PIC24EP256GP204T-I/ML

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The PIC24EP256GP204T-I/ML is a low-power, high-performance embedded microcontroller family. This MCU family is designed to easily integrate into an existing system to offer powerful features, such as an 80 MHz eXtreme Low-Power (XLP) 16-bit CPU Core, 16 kB of RAM, 256 kB of Flash program memory, and a comprehensive set of peripherals. Thismicrocontroller can be used for a wide range of applications, including medical devices, video surveillance, industrial automation, and energy management.

Application Field

The PIC24EP256GP204T-I/ML microcontroller can be applied in many different industrial applications, such as industrial automation, automotive applications, medical devices, smart toys, and line tracking robots. Industrial automation requires accurate, reliable controls in order to achieve higher production efficiency. The 80 MHz Extreme Low-Power (XLP) 16-bit CPU Core of the PIC24EP256GP204T-I/ML is well suited to these applications, allowing high-speed data processing while consuming minimal power. Automotive applications require reliable, robust controls. This microcontroller\'s 256 kB of Flash program memory and 16 kB of RAM support the reliable and robust operation of a variety of automotive applications. The wide range of integrated periphery modules in this microcontroller also make it ideal for medical devices applications, such as patient monitors and laboratory analyzers, where it can handle the large amount of data processing required. For example, the integrated analog-to-digital converters (ADC) can be used to measure various electric signals from sensors, and the integrated digital signal processors (DSPs) can be used for data analysis and signal conditioning.

The PIC24EP256GP204T-I/ML microcontroller can also be used for smart toys and line tracking robots. The integrated LCD controller, timers, PWMs, and serial ports of the microcontroller make it ideal for smart toy applications, where it can control the robotic and embedded device motion as well as data transmission and reception between the device and a terminal. Similarly, the integrated peripherals and 256 kB of Flash program memory make it ideal for line-tracking robots, where the 86 MHz processing power of the microcontroller enables a complex function sequence to be implemented in a short time.

Working Principle

The working principle of this microcontroller is based on its 80 MHz eXtreme Low-Power (XLP) 16-bit CPU Core. This microcontroller is built with the enhanced Harvard architecture, which is based on a separable code and data spaces. The program code is stored in the internal Flash memory, and the data are stored in the internal RAM. This core contains 6 independent 16-bit registers and 8 independent 16-bit pointers. It also has several low-power modes, making it suitable for battery-powered applications.

The peripherals of the PIC24EP256GP204T-I/ML microcontroller are connected to the microcontroller through dedicated buses. The Advanced Interrupt Controller (AIC) allows the microcontroller to handle multiple interrupts at once. The integrated LCD controller, timers, PWMs, and serial ports provide additional features, such as analog-to-digital conversion and motion control, which are useful for many types of applications.

The PIC24EP256GP204T-I/ML microcontroller is designed to reduce development time and cost by requiring only one external component – an external crystal oscillator. The oscillator provides the clock signal to the microcontroller, and the internal oscillator module provides additional frequency generation and clocking flexibility. This feature simplifies the design, reduces BOM cost, and reduces development time.

Conclusion

The PIC24EP256GP204T-I/ML microcontroller is a low-power, high-performance embedded microcontroller that is suitable for a wide range of applications. Its 80 MHz eXtreme Low-Power (XLP) 16-bit CPU Core allows for high-speed processing, while its integrated LCD controller, timers, PWMs, and serial ports provide additional features for various applications. This microcontroller also reduces development time and cost by requiring only one external component – an external crystal oscillator. This makes it an ideal choice for a variety of industrial, automotive, medical, and consumer applications.

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