PIC17C44-25I/L

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Embedded - Microcontrollers: PIC17C44-25I/L Application Field and Working Principle

The PIC17C44-25I/L is a microcontroller developed by Microchip Technology, a leader in the embedded microcontroller market. It is designed to provide cost effective solutions to embedded system designers. The PIC17C44-25I/L is a good choice for applications requiring low-end but efficient microcontroller solutions and comes in the 28-pin PDIP package.

The PIC17C44-25I/L microcontroller includes an 8-bit processor core, EEPROM and ROM memory, 8-bit I/O ports, 26/46 peripheral functions, and an interrupt controller. The PIC17C44-25I/L is designed and developed by Microchip Technology to maintain PIC microcontroller solutions. It is suitable for various embedded applications such as low-end consumer, instrumentation, automotive, and industrial control applications.

The PIC17C44-25I/L produces high-speed processor throughput rates with optimized instruction execution times. It contains an efficient instruction set that can be combined with the mid-range instruction set for efficient code execution. The PIC17C44-25I/L runs at speeds up to 20MHz and works at voltages from 2.75V to 6V. It also has 8K bytes of ROM, 128 bytes of EEPROM, and up to 12 I/O ports.

The PIC17C44-25I/L also offers peripheral features such as an A/D converter, timers/counters, switch debouncing and pulse width modulation. With all these features and more, the PIC17C44-25I/L is one of the best solutions for embedded applications requiring a cost effective, high performance and low power consuming microcontroller solution. The microcontroller is also available in the standard 28-pin (PDIP) plastic, single row package.

The PIC17C44-25I/L provides several communication peripherals, such as USART/SPI/I2C. USART is a serial communication protocol used to communicate with other devices and computers. SPI is a synchronous serial protocol that is used to communicate with external memory devices. I2C is a two-wire serial protocol that enables communication between multiple devices on the same bus.

The PIC17C44-25I/L also includes an Analog-to-Digital Converter (ADC) module, which can be used for measuring analog voltages. The module includes 12/10-bit resolution and a variety of configurable conversion modes. It also includes two Comparator channels, used to compare two analog voltages.

The timers used on the PIC17C44-25I/L include an 8-bit timer with capture and compare (TIMER1), a 16-bit timer (TIMER2), and a 16-bit free-running timer (TIMER3). They can be used to measure time intervals, generate interrupts, and create time delays. The TMR3 module can also be used for pulse width modulation.

The PIC17C44-25I/L also contains an interrupt controller (INTCON) module. This module controls all the interrupt sources on the microcontroller, and provides several interrupts such as interrupt-on-change, interrupt-on-circuit-break, interrupt-on-timer, and external interrupts. It also provides mechanisms for prioritizing interrupt requests.

The PIC17C44-25I/L offers several application fields such as industrial, automotive, and consumer applications. Its small size and low-power consumption make it ideal for embedded applications where space and power consumption are major factors. Furthermore, it is suitable for use in instrumentation, robotics and automotive applications. It is also suitable for systems requiring high-speed and efficient code execution.

The PIC17C44-25I/L is a cost-effective and reliable performance choice for embedded applications that require the performance and features of the mid-range microcontrollers. With the right analysis, it can be used in a variety of embedded applications. It can easily be programmed and debugged, making it a great choice for embedded system designers.

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