ioD1SEYLt

STLINKV2TYPE_pro

Overview

This is a universal ST-LINK adapter. The circuit board is designed using a universal housing design and the circuit interface uses TYPE-C. The circuit is simple and easy to replicate. (W25Q128 and M24C64) are for extended functionality. The following firmware does not need to be mounted.
Below are pictures of the casing and the installed device:

![afb1f386d0a85b5fcee1ddd605480b9.jpg]

The attachment contains three firmware files:
1. ST-Link v2.1 requires STM32F103CBT6; after writing the firmware, insert it into the computer hardware as shown in the picture below: ![

image.png]

The serial port can be used independently; the image of STM32CubeProgrammer updating the firmware is shown below: ![image.png] 2. ST-Link v2 cannot use the serial port; after writing the firmware, insert it into the computer hardware as shown in the picture below: ![image.png] The image of STM32CubeProgrammer updating the firmware is shown below: ![image.png] 3. DAP-Link firmware; after writing the firmware, insert it into the computer hardware as shown in the picture below: ![image.png] Keil's recognition information is as follows: ![image.png]

Design Files

All reference designs on this site are sourced from major semiconductor manufacturers or collected online for learning and research. The copyright belongs to the semiconductor manufacturer or the original author. If you believe that the reference design of this site infringes upon your relevant rights and interests, please send us a rights notice. As a neutral platform service provider, we will take measures to delete the relevant content in accordance with relevant laws after receiving the relevant notice from the rights holder. Please send relevant notifications to email: bbs_service@eeworld.com.cn.

It is your responsibility to test the circuit yourself and determine its suitability for you. EEWorld will not be liable for direct, indirect, special, incidental, consequential or punitive damages arising from any cause or anything connected to any reference design used.

Hot

Technical Resources More

Search Datasheet?

Supported by EEWorld Datasheet

Technical Videos More

Forum More

Update:2026-03-26 18:24:44

Software Testing Process
We are about to launch the project. Now we need the testing department and the development department to write the design at the same time, that is, test design, test plan, and test cases. Does anyone
The timer PWM output software simulation is normal, but there is no output when downloaded to the hardware, help! ! ! ! ! ! ! ! ! ! ! !
附上程序，求指点！！！！！！！！！！！！！#include "breath.h" uint8_t Index_Wave[]={1,1,2,2,3,4,6,8,10,14,19,25,33,44,59,80,107,143,191,143,107,80,59,44,33,25,19,14,10,8,6,4,3,2,2,1,1}; static void TIM3_GPIO_Init(void) {G
Switching Power Supply Technology Trends
Trends in switching power supply technology 1. Rapid development of non-isolated DC/DC technology In recent years, non-isolated DC/DC technology has developed rapidly. At present, due to different loa
6670 Instructions
Does 6670 have instructions to implement such a function, assigning a 32-bit signed number a to a 16-bit signed number b. If the value of a can be represented by 16 bits, then b = a. If it exceeds the
"Random Talk" about Domestic RISC-V MCU
I have three RISC-V RV32 microcontrollers (GD32VF103 Zhaoyi Innovation, CH32V103 Jiangsu Qinheng, CH2601 Ali Pingtou Ge). RISC-V (pronounced "risk-five") is an open source instruction set architecture
Lithium cobalt oxide battery - lithium manganese oxide battery - ternary nickel cobalt material battery - lithium iron phosphate battery - and lithium polymer battery, what are the differences between them?
What are the differences between lithium cobalt oxide battery, lithium manganese oxide battery, ternary nickel cobalt material battery, lithium iron phosphate battery and lithium polymer battery? Whic

Datasheet More

Circuits More