F28M35E52B1RFPT

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The F28M35E52B1RFPT microcontroller has found its place in a variety of application fields due to its various capabilities. As an embedded microcontroller, it has been utilized for a range of projects from consumer and industrial controls to medical and automotive applications. In this article, we will take a closer look at the working principle and application fields of the F28M35E52B1RFPT microcontroller.

General Overview

The F28M35E52B1RFPT microcontroller is a low-power 8-bit microcontroller that is manufactured by Texas Instruments. It is equipped with a 48 MHz Cortex-M3 core and features 32KB of on-chip Flash memory, 1KB of RAM, four UARTs, 128KB of Flash, two SPI/SSI channels, and four I2C channels. It has 14 timer blocks and four ADCs that allow for high performance. Furthermore, the F28M35E52B1RFPT microcontroller also offers a variety of communication peripherals including Ethernet, USB, CAN, and eSCSI. The F28M35E52B1RFPT microcontroller is designed to be used in low power applications, and its low-power features enable it to run on a single 1.8 volt lithium-ion battery for up to 10 years.

Working Principle

The F28M35E52B1RFPT microcontroller utilizes a Cortex-M3 processor core that is clocked at 48 MHz. This processor core features 32KB of on-chip Flash memory and 1KB of RAM. Furthermore, the F28M35E52B1RFPT microcontroller includes 14 timer blocks, four ADCs, four UARTs, two SPI/SSI channels, and four I2C channels. When the F28M35E52B1RFPT microcontroller is powered on, its processor core is set to the default clock frequency of 48 MHz and its external memory interface is set to 200 MHz. The F28M35E52B1RFPT microcontroller then begins its boot sequence which involves loading the CPU\'s program from the external Flash memory into the internal Flash memory. Once the program is loaded, the F28M35E52B1RFPT microcontroller will execute the program in its internal Flash memory. This type of on-chip program execution enables the F28M35E52B1RFPT microcontroller to deliver quick program performance and fast boot times.

Application Fields

Since the F28M35E52B1RFPT microcontroller utilizes a low-power 48 MHz Cortex-M3 processor core, it is well suited for a variety of applications. Its low power consumption and high performance capabilities allow it to be used in consumer, industrial, medical, and automotive applications. In consumer applications, the F28M35E52B1RFPT microcontroller can be used in a variety of household appliances such as microwaves, thermostats, and alarm systems. In industrial applications, the F28M35E52B1RFPT microcontroller can be used to control factory machines and robots. In medical applications, the F28M35E52B1RFPT microcontroller can be used in monitoring and diagnostic tools. Finally, in automotive applications, the F28M35E52B1RFPT microcontroller can be used for engine and transmission controls.

Conclusion

The F28M35E52B1RFPT microcontroller is a low-power 8-bit microcontroller that is designed for low power applications. It has a 48 MHz Cortex-M3 processor core, 32KB of on-chip Flash memory, 1KB of RAM, 14 timer blocks, four UARTs, and four I2C channels. Furthermore, it is also equipped with Ethernet, USB, CAN, and eSCSI communication peripherals. Due to its low power consumption and high performance features, the F28M35E52B1RFPT microcontroller has found its place in a variety of application fields including consumer, industrial, medical, and automotive applications. We hope this article has provided you with some insight into the working principle and application fields of the F28M35E52B1RFPT microcontroller.

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