PIC16C63T-20E/SO

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The PIC16C63T-20E/SO is a 20-pin microcontroller from Microchip Technology, common in the embedded technology industry. The PIC16C63T-20E/SO product features a combination of high performance and low cost with an impressive architecture and a wide range of peripherals. This microcontroller is ideal for applications such as remote measurement, motion control, energy metering, lighting, building automation, communication and more.

The PIC16C63T-20E/SO embeds a powerful Core CPU that includes a 16-bit RISC processor, a 16-bit address range, up to 32K of program memory and up to 2K of data memory.

The Peripheral Feature Set (PFS) also includes a high-speed SPI port, two input capture/output compare/pwm (IC/OC/PWM) ports and one input/output port. There is also a 16-channel 10-bit A/D converter, a watchdog timer (WDT), a low-voltage detect and programmable code protection. All ports are available for programming through C or assembler.

PIC16C63T-20E/SO devices are designed to be used in networks of miniature, low-cost embedded systems. The NVM features of this microcontroller allow it to accurately store data between cycles, as bit-by-bit instructions can be used to control every aspect of the memory.

This microcontroller also features a range of sleep modes, allowing for longer battery life and reduced power consumption. It is also designed to optimise performance in case of low-clock cycles or spikes in activity, and includes an internal oscillator to maintain accurate timing even in unstable clock situations.

In addition, a range of IDE tools including the MPLAB development solution, and the PICkit 3 programmer, are available to improve the development process when working with the PIC16C63T-20E/SO microcontroller.

In conclusion, the PIC16C63T-20E/SO is an economical, low-cost and high-performance choice for embedded systems. It has a wide range of features and peripherals, a robust core cpu and a set of tools from Microchip Technology to make development easier. Its ability to accurately store data, sleep modes that improve battery life, and an oscillator to maintain stability make it ideal for applications such as remote measurement, motion control, energy metering, lighting, building automation, communication and more.

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