Quantity : 1
High-concerned chemical : none
Package : SOP
is_d : Yes
Supply Voltage : 5V
Type : Module
Origin : Mainland China
Condition : New
Operating Temperature : 0-50C
Feature 1 : Embedded System Module
Feature 2 : IoT Sensor Node
Feature 3 : Prototype Board
Feature 4 : DIY Electronic Module
Feature 5 : Program Download Board
Feature 6 : Reset Pin Lead Out
Feature 7 : Multi Power Supply
Feature 8 : Breakout Board
Product Features:
1. Equipped with STM32L031G6U6 main control, it can run immediately upon power on.
2. Reset pin lead out, fully releasing chip hardware resources.
3. Multi mode power supply is optional, and the terminals can be flexibly powered.
4. Compatible with mainstream debuggers in the market, easy to burn and debug programs.
5. Reasonable layout, suitable for rapid prototyping verification, and accelerating project deployment.
Parameter Description:
Interface: Type C
Main control chip: STM32L031G6U6
Kernel: ARM-COrtex-M0
External high-speed crystal oscillator: 8MHz
Debugging Interface: Provides SWD program download/debugging interface
Product size: 43.5mm * 22.5mm
Performance Introduction:
This product is an ARM Cortex-M0 core board based on the STM32L031G6U6 chip.
1. The core board provides the most basic circuit for the normal operation of the STM32L031G6U6 chip, including external high-speed crystal oscillator (8MHz) circuit, power management circuit, debugging interface (SWD mode), B00T selection circuit, etc.
2. This core board provides all I/O port resources close to all available port resources, reset I/O port resources, BOOT selection port resources, etc;
3. The core board provides a power monitoring LED (PWRLED) and a chip operation indicator light (controlled by the PA15 pin in STM32L031G6U6. If there is a shortage of pins, the PA15 pin needs to be used, and the PA15 LED can be disconnected);
4. Power supply mode:
(1) You can choose to supply power through the USB-Type C interface on the core board;
(2) Connect the device to the SWD interface for power supply (2.7V-3.6V) through debugging:
(3) Connect to the port corresponding to the silk screen 5V (5V-12V) through an external power supply;
5. It is not recommended to use multiple power supply methods simultaneously, as cross power supply can easily cause short circuits and damage to the core board or debugger!
6. In order to save the size of the core board, the core board provides an SWD program download/debugging interface, which supports debugging and program downloading in the SW mode of commonly used debuggers;
7. The core board provides a reset button for users to easily reset during device debugging (the reset pin is also led out, and the core board silk screen layer "R" corresponds to the pin)
The core advantage of the core board lies in providing users with the need for rapid project deployment and maximizing internal chip resources
Product List:
1X development board
2X needle arrangement
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