31] = 920

  >  >  >avr_sim download page [7.28 KB, 2022-11-30] = 412
                 GM-flag.jpg GM flag (JPG image, 50*33) [1.37 KB, 2021-01-06] = 347
                 UK-flag.jpg UK flag (JPG image, 50*33) [2.95 KB, 2021-01-06] = 340
                 avr_sim_28_win64.zip Zipped file [1.99 MB, 2022-08-30] = 185
                 avr_sim_28_lin64.zip Zipped file [2.11 MB, 2022-08-31] = 73
                 avr_sim_Handbook_v28.pdf PDF document [2.19 MB, 2022-08-30] = 59
                 avr_sim_28_lin_src.zip Zipped file [794 KB, 2022-08-31] = 52
                 avr_sim_Handbuch_v28.pdf PDF document [2.43 MB, 2022-08-30] = 51
                 avr_sim_28_win_src.zip Zipped file [791 KB, 2022-08-30] = 42
                 avr_sim_28_win64_debug.zip Zipped file [12.3 MB, 2022-08-30] = 35
                 avr_sim_Handbook_v25.pdf PDF document [1.82 MB, 2021-12-12] = 29
                 avr_sim_description_28.pdf PDF document [234 KB, 2022-08-30] = 28
                 avr_sim_Handbuch_v26.pdf PDF document [1.51 MB, 2022-05-15] = 26
                 avr_sim_Handbuch_v25.pdf PDF document [1.95 MB, 2021-12-12] = 22
                 avr_sim_Handbook_v27.pdf PDF document [2.10 MB, 2022-07-16] = 18
                 avr_sim_25_win64.zip Zipped file [1.91 MB, 2021-12-15] = 15
                 avr_sim_Handbuch_v27.pdf PDF document [2.35 MB, 2022-07-16] = 14
                 avr_sim_description_26.pdf PDF document [241 KB, 2022-05-14] = 14
                 avr_sim_description_25.pdf PDF document [245 KB, 2021-12-12] = 14
                 avr_sim_26_lin64.zip Zipped file [2.07 MB, 2022-05-18] = 8
                 avr_sim_26_win64.zip Zipped file [1.98 MB, 2022-05-18] = 6
                 avr_sim_25_lin64.zip Zipped file [2.06 MB, 2021-12-15] = 6
                 avr_sim_27_win64.zip Zipped file [1.99 MB, 2022-07-15] = 5
                 avr_sim_27_win64_debug.zip Zipped file [12.2 MB, 2022-07-16] = 4
                 avr_sim_27_lin64.zip Zipped file [2.10 MB, 2022-07-15] = 4
                 avr_sim_26_win64_debug.zip Zipped file [12.1 MB, 2022-05-18] = 4
                 avr_sim_26_win_src.zip Zipped file [780 KB, 2022-05-18] = 4
                 avr_sim_25_win64_debug.zip Zipped file [10.8 MB, 2021-12-15] = 4
                 avr_sim_25_win_src.zip Zipped file [785 KB, 2021-12-15] = 4
                 avr_sim_27_win_src.zip Zipped file [792 KB, 2022-07-15] = 3
                 avr_sim_27_lin_src.zip Zipped file [795 KB, 2022-07-15] = 3

  >  >  >You hate simulators? [6.70 KB, 2020-11-26] = 141

  >  >Gerds AVR assembler gavrasm [10.5 KB, 2022-10-22] = 361 + 189 = 550
            gavrasm.gif Logo (GIF image, 64*64) [2.35 KB, 2004-10-03] = 899
            gavrasm.gif Logo (GIF image, 640*64) [8.87 KB, 2002-10-09] = 366
            FR-flag.jpg FR (JPG image, 50*33) [1.46 KB, 2021-01-06] = 258
            TU-flag.jpg TR (JPG image, 50*33) [1.69 KB, 2021-01-06] = 255
            UK-flag.jpg UK (JPG image, 50*33) [2.95 KB, 2021-01-06] = 251
            GM-flag.jpg DE (JPG image, 50*33) [1.37 KB, 2021-01-06] = 237
            gavrasm_sources_lin_54.zip Zipped file [289 KB, 2022-08-31] = 131
            gavrasm_win64_en_54.zip Zipped file [442 KB, 2022-08-30] = 42
            ReadMe.Txt Plain text file [40.5 KB, 2022-08-31] = 30
            gavrasm_win64_de_54.zip Zipped file [444 KB, 2022-08-30] = 16
            gavrasm_lin_i386_x64_en_54.zip Zipped file [655 KB, 2022-08-31] = 14
            gavrasm_sources_doswin_54.zip Zipped file [256 KB, 2022-08-30] = 14
            gavrasm_lin_i386_x64_de_54.zip Zipped file [656 KB, 2022-08-31] = 11
            gavrasm_win64_de_53.zip Zipped file [442 KB, 2022-07-15] = 5
            gavrasm_lin_i386_x64_de_53.zip Zipped file [641 KB, 2022-07-15] = 4
            gavrasm_win64_fr_54.zip Zipped file [441 KB, 2022-08-30] = 3
            gavrasm_sources_lin_53.zip Zipped file [284 KB, 2022-07-15] = 3
            gavrasm_sources_doswin_53.zip Zipped file [255 KB, 2022-07-15] = 3
            gavrasm_lin_i386_x64_en_52.zip Zipped file [632 KB, 2022-05-14] = 3
            gavrasm_lin_i386_x64_fr_51.zip Zipped file [655 KB, 2021-11-25] = 3
            gavrasm_lin_i386_x64_fr_54.zip Zipped file [655 KB, 2022-08-31] = 2
            gavrasm_lin_i386_x64_en_53.zip Zipped file [640 KB, 2022-07-15] = 2
            gavrasm_lin_i386_x64_fr_53.zip Zipped file [641 KB, 2022-07-15] = 2
            gavrasm_win64_tr_53.zip Zipped file [442 KB, 2022-07-15] = 2
            gavrasm_lin_i386_x64_fr_52.zip Zipped file [633 KB, 2022-05-14] = 2
            gavrasm_win64_en_52.zip Zipped file [440 KB, 2022-05-14] = 2
            gavrasm_win64_de_52.zip Zipped file [442 KB, 2022-05-14] = 2
            gavrasm_win64_fr_52.zip Zipped file [440 KB, 2022-05-14] = 2
            gavrasm_lin_i386_x64_en_51.zip Zipped file [654 KB, 2021-11-25] = 2
            gavrasm_lin_i386_x64_tr_51.zip Zipped file [655 KB, 2021-11-25] = 2
            gavrasm_win64_de_51.zip Zipped file [424 KB, 2021-11-25] = 2
            gavrasm_win64_fr_51.zip Zipped file [423 KB, 2021-11-25] = 2
            gavrasm_win64_tr_51.zip Zipped file [423 KB, 2021-11-25] = 2
            gavrasm_lin_i386_x64_tr_54.zip Zipped file [655 KB, 2022-08-31] = 1
            gavrasm_win64_tr_54.zip Zipped file [441 KB, 2022-08-30] = 1
            gavrasm_lin_i386_x64_tr_53.zip Zipped file [641 KB, 2022-07-15] = 1
            gavrasm_win64_en_53.zip Zipped file [441 KB, 2022-07-15] = 1
            gavrasm_win64_fr_53.zip Zipped file [441 KB, 2022-07-15] = 1
            gavrasm_lin_i386_x64_de_52.zip Zipped file [634 KB, 2022-05-14] = 1
            gavrasm_lin_i386_x64_tr_52.zip Zipped file [633 KB, 2022-05-14] = 1
            gavrasm_win64_tr_52.zip Zipped file [441 KB, 2022-05-14] = 1
            gavrasm_sources_lin_52.zip Zipped file [286 KB, 2022-05-14] = 1
            gavrasm_sources_doswin_52.zip Zipped file [255 KB, 2022-05-14] = 1
            gavrasm_lin_i386_x64_de_51.zip Zipped file [656 KB, 2021-11-25] = 1
            gavrasm_win64_en_51.zip Zipped file [422 KB, 2021-11-25] = 1
            gavrasm_sources_lin_51.zip Zipped file [288 KB, 2021-11-25] = 1
            gavrasm_sources_doswin_51.zip Zipped file [254 KB, 2021-11-25] = 1

  >  >  >Introduction to gavrasm [19.6 KB, 2022-10-22] = 106
                 gavrasmw.gif Logo (GIF image, 64*64) [530 B, 2004-10-03] = 895
                 assemble_lin.gif Shell script (GIF image, 541*209) [19.8 KB, 2011-07-31] = 72
                 ATestReturn_batch_en.gif Batch with error handling (GIF image, 480*291) [21.6 KB, 2014-12-26] = 58
                 linshell_editor.gif Linux editor (GIF image, 522*322) [23.4 KB, 2014-12-26] = 56
                 assemble_en.gif Batch script (GIF image, 544*288) [22.8 KB, 2011-07-31] = 55
                 ATestReturn_notepad_en.gif Batch opened notepad on error (GIF image, 524*264) [19.5 KB, 2014-12-26] = 55
                 ATestReturn_commandline_en.gif Batch file on error (GIF image, 677*342) [21.9 KB, 2014-12-26] = 53
                 linshell_error.gif Linux error handling (GIF image, 526*326) [27.5 KB, 2014-12-26] = 53
                 linshell_executed.gif Linux error executed (GIF image, 556*407) [18.1 KB, 2014-12-26] = 47
                 ReadMe.txt Plain text file [3.27 KB, 2004-10-10] = 25
                 gavrasmW.zip Zipped file [224 KB, 2004-10-10] = 12

  >  >  >Statistic [5.38 KB, 2021-07-27] = 35
                 gavrasm_vs.gif Versions (GIF image, 645*434) [70.7 KB, 2017-01-05] = 18
                 gavrasm_by_version.gif Current statistic versions (GIF image, 1000*696) [28.3 KB, 2022-03-01] = 16
                 gavrasm_downloads_monthly.gif Current statistic monthly downloads (GIF image, 1000*444) [35.1 KB, 2023-02-01] = 16
                 gavrasm_versions_2017_2019.gif Versions of gavrasm executables and sources (GIF image, 512*340) [14.0 KB, 2020-01-01] = 16
                 gavrasm_langyears.gif gavrasm executables by language (GIF image, 512*344) [14.2 KB, 2021-04-11] = 15
                 gavrasm_pa_pv.gif Accesses (GIF image, 643*410) [17.6 KB, 2017-01-05] = 15
                 gavrasm_pre_src.gif Pre vs. src (GIF image, 643*387) [29.6 KB, 2022-06-01] = 15
                 gavrasm_pre_src_vs.gif Pre vs. src by version (GIF image, 637*391) [29.8 KB, 2017-01-05] = 15
                 gavrasm_lang.gif Languages (GIF image, 646*387) [20.6 KB, 2017-01-05] = 15
                 gavrasm_visitors.gif Current statistic visitors (GIF image, 1000*646) [25.9 KB, 2023-02-01] = 14
                 gavrasm_downloads_2017_2019.gif Downloads of gavrasm executables and sources (GIF image, 604*339) [18.8 KB, 2020-01-01] = 14
                 gavrasm_visitors_2017_2019.gif Visitors of the gavrasm webpage (GIF image, 604*339) [12.0 KB, 2020-01-01] = 13

  >  >  >Mail form [2.62 KB, 2007-03-03] = 24

  >  >  >Version 50 [7.09 KB, 2021-07-27] = 24
                 gavrasm_v01_v21.png gavrasm versions 0.1 to 2.1 (PNG image, 978*393) [15.6 KB, 2021-07-27] = 13
                 gavrasm_exesrc.gif Long term average of executables vs sources (GIF image, 354*266) [7.57 KB, 2021-07-27] = 13
                 gavrasm_v36_v49.png gavrasm versions 3.6 to 4.9 (PNG image, 978*273) [10.5 KB, 2021-07-27] = 12
                 gavrasm_languages.gif gavrasm language distribution (GIF image, 605*340) [9.43 KB, 2021-07-27] = 11
                 gavrasm_versionperyear.gif gavrasm downloads per year per version (GIF image, 482*523) [17.6 KB, 2021-07-27] = 10
                 gavrasm_executables.gif Monthly downloads of gavrasm executables and sources (GIF image, 605*340) [21.0 KB, 2021-07-27] = 10
                 gavrasm_exesrcyear.gif gavrasm downloads of executables and source between 2013 and 2021 (GIF image, 605*340) [8.70 KB, 2021-07-27] = 10
                 gavrasm_version_release_dates.gif Version release dates for gavrasm versions (GIF image, 1139*1000) [52.2 KB, 2021-07-10] = 8

  >  >How-to pages [1.75 KB, 2021-11-10] = 50 + 227 = 277
            how-to.gif How-To logo (GIF image, 64*64) [1.07 KB, 2017-08-30] = 957

