PIC16C57T-XT/SS

Program Memory Type:	OTP
Base Part Number:	PIC16C57
Supplier Device Package:	28-SSOP
Package / Case:	28-SSOP (0.209", 5.30mm Width)
Operating Temperature:	0°C ~ 70°C (TA)
Oscillator Type:	External
Data Converters:	--
Voltage - Supply (Vcc/Vdd):	3 V ~ 6.25 V
RAM Size:	72 x 8
EEPROM Size:	--
Series:	PIC® 16C
Program Memory Size:	3KB (2K x 12)
Number of I/O:	20
Peripherals:	POR, WDT
Connectivity:	--
Speed:	4MHz
Core Size:	8-Bit
Core Processor:	PIC
Part Status:	Obsolete
Packaging:	Tape & Reel (TR)

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Embedded - Microcontrollers

The PIC16C57T-XT/SS is a 8-bit microcontroller from Microchip Technology, offering users with a single chip solution to their embedded applications. Its design is based on a Harvard architecture, with accompanying pipelining and fast instruction cycle times. This microcontroller offers excellent capabilities to operate device peripherals, due to its multiple timers, A/D converters, and capture/compare/PWM modules.The PIC16C57T-XT/SS is suitable for a wide array of embedded applications, such as automotive, consumer and industrial control, as well as telecommunications, instrumentation and medical devices. In addition, its pin-switchable program memory makes it suitable for high-volume applications. By utilizing a small and cost-effective form factor, the PIC16C57T is ideal for a variety of applications.

Application Fields

The PIC16C57T-XT/SS is well-suited for a variety of embedded applications, including consumer and industrial control, telecommunications, automotive, instrumentation, and medical devices. The microcontroller\'s integrated features make it ideal for applications that require high-speed, low-power operation. For example, with its internal oscillator, the device can be used for accurately timing on/off operations. Similarly, its capture/compare/PWM modules allow for precise and energy-efficient control or conversions of analog values. Moreover, its specific instruction set for this application allows for efficient code execution, ultimately providing users with shorter development cycles. In addition, the device is best suited for low-power operations, due to its various sleep modes. Similarly, its internal OTP flash memory enables applications to operate without external memory limitations. This makes it suitable for providing applications with short-term memory storage.

Working Principle

The working principle of the PIC16C57T-XT/SS is based on the Harvard architecture. In this architecture, data and instructions are divided into separate buses, allowing for better memory management. The Harvard architecture also allows for a high data throughput, as well as an internal pipeline to increase the performance of device operations. This architecture enables the microcontroller to support various instructions, including arithmetic and logic operations. The device also includes an internal oscillator, which can provide a frequency range of 1 MHz to 32 MHz. This allows the device to be both efficient and precise when operating on-off operations. Moreover, its fast instruction cycle time ensures a quick response in applications. In addition, the PIC16C57T-XT/SS features a wide range of timers, such as the Timer 0, Timer 1 and Timer 2. These timers can help in providing accurate control on applications, such as precise timing and pulse-width modulation (PWM). Similarly, its capture/compare/PWM modules are ideal for sensing and signal monitoring. Moreover, its internal OTP PROM allows users to store and retain data without additional external memory.

Conclusion

In conclusion, the PIC16C57T-XT/SS is an excellent device for embedded applications. It combines a high-performance Harvard architecture with integrated peripherals, specialized instructions and a small form factor. This ultimately provides users with additional capabilities to meet their requirements, due to its fast instruction cycle time, multiple timer and capture/compare/PWM modules, and its efficiently-designed internal OTP PROM. With all these factors combined, the PIC16C57T-XT/SS offers exceptional performance and accuracy, making it an ideal choice for embedded applications.

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