PIC16C56A/JW

Program Memory Type:	EPROM, UV
Base Part Number:	PIC16C56A
Supplier Device Package:	18-CERDIP
Package / Case:	18-CDIP (0.300", 7.62mm) Window
Operating Temperature:	0°C ~ 70°C (TA)
Oscillator Type:	External
Data Converters:	--
Voltage - Supply (Vcc/Vdd):	3 V ~ 5.5 V
RAM Size:	25 x 8
EEPROM Size:	--
Series:	PIC® 16C
Program Memory Size:	1.5KB (1K x 12)
Number of I/O:	12
Peripherals:	POR, WDT
Connectivity:	--
Speed:	20MHz
Core Size:	8-Bit
Core Processor:	PIC
Part Status:	Obsolete
Packaging:	Tube

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Embedded - Microcontrollers: PIC16C56A/JW Application field and Working Principle

The PIC16C56A/JW microcontroller is a versatile, general-purpose embedded microcontroller that has become a popular choice for many applications. It was released by Microchip Technology Inc. in 1996 and since then has become widely used in industrial control, embedded systems, and consumer applications.The PIC16C56A/JW is designed to provide greater flexibility for the embedded programmer by implementing a wide range of instructions, instruction sets, and addressing modes. This allows the programmer to best meet the needs of any given application. The PIC16C56A/JW is well-suited to microcontroller applications requiring low power and/or program memory size. The PIC16C56A/JW features a 12-bit program counter register, a 16-bit control register, two 8-bit data port registers, a 16-bit timer/counter register, and a 4-level stack. The microcontroller supports up to 16 I/O pins and is capable of operating at speeds up to 8 MHz. It is available in both DIP and PLCC packages, making it an ideal choice for both surface-mount and through-hole applications.The PIC16C56A/JW is widely used in a variety of applications including:* Automotive* Control systems* Robotics* Instrumentation* Machine control* Consumer electronicsIts wide array of features makes it suitable for a variety of application types. The PIC16C56A/JW can be easily programmed using the popular C language, and the vast library of available code samples enables experienced and novice users alike to start building their own applications quickly.When powered on, the PIC16C56A/JW begins by executing the reset vector. This vector points to the start of the application code stored in the program memory and sets the instruction pointer to the first program instruction. The instruction pointer is then incremented sequentially to step through the various program instructions until a branch instruction or an interrupt causes the flow of execution to branch somewhere else.The program instructions executed by the PIC16C56A/JW consist of standard microcontroller instructions such as loading and storing data, transferring data between ports, performing arithmetic and logical operations, checking the state of flags and other conditions, and branching execution to different portions of the program.The PIC16C56A/JW utilizes on-chip RAM as internal scratchpad memory for storing data and instructions temporarily. The instructions for governing and manipulating tis RAM are also programs, allowing for complex data manipulation. The RAM can also be used for storing program variables and data.The PIC16C56A/JW is also capable of communicating with external devices and peripherals through the use of the I/O pins. These pins can be programmed for input or output, allowing for the exchange of data with other devices. The processor can easily gain access to a wealth of external information through these pins, allowing for the creation of complex and powerful applications.The PIC16C56A/JW is powered by a 12-volt DC source and features an on-board clock generator as well as a real-time clock/calendar and two 16-bit timers. The real-time clock/calendar enables the microcontroller to keep track of dates, times, and events, while the two 16-bit timers can be used to measure intervals, generate interrupts, and set baud rates.In summary, the PIC16C56A/JW is a versatile, general-purpose embedded microcontroller that is widely used in a variety of applications including automotive, control systems, robotics, instrumentation, machine control, and consumer electronics. It is well-suited for microcontroller applications requiring low power and/or program memory size. Thanks to its wide range of features and instruction sets, it can be easily programmed in the popular C language, making it an ideal choice for both experienced and novice programmers.

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