ST72F325S6T6

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ST72F325S6T6 is an high-performance 8-bit microcontroller of the STM8S family, designed for embedded applications. It is an excellent solution for a wide range of standalone or networked industrial, consumer, and medical applications.

The ST72F325S6T6 microcontroller is based upon a powerful core, the STM8S Engine, with a Harvard architecture and a 32-bit user memory space. It features 0.9V to 3.6V operation range, 1 kb RAM , up to 2 kB of Flash program memory, up to 3 kB of user data memory, four 8-bit timer/counters, up to 32 I/O ports, up to 32Kb memory, features a JTAG debug interface, and has advanced features such as the STM8A. The microcontroller is directly compatible with a wide range of STM8 compilers and development tools, allowing designers to quickly develop their applications.

ST72F325S6T6 microcontrollers are designed for embedded applications such as consumer, industrial, automobile, and medical equipment. This product is used in applications where flexibility and data security are paramount. It is suitable for development of low-power, low-cost and high-performance consumer, industrial and automotive electronics. It is compatible with the various application and development tools and development is easier and faster.

The ST72F325S6T6 is designed to operate at 16MHz and can perform at a maximum speed of 25MIPS for general-purpose operations. The throughput and performance speeds can be improved by using the optimized instructions, up to 1.2M dhrystones per second (MOPE) can be achieved. The maximum clock speed is customizable through an External Clock Bus (ECB).

The ST72F325S6T6 microcontroller is equipped with 4 KB of program memory, 1 KB of RAM memory, and 2 KB of data memory. The RAM and program memories are extendable up to 32 KB with the help of external memories. The ST72F325S6T6 features six 8-bit timer/counters, two 16-bit timer/counters, an 8-channel analog-to-digital converter, two capture/compare/PWM modules, two UARTs, a SPI and I2C interface supporting fast communication with other devices.

The ST72F325S6T6 microcontroller works on a Harvard architecture, where the instruction and data paths for accessing the core and peripherals are independent. It has a 32-bit user memory space which means the user can access memory from higher address ranges with no limitation. The microcontroller has a JTAG debug interface that provides trace, debugging and programming support. Debugger tools can be used to debug applications in real time and it also provides support for high-speed asynchronous multicore debugging.

The ST72F325S6T6 works on a simple and effective three-phase clock system, consisting of a CPU clock, peripheral clock, and high-speed bus clock. The devices have an on-chip oscillator and an external oscillator up to 16MHz. The ST72F325S6T6 microcontroller also features powerful power management and low power modes, which allows designers to reduce current consumption and extend battery life.

In summary, the ST72F325S6T6 microcontroller is an ideal choice for embedded applications, where flexibility and data security are important. With its advanced features, the microcontroller can execute different operations at high speeds and with low power consumption. The device is also compatible with a wide range of development tools and can be readily programmed and debugged.

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