JESSINIE STM32F103C8T6 Development Board with Type-C Interface STM32 Microcontroller for Arduino DIY
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- Product features Fully compatible with logy: support STM32/GD32/APM32/CKS32, F103C8T6 chips (pin/peripheral/package 100% compatible) development and transplantation: STM32 program burned directly to the domestic chip (requires a small amount of timing adjustments) Dual-mode download and debugging: support for SWD/JTAG debugging + Serial ISP burner (BOOT0 jumper switching) Expansion: LQFP48 package leads to 37 GPIO, integrated USB/CAN/ADC and other key peripherals Product parameters Parameters - STM32 - GD32 - APM32 - CKS32 Main Frequency - 72MHz - 108MHz - 96MHz - 72MHz Operating Voltage - 2.0-3.6V - 2.6-3.6V - 2.0-3.6V - 2.0-3.6V - 2.0-3.6V ADC Channels - 10-way 12-bit - 10-way 12-bit - 10-way 12-bit - 10-way 12-bit Pin Function: PA9/PA10: USART1 (Serial Burn Key Interface) PA13/PB14: SWD Debug Interface PB6/PB7: I2C1 PA0: WKUP Wake-up Pin Frequently Asked Questions Q1: Why does GD32 program run abnormally on STM32? STM32 code needs to reduce clock frequency or modify HSE_STARTUP_TIMEOUT value. Q2: Can't download the programme from serial port? Check three steps: BOOT0=1, BOOT1=0 USB-TTL TX→PA10, RX→PA9 Disable DTR/RTS control signal. Q3: ST-Link is r gnised as an unknown device? GD/APM/CKS chips are r gnised as "STM32F103", which does not affect debugging. Q4: How to utilise GD32 108MHz performance? In Keil: Target Options → Xtal(MHz) set to 108 Flash Download check Reset and Run.
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【Plug-and-Play Compatibility】 This versatile development board supports multiple chip families including STM32, GD32, APM32, and CKS32, ensuring integration with your existing projects. The STM32F103C8T6 core delivers exceptional performance at up to 108MHz, making it Suitable for high-demand applications. With 100% pin-to-pin compatibility, you can effortlessly swap out chips without any hassle. Plus, the Type-C interface ensures modern connectivity and durability. 【Effortless Debugging & Expansion】 Effortlessly debug and develop using dual-mode support for SWD/JTAG and Serial ISP programming. The BOOT0 jumper switch allows quick configuration, while the LQFP48 package offers 37 GPIO pins for extensive expansion options. Integrated peripherals like USB and CAN make this board Suitable for IoT, , and industrial applications. 【High-Speed Performance & Reliability】 Experience lightning-fast processing speeds with the GD32’s 108MHz main frequency, Suitable for real-time data handling and complex algorithms. The robust design ensures stable operation across a wide voltage range (2.0-3.6V), while the 12-bit ADC channels provide precise analog-to-digital conversion. 【User-Friendly Setup & Troubleshooting】 Simplify your setup process with clear instructions for troubleshooting common issues such as USB enumeration errors or bootloader misconfigurations. For example, setting BOOT0 to 1 and connecting PA9/PA10 via a serial port ensures smooth domestic chip burn-in. Additionally, disabling DTR/RTS signals resolves download issues when using a USB-TTL adapter. Our comprehensive FAQ section addresses all your concerns, so you can focus on innovation. 【Future-Proof Design for Innovation】 Designed with scalability in mind, this board empowers developers to push boundaries with its advanced features. From IoT devices to smart home solutions, the STM32F103C8T6 core supports cutting-edge technologies. By optimizing clock settings in Keil IDE, you can fully leverage the GD32’s 108MHz potential. With its compact size and robust build quality, this board is your go-to companion for next-generation projects.