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This page hosts a project on the use of a
microcontroller STM32F407. Hardware and software examples are
presented in the following files.
The left half of the table implements
direct access to microcontroller registers, as usual for
microcontroller programming. The software examples are based
on a dedicated board described in chapter 2, with gerber files
for production given beside.
The right half of the table
implement CMSIS based access to microcontroller configuration
registers, as provided by ST to ease programming and
portability. These software examples are based on a STM32F4
Discovery board (about 18€, every student can afford one for
his afternoon hobby). Since this board may be to fragile to be
used by course participants of different skills, a BaseBoard
with some protection circuitry and cheap connectors was added.
This board is described in chapter 2, with gerber files for
production given beside. However, the software examples are
fully functional even without the BaseBoard.
| Chapter |
Direct
access, dedicated test board
|
Source files |
CMSIS based
access,
STM32F4 Discovery board & dedicated Base
board |
Source files |
| 1 |
Introduction |
- |
Introduction |
- |
|
2 |
Board description |
gerber
files |
BaseBoard description |
gerber files |
| 3 |
Programming |
- |
Programming |
- |
| 4 |
The use of ports |
c-source |
The use of ports |
c-source,
CUBE-source |
| 5 |
Alphanumeric LCD |
c-source |
Alphanumeric LCD |
c-source,
CUBE-source |
| 6 |
Stepper motor |
c-source |
Stepper motor |
c-source,
CUBE-source |
| 7 |
Digital to analog converter |
c-source |
Digital to analog converter |
c-source,
CUBE-source |
| 8 |
Analog to digital converter |
c-source |
Analog to digital converter |
c-source,
CUBE-source |
| 9 |
Counting pulses by a timer |
c-source |
Counting pulses by a timer |
c-source,
CUBE-source |
| 10 |
Interrupts and ports |
c-source |
Interrupts and ports |
c-source,
CUBE-source |
| 11 |
Interrupts and timer |
c-source |
Interrupts and timer |
c-source,
CUBE-source |
| 12 |
Periodical interrupts and ADC/DAC |
c-source1
c-source2 |
Periodical interrupts and ADC/DAC |
c-source1,
CUBE-source
c-source2, CUBE-source |
|
13 |
The use of circular buffer |
|
The use of circular buffer |
c-source,
CUBE-source |
| 14 |
Serial communication - RS232 |
c-source |
Serial communication - RS232 |
c-source,
CUBE-source |
| 15 |
Serial communication and sampling |
c-source |
Serial communication and sampling |
c-source,
CUBE-source |
| 16 |
Signal generation using DDS |
c-source |
Signal generation using DDS |
c-source,
CUBE-source |
| 17 |
Serial communication - I2C |
c-source |
Serial communication - I2C |
c-source,
CUBE-source |
| 18 |
Serial communication - SPI
|
c-source |
Serial communication - SPI |
c-source,
CUBE-source |
| 19 |
Filtering of signals, on-line,
FIR |
c-source1
c-source2
c-source3 |
Filtering of signals, on-line, FIR |
c-source1,
CUBE-source
c-source2, CUBE-source
c-source3, CUBE-source |
| 20 |
Filtering of signals, on-line,
IIR |
c-source |
Filtering of signals, on-line, IIR |
c-source,
CUBE-source |
| 21 |
PID
control |
c-source |
PID control |
c-source,
CUBE-source |
| 22 |
PLL and frequency demodulation |
c-source |
PLL and frequency demodulation |
c-source,
CUBE-source |
| 23 |
|
|
Lock-in detection |
c-source,
CUBE-source |
| 24 |
|
|
Phase demodulation |
c-source,
CUBE-source |
| 25 |
|
|
AM radio receiver |
c-source,
CUBE-source |
| 26 |
|
|
Frequency meter using timers |
c-source,
CUBE-source |
| 27 |
|
|
DC motor using PWM |
c-source,
CUBE-source |
| 28 |
|
|
A coin detector - phase measurements |
c-source,
CUBE-source |
| |
|
|
DMA based
serial port |
c-source, CUBE-source |
| |
|
|
DMA based fast
ADC sampling |
c-source, CUBE-source |
| |
|
|
|
|
|
Local
include directory -
to be used with the IAR
EWB
|
- |
Base content of a directory: the modified source and
include files, to be used with IAR EWB |
- |
| |
Complete
project with all examples
(!long zip file!)
|
- |
Complete project with all examples
(!long zip
file!) |
- |
The list will be expanded as new
experiments are documented. The text will be edited and the
English improved once the author finds time to do it.
Keywords: STM32F4xx, STM32F407, project,
experiment, example, programming,
|