The developer board STM32F4-Discovery
as package with the equipped mySTM32-Board-F4D
and myUSBtoUART
STM32F4 microcontroller
3-axes acceleration sensor
USB-UART bridge
USB interface
interface for myAVR products
typical input and output devices
potentiometer, buttons, LEDs, frequency converter (Speaker)
grid for flexible application (2.54 mm)
optional interface
...
With the STM32F4-Discovery you can easily discover the functions of the STM32F4 and develop applications in simple manner.
For beginner and advanced, it enables a fast induction at the ARM technology.
The STM32F4-Discovery used the ARM Cortex M4 controller STM32F407VGT6 and includes
embedded an ST-Link/V2 for the programming and debugging, a 3 axes acceleration sensor,
a digital microphone, an audio-DAC and an USB micro-USB-connection.
The mySTM32-Board-F4D functioned as an Add-On and it is an ideal addition to the
STM32F4-Discovery. Additional digital and analog input and output devices, plus an USB-UART Bridge
for the communication with the pc complete your stage of experiment and study.
In addition, this Add-on has an interface for myAVR products. Therefore it offers you
the chance to employ the new 32bit technology in combination with the existing myAVR products.
Properties STM32F4-Discovery
Microcontroller STM32F407VGT6 in the LQFP100 case with
32 Bit ARM Cortex-M4F core
1 MByte Flash
192 KByte RAM
LIS302DL: ST MEMS 3 axes acceleration sensor
MP45DT02: ST MEMS omnidirectional digital microphone
CS43L22: audio digital-analog-converter with integrated amplifier
8 LEDs
1 for USB communication
1 Power-LED for 3,3 V
4 LEDs for the operator
2 LEDs for USB on-the-go
2 buttons
1 for reset
1 free used for the operator
programmer onboard
STM32F4-Discovery
Properties mySTM32-Board-F4D, equipped
Interface for STM32F4-Discovery
Interface for myAVR products
Typical input and output devices (buttons, LEDs, usw.)
Analog photo sensor to experiment with different degrees of brightness
MircoSD-card slot
Grid for flexible application (2,54mm)
USB-UART bridge
optionale, vorbereitete Komponenten
infrared-receiver
infrared-transmitter
myPhyEthernet
mySTM32-Board-F4D equipped with USB-UART Bridge "myUSBtoUART"
Functions
On the STM32F4-Discovery is a ST-Link/V2 for programming and debugging.
The board can use a ST-Link/V2 for programming and debugging of external
microcontroller with the help of a jumper (via SWD-connection)
Power supply of the board via USB or over 5V external
3V and 5V to use for the external periphery
Connection with external hardware via USB with micro-USB-cable
All microcontroller-pins are conducted outside over multi-pin connectors
Examples of application
Using the position sensor as computer mouse
Audioplayer
Connecting and reading of USB Sticks
Record of audio data
Communication with PC
gathering analog data
saving data on a SD-card
A big quantity of free available, ready executable examples plus the original-data sheet of the manufacturer are on
www.st.com/stm32f4-discovery available.
Scope of delivery
1 developer board STM32F4-Discovery
1 equipped mySTM32-Board-F4D
and myUSBtoUART
patch cabel in different colors and connectors for both sides
system requirements for Discovery-board
PC with Windows 7 / 8 / 10
Mini USB-cable
Recommendation of software
Please Attention that SiSy Microcontroller++ is only in German.
The substantial range of function of this board is optimally supported by SiSy Microcontroller++
for the development of own program. SiSy Microcontroller++ is a software
package for designing, writing, dating, burning and checking the self
developed program. There are features of an easy development for programming
available and its possible to work with UML. The own work will be optimized
with a sample program and integrated facilities.
Here you can find continuing information about
SiSy Microcontroller++.
mySTM32 F4 Discovery PLUS The board STM32F4-Discovery and mySTM32-Board-F4D (equipped) with myUSBtoUART
high-performance F4-processor
onboard programmer
mini USB and micro UBS interface
3 axes acceleration sensor, omnidirectional digital microphone