FS-326

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The FS-326 microcontroller is a light, low-power, low-cost component that is specifically designed for embedded applications. It is based on the Nuvoton NuMicro M051 chips and features 16 general purpose I/O and two 8-bit timer/counter channels.

The device is ideal for low-power applications, where minimal energy consumption is desired. This makes it especially attractive for portable battery-powered devices, such as automotive systems and portable medical devices.

In addition to its low power consumption, the FS-326 is equipped with a variety of functional features, such as an integrated analog-to-digital converter, a digital-to-analog converter, a real-time clock and a 10-bit resolution pulse width modulation (PWM) generator.

The FS-326 also includes a variety of communication interfaces, such as I2C, UART, SPI and CANbus, allowing users to easily connect with other devices. These communication interfaces enable the FS-326 to serve as an “event engine”, where it can take data from various sources, process and analyze it, and then trigger actions in response.

The FS-326 can be programmed and managed through the NuVision IDE (Integrated Development Environment). This environment, which runs on Windows and Linux based systems, provides an easy-to-use development environment. It also supports debugging, code execution, breakpoints, and code tracing.

In terms of energy efficiency, the FS-326 supports power saving modes, including a Sleep Mode which reduces current consumption to just 0.2mA. The chip can also be set to dynamic power-saving modes, allowing the user to customize the power usage of the system.

In terms of performance, the FS-326 is capable of executing instructions at a maximum clock speed of 16MHz. This relatively low frequency ensures an acceptable performance while consuming minimal power.

Overall, the NuMicro M051-based FS-326 is a capable and versatile microcontroller, ideal for low-power embedded applications. It provides a reliable and low-cost solution for devices that require minimal energy consumption, such as automotive and medical systems.

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