| Lect | Link | Hardware skills | Software skills |
|---|
| 1 |
Programmer-Interface |
To interface an ATtiny13 to an ISP programmer, to access the fuses |
- |
| 2 |
To switch on a LED |
To manipulate port pins, to enable port drivers, to drive a LED with
current, to switch a LED on and off |
Assembling source code, listings and hex files, program execution,
infinite loop |
| 3 |
To blink a LED |
To switch a led on and off |
Nested loops, counting loops, execution time of instructions, zero flag,
exact timing loops |
| 4 |
To blink a LED with the
timer |
Timer internals, prescaler, compare match ports, port pin
clear/set/toggling |
To configure the timer, start and stop of the timer, timer modes
normal and CTC, sleep mode |
| 5 |
To regulate a LED's intensity
with the timer |
To configure the timer as fast and phase correct pulse width generator |
Mathmatical expressions in assembler |
| 6 |
To blink/regulate a LED with a timer interrupt |
Interrupt mechanism and processing, reset- and interrupt-vector table, stack storage |
Interrupt programming, timer interrupt, interrupt service routines |
| 7 |
To start a red/green blink sequence with a key |
External interrupts, pull-up resistors, INT0 interrupt sequence |
Flow diagrams for sequence planning, handle INT0 and CTC interrupts |
| 8 |
To measure voltages
on an input pin and regulate intensity, changes of intensities and colors of a
LED |
AD converter, ADC ready interrupts, external pin interrupts PCINT |
Flow diagrams, key debouncing, OC0A and OC0B programming |
| 9 |
To generate tones, a gamut
tone generator and playing a melody |
OC0A output pin toggle, CTC frequency generation |
Tables, gamut table, multiplication 8 by 8 bit |
| 10 |
Driving a LCD with an ATtiny24 |
ATtiny24 hardware, port as a bus driver with write and read, controlling
and configuring an LCD
(see alternative mounting) |
Exact delay loops, init procedure for LCDs |
| 11 |
Reading and writing EEPROM content and
displaying 8 and 16 bit numbers in decimal on LCD |
EEPROM, read and write access
(see alternative mounting) |
Conversion of 8 and 16 bit binaries to decimal ASCII |
| 12 |
Receiving, analyzing and transmitting
infrared signals for remote control systems |
Controlling an IR receiver module
(see alternative mounting) |
Display binaries in hex format, signal time measuring, use of .if, .else and
.endif directives to assemble specific versions of a software |
| 13 |
Measuring and displaying of the frequency
on a digital and an analog input and measuring the inductivities of coils |
Counting PCINT signals on inputs, using the analog comparator
(see alternative mounting) |
24/32/40 bit decimal conversion, 24 bit multiplication, 40-by-40 bit division |
| 14 |
Measuring and displaying voltages,
currents and the temperature |
ADC measuring modes such as amplified differential voltages and the on-chip
temperature sensor
(see alternative mounting) |
Extensive multiplication and pseudo-floating point math |
| - |
Drawing conclusions from the lectures |
- |
- |
This website has been online since January 2017. The diagram shows the accesses of
users to this website, its lectures and its assembler source code files provided.
Here are the downloads of source code files in the past years.
This is the popularity of the source code files over the long term. All source
codes have nearly the same popularity (by a factor of less than two).