PIC16C715-20/SS

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The PIC16C715-20/SS is a microcontroller device from Microchip Technology, an American semiconductor manufacturer. This particular device is part of the PIC family of 8-bit microcontrollers, and is specifically targeted towards embedded applications requiring a low-cost, low-power solution. This article aims to discuss the range of applications and working principle of the PIC16C715-20/SS.The PIC16C715-20/SS is a 14-pin DIP (dual in-line package) 8-bit microcontroller that runs on an internal oscillator with a maximum frequency of 20MHz. It has 5 IO lines, 3 analog inputs, 128 x 15 RAM, 1K x 14 ROM, and watchdog timer and interrupt capabilities. In terms of on-chip communications, it has two USARTs (Universal Synchronous/Asynchronous Receivers/Transmitters) and two SSPs (Slave Serial Ports).Due to its low cost, low power, and wide range of features, the PIC16C715-20/SS is an ideal choice for embedded applications that require tight control over cost and power consumption. It is particularly suited for remote sensing and measurement applications such as meter reading, gas and electricity monitoring, and security systems. It has also been used in control systems such as air conditioning and industrial automation systems, as well as in automotive applications such as engine and transmission control.The PIC16C715-20/SS is programmed using the PICmicro® high-level language. This language is a variation of C and is optimized for small, low-power applications. It is relatively simple and easy to use for rapid development of application codes.The working principle of a microcontroller can be explained in terms of four main components: the processor, the peripheral circuitry, the memory, and the bus. The processor is the part of the microcontroller that carries out the instructions it receives. The peripheral circuitry provides the microcontroller with communication interfaces and I/O (input/output) ports. The memory stores the program code, data, and results. The bus is the pathway through which data flows between components within the microcontroller, as well as between the microcontroller and the external system. When an instruction is sent to the microcontroller, the processor decodes it and carries out the necessary tasks accordingly. It then passes the data to the relevant peripheral circuitry or memory via the bus. The processor and the peripheral circuitry interact with the data until the task is complete. This process is then repeated for the next instruction, until the program is complete.In summary, the PIC16C715-20/SS is an 8-bit microcontroller from Microchip Technology that is well-suited for embedded applications requiring tight control over power and cost. It is programmed using the PICmicro® high-level language, and its working principle is based on four main components: the processor, peripheral circuitry, memory, and bus. Its low-cost, low-power solution makes it an ideal choice for remote sensing and measuring, control systems, and automotive applications.

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