STM8S Minimum System Core Board

STM8S103K3T6 Development Board

STM8S platform's peripheral definition and STM32 series 32 bit microcontroller is the same. Peripheral sharing helps to improve the compatibility between different products, so that the design of flexible. Application code can be transplanted to STM32 platform, achieve higher performance. In addition to design flexible, STM8S components and a package that is fully compatible with the pin, allowing developers to get more free space, so as to optimize the number of pins and the peripheral performance

STM8S Characteristics
1 speeds up to 20MIPS high performance core
2 strong anti-interference ability, quality safety
3 leading 130 nm manufacturing, excellent price performance ratio
4 program space from 4K to 128K, chip selection from 20PIN to 80PIN, a wide range of products
5 system is low cost, embedded EEPROM and high precision RC oscillator
6 easy development

STM8S Application
1 Automotive Electronics: sensor, brake, safety system of micro controller, DC motor, body control, car radios, the LIN node, the heating / ventilation and air conditioning
2 industrial applications: home appliances, home automation, motor control, air conditioning, induction, measuring instruments, uninterruptible power supply, safety
3 Consumer Electronics: power, small appliances, stereos, toys, point of sale terminals, the front panel, TV, surveillance equipment
4 medical equipment: personal care products, fitness equipment, portable care equipment, hospital equipment, measurement of blood pressure, blood glucose measurement, monitoring, emergency

Technical Data
The core board schematics (PDF format)
Provide respectively in the register operation two development environment IAR and STVD under the 2 sets of supporting I/O routines, timer routines, UART send routines, UART receiving routine, the clock switching cases, AD routine,
Respectively in the library function operation two development environment IAR and STVD under the 2 sets of supporting I/O routines, timer routines, UART send routines, UART receiving routine, the clock switching cases, AD routine