Out of Stock
- The development board using Micro USB cable supply, compatible with smart phone lines, data lines is simple and easy to get, but not USB Mini line-powered
- Low price, user-friendly design, a full set of data, allowing you to save money, save time, effort, worry
- STM8S core board of the main features:
- Use STM8S103F3P6 as the master IC
- You can use 2.54 pin on the board or power supply pad, the pad when using power supply, input voltage range 4.5V-15V, can output to the outside through pin 3.3V
- Note: 5V pin's voltage is the input voltage of the module
- Leads to all pins, the pins next to the pin marked the label, with a reset button, power LED, and the program demonstrates LED, small but perfectly formed
- Support SWIM debug mode
- Technical Information:
- The core board schematics (PDF format) and tested source. Burned into the test program, LED flashes, allowing you to detect the core board is working properly
- Provide at IAR and STVD two development environments register operation and routine operation of the library functions. Timer routine, UART transmit routine, UART receive routines, clock switching routines, AD routines and so on
- STM8 Applications
- STM8 package library
- IAR development environment, STVP programming software
- STM8S103F3P6 performance comparison:
- STM8S003F3 chips only 128 bytes of EEPROM, STM8S103F3 640 bytes
- STM8S003F3 chip FLASH erase only 100 times, STM8S103F3 can erase ten thousand times
- STM8S103F2 chip FLASH only 4K bytes, STM8S103F3 have 8K bytes
- Conclusion: STM8S003F3 only suitable for mature products, STM8S003F3 core board is not suitable for development. However STM8S103F3 suitable for the development of the use of, our board of this development is the use of this chip
- Size:28mm*17mm*5mm/1.1*0.66*0.19"
[None Specified]
- N/A
-
A Comprehensive list of Electronic Formulas
A List of all formulas relating to Electronics
-
Electronics 110: DC UPS Design for Routers & Networking
A practical, no-nonsense guide to designing reliable DC UPS systems for routers, ONTs, switches, access points, and small networking gear — with maximum efficiency and zero unnecessary AC conversion.
-
Electronics 118: Control Loop Timing & Real-Time Constraints
A practical engineering guide to real-time behavior in control systems: why timing matters more than raw CPU speed, how jitter destroys stability, and how to design predictable control loops on microcontrollers, embedded Linux systems, and industrial controllers.
-
South African Makers: Prototype → Market (Compliance, Regulations, Certifications, Costs)
A comprehensive, South Africa–focused guide for hardware makers and embedded/IoT builders who want to move from a working prototype to a sellable product. This covers product classification, compliance pathways (ICASA / NRCS / EMC), documentation, lab testing strategy, manufacturing readiness, and realistic budgeting.
