PIC16C76T-04/SO

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PIC16C76T-04/SO is an 8-bit flash microcontroller which is ideal for small-application embedded systems. It is available in a 4 MHz power supply and offers an array of on-chip peripherals which makes it suitable for various applications. The PIC16C76T-04/SO has enhanced instructions which allows high-level operations to be executed quickly. Moreover, it features various analog and digital functions, as well as serial communication channels.

The PIC16C76T-04/SO is suitable for a wide range of embedded field applications and is often used to implement core functions in low-end systems. Its basic feature set includes a 16-bit wide data bus, 128 bytes of SRAM, 256KB of programmable flash memory, and a 64KB EEPROM. It offers four 8-bit ADC modules for both digital and analog inputs, and two UARTs for communication with external devices. In addition, it has 64 GPIO and two PWM generators for customizing system timing and outputs.

The PIC16C76T-04/SO is powered by an 8-bit CMOS microcontroller core which can execute up to 1100 MIPS. Its power dissipation rate is around 6 times lower than its predecessor PIC16C75. Furthermore, it supports up to 32MHz instruction cycles and provides an impressive range of instructions. This enables the microcontroller to operate faster and achieve higher accuracy.

As far as its working principle is concerned, the PIC16C76T-04/SO operates using a Harvard architecture bus; this consists of three separate buses, namely the instruction bus, data bus, and address bus. Each bus serves a specific purpose in the microcontroller’s operation. The instruction bus carries the instructions from the memory to the Execution Core, while the data bus conveys data between the Execution Core and the memory. The address bus provides the addresses of where the instructions and data are to be placed in memory.

The PIC16C76T-04/SO microcontroller can process both digital and analog signals due to its ADC channels and UARTs. An analog signal is converted into a digital form by the input device and sent to the microcontroller via a UART. The microcontroller then processes and stores the values using its internal memory. The processed value is then available to be used by other applications running on the microcontroller.

Lastly, the EEPROM is used to store data and settings that the application will use later. This is done to reduce power consumption and also increases the reaction time of the microcontroller as the data is readily available instead of having to be read from an off-chip memory source. The PIC16C76T-04/SO is suitable for a variety of embedded applications such as sensor systems, instrumentation, energy management, and automotive applications.

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