RFPIC12F675H-I/SS

Series:	PIC®
Packaging:	Tube
Part Status:	Active
Applications:	RKE, Security Systems
Core Processor:	PIC
Program Memory Type:	FLASH (1.75 kB)
Controller Series:	rfPIC™
RAM Size:	64 x 8
Interface:	--
Number of I/O:	6
Voltage - Supply:	2 V ~ 5.5 V
Operating Temperature:	-40°C ~ 85°C
