Stm8s103f3p6 Arm Stm8 Minimum System Development Board Module For Arduino

US $390

ShenZhen, China
Jun 15th

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One of the key benefits of the STM8S103F3P6 module is its superior performance compared to the STM8S003F3 chip. Specifically, the STM8S103F3P6 boasts 640 bytes of EEPROM (compared to the STM8S003F3's 128 bytes), and can erase flash up to ten thousand times (compared to only 100 times for the STM8S003F3). Additionally, the STM8S103F3P6 has 8K bytes of flash, versus only 4K bytes on the STM8S103F2. In addition to the ARM STM8S103F3P6 minimum system development board module itself, your purchase also includes access to our payment, shipping, and refund policies. Please note that we accept PayPal only and can only ship to the address associated with your eBay account. Payment must be received within 5 business days of auction closing. If you wish to return a defective item or are not satisfied with your purchase, the item must be returned within 14 days and be in factory condition. If the item is defective within 12 months, we are happy to replace it for you. With the STM8 package library and IAR development environment, as well as STVP programming software, you can take advantage of a comprehensive set of clock switching routines, UART receive and transmit routines, timer routines, AD routines, and much more. This means you can create, test, and deploy applications and modules with ease and confidence. The STM8S103F3P6 module is not only more powerful than its predecessor; it is also more suitable for development purposes. While the STM8S003F3 chip may be appropriate for mature products, the STM8S103F3P6 module is ideal for those looking to create new applications, libraries, and routines, or who simply want to experiment with new concepts and ideas. The ARM STM8S103F3P6 STM8 Minimum System Development Board Module is a powerful and versatile tool for Arduino enthusiasts and developers. This board features a tested source and core board schematics in PDF format, allowing you to quickly and easily detect if the board is working properly. In addition, it provides access to IAR and STVD development environments, enabling you to operate and capture data from a variety of sensors and chips.