MSP430FR5858IDA

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The MSP430FR5858IDA is a series of high-voltage microcontroller units (MCUs) built for use within industrial automation and embedded environments. Featuring integrated digital and analog peripherals, the family is designed to provide an easy-to-use platform with reliable, low-power operation. With the ability to support a wide variety of input and output options, the microcontrollers are versatile, allowing them to be used in a variety of applications in both fixed and mobile systems.

At the heart of the MSP430FR5858IDA is a 16-bit RISC core, allowing it to process data quickly and accurately. In addition, the processor is compatible with the industry standard JTAG interface, allowing for debugging and programming of the MCU unit. This allows developers to quickly and easily develop their own software for the device.

The I/O system on the MSP430FR5858IDA is highly versatile due to its integrated analog and digital peripherals. The MCU features two ADCs, two comparators, two timers, a USART and other digital peripherals such as an I2C and an SPI. The digital interfaces are integrated with a dedicated 512KB data SRAM, allowing for high data throughput in real-time applications. The combination of these interfaces allows developers to create powerful and efficient embedded applications.

Power management is also an important feature of the MSP430FR.... The power management system supports low-voltage operation, dynamic voltage regulation and stand-by sleep modes, ensuring energy efficiency in battery-powered applications. The MCU also features multiple power management modes, allowing developers to adjust the power states depending on their application requirements.

The MSP430FR5858IDA is a powerful and feature-rich MCU, making it ideal for a variety of applications such as industrial automation, HVAC, energy management, and automation and control. The built-in analog-to-digital converters, digital interfaces, and power management system allow for efficient and reliable performance in real-time applications, while the JTAG interface provides an intuitive interface for code development.

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