  >  >  >How-to assemble Linux [7.69 KB, 2021-01-25] = 69
                 get_gavrasm_lin.png Executable for lin (PNG image, 695*233) [16.2 KB, 2014-01-26] = 57
                 demo_asm.png A demo asm program (PNG image, 767*746) [159 KB, 2014-01-26] = 51
                 make_batch_lines.png Batch lines (PNG image, 440*206) [33.8 KB, 2014-01-26] = 49
                 listfile.png List file (PNG image, 554*797) [96.4 KB, 2014-01-26] = 49
                 get_gavrasm.png gavrasm location (PNG image, 643*186) [19.2 KB, 2014-01-26] = 48
                 get_gavrasm_zipped.png Zipped file (PNG image, 505*190) [35.5 KB, 2014-01-26] = 48
                 gavrasm_run.png gavrasm run (PNG image, 604*460) [42.4 KB, 2014-01-26] = 48
                 created_files.png Created files (PNG image, 423*233) [26.5 KB, 2014-01-26] = 48
                 hexfile.png Hex file (PNG image, 329*183) [26.1 KB, 2014-01-26] = 48
                 get_gavrasm_executable.png Unzipped files (PNG image, 427*160) [17.7 KB, 2014-01-26] = 47
                 get_gavrasm_readme.png ReadMe for gavrasm (PNG image, 592*1009) [122 KB, 2014-01-26] = 46
                 make_bat.png Making a batch file (PNG image, 421*180) [20.4 KB, 2014-01-26] = 45

  >  >  >How-to assemble Windows [7.55 KB, 2021-01-25] = 61
                 make_bat.png Making a batch file (PNG image, 492*128) [5.98 KB, 2014-01-26] = 42
                 gavrasm_run.png gavrasm run (PNG image, 573*391) [15.2 KB, 2014-01-26] = 42
                 get_gavrasm.png gavrasm location (PNG image, 405*158) [9.26 KB, 2014-01-26] = 41
                 listfile.png List file (PNG image, 575*628) [33.9 KB, 2014-01-26] = 41
                 demo_asm.png A demo asm program (PNG image, 802*601) [70.6 KB, 2014-01-25] = 40
                 get_gavrasm_readme.png ReadMe for gavrasm (PNG image, 600*819) [44.2 KB, 2014-01-26] = 40
                 make_batch_lines.png Batch lines (PNG image, 473*207) [14.8 KB, 2014-01-26] = 39
                 get_gavrasm_win.png Executable for win (PNG image, 441*170) [4.46 KB, 2014-01-26] = 38
                 created_files.png Created files (PNG image, 454*157) [7.55 KB, 2014-01-26] = 38
                 hexfile.png Hex file (PNG image, 348*160) [11.7 KB, 2014-01-26] = 38
                 get_gavrasm_executable.png Unzipped files (PNG image, 502*114) [6.18 KB, 2014-01-26] = 37
                 get_gavrasm_zipped.png Zipped file (PNG image, 497*307) [14.8 KB, 2014-01-26] = 34

  >  >  >How-to select my optimal AVR type [9.38 KB, 2021-11-11] = 37
                 deviceselectint.gif Selecting external interrupts (GIF image, 71*108) [1.04 KB, 2021-11-08] = 27
                 deviceselected.gif Device selected (GIF image, 546*133) [9.17 KB, 2021-11-08] = 26
                 deviceselector.gif The device-selector-window (GIF image, 835*786) [54.3 KB, 2021-11-08] = 25
                 deviceint.gif Assigned external interrupts (GIF image, 245*251) [6.34 KB, 2021-11-08] = 25
                 deviceselector_start.gif The device-selector in the Project-New entry (GIF image, 511*305) [8.06 KB, 2021-11-08] = 24
                 clockoption.gif Clock options to select from (GIF image, 185*97) [2.02 KB, 2021-11-08] = 24
                 devicesmissing.gif Inapropriate types (GIF image, 431*361) [11.7 KB, 2021-11-08] = 24
                 deviceioorig.gif Original pins (GIF image, 276*249) [7.49 KB, 2021-11-08] = 24
                 deviceio8.gif 8-bit-port assigned (GIF image, 235*252) [5.23 KB, 2021-11-08] = 24
                 deviceio4.gif 4-bit-port assigned (GIF image, 244*251) [6.09 KB, 2021-11-08] = 24
                 deviceio4low.gif 4-bit-port assigned to the lower nibble (GIF image, 238*250) [5.61 KB, 2021-11-08] = 24
                 deviceio1.gif 1-bit-port assigned (GIF image, 272*246) [7.19 KB, 2021-11-08] = 24
                 avr_sim.gif Starting avr_sim (GIF image, 400*354) [34.0 KB, 2021-11-08] = 22
                 devicextal.gif XTAL-pins assigned (GIF image, 452*167) [9.57 KB, 2021-11-08] = 22
                 combined_prop.gif Kombinierte Auswahl (GIF image, 835*786) [117 KB, 2021-11-11] = 22

  >  >  >How-to convert AVR type [8.70 KB, 2021-01-25] = 33

  >  >  >How-to assemble with avr_sim [4.30 KB, 2021-01-25] = 27
                 avr_sim_loading.gif avr_sim loaded the asm file (GIF image, 797*706) [75.8 KB, 2020-08-28] = 19
                 avr_sim_start.gif avr_sim starts (GIF image, 797*705) [121 KB, 2020-08-28] = 15
                 avr_sim_menu.gif avr_sim menu (GIF image, 214*201) [6.64 KB, 2020-08-28] = 15

  >  >Starter course AVR assembler [79.4 KB, 2021-12-15] = 177
            starter.gif Starter logo (GIF image, 65*65) [318 B, 2020-11-30] = 622
            starter.jpg Starter logo (JPG image, 64*64) [10.2 KB, 2019-08-03] = 621
            avr_sim_edit.gif Editing the source code (GIF image, 643*433) [21.2 KB, 2019-07-31] = 137
            computer.gif Levels of a computer (GIF image, 653*704) [56.3 KB, 2019-07-26] = 135
            avr_sim_new.gif avr_sim new project (GIF image, 511*305) [8.08 KB, 2019-07-30] = 135
            avr_ics.jpg AVR ICs (JPG image, 1028*428) [84.4 KB, 2019-07-26] = 131
            avr_sim_listing.gif Listing of the assembled source (GIF image, 650*661) [50.1 KB, 2019-07-31] = 131
            avr_sim_1plus1.gif Adding one and one (GIF image, 524*427) [25.5 KB, 2019-07-31] = 131
            avr_sim_changingprescaler.gif Changing the prescaler value (GIF image, 389*281) [9.47 KB, 2019-08-03] = 131
            avr_sim_stackpointer.gif Stackpointer init (GIF image, 521*276) [14.1 KB, 2019-08-03] = 131
            avr_sim_tin.gif T0 as active input bit (GIF image, 230*239) [7.91 KB, 2019-08-03] = 130
            avr_sim_start.gif avr_sim at start-up (GIF image, 797*680) [14.7 KB, 2019-07-30] = 129
            avr_sim_success.gif Assembling success message (GIF image, 362*113) [2.59 KB, 2019-07-31] = 129
            avr_sim_simulation.gif To simulate the execution (GIF image, 524*427) [17.0 KB, 2019-07-31] = 129
            avr_sim_pwmpb0pb1.gif Two fast PWM channels (GIF image, 592*488) [10.9 KB, 2019-08-02] = 129
            opcode_adding.gif Opcode for adding (GIF image, 452*53) [2.44 KB, 2019-08-02] = 128
            micro_controller.gif Micro-controller as CPU plus hardware (GIF image, 235*239) [13.2 KB, 2019-07-26] = 128
            atmega16.jpg ATmega16 (JPG image, 450*149) [23.0 KB, 2019-07-30] = 128
            attiny12.jpg ATtiny12 (JPG image, 220*191) [17.5 KB, 2019-07-30] = 128
            avr_sim_assemble.gif Assembling the source code (GIF image, 594*475) [15.5 KB, 2019-07-31] = 128
            avr_sim_cursor.gif Simulator cursor (GIF image, 517*107) [5.58 KB, 2019-08-01] = 128
            avr_sim_flags.gif Flags during adding (GIF image, 524*427) [18.0 KB, 2019-07-31] = 128
            flags_inc.gif CPU flags of the INC instruction (GIF image, 603*62) [2.23 KB, 2019-08-02] = 128
            avr_sim_toggle441.gif Generating 441 Hz by toggling PB0 (GIF image, 592*488) [9.12 KB, 2019-08-02] = 128
            avr_sim_add.gif Add instructions (GIF image, 609*93) [5.31 KB, 2019-07-31] = 127
            avr_sim_64bitcounter.gif The 64 bit counter at work (GIF image, 288*227) [7.81 KB, 2019-08-01] = 127
            avr_sim_portb.gif Port B in the simulator (GIF image, 230*239) [7.81 KB, 2019-08-01] = 127
            avr_sim_pb0lohi.gif Switching PB0 low and high (GIF image, 592*488) [9.82 KB, 2019-08-01] = 127
            avr_sim_scopectrl.gif Controlling the scope display (GIF image, 379*462) [8.19 KB, 2019-08-01] = 127
            avr_sim_pw50.gif 50% pulse width at 150 kHz (GIF image, 592*488) [10.9 KB, 2019-08-02] = 127
            avr_sim_sram.gif SRAM content at start-up (GIF image, 701*257) [9.47 KB, 2019-08-03] = 127
            avr_sim_ovfint.gif Overflow interrupt active (GIF image, 389*281) [9.17 KB, 2019-08-03] = 127
            avr_sim_device.gif Device package selection (GIF image, 322*300) [6.64 KB, 2019-07-30] = 126
            avr_sim_tc0_100.gif TC0 counted to 100 (GIF image, 389*281) [8.90 KB, 2019-08-02] = 126
            atmega8.jpg ATmega8 (JPG image, 350*95) [15.1 KB, 2019-07-30] = 125
            myfirstint.asm Assembler source file [2.76 KB, 2019-08-03] = 22

  >  >Intro to binary [34.8 KB, 2019-09-29] = 163
            binaer.gif Binary (GIF image, 64*64) [1.27 KB, 2017-04-08] = 901
            binary_AA.gif Binary 10101010 (GIF image, 425*153) [5.39 KB, 2017-04-13] = 156
            binary_55.gif Binary 01010101 (GIF image, 306*152) [4.09 KB, 2017-04-07] = 127
            binary_packed.gif Packed BCD (GIF image, 425*208) [6.85 KB, 2017-04-13] = 123
            binary_div_shift_R.gif Rotate left (GIF image, 480*60) [4.50 KB, 2017-04-12] = 117
            binary.gif Binary (GIF image, 518*79) [4.82 KB, 2018-10-30] = 116
            binary_div_sim.gif Division Studio (GIF image, 226*370) [9.17 KB, 2017-04-12] = 116
            binary_div_flow.gif Flow diagram division (GIF image, 179*649) [14.4 KB, 2017-04-13] = 115
            binary_div_shift_0.gif Shift left (GIF image, 649*77) [5.14 KB, 2017-04-12] = 113
            binary_div_comp.gif Comparison (GIF image, 612*76) [7.17 KB, 2017-04-12] = 113
            binary_div_minus.gif Subtract (GIF image, 628*117) [7.82 KB, 2017-04-12] = 113
            binary_mult.gif Multiplikation (GIF image, 232*336) [9.13 KB, 2017-04-11] = 112
            avr-asm-tutorial.gif Body background image (GIF image) [1.94 KB, 2003-12-31] = 0

  >  >Assembler course in 11 lectures [8.35 KB, 2021-06-06] = 148
            course.gif Course logo (GIF image, 65*65) [293 B, 2020-11-30] = 621
            asm_course.gif Asm course (GIF image, 64*64) [2.75 KB, 2020-08-31] = 620
            course11-130.gif Course logo (GIF image, 130*130) [2.63 KB, 2021-06-06] = 73
            Course_All_Lectures.pdf PDF document [2.04 MB, 2022-12-03] = 46
            Lecture1_Initial.pdf PDF document [423 KB, 2020-09-06] = 44
            Lecture9_ExtInt.pdf PDF document [232 KB, 2022-12-03] = 34
            Lecture8_ADC&EEPROM.pdf PDF document [395 KB, 2020-08-28] = 33
            Lecture7_Interrupts.pdf PDF document [442 KB, 2020-08-26] = 26
            Lecture5_BlinkATtiny24.pdf PDF document [816 KB, 2020-08-26] = 24
            Lecture6_TimerCounter.pdf PDF document [462 KB, 2020-08-29] = 24
            Lecture2_Portpins.pdf PDF document [284 KB, 2020-08-26] = 22
            Lecture9_ExtInt_Q&T.pdf PDF document [45.1 KB, 2020-08-30] = 21
            Lecture11_Tables.pdf PDF document [236 KB, 2020-08-27] = 20
            Lecture10_Math.pdf PDF document [341 KB, 2020-08-31] = 19
            Lecture4_SecondBlink.pdf PDF document [260 KB, 2020-08-26] = 18
            Lecture3_Blink.pdf PDF document [339 KB, 2020-08-29] = 17
            Lecture1_Initial_Q&T.pdf PDF document [25.4 KB, 2020-08-26] = 17
            Lecture11_Tables_Q&T.pdf PDF document [38.9 KB, 2020-08-27] = 16
            Lecture2_Portpins_Q&T.pdf PDF document [24.7 KB, 2020-08-26] = 15
            Lecture5_BlinkATtiny24_Q&T.pdf PDF document [22.0 KB, 2020-08-26] = 15
            Lecture4_SecondBlink_Q&T.pdf PDF document [35.9 KB, 2020-08-26] = 14
            Lecture8_ADC&EEPROM_Q&T.pdf PDF document [20.8 KB, 2020-08-29] = 13
            Lecture10_Math_Q&T.pdf PDF document [20.6 KB, 2020-08-31] = 12
            driver-atmel-bundle-7.0.888.zip Zipped file [17.2 MB, 2020-08-26] = 10
            Lecture3_Blink_Q&T.pdf PDF document [23.7 KB, 2020-08-29] = 9
            Lecture7_Interrupts_Q&T.pdf PDF document [22.1 KB, 2020-08-26] = 9
            Lecture6_TimerCounter_Q&T.pdf PDF document [20.6 KB, 2020-08-26] = 8
            AvrStudio4Setup.zip Zipped file [123 MB, 2020-08-26] = 8

  >  >News page [48.0 KB, 2023-02-03] = 135

  >  >LibreOffice-Spreadsheets [13.7 KB, 2023-02-17] = 127

  >  >PDF-Files [15.4 KB, 2023-02-17] = 106

  >  >Electrical schematics [31.1 KB, 2023-02-17] = 104

  >  >20 years avr-asm-tutorial [3.05 KB, 2020-10-11] = 70
            files.png HTML file additions 2000 to 2020 (PNG image, 800*500) [10.8 KB, 2021-07-04] = 50

  >  >Absolute beginner in AVR [43.6 KB, 2020-02-29] = 59
            key_code.gif Schematic key code (GIF image, 609*641) [13.3 KB, 2019-09-28] = 45
            avr_ics_small.jpg AVR ICs (JPG image, 180*75) [11.1 KB, 2019-09-27] = 39
            avr_ics.jpg AVR controllers (JPG image, 1024*428) [84.5 KB, 2019-09-27] = 37

  >  >Hardware used in asm codes [58.1 KB, 2023-02-03] = 56
            flag_de.gif Flag DE (GIF image, 30*15) [898 B, 2019-09-14] = 7,205
            hwen13.png Hardware-Ports-with pull-up (PNG image, 15*111) [266 B, 2021-06-21] = 41
            hwen26.png Hardware-Timer-with I/O pin (PNG image, 15*111) [286 B, 2021-06-21] = 41
            hwen42.png Hardware-Analog-comparer-Frequency (PNG image, 15*111) [291 B, 2021-06-21] = 41
            hwen82.png Hardware-Key input-with interrupts (PNG image, 15*111) [337 B, 2021-06-21] = 41
            hwen35.png Hardware-AD converter-Asynchron (PNG image, 15*111) [288 B, 2021-06-21] = 39
            hwen54.png Hardware-UART-Receiver buffer (PNG image, 15*111) [336 B, 2021-06-21] = 39
            hwen84.png Hardware-Key input-with R network (PNG image, 15*111) [339 B, 2021-06-21] = 39
            hwen29.png Hardware-Timer-Time measurement (PNG image, 15*111) [326 B, 2021-06-21] = 38
            hwen52.png Hardware-UART-Polling (PNG image, 15*111) [252 B, 2021-06-21] = 38
            hwen11.png Hardware-Ports-as output (PNG image, 15*111) [271 B, 2021-06-21] = 37
            hwen16.png Hardware-Ports-Invert (PNG image, 15*111) [242 B, 2021-06-21] = 37
            hwen22.png Hardware-Timer-CTC mode (PNG image, 15*111) [284 B, 2021-06-21] = 37
            hwen24.png Hardware-Timer-Phase-PWM (PNG image, 15*111) [325 B, 2021-06-21] = 37
            hwen25.png Hardware-Timer-PWM-CTC mode (PNG image, 15*111) [379 B, 2021-06-21] = 37
            hwen28.png Hardware-Timer-COMPA/B interrupt (PNG image, 15*111) [458 B, 2021-06-21] = 37
            hwen31.png Hardware-AD converter-8-bit (ADLAR) (PNG image, 15*111) [344 B, 2021-06-21] = 37
            hwen32.png Hardware-AD converter-10-bit (PNG image, 15*111) [236 B, 2021-06-21] = 37
            hwen33.png Hardware-AD converter-Gain (PNG image, 15*111) [230 B, 2021-06-21] = 37
            hwen41.png Hardware-Analog-comparer-as DAC (PNG image, 15*111) [283 B, 2021-06-21] = 37
            hwen51.png Hardware-UART-Baud rate (PNG image, 15*111) [305 B, 2021-06-21] = 37
            hwen61.png Hardware-ExtInt-with INTn (PNG image, 15*111) [244 B, 2021-06-21] = 37
            hwen71.png Hardware-Tone-generation-with timer (PNG image, 15*111) [271 B, 2021-06-21] = 37
            hwen91.png Hardware-EEPROM-read (PNG image, 15*111) [227 B, 2021-06-21] = 37
            hwen12.png Hardware-Ports-as input (PNG image, 15*111) [269 B, 2021-06-21] = 36
            hwen15.png Hardware-Ports-as R/2R (PNG image, 15*111) [282 B, 2021-06-21] = 36
            hwen21.png Hardware-Timer-Normal mode (PNG image, 15*111) [297 B, 2021-06-21] = 36
            hwen23.png Hardware-Timer-PWM mode (PNG image, 15*111) [326 B, 2021-06-21] = 36
            hwen34.png Hardware-AD converter-Reference (PNG image, 15*111) [268 B, 2021-06-21] = 36
            hwen37.png Hardware-AD converter-Interrupt (PNG image, 15*111) [261 B, 2021-06-21] = 36
            hwen53.png Hardware-UART-Interrupt (PNG image, 15*111) [261 B, 2021-06-21] = 36
            hwen72.png Hardware-Tone-generation-with gamut (PNG image, 15*111) [314 B, 2021-06-21] = 36
            hwen92.png Hardware-EEPROM-write (PNG image, 15*111) [228 B, 2021-06-21] = 36
            hwen14.png Hardware-Ports-as I/O bus (PNG image, 15*111) [288 B, 2021-06-21] = 35
            hwen36.png Hardware-AD converter-with ADATE (PNG image, 15*111) [285 B, 2021-06-21] = 35
            hwen43.png Hardware-Analog-comparer-Interrupt (PNG image, 15*111) [261 B, 2021-06-21] = 35
            hwen73.png Hardware-Tone-generation-melodies (PNG image, 15*111) [275 B, 2021-06-21] = 35
            hwen81.png Hardware-Key input-with polling (PNG image, 15*111) [310 B, 2021-06-21] = 35
            hwen83.png Hardware-Key input-with debouncing (PNG image, 15*111) [392 B, 2021-06-21] = 35
            hwen93.png Hardware-EEPROM-with ESEG (PNG image, 15*111) [310 B, 2021-06-21] = 35
            hwen62.png Hardware-ExtInt-with PCINTn (PNG image, 15*111) [304 B, 2021-06-21] = 34
            hwen55.png Hardware-UART-Transmit buffer (PNG image, 15*111) [349 B, 2021-06-21] = 33
            hwen27.png Hardware-Timer-OVF interrupt (PNG image, 15*111) [338 B, 2021-06-21] = 32
            hwen38.png Hardware-AD converter-Thermometer (PNG image, 15*111) [269 B, 2023-02-03] = 28

  >  >Assembler headers [3.65 KB, 2019-09-29] = 54
            avr_head.gif AVR-HEAD window (GIF image, 639*728) [16.7 KB, 2011-01-22] = 23
            avr_head_en.exe.zip Zipped file [470 KB, 2013-01-26] = 8

  >  >Software algorithms in asm codes [41.5 KB, 2023-02-03] = 44
            swen34.png Software-Multiplication-16-by-16 bits (PNG image, 15*91) [307 B, 2021-06-21] = 29
            swen22.png Software-Decimal conversion-16 bits/5 digits (PNG image, 15*91) [372 B, 2021-06-21] = 26
            swen26.png Software-Decimal conversion-Float (PNG image, 15*91) [208 B, 2021-06-21] = 26
            swen32.png Software-Multiplication-8-by-16 bits (PNG image, 15*91) [330 B, 2021-06-21] = 26
            swen44.png Software-Division-40-by-24 bits (PNG image, 15*91) [344 B, 2021-06-21] = 26
            swen45.png Software-Division-48-by-24 bits (PNG image, 15*91) [349 B, 2021-06-21] = 26
            swen52.png Software-LCD control-8 bit bus (PNG image, 15*91) [267 B, 2021-06-21] = 26
            swen54.png Software-LCD control-with busy (PNG image, 15*91) [293 B, 2021-06-21] = 26
            swen31.png Software-Multiplication-8-by-8 bits (PNG image, 15*91) [285 B, 2021-06-21] = 25
            swen35.png Software-Multiplication-16-by-24 bits (PNG image, 15*91) [365 B, 2021-06-21] = 25
            swen36.png Software-Multiplication-by hardware (PNG image, 15*91) [308 B, 2021-06-21] = 25
            swen41.png Software-Division-16-by-8 bits (PNG image, 15*91) [332 B, 2021-06-21] = 25
            swen42.png Software-Division-24-by-16 bits (PNG image, 15*91) [362 B, 2021-06-21] = 25
            swen43.png Software-Division-32-by-16 bits (PNG image, 15*91) [372 B, 2021-06-21] = 25
            swen51.png Software-LCD control-4 bit bus (PNG image, 15*91) [259 B, 2021-06-21] = 25
            swen62.png Software-Time+Date-Date (PNG image, 15*91) [232 B, 2021-06-21] = 25
            swen63.png Software-Time+Date-from DCF77 (PNG image, 15*91) [301 B, 2021-06-21] = 25
            swen11.png Software-Time-loops-8 bit (PNG image, 15*91) [214 B, 2021-06-21] = 24
            swen12.png Software-Time-loops-16 bit (PNG image, 15*91) [236 B, 2021-06-21] = 24
            swen33.png Software-Multiplication-8-by-24 bits (PNG image, 15*91) [344 B, 2021-06-21] = 24
            swen37.png Software-Multiplication-8 bits by 10 (PNG image, 15*91) [316 B, 2021-06-21] = 24
            swen53.png Software-LCD control-with wait cycles (PNG image, 15*91) [344 B, 2021-06-21] = 24
            swen56.png Software-LCD control-all modes (PNG image, 15*91) [281 B, 2021-06-21] = 24
            swen13.png Software-Time-loops-24 bit (PNG image, 15*91) [249 B, 2021-06-21] = 23
            swen21.png Software-Decimal conversion-8 bits/3 digits (PNG image, 15*91) [361 B, 2021-06-21] = 23
            swen23.png Software-Decimal conversion-24 bits/8 digits (PNG image, 15*91) [392 B, 2021-06-21] = 23
            swen25.png Software-Decimal conversion-Fixed dot (PNG image, 15*91) [275 B, 2021-06-21] = 23
            swen27.png Software-Decimal conversion-to binary (PNG image, 15*91) [270 B, 2021-06-21] = 23
            swen55.png Software-LCD control-special chars (PNG image, 15*91) [300 B, 2021-06-21] = 23
            swen24.png Software-Decimal conversion-32 bits/10 digits (PNG image, 15*91) [416 B, 2021-06-21] = 22
            swen46.png Software-Division-8 bits by 10 (PNG image, 15*91) [316 B, 2021-06-21] = 22
            swen47.png Software-Division-8 bits by N (PNG image, 15*91) [287 B, 2021-06-29] = 22
            swen48.png Software-Division-16 bits by 10 (PNG image, 15*91) [317 B, 2021-06-29] = 22
            swen61.png Software-Time+Date-Time (PNG image, 15*91) [197 B, 2021-06-21] = 22
            swen49.png Software-Division-16 bits by N (PNG image, 15*91) [305 B, 2021-06-29] = 21
            swen71.png Software-R-Network-Mouse piano (PNG image, 15*91) [330 B, 2022-12-20] = 18

  >  >Arduinos malediction [7.39 KB, 2022-12-23] = 37
            Arduino_ex_360.gif Bye bye, Arduino (GIF image, 360*360) [11.7 KB, 2020-08-04] = 11

  >  >Error pages [7.10 KB, 2019-03-11] = 36
            uv_scheme_proc.gif (GIF image) [31.1 KB, 2010-06-08] = 20

  >  >Parameters [13.5 KB, 2019-09-30] = 25

  >Microbeginner [9.48 KB, 2023-01-01] = 181 + 2,884 = 3,065
       tn13.jpg ATtiny13 (JPG image, 150*100) [8.72 KB, 2016-03-27] = 1,361
       micro_beginner_course.gif Micro beginner (GIF image, 64*64) [1.77 KB, 2017-01-12] = 618
       Accesses.gif Accesses (GIF image, 753*424) [21.3 KB, 2023-03-01] = 116
       micro_beginner_complete_wo_source.pdf PDF document [8.32 MB, 2019-02-27] = 18
       sourcecodes.gif The most popular source codes (GIF image, 604*634) [21.7 KB, 2023-01-01] = 0

  >  >Instructions [28.8 KB, 2022-10-26] = 734

  >  >3 LED blinking [19.8 KB, 2019-09-24] = 263
            clock_cycle_fast.gif Flow diagram (GIF image, 312*968) [20.1 KB, 2017-01-12] = 189
            instruction_set.gif Instruction Set (GIF image, 739*198) [16.3 KB, 2016-03-27] = 185
            sbi_instruction.gif SBI instruction (GIF image, 1006*231) [10.3 KB, 2017-01-12] = 183
            led_weak.jpg A weak LED (JPG image, 500*375) [98.2 KB, 2016-03-27] = 182
            3_led_fast_start_sim.gif Start fast blinking (GIF image, 236*164) [9.58 KB, 2017-11-26] = 182
            3_led_fast_start_pb.gif Port at start of fast blinking (GIF image, 240*247) [15.9 KB, 2017-11-26] = 182
            3_led_fast_step1_sim.gif First step fast blinking (GIF image, 232*161) [9.56 KB, 2017-11-26] = 182
            3_led_fast_step1_pb.gif Port at first step of fast blinking (GIF image, 240*247) [16.0 KB, 2017-11-26] = 181
            3_led_blink_pb0_half.gif Port B after 0.5 sec (GIF image, 240*247) [16.3 KB, 2017-11-13] = 181
            3_led_fast_cycle_sim.gif Cycle fast blinking (GIF image, 234*166) [9.48 KB, 2017-11-26] = 180
            second_clock.gif Cycle calculation (GIF image, 1177*1497) [91.6 KB, 2017-01-13] = 180
            3_led_blink_full.gif Simulating 1 sec (GIF image, 235*165) [9.61 KB, 2017-11-26] = 179
            3_led_blink_pb0_full.gif Port B after 1 sec (GIF image, 240*247) [16.3 KB, 2017-11-13] = 178
            instruction.gif Instruction processing (GIF image, 1033*231) [10.1 KB, 2017-01-13] = 177
            3_led_blink_half.gif Simulating 0.5 sec (GIF image, 236*167) [9.76 KB, 2017-11-26] = 177
            3_Led_Blink_Fast.asm Assembler source file [599 B, 2017-01-12] = 39
            3_Led_Blink.asm Assembler source file [1.92 KB, 2017-01-13] = 36

  >  >2 LED on [28.1 KB, 2019-09-24] = 190
            LED_voltage.gif LED voltage (GIF image, 770*445) [12.9 KB, 2017-01-08] = 143
            R220.gif Resistor 220 Ohm (GIF image, 500*500) [30.4 KB, 2017-01-11] = 136
            asm_gavrasm.gif gavrasm (GIF image, 677*342) [18.8 KB, 2017-01-10] = 136
            ATtiny13PB0.gif Port internals (GIF image, 748*224) [12.5 KB, 2017-01-11] = 135
            2_LED-On.gif LED on port (GIF image, 612*338) [20.4 KB, 2017-01-09] = 135
            asm_studio_source.gif Studio source (GIF image, 624*252) [16.5 KB, 2017-01-10] = 135
            Studio4_newproject.gif Studio 4 new project (GIF image, 615*386) [33.9 KB, 2017-11-13] = 135
            Source_Sink.gif Source and Sink (GIF image, 500*243) [9.46 KB, 2017-01-09] = 134
            asm_listing.gif Listing (GIF image, 565*524) [35.6 KB, 2017-01-11] = 134
            Studio4_sourcecodeeditor.gif Studio source code editor (GIF image, 563*309) [11.4 KB, 2017-11-13] = 134
            LED_current.gif LED current (GIF image, 261*223) [5.56 KB, 2017-01-09] = 133
            ATtiny13Ports.gif Port pins (GIF image, 176*270) [7.24 KB, 2016-03-27] = 133
            asm_stages.gif Assembling stages (GIF image, 779*321) [10.9 KB, 2017-01-10] = 133
            Studio4_build_run.gif Studio assemble and start simulation (GIF image, 292*99) [10.2 KB, 2017-11-13] = 133
            Studio4_setpb0.gif Studio Set PB0 bit (GIF image, 718*211) [16.6 KB, 2017-11-13] = 133
            avr_sim_editsourcecode.gif avr_sim source code editor (GIF image, 564*293) [29.0 KB, 2017-11-13] = 133
            portregister.gif Port register (GIF image, 712*75) [6.44 KB, 2016-03-25] = 132
            2_LED_On_notepad.gif Notepad with code (GIF image, 328*154) [11.6 KB, 2017-01-11] = 132
            asm_studio_project.gif Studio project (GIF image, 615*386) [35.8 KB, 2017-01-10] = 132
            asm_gavrasm_done.gif gavrasm done (GIF image, 677*342) [20.1 KB, 2017-01-10] = 132
            asm_list.gif Listing on (GIF image, 529*408) [42.9 KB, 2016-03-25] = 132
            asm_hexlist.gif Hex-Code (GIF image, 266*134) [10.2 KB, 2017-01-11] = 132
            Studio4_start.gif Studio 4 start (GIF image, 615*386) [30.9 KB, 2017-11-13] = 132
            Studio4_simulate.gif Studio simulate (GIF image, 1143*364) [39.7 KB, 2017-11-13] = 132
            led_mounting.jpg LED hardware (JPG image, 500*375) [93.2 KB, 2016-03-25] = 131
            led_on.jpg The LED is on (JPG image, 500*375) [89.6 KB, 2016-03-25] = 131
            Studio4_step.gif Studio step (GIF image, 327*282) [14.6 KB, 2017-11-13] = 131
            avr_sim_new.gif avr_sim new project (GIF image, 525*311) [18.8 KB, 2017-11-13] = 131
            avr_sim_setddrb0.gif avr_sim step (GIF image, 240*247) [14.8 KB, 2017-11-13] = 131
            portb.gif PORTB (GIF image, 749*113) [5.61 KB, 2016-03-25] = 130
            asm_studio_device.gif Studio device (GIF image, 615*386) [35.1 KB, 2017-01-10] = 130
            asm_programming.gif Programmer window (GIF image, 532*566) [51.9 KB, 2016-03-25] = 130
            Studio4_device.gif Studio device selection (GIF image, 615*386) [36.6 KB, 2017-11-13] = 130
            avr_sim_simulate.gif avr_sim simulation (GIF image, 545*440) [36.9 KB, 2017-11-13] = 130
            LED.gif LED (GIF image, 500*500) [17.3 KB, 2017-01-11] = 129
            ddrb.gif DDRB (GIF image, 749*107) [5.44 KB, 2016-03-25] = 129
            avr_sim_portb.gif avr_sim port view (GIF image, 240*274) [16.0 KB, 2017-11-13] = 127
            2_Led_On.asm Assembler source file [432 B, 2017-01-11] = 44
            2_LED_On.bat DOS/Win batch file [182 B, 2017-01-11] = 20

  >  >6 LED with timer interrupt [42.6 KB, 2019-09-24] = 180
            6_LED-Int.gif Two LEDs (GIF image, 636*357) [20.7 KB, 2017-01-18] = 135
            6_tc0_o_int_ph1_sim.gif Simulation first overflow (GIF image, 236*273) [10.8 KB, 2017-11-28] = 134
            6_tc0_o_int_ph2_sim.gif End of the second cycle (GIF image, 237*277) [11.4 KB, 2017-11-25] = 134
            Leds.jpg Led combination (JPG image, 500*500) [85.7 KB, 2016-04-01] = 133
            6_tc0_o_int_init_pb.gif Port B after init (GIF image, 240*247) [15.3 KB, 2017-11-28] = 133
            6_tc0_o_int_ph1_reti_tc0.gif TC0 interrupt after RETI (GIF image, 403*271) [29.3 KB, 2017-11-28] = 133
            6_tc0_int_ctcA_int1_tc0.gif TC0 first ctc int (GIF image, 403*271) [29.9 KB, 2017-11-26] = 133
            6_tc0_o_int_ph1_pb.gif Port after first overflow (GIF image, 240*247) [15.4 KB, 2017-11-28] = 132
            6_tc0_o_int_ph1_int_pb.gif Compare match B (GIF image, 240*247) [14.9 KB, 2017-11-28] = 132
            6_tc0_o_int_ph1_tc0int.gif TC0 interrupt execution (GIF image, 403*271) [29.4 KB, 2017-11-28] = 132
            6_tc0_o_int_ph1_ph2_sim.gif End of first cycle (GIF image, 544*272) [27.6 KB, 2017-11-28] = 132
            6_tc0_int_ctcA_init_tc0.gif TC0 CTC mode after init (GIF image, 403*271) [29.9 KB, 2017-11-29] = 132
            6_tc0_o_int_init_tc0.gif TC0 OVF interrupt after init (GIF image, 403*271) [28.3 KB, 2017-11-28] = 131
            6_tc0_o_int_ph1_int1_sim.gif Simulation Int + 1 (GIF image, 404*160) [16.2 KB, 2017-11-28] = 131
            6_tc0_o_int_ph1_isr_sim.gif Counter decrease (GIF image, 545*278) [26.3 KB, 2017-11-28] = 131
            6_tc0_o_int_tc0cmpBset.gif TC0 compare B set (GIF image, 403*271) [25.1 KB, 2017-11-28] = 131
            6_tc0_int_ctcA_init_pb.gif Port B after init (GIF image, 240*247) [14.0 KB, 2017-11-26] = 131
            6_tc0_int_ctcA_cycle_sim.gif Simulation first cycle (GIF image, 235*274) [10.5 KB, 2017-11-26] = 131
            6_tc0_o_int_ph1_tc0ovreq.gif First Overflow, interrupt request (GIF image, 403*271) [29.1 KB, 2017-11-28] = 130
            6_tc0_int_ctcA_int1_pb.gif Port B first ctc int (GIF image, 240*247) [15.2 KB, 2017-11-26] = 130
            6_tc0_int_ctcA_int1_sim.gif Simulation first CTC interrupt (GIF image, 234*276) [10.9 KB, 2017-11-29] = 130
            6_tc0_o_int_init_sim.gif Simulation after init (GIF image, 545*276) [26.9 KB, 2017-11-29] = 128
            6_tc0_o_int_ph1_reti_sim.gif Simulation after RETI (GIF image, 398*157) [16.1 KB, 2017-11-28] = 128
            SREG_I-Bit.gif I-Bit (GIF image, 637*87) [4.37 KB, 2016-03-30] = 126
            TIMSK0_OIE.gif Overflow-Int-Enable (GIF image, 636*83) [4.30 KB, 2016-03-30] = 126
            6_tc0_o_int.asm Assembler source file [4.33 KB, 2017-01-19] = 36
            6_tc0_int_compA.asm Assembler source file [4.16 KB, 2017-01-19] = 31

  >  >4 LED with timer [30.0 KB, 2019-09-24] = 151
            current_2.gif Operating current at low frequencies (GIF image, 565*376) [16.2 KB, 2016-03-29] = 123
            current_3.gif Current requirements idle (GIF image, 570*373) [16.8 KB, 2016-03-29] = 122
            4_timer_blink_counting.gif Timer is counting (GIF image, 403*271) [28.3 KB, 2017-11-14] = 120
            4_timer_blink_cmpA1.gif Timer compare match (GIF image, 403*271) [28.8 KB, 2017-11-14] = 120
            4_timer_blink_cmpA1_stopwatch.gif Stopwatch (GIF image, 237*274) [11.6 KB, 2017-11-27] = 120
            current_1.gif Operating current at high frequencies (GIF image, 566*376) [15.0 KB, 2016-03-29] = 120
            WGM.gif Timer modes (GIF image, 659*377) [20.4 KB, 2016-03-29] = 120
            4_led_blink_init_tc0.gif Timer in CTC mode (GIF image, 403*271) [28.8 KB, 2017-11-27] = 120
            fuses_128kcs.gif Fuse 128kcs (GIF image, 531*565) [51.1 KB, 2016-03-28] = 120
            4_blink_128_ph1_pb0.gif Port first compare match (GIF image, 240*247) [15.1 KB, 2017-11-25] = 120
            4_timer_blink_init.gif Timer start conditions (GIF image, 403*271) [28.8 KB, 2017-11-14] = 119
            4_timer_blink_portinit.gif Port start conditions (GIF image, 240*247) [16.8 KB, 2017-11-14] = 119
            4_blink_128_ph1_tc0.gif TC0 after init (GIF image, 403*271) [28.9 KB, 2017-11-25] = 119
            CLKPS.gif CLKPS bits (GIF image, 664*293) [9.02 KB, 2016-03-29] = 118
            WGM_bits.gif WGM bits (GIF image, 644*169) [8.48 KB, 2016-03-29] = 118
            4_led_blink_phase1_port.gif Phase 1 port (GIF image, 240*247) [15.6 KB, 2017-11-14] = 118
            4_blink_128_tc0_init.gif TC0 after init (GIF image, 403*271) [28.6 KB, 2017-11-27] = 118
            4_led_blink_phase1.gif End of phase 1 (GIF image, 235*273) [11.6 KB, 2017-11-27] = 117
            4_blink_128_ph1_sim.gif Simulation first compare match (GIF image, 237*272) [11.8 KB, 2017-11-27] = 117
            4_blink_128_ph2_sim.gif Simulation second compare match (GIF image, 237*276) [10.8 KB, 2017-11-25] = 117
            4_blink_128_ph2_pb0.gif Port second compare match (GIF image, 240*247) [15.3 KB, 2017-11-25] = 117
            ctc.gif CTC (GIF image, 400*286) [7.17 KB, 2017-01-15] = 116
            TCCR0A.gif TCCR0A (GIF image, 792*96) [6.20 KB, 2016-03-29] = 116
            4_led_blink_phase2.gif Second compare match (GIF image, 235*272) [11.3 KB, 2017-11-27] = 116
            4_blink_128_sim_init.gif Simulation after init (GIF image, 236*276) [10.6 KB, 2017-11-27] = 116
            TCNT.gif TCNT (GIF image, 475*178) [9.91 KB, 2017-01-15] = 115
            compare.gif Comparer (GIF image, 400*252) [14.3 KB, 2017-01-15] = 115
            TCCR0B.gif TCCR0B (GIF image, 792*101) [5.24 KB, 2016-03-29] = 115
            CLKPR.gif CLKPR (GIF image, 633*76) [4.59 KB, 2016-03-29] = 115
            4_led_blink_init.gif Program init (GIF image, 235*275) [11.2 KB, 2017-11-27] = 115
            TCCRB.gif TCCRB (GIF image, 458*138) [9.77 KB, 2017-01-15] = 114
            4_timer_blink_cmpA1_port.gif Portbit toggle (GIF image, 240*247) [16.8 KB, 2017-11-14] = 110
            4_Timer_Blink.asm Assembler source file [1.07 KB, 2017-01-15] = 49
            4_Blink_128kcs.asm Assembler source file [1.30 KB, 2017-01-16] = 34
            4_Led_Blink_timer.asm Assembler source file [1.76 KB, 2017-11-29] = 31

  >  >12 Infrared transmitter/receiver [154 KB, 2019-09-24] = 149
            12_IR-Tx_driver.gif IR transmitter ATtiny13 (GIF image, 677*445) [14.4 KB, 2017-02-21] = 123
            ir-signal.gif IR signal (GIF image, 712*465) [35.1 KB, 2017-02-18] = 114
            c22n.jpg Capacitor 22 nF (JPG image, 300*372) [15.7 KB, 2016-05-01] = 112
            IR-Rx_Scheme_2.gif Scheme with a TSOP1740 (GIF image, 722*499) [26.8 KB, 2017-02-18] = 111
            signals_head.gif Table of signal durations header (GIF image, 666*366) [25.4 KB, 2017-02-18] = 111
            tsop4840_1740.gif TSOP4840, TSOP1740 (GIF image, 500*526) [34.7 KB, 2016-04-25] = 110
            signals_tv_end.gif Signals from behind (GIF image, 500*163) [25.4 KB, 2016-04-26] = 110
            IR-Rx_Scheme_1.gif Scheme with a TSOP4840 (GIF image, 722*467) [26.5 KB, 2017-02-18] = 109
            signals_hdr.gif Signals from a HDR (GIF image, 500*158) [30.5 KB, 2016-04-23] = 108
            tv_Hi_End.gif Hi signals at the end (GIF image, 500*184) [41.7 KB, 2016-04-24] = 108
            IR-Rx_1_Start.gif Start screen (GIF image, 500*167) [24.4 KB, 2016-04-25] = 107
            signals_tv.gif Signal start of a TV remote control box (GIF image, 500*155) [28.0 KB, 2016-04-23] = 107
            signals_camera.gif Signals from a camera (GIF image, 500*153) [30.7 KB, 2016-04-23] = 107
            number_tv.gif Number of signals TV (GIF image, 500*159) [18.5 KB, 2016-04-25] = 107
            number_camera.gif Number of signals camera (GIF image, 500*159) [21.9 KB, 2016-04-25] = 107
            IR-Rx_Scheme_tn24.gif Tiny24 switch schem (GIF image, 724*513) [29.8 KB, 2017-02-22] = 107
            IR-Rx_1b_Start.gif Bit duration short (GIF image, 500*160) [17.2 KB, 2016-04-26] = 106
            tv_HiLo.gif Hi/Lo signals of a TV remote control (GIF image, 500*184) [16.4 KB, 2016-05-11] = 106
            tv_HiLo_End.gif Hi/Lo signals at the end (GIF image, 500*188) [27.1 KB, 2016-04-24] = 106
            number_hdr.gif Number of signals HDR (GIF image, 500*159) [19.8 KB, 2016-04-25] = 105
            tv_Hi.gif Hi signals (GIF image, 500*177) [28.9 KB, 2016-04-24] = 105
            bits_tv.gif Bits of a TV (GIF image, 500*165) [22.9 KB, 2016-04-25] = 105
            12_IR-Tx.jpg Mounting transmitter (JPG image, 500*344) [70.3 KB, 2016-04-28] = 105
            bits_ir-tx.jpg Diagnose transmit (JPG image, 500*155) [33.4 KB, 2016-04-28] = 105
            12_IR-Rx_Relay_ActiveLow.gif Active-Low-Scheme (GIF image, 1019*584) [34.1 KB, 2017-02-22] = 105
            12_IR-Rx_Relay_ActiveHigh.gif Active-High-Scheme (GIF image, 1019*607) [33.7 KB, 2017-02-22] = 105
            12_Rx_Relay_Mounting13.jpg Mounting tn13 (JPG image, 500*330) [54.4 KB, 2016-05-18] = 105
            ir-led.jpg IR LED (JPG image, 500*175) [10.7 KB, 2016-04-28] = 104
            12_IR-Tx.gif IR transmitter ATtiny13 with driver (GIF image, 510*524) [12.2 KB, 2017-02-21] = 103
            12_IR_Tx_08_tc0inten.gif Transmit, TC0 interrupts enable (GIF image, 403*271) [28.6 KB, 2017-12-24] = 103
            12_IR_Tx_09_tc0intexec.gif Transmit, first interrupt executed (GIF image, 403*271) [28.7 KB, 2017-12-24] = 103
            12_IR-Tx_Analog.gif Scheme analog transmitter (GIF image, 454*536) [17.8 KB, 2017-02-21] = 103
            12_IR-Tx_Analog.jpg Mounting the analog IR transmitter (JPG image, 500*503) [95.7 KB, 2016-05-01] = 103
            Tx_Analog_Head4.gif Simulation second header active (GIF image, 254*224) [7.71 KB, 2016-04-29] = 103
            12_Rx_Relay_Mounting24.jpg Mounting tn24 (JPG image, 500*375) [84.7 KB, 2016-05-17] = 103
            IR-Rx_1a_Start.gif Number of signals (GIF image, 500*166) [15.9 KB, 2016-04-26] = 102
            12_IR_Tx_01_clkpr_frq.gif Transmit, clock prescaler (GIF image, 234*274) [11.1 KB, 2017-12-24] = 102
            12_IR_Tx_02_initport.gif Transmit, port init (GIF image, 240*247) [17.2 KB, 2017-12-24] = 102
            12_IR_Tx_03_inittc0.gif Transmit, TC0 init (GIF image, 403*271) [28.5 KB, 2017-12-24] = 102
            12_IR_Tx_04_int0activated.gif Transmit, INT0 activated (GIF image, 240*247) [17.0 KB, 2017-12-24] = 102
            12_IR_Tx_05_int0executed.gif Transmit, INT0 is executed (GIF image, 240*247) [16.9 KB, 2017-12-24] = 102
            12_IR_Tx_07_transmitregs.gif Transmit, transmit registers copied (GIF image, 296*141) [5.11 KB, 2017-12-24] = 102
            12_IR_Tx_10_ctrdec1.gif Transmit, decreasing counter (GIF image, 294*224) [8.07 KB, 2017-12-24] = 102
            12_IR_Tx_11_intreptime.gif Transmit, interrupt repetition time (GIF image, 235*159) [9.50 KB, 2017-12-24] = 102
            12_IR_Tx_12_pb0toggle.gif Transmit, PB0 toggles (GIF image, 240*247) [16.6 KB, 2017-12-24] = 102
            12_IR_Tx_14_second_active.gif Transmit, second phase (GIF image, 235*158) [9.56 KB, 2017-12-24] = 102
            12_IR_Tx_15_third_inactive.gif Transmit, third phase (GIF image, 234*161) [9.68 KB, 2017-12-24] = 102
            12_IR_Tx_16_fourth_active.gif Transmit, fourth phase (GIF image, 234*276) [10.9 KB, 2017-12-24] = 102
            Tx_Analog_Bit15.gif Simulation of a low bit (GIF image, 249*222) [7.34 KB, 2016-04-29] = 102
            Table_Keys_tv.gif Key table (GIF image, 276*315) [9.47 KB, 2017-02-20] = 101
            r68.jpg 68 Ohm (JPG image, 500*138) [9.39 KB, 2016-04-28] = 101
            12_IR_Tx_13_first_time.gif Transmit, time until first timeout (GIF image, 235*159) [9.86 KB, 2017-12-24] = 101
            Tx_Analog_P15.gif Simulation active phase (GIF image, 255*222) [7.82 KB, 2016-04-29] = 101
            12_IR-Rx_Analog.jpg Data reception (JPG image, 500*129) [21.9 KB, 2016-05-01] = 101
            Fuse_EESave.gif EESave fuse (GIF image, 529*561) [43.9 KB, 2016-05-15] = 101
            Rx_Switch_Analysis_General.jpg Diagnose output (JPG image, 500*165) [31.5 KB, 2016-05-17] = 101
            Rx_Switch_Analysis_Bytes.jpg Diagnose bytes (JPG image, 500*163) [25.0 KB, 2016-05-17] = 101
            Rx_Switch_Analysis_Words.jpg Diagnose words (JPG image, 500*157) [35.8 KB, 2016-05-17] = 101
            12_IR_Tx_06_flagsset.gif Transmit, flags are set (GIF image, 297*151) [4.87 KB, 2017-12-24] = 100
            Tx_Analog_Head3.gif Simulation second header inactive (GIF image, 250*222) [7.38 KB, 2016-04-29] = 100
            Tx_Analog_Head2.gif Simulation first header active (GIF image, 253*221) [7.64 KB, 2016-04-29] = 99
            Tx_Analog_Head1.gif Simulation first header inactive (GIF image, 618*227) [13.9 KB, 2016-04-29] = 98
            Tx_Analog_Bit_One.gif Simulation of a high bit (GIF image, 253*219) [7.73 KB, 2016-04-29] = 97
            12_IR-Rx_Analog.asm Assembler source file [17.4 KB, 2017-02-22] = 32
            12_IR-Tx.asm Assembler source file [8.10 KB, 2017-02-21] = 30
            12_IR-Rx_Switch.asm Assembler source file [22.4 KB, 2017-02-23] = 30
            Lcd4Busy.inc Assembler include file [8.58 KB, 2017-02-17] = 29
            12_IR-Rx_1.asm Assembler source file [8.69 KB, 2017-02-19] = 28
            12_IR-Rx_1a.asm Assembler source file [6.77 KB, 2017-02-19] = 28
            12_IR-Rx_1c.asm Assembler source file [11.4 KB, 2017-02-20] = 28
            12_IR-Tx_Analog.asm Assembler source file [10.8 KB, 2017-02-21] = 24
            12_IR-Rx_1b.asm Assembler source file [10.1 KB, 2017-02-20] = 23

  >  >5 LED with PWM [16.8 KB, 2019-09-24] = 147
            pwm_motordriver.gif PWM motor driver (GIF image, 898*308) [23.5 KB, 2017-01-17] = 117
            Phase-correct-PWM-pulse.gif Phase correct (GIF image, 595*440) [16.3 KB, 2017-01-17] = 114
            5_phcorr_count_down.gif PWM phase correct counting down (GIF image, 403*271) [28.4 KB, 2017-11-28] = 113
            Fast-PWM_output.gif Fast PWM example (GIF image, 600*445) [14.0 KB, 2017-01-17] = 112
            Phase-correct-CTC.gif PWM with CTC (GIF image, 826*479) [25.7 KB, 2017-01-17] = 111
            Led_Pwm.gif Pulse width modulation (GIF image, 618*220) [6.07 KB, 2017-01-17] = 110
            Fast-PWM_output_A.gif Fast PWM output A control (GIF image, 658*234) [18.9 KB, 2016-03-29] = 110
            5_fast_ovf_pb_init.gif Fast PWM port init (GIF image, 240*247) [15.2 KB, 2017-11-27] = 110
            5_fast_cmp_tc0.gif Fast PWM first match (GIF image, 403*271) [28.7 KB, 2017-11-25] = 110
            5_fast_ovf_tc0.gif Fast PWM timer overflow (GIF image, 403*271) [28.7 KB, 2017-11-25] = 110
            5_fast_ovf_pb0.gif Fast PWM overflow port (GIF image, 240*247) [16.1 KB, 2017-11-25] = 110
            5_phcorr_255.gif PWM phase correct at TOP (GIF image, 403*271) [28.5 KB, 2017-11-28] = 110
            5_fast_ovf_init_tc0.gif Fast PWM TC init (GIF image, 403*271) [28.5 KB, 2017-11-27] = 109
            5_fast_cmp_sim.gif Fast PWM simulate first match (GIF image, 234*275) [10.5 KB, 2017-11-25] = 109
            2.jpg 2% (JPG image, 100*100) [5.23 KB, 2016-03-30] = 108
            5_fast_cmp_pb0.gif Fast PWM first match port (GIF image, 240*247) [15.9 KB, 2017-11-25] = 108
            5_fast_ovf_sim.gif Fast PWM simulate overflow (GIF image, 234*274) [10.8 KB, 2017-11-25] = 108
            5_fast_ovf_init.gif Fast PWM init (GIF image, 233*277) [10.6 KB, 2017-11-27] = 107
            0.jpg 0% (JPG image, 100*100) [4.93 KB, 2016-03-30] = 106
            4.jpg 4% (JPG image, 100*100) [4.83 KB, 2016-03-30] = 106
            10.jpg 10% (JPG image, 100*100) [4.62 KB, 2016-03-30] = 106
            1.jpg 1% (JPG image, 100*100) [4.90 KB, 2016-03-30] = 105
            100.jpg 100% (JPG image, 100*100) [4.53 KB, 2016-03-30] = 105
            3.jpg 3% (JPG image, 100*100) [5.12 KB, 2016-03-30] = 104
            5.jpg 5% (JPG image, 100*100) [4.76 KB, 2016-03-30] = 104
            20.jpg 20% (JPG image, 100*100) [5.36 KB, 2016-03-30] = 104
            50.jpg 50% (JPG image, 100*100) [4.75 KB, 2016-03-30] = 100
            5_fast_pwm.asm Assembler source file [1.00 KB, 2017-01-17] = 39

  >  >1 Programmer interface [20.7 KB, 2019-09-24] = 132
            isp6_2.jpg ISP6 plug 2 (JPG image, 300*300) [15.3 KB, 2016-03-23] = 83
            board_bestueckung.jpg Mounting components (JPG image, 500*375) [100 KB, 2016-03-24] = 82
            Programming.gif Programming (GIF image, 563*284) [11.1 KB, 2017-01-07] = 81
            R10k.jpg Resistor 10k (JPG image, 500*500) [29.9 KB, 2016-03-23] = 80
            breadboard_connect.jpg Breadboard connections (JPG image, 500*302) [59.1 KB, 2016-03-24] = 78
            Studio_Tools.gif Studio start (GIF image, 653*481) [56.0 KB, 2016-03-24] = 78
            dip8_fassung.jpg DIP8 socket (JPG image, 500*500) [19.8 KB, 2016-03-23] = 77
            board_versorgung.jpg Supply (JPG image, 500*375) [85.9 KB, 2016-03-24] = 77
            board_adapter.jpg Programmer (JPG image, 500*558) [84.8 KB, 2016-03-24] = 77
            Studio_Main.gif The tools window (GIF image, 526*564) [48.1 KB, 2016-03-24] = 77
            Studio_Signatur.gif Signature (GIF image, 533*566) [40.6 KB, 2016-03-24] = 77
            chargers.gif Charging batteries (GIF image, 672*464) [20.1 KB, 2017-12-25] = 76
            Studio_Error.gif Error (GIF image, 501*425) [24.0 KB, 2016-03-24] = 76
            Studio_Fuses.gif Fuses (GIF image, 532*565) [40.3 KB, 2016-03-24] = 76
            1_ProgrammerInterface.gif Programming Interface (GIF image, 612*336) [20.8 KB, 2017-01-07] = 75
            C100nK.jpg Ceramic capacitor 100nF (JPG image, 500*500) [25.7 KB, 2016-03-24] = 75
            breadboard.jpg Breadboard (JPG image, 500*302) [52.1 KB, 2016-03-24] = 75
            Studio_Autoconnect.gif Tools autoconnect (GIF image, 311*481) [16.6 KB, 2016-03-24] = 75
            akku.jpg LEFT (JPG image, 500*500) [54.7 KB, 2016-03-23] = 74
            isp6_3.jpg ISP6 plug 3 (JPG image, 300*300) [13.1 KB, 2016-03-23] = 74
            ATtiny13-20PU_1.jpg ATtiny13-20PU (JPG image, 500*500) [26.9 KB, 2016-03-24] = 73
            Studio_Device.gif Device selection (GIF image, 614*392) [29.2 KB, 2016-03-24] = 73
            Studio_MainSettings.gif Properties (GIF image, 530*565) [32.5 KB, 2016-03-24] = 73
            ATtiny13-20PU_2.jpg ATtiny13-20PU (JPG image, 500*500) [24.0 KB, 2016-03-24] = 72
            akku1.jpg RIGHT (JPG image, 500*500) [52.3 KB, 2016-03-23] = 71
            Studio_Project.gif Studio project (GIF image, 614*387) [27.8 KB, 2016-03-24] = 70
            Studio_Lockbits.gif Lockbits (GIF image, 532*564) [41.0 KB, 2016-03-24] = 68

  >  >7 Key interrupt [24.1 KB, 2022-05-15] = 128
            key2.jpg Key from above (JPG image, 500*500) [22.0 KB, 2016-04-03] = 102
            Flow_Tflag.gif INT0 sets T flag (GIF image, 148*344) [5.04 KB, 2017-01-20] = 97
            duoled.jpg Duo-LED (JPG image, 500*190) [19.1 KB, 2017-01-20] = 96
            Switch.gif Switch on port pin (GIF image, 671*297) [9.76 KB, 2017-01-20] = 95
            7_keyint_tflag.gif INT0 ISR sets T flag (GIF image, 407*130) [13.9 KB, 2017-11-30] = 94
            INT0_GIMSK.gif INT0 in GIMSK (GIF image, 644*89) [3.97 KB, 2016-04-03] = 93
            7_keyint_startseq_sim.gif Starting a sequence (GIF image, 434*278) [23.8 KB, 2017-11-30] = 93
            ISC_MCUCR.gif ISC bits in port MCUCR (GIF image, 642*85) [4.90 KB, 2016-04-03] = 92
            Flow_Sleep.gif Main flow (GIF image, 216*990) [16.1 KB, 2017-01-20] = 92
            7_keyint_intreq_pb.gif INT0 initiated (GIF image, 240*247) [16.5 KB, 2017-11-30] = 92
            7_keyint_cmpA_sim.gif Time until first compare match int occurs (GIF image, 398*156) [16.4 KB, 2017-11-30] = 92
            7_keyint_ctc250_sim.gif 250 ctc cycles (GIF image, 235*162) [9.71 KB, 2017-11-30] = 92
            Switch_Duoled_timing.gif Signal sequence and timing (GIF image, 1015*179) [6.28 KB, 2017-01-20] = 91
            Key_Duoled_scheme.gif Schematic duoled (GIF image, 735*262) [11.8 KB, 2017-01-20] = 91
            key1.jpg Key from below (JPG image, 500*500) [37.8 KB, 2016-04-03] = 91
            Key_Duoled_counter.gif Counter flow (GIF image, 1015*296) [8.28 KB, 2017-01-20] = 91
            Pull-Up.gif Pull-Up (GIF image, 374*297) [7.33 KB, 2017-01-20] = 90
            Flow_Ctc.gif CTC ISR (GIF image, 189*594) [9.42 KB, 2017-01-20] = 90
            7_keyint_startseq_tc0.gif Timer TC0 after starting sequence (GIF image, 403*271) [31.1 KB, 2017-11-30] = 90
            7_keyint_intproc.gif INT0 jumped to vector (GIF image, 240*247) [16.4 KB, 2017-11-30] = 89
            7_keyint_cmpA_tc0.gif First compare match int (GIF image, 403*271) [30.7 KB, 2017-11-30] = 89
            7_keyint_after_pb.gif After polarity change (GIF image, 240*247) [16.5 KB, 2017-11-30] = 89
            7_keyint_init_pb.gif Port B after init (GIF image, 240*247) [16.7 KB, 2017-11-30] = 88
            7_keyint_before_pb.gif Before polarity change (GIF image, 240*247) [16.4 KB, 2017-11-30] = 88
            7_keyint_endofcycle.gif One cycle is over (GIF image, 235*163) [9.83 KB, 2017-11-30] = 88
            Key_Duoled_Tflag.gif T flag (GIF image, 1015*347) [9.28 KB, 2017-01-20] = 86
            7_Key_Int.asm Assembler source file [4.39 KB, 2017-11-30] = 31

  >  >10 LCD display [54.8 KB, 2020-03-03] = 107
            tn24.jpg ATtiny24 (JPG image, 150*121) [11.0 KB, 2016-04-17] = 213
            ATtiny24.jpg ATtiny24 (JPG image, 500*354) [31.8 KB, 2016-04-17] = 67
            Lcd_Charactergenerator.gif Charactergenerator (GIF image, 549*268) [31.6 KB, 2017-02-12] = 65
            lcd_display_mounting.jpg Mounting (JPG image, 650*507) [128 KB, 2016-04-16] = 64
            lcd_from_below.jpg LCD below (JPG image, 500*375) [78.3 KB, 2016-04-20] = 63
            ATtiny24.gif ATtiny24 (GIF image, 540*292) [11.5 KB, 2016-05-19] = 63
            socket_14pin.jpg Socket (JPG image, 500*309) [26.6 KB, 2016-04-17] = 63
            10_Lcd_1_wait5ms_sim.gif Wait for 5 ms (GIF image, 234*160) [9.53 KB, 2017-12-23] = 63
            LCD-Display_Scheme_1.gif Scheme LCD (GIF image, 722*419) [24.3 KB, 2017-02-11] = 62
            lcd_from_above.jpg LCD above (JPG image, 500*375) [83.8 KB, 2016-04-19] = 61
            Lcd-Display_pins.gif LCD pins (GIF image, 876*193) [18.3 KB, 2016-04-17] = 61
            1k.jpg 2.1 mA (JPG image, 320*240) [61.9 KB, 2016-04-17] = 61
            10_Lcd_1_wait100us_sim.gif Wait for 100 µs (GIF image, 236*159) [9.45 KB, 2017-12-23] = 61
            10_Lcd_1_wait40us_sim.gif Wait for 40 µs (GIF image, 235*274) [10.8 KB, 2017-12-23] = 61
            LCD-Display_Scheme_2.gif Scheme with R/W (GIF image, 722*419) [24.6 KB, 2017-02-10] = 61
            lcd_pinheader.jpg Pin header on LCD (JPG image, 500*200) [26.0 KB, 2016-04-19] = 60
            trimmer_10k.jpg Trimmer 10k (JPG image, 500*275) [18.9 KB, 2016-04-17] = 60
            Lcd_Charactertable.gif Assembler table (GIF image, 1108*423) [47.2 KB, 2017-02-12] = 60
            220.jpg 7.4 mA (JPG image, 320*240) [57.5 KB, 2016-04-17] = 59
            10_Lcd_1_wait50ms_sim.gif Wait for 50 ms (GIF image, 234*161) [9.53 KB, 2017-12-23] = 59
            39.jpg 18.3 mA (JPG image, 320*240) [57.5 KB, 2016-04-17] = 58
            Lcd_Charactergenerator.jpg Character output (JPG image, 500*212) [36.8 KB, 2016-04-20] = 58
            100.jpg 12.0 mA (JPG image, 320*240) [58.8 KB, 2016-04-17] = 57
            10_Lcd-Display_1.asm Assembler source file [6.91 KB, 2018-05-24] = 39
            10_Lcd-Display_2.asm Assembler source file [7.63 KB, 2017-02-12] = 38
            10_Lcd-Display_3.asm Assembler source file [8.84 KB, 2017-02-12] = 36
            Lcd_Charactergenerator.ods LibreOffice Spreadsheet [15.0 KB, 2017-02-10] = 22
            Lcd_Charactergenerator_Arrows.ods LibreOffice Spreadsheet [17.4 KB, 2017-02-10] = 16
            Lcd_Charactergenerator.xls Microsoft Excel spreadsheet [31.5 KB, 2017-02-10] = 12
            Lcd_Charactergenerator_Arrows.xls Microsoft Excel spreadsheet [31.5 KB, 2017-02-12] = 12

  >  >11 EEPROM access [46.7 KB, 2022-05-15] = 101
            11_Eep_1_eeperase.gif Write stage 1: clearing the content (GIF image, 621*114) [16.5 KB, 2017-12-23] = 75
            11_Eep_1_init_eep.gif EEPROM content at start (GIF image, 723*237) [30.2 KB, 2017-12-23] = 73
            EEPROM_Scheme.gif Scheme (GIF image, 722*419) [25.2 KB, 2017-02-15] = 70
            Eeprom_Byte.jpg Result (JPG image, 500*190) [36.0 KB, 2016-04-21] = 70
            11_Eep_1_eepdata.gif Data written to the EEPROM data register (GIF image, 723*237) [31.9 KB, 2017-12-23] = 70
            11_Eep_1_decconv2.gif Second start (GIF image, 604*100) [11.5 KB, 2017-12-23] = 70
            11_Eep_1_inc2_sim.gif Second increase (GIF image, 545*271) [31.1 KB, 2017-12-23] = 70
            11_Eep_2_init.gif EEPROM at start (GIF image, 275*237) [13.9 KB, 2017-12-23] = 70
            11_Eep_2_decconv.gif Decimal conversion (GIF image, 715*263) [24.9 KB, 2017-12-23] = 70
            11_Eep_2_eepreadHL.gif Reading counter from EEPROM (GIF image, 296*143) [5.06 KB, 2017-12-23] = 70
            11_Eep_2_eepwritelsb.gif Writing the LSB (GIF image, 723*237) [31.9 KB, 2017-12-23] = 70
            11_Eep_1_inc_sim.gif Increased counter (GIF image, 545*272) [28.7 KB, 2017-12-23] = 69
            11_Eep_1_eepmwewe.gif Write Enable (GIF image, 622*112) [16.2 KB, 2017-12-23] = 69
            11_Eep_1_eepwritecomplete.gif EEPROM write complete (GIF image, 275*114) [9.52 KB, 2017-12-23] = 69
            11_Eep_1_eepwritecomplete_sim.gif Time required (GIF image, 234*162) [9.66 KB, 2017-12-23] = 69
            11_Eep_2_eepwriteboth.gif Both bytes written (GIF image, 296*237) [14.3 KB, 2017-12-23] = 69
            EECR.gif EECR (GIF image, 643*76) [5.07 KB, 2016-04-21] = 68
            11_Eep_1_eepmwe.gif Master Write Enable (GIF image, 272*179) [11.2 KB, 2017-12-23] = 68
            11_Eep_2_eepwritemsb.gif Writing the MSB (GIF image, 723*237) [32.3 KB, 2017-12-23] = 68
            11_Eep_2_eepwriteboth_sim.gif Time elapsed (GIF image, 236*158) [9.52 KB, 2017-12-23] = 67
            11_Eep_1_decconv.gif Decimal conversion in SRAM (GIF image, 715*263) [23.1 KB, 2017-12-23] = 65
            11_Eep_2_incHL.gif Value increased (GIF image, 293*139) [5.00 KB, 2017-12-23] = 65
            11_Eeprom_2.asm Assembler source file [7.08 KB, 2017-02-17] = 43
            11_Eeprom_1.asm Assembler source file [5.64 KB, 2017-02-17] = 37
            Lcd4Busy.inc Assembler include file [8.58 KB, 2017-02-17] = 30

  >  >9 Audio generator [80.8 KB, 2019-09-24] = 97
            sp_45Ohm.jpg Speaker (JPG image, 500*360) [43.9 KB, 2016-04-10] = 90
            Multiplication.gif Binary multiplication (GIF image, 815*285) [34.3 KB, 2017-02-09] = 76
            9_sound2_add1.gif Sound 2 first add to the result (GIF image, 140*143) [3.25 KB, 2017-12-11] = 70
            9_sound2_add3.gif Sound 2 adding the third (GIF image, 168*143) [3.69 KB, 2017-12-11] = 70
            9_sound1_run_adc.gif Audio1 ADC running (GIF image, 336*254) [23.1 KB, 2017-12-11] = 69
            9_sound2_adcrun.gif Sound 2 ADC running (GIF image, 336*254) [23.0 KB, 2017-12-11] = 69
            9_sound2_shift2.gif Sound 2 second shift (GIF image, 166*227) [4.96 KB, 2017-12-11] = 69
            9_sound2_add4.gif Sound 2 adding the fourth (GIF image, 168*147) [3.70 KB, 2017-12-11] = 69
            9_sound2_zgamuttable.gif Sound 2 loading gamut table to Z (GIF image, 294*136) [5.03 KB, 2017-12-11] = 69
            mounting.jpg Mounting (JPG image, 650*591) [124 KB, 2016-04-10] = 68
            9_sound1_init_adc.gif Audio1 ADC init (GIF image, 336*254) [18.6 KB, 2017-12-11] = 68
            9_sound1_run_porttoggle_sim.gif Audio1 CTC timing (GIF image, 235*159) [9.61 KB, 2017-12-11] = 68
            9_sound2_init_port.gif Sound 2 port init (GIF image, 240*247) [16.9 KB, 2017-12-11] = 68
            9_sound2_ldi29.gif Sound 2 starting multiplication (GIF image, 139*139) [3.23 KB, 2017-12-11] = 68
            9_sound2_mult2_2.gif Sound 2 second multiplication by 2 (GIF image, 168*143) [3.73 KB, 2017-12-11] = 68
            9_sound2_shift3.gif Sound 2 third shift (GIF image, 167*224) [5.04 KB, 2017-12-11] = 68
            9_sound2_shift4.gif Sound 2 fourth shift (GIF image, 164*226) [4.97 KB, 2017-12-11] = 68
            9_sound2_mult2_5.gif Sound 2 fifth multiplication by 2 (GIF image, 169*139) [3.67 KB, 2017-12-11] = 68
            9_sound2_add5.gif Sound 2 adding the fifth (GIF image, 167*137) [3.62 KB, 2017-12-11] = 68
            9_sound2_endmult_sim.gif Sound 2 multiplication time (GIF image, 222*110) [3.63 KB, 2017-12-11] = 68
            9_sound1_init_port.gif Audio1 Port init (GIF image, 240*247) [18.2 KB, 2017-12-11] = 67
            9_sound1_adcint_in.gif Audio1 ADC result read (GIF image, 545*274) [27.1 KB, 2017-12-11] = 67
            Decimal-Multiplication.gif Decimal multiplication (GIF image, 685*355) [14.1 KB, 2017-02-08] = 67
            9_sound2_shift1.gif Sound 2 first shift to carry (GIF image, 161*222) [4.89 KB, 2017-12-11] = 67
            9_sound2_mult2_1.gif Sound 2 first multiply by 2 (GIF image, 175*141) [3.75 KB, 2017-12-11] = 67
            9_sound2_shift5.gif Sound 2 fifth shift (GIF image, 166*226) [5.02 KB, 2017-12-11] = 67
            9_sound1_adcint_ocr0a.gif Audio1 result to OCR0A (GIF image, 442*89) [12.0 KB, 2017-12-11] = 66
            9_sound1_pcintreq.gif Audio1 PCINT request (GIF image, 240*247) [16.5 KB, 2017-12-11] = 66
            9_sound1_toggle_tc0.gif Audio1 PB0 toggle (GIF image, 403*271) [29.0 KB, 2017-12-11] = 66
            9_sound1_run_porttoggle.gif Audio1 PB0 is one (GIF image, 240*247) [17.1 KB, 2017-12-11] = 66
            debug_step.gif Single step (GIF image, 648*390) [23.3 KB, 2016-04-11] = 66
            notes.gif Notes (GIF image, 645*221) [11.1 KB, 2016-04-12] = 66
            9_sound2_lpmz2.gif Sound 2 second LPM from gamut table (GIF image, 294*139) [4.91 KB, 2017-12-11] = 65
            9_sound2_setcmp.gif Sound 2 TC0 to gamut tone (GIF image, 403*271) [29.0 KB, 2017-12-11] = 65
            debug_breakpoint1.gif End of the multiplication (GIF image, 691*216) [14.1 KB, 2016-04-11] = 65
            debug_timer.gif Timer ports (GIF image, 361*170) [8.61 KB, 2016-04-11] = 65
            notesduration.gif Tone duration (GIF image, 419*117) [4.61 KB, 2016-04-12] = 65
            notesresolution.gif Pauses between notes (GIF image, 586*380) [22.6 KB, 2017-02-09] = 65
            9_sound3_note1_tc0.gif Sound 3 TC0 starting first note (GIF image, 403*271) [29.5 KB, 2017-12-17] = 65
            9_sound3_note2_sbr_time.gif Sound 3 note 2 has been played (GIF image, 235*277) [11.3 KB, 2017-12-16] = 65
            elko_47u.jpg Elko (JPG image, 600*213) [9.31 KB, 2016-04-10] = 64
            9_sound2_gamutadd.gif Sound 2 adding to gamut address (GIF image, 293*135) [4.94 KB, 2017-12-11] = 64
            debug_menue.gif Debug menue (GIF image, 316*549) [17.3 KB, 2016-04-11] = 64
            debug_start.gif Debug start (GIF image, 679*392) [23.2 KB, 2016-04-11] = 64
            9_sound3_note1_sbr_time.gif Sound 3 end of first note (GIF image, 232*169) [9.80 KB, 2017-12-16] = 64
            9_sound3_note2_reg.gif Sound 3 note 2 registers (GIF image, 297*141) [5.06 KB, 2017-12-16] = 64
            AudioGenerator.gif Scheme audio gen (GIF image, 437*471) [14.8 KB, 2017-02-06] = 63
            9_sound1_init_tc0.gif Audio1 TC0 init (GIF image, 403*271) [28.5 KB, 2017-12-11] = 63
            9_sound1_adcint_com.gif Audio1 COM (GIF image, 144*138) [3.23 KB, 2017-12-11] = 63
            9_sound2_lpmz1.gif Sound 2 first LPM from gamut table (GIF image, 300*147) [5.02 KB, 2017-12-11] = 63
            debug_breakpoints.gif Breakpoints (GIF image, 445*338) [10.00 KB, 2016-04-11] = 63
            Melody.gif Melody (GIF image, 293*78) [3.34 KB, 2016-04-12] = 63
            9_sound3_note2_tc0.gif Sound 3 start of second note (GIF image, 403*271) [35.5 KB, 2017-12-16] = 63
            9_sound3_note1_reg.gif Sound 3 first note, registers (GIF image, 297*141) [5.00 KB, 2017-12-17] = 61
            9_audiogenerator_2.asm Assembler source file [5.47 KB, 2017-02-09] = 34
            9_audiogenerator_1.asm Assembler source file [3.49 KB, 2017-02-07] = 33
            9_audiogenerator_3.asm Assembler source file [7.23 KB, 2017-12-17] = 29

  >  >Assembler directives [5.47 KB, 2019-09-24] = 86

  >  >8 LED intensity [50.3 KB, 2020-03-03] = 83
            poti_100k.jpg Poti (JPG image, 500*500) [34.5 KB, 2016-04-07] = 60
            8_reg_1_init_sim.gif Simulating regulator init (GIF image, 236*276) [10.9 KB, 2017-12-10] = 57
            8_reg_1_run_adc.gif AD conversion running (GIF image, 336*254) [23.9 KB, 2017-12-10] = 57
            PushPull_Duoled.gif Scheme (GIF image, 435*502) [13.9 KB, 2017-02-06] = 57
            8_IntensityRegulator.jpg Mounting (JPG image, 640*483) [103 KB, 2016-04-07] = 55
            ADCH_L.gif ADCH_ADCL (GIF image, 525*178) [4.84 KB, 2016-04-07] = 54
            AD_pins.gif AD pins (GIF image, 367*340) [5.93 KB, 2017-01-20] = 54
            8_reg_1_init_tc0.gif TC0 init (GIF image, 403*271) [30.6 KB, 2017-12-10] = 54
            PushPull.gif Push pull flow (GIF image, 693*517) [10.2 KB, 2017-02-06] = 54
            8_IntensityRegulation.gif Scheme (GIF image, 435*502) [15.3 KB, 2016-04-06] = 53
            Potentiometer_current.gif Current regulator (GIF image, 120*302) [4.16 KB, 2017-01-22] = 53
            8_reg_1_init_adc.gif ADC2 init (GIF image, 336*254) [21.2 KB, 2017-12-10] = 53
            8_reg_1_adcint_adc.gif AD conversion complete interrupt (GIF image, 336*254) [23.8 KB, 2017-12-10] = 53
            8_reg_1_adcint_sim.gif Time until first AD int (GIF image, 234*275) [10.8 KB, 2017-12-10] = 53
            8_reg_1_adcint_ocr0A.gif OCR0A from AD result (GIF image, 442*95) [12.4 KB, 2017-12-10] = 53
            8_reg_1_ocr0a_update.gif Update of compare match (GIF image, 813*150) [11.3 KB, 2017-12-10] = 53
            8_reg_1_preovf_tc0.gif Match value pre TOP (GIF image, 403*271) [27.9 KB, 2017-12-10] = 53
            8_reg_1_compare_sim.gif Time until compare (GIF image, 545*275) [30.4 KB, 2017-12-10] = 53
            PCMSK.gif PCMSK (GIF image, 644*83) [4.53 KB, 2016-04-07] = 52
            shift_rotate.gif LEFT (GIF image, 457*149) [6.05 KB, 2016-04-07] = 52
            Potentiometer_current_diagram.gif Current (GIF image, 557*316) [7.03 KB, 2017-01-22] = 52
            8_reg_1_init_port.gif Port init (GIF image, 240*247) [16.6 KB, 2017-12-10] = 52
            8_reg_1_compare_port.gif Port after compare match (GIF image, 240*247) [16.7 KB, 2017-12-10] = 52
            Debouncing_TC0INT.gif TC0INT (GIF image, 389*807) [14.1 KB, 2017-01-22] = 52
            ADMUX.gif ADMUX (GIF image, 636*88) [4.16 KB, 2016-04-07] = 51
            poti_100k1.jpg Poti (JPG image, 500*500) [34.4 KB, 2016-04-07] = 51
            8_reg_1_postovf_tc0.gif Match value post TOP (GIF image, 403*271) [29.4 KB, 2017-12-10] = 51
            ADCH_L_ADLAR.gif ADLAR (GIF image, 624*177) [5.37 KB, 2016-04-07] = 50
            DIDR0.gif DIDR0 (GIF image, 636*81) [4.63 KB, 2016-04-07] = 50
            ADCSRA.gif ADCSRA (GIF image, 641*81) [4.67 KB, 2016-04-07] = 50
            GIMSK.gif GIMSK (GIF image, 635*81) [3.55 KB, 2016-04-07] = 50
            Debouncing_PCINT.gif PCINT (GIF image, 197*689) [10.2 KB, 2017-01-22] = 49
            Debouncing.gif Signals (GIF image, 1077*533) [25.4 KB, 2017-01-22] = 47
            8_IntensityRegulator_4.asm Assembler source file [2.62 KB, 2017-02-06] = 36
            8_IntensityRegulator_1.asm Assembler source file [3.63 KB, 2017-01-23] = 33
            8_IntensityRegulator_2.asm Assembler source file [6.24 KB, 2017-01-23] = 32
            8_IntensityRegulator_3.asm Assembler source file [7.61 KB, 2017-01-23] = 31

  >  >14 Voltage/current/temperature meter [45.3 KB, 2019-09-24] = 70
            14_U-I-T-Meter.gif Temperatur measurement (GIF image, 500*160) [14.7 KB, 2016-05-27] = 39
            fuse_holder.jpg Fuse holder (JPG image, 500*343) [18.8 KB, 2016-06-06] = 38
            14_U-Meter.jpg Voltage measuring result (JPG image, 500*98) [12.5 KB, 2016-05-20] = 37
            fuse_2A.jpg Fuse 2A (JPG image, 500*255) [8.96 KB, 2016-06-06] = 37
            fuse_holder_cap.jpg Fuser holder cap (JPG image, 500*277) [16.1 KB, 2016-06-06] = 37
            r1M.jpg 1M resistor (JPG image, 500*298) [14.0 KB, 2016-05-20] = 36
            14_U-Meter.asm Assembler source file [8.72 KB, 2017-02-25] = 36
            14_U-I-Meter_Scheme.gif Scheme current measurement (GIF image, 722*630) [31.8 KB, 2017-02-25] = 36
            14_U-I-Meter_result.gif Current measurment (GIF image, 500*125) [10.9 KB, 2016-05-26] = 36
            r56k2.jpg 56k2 resistor (JPG image, 500*286) [11.1 KB, 2016-05-20] = 34
            14_U-Meter.gif Scheme voltage input (GIF image, 722*653) [28.7 KB, 2017-02-25] = 32
            r01.jpg 0.1 Ohms (JPG image, 500*233) [13.8 KB, 2016-06-06] = 32
            14_U-I-Meter.asm Assembler source file [8.97 KB, 2017-02-26] = 29
            14_U-I-T-Meter.asm Assembler source file [11.8 KB, 2017-02-26] = 28
            Lcd4Busy.inc Assembler include file [8.58 KB, 2017-02-17] = 26

  >  >13 Frequency/inductivity meter [71.1 KB, 2019-09-24] = 54
            Division8Bit.gif 8 bit division (GIF image, 865*643) [24.3 KB, 2017-02-24] = 40
            13_F-Meter_Analog.gif Scheme analog frequency meter (GIF image, 722*798) [33.2 KB, 2017-02-24] = 39
            c1uF.jpg Elelectrolytic capacitor 1 µF (JPG image, 500*134) [6.92 KB, 2016-05-08] = 37
            r100k.jpg Resistor 100 k (JPG image, 500*293) [10.1 KB, 2016-05-04] = 37
            13_F-Meter_Digital.gif Digital frequency meter (GIF image, 722*574) [27.4 KB, 2017-02-24] = 36
            c100n.jpg Capacitor 100 nF (JPG image, 500*454) [26.6 KB, 2016-05-04] = 36
            13_F-L-Meter_Scheme.gif Scheme F-L-Meter (GIF image, 722*806) [43.1 KB, 2017-02-25] = 36
            13_F-L_init1234567.gif Simulating binary 1234567 (GIF image, 198*138) [4.03 KB, 2017-12-25] = 36
            13_F-L_time1234567.gif Time for conversion (GIF image, 236*162) [9.76 KB, 2017-12-25] = 36
            13_F-L_timef50.gif Calculation time at 50 Hz (GIF image, 236*277) [11.2 KB, 2017-12-25] = 36
            13_F-L-Meter_3_58H.jpg Coil 3.58H (JPG image, 500*449) [41.3 KB, 2016-05-10] = 36
            13_F-Meter_Analog_Measure.jpg Measure analog 1 (JPG image, 500*127) [22.7 KB, 2016-05-09] = 35
            4011.jpg 4011 CMOS gate (JPG image, 500*324) [26.5 KB, 2016-05-10] = 35
            13_F-L-Meter_Mounting.jpg Mounting F-L-Meter (JPG image, 500*455) [88.3 KB, 2016-05-10] = 35
            13_F-L_resultf1000.gif Inductivity result in Micro-Henry (GIF image, 688*145) [15.6 KB, 2017-12-25] = 35
            lsp.jpg Speaker (JPG image, 500*375) [56.4 KB, 2016-05-10] = 35
            Analog_Comparer.gif Analog comparator (GIF image, 646*333) [9.73 KB, 2016-05-09] = 34
            13_F-Meter_Digital_Total.jpg Mounting digital (JPG image, 500*375) [97.9 KB, 2016-05-04] = 34
            13_F-Meter_Digital_Measure.jpg Measured result (JPG image, 500*168) [16.5 KB, 2016-05-04] = 34
            13_F-Meter_Analog_Total.jpg Mounting analog measuring input (JPG image, 500*375) [103 KB, 2016-05-04] = 34
            13_F-Meter_Analog_Measure2.jpg Measure analog 2 (JPG image, 500*155) [23.2 KB, 2016-05-04] = 34
            13_F-L_result1234567.gif Conversion result (GIF image, 634*100) [12.3 KB, 2017-12-25] = 34
            13_F-L_initf1000.gif Loading f=1000 Hz (GIF image, 294*147) [4.92 KB, 2017-12-25] = 34
            13_F-L_timef1000.gif Calculation time at 1000 Hz (GIF image, 233*274) [10.9 KB, 2017-12-25] = 34
            13_F-L-Meter_Messung_Lsp.jpg Measuring the speaker (JPG image, 500*171) [23.3 KB, 2016-05-12] = 34
            13_F-L-Meter_Messung_3_58H.jpg Result 3.58H (JPG image, 500*161) [24.1 KB, 2016-05-10] = 33
            13_F-L_resultf10000.gif Inductivity at 10,000 Hz (GIF image, 685*146) [15.5 KB, 2017-12-25] = 31
            Division_limits.gif Division limits (GIF image, 653*173) [9.14 KB, 2017-02-24] = 30
            13_F-Meter_Digital_Signalgenerator.jpg Signalgenerator (JPG image, 570*270) [33.9 KB, 2016-05-03] = 30
            13_F-L_resultf50.gif Inductivity at 50 Hz (GIF image, 684*143) [15.4 KB, 2017-12-25] = 30
            13_F-Meter_1.asm Assembler source file [9.67 KB, 2017-02-24] = 27
            13_F-Meter_2.asm Assembler source file [9.93 KB, 2017-02-25] = 27
            13_F-L-Meter.asm Assembler source file [15.9 KB, 2017-02-25] = 26

  >  >Assembler source codes [7.13 KB, 2019-09-24] = 53

  >  >Conclusions [6.98 KB, 2019-09-24] = 43

  >  >Binary and hex introduction [8.38 KB, 2019-09-23] = 42
            calculator.gif Calculator in programmer mode (GIF image, 419*575) [66.0 KB, 2019-09-23] = 13

  >  >Assembler expressions [7.99 KB, 2019-09-24] = 40

  >  >Components [57.5 KB, 2019-09-24] = 34

  >Others [6.87 KB, 2021-07-13] = 0 + 690 = 690

  >  >Sitemap [679 KB, 2023-02-28] = 207 + 200 = 407

  >  >  >Most popular [40.6 KB, 2023-02-28] = 113

  >  >  >XML sitemap [519 KB, 2023-02-28] = 87

  >  >Comment page [1.22 KB, 2019-11-15] = 131 + 47 = 178
            2313.gif 2313 in action (GIF image, 179*130) [7.85 KB, 2002-06-29] = 707

  >  >  >Comments [12.8 KB, 2021-03-11] = 47

  >  >Statistics on this website [8.78 KB, 2022-12-21] = 81 + 24 = 105
            asm_stat.gif Statistic (GIF image, 65*65) [1.26 KB, 2019-04-11] = 906
            stat_2001_2022.png Accesses to avr-asm-tutorial.net (PNG image, 618*340) [32.2 KB, 2023-01-01] = 37
            distribution_all.png Distribution of user accesses to all files (PNG image, 800*550) [19.9 KB, 2023-02-28] = 37
            accesses_per_hour.gif Distribution if user accesses per hour (GIF image, 756*425) [20.7 KB, 2022-04-26] = 37
            accesses_per_weekday.gif Distribution of user accessec per weekday (GIF image, 756*425) [15.6 KB, 2022-04-26] = 37
            beginner.gif Downloads of beginner_xx.pdf (GIF image, 888*541) [47.9 KB, 2022-10-01] = 36
            distribution_html.png Distribution of user accesses to HTML files (PNG image, 800*550) [18.3 KB, 2023-02-28] = 32
            course_stat.png Course in 11 lectures (PNG image, 605*340) [31.9 KB, 2022-12-01] = 20

  >  >  >Instruction statistics [4.83 KB, 2022-12-05] = 24

Number of all file types on this site

File typeExtensionFilesAccessesper file
HTML file.HTM33527,05881
GIF image.GIF3,138154,72149
JPG image.JPG67024,34536
PNG image.PNG55424,05143
JPG image.JPEG210,6305,315
Assembler source file.ASM3684,75513
PDF document.PDF1301,34810
Zipped file.ZIP1989935
LibreOffice Spreadsheet.ODS989249
Draw file for tgif (Linux).OBJ665979
LibreOffice Draw document.ODG665929
Assembler include file.INC3038213
Plain text file.TXT1619512
Pascal source file.PAS1617311
Microsoft Excel spreadsheet.XLS14906
Quicktime movie.MOV30712
OGG movie.OGG14604
MPEG video.MP16433
Comma-separated values.CSV4359
LibreOffice Writer document.ODT4338
DOS/Win batch file.BAT22010
Intel hex EEPROM file.EEP2189
Intel hex file.HEX2158
AVI movie.AVI6102
WMV movie.WMV263
All file types*5,783251,16543
Per day (28 days)8,970

Summary of file types

4364 images or pictures
54 movies
398 Assembler source code files
... and much, much more than only that.

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©2023 by Gerhard Schmidt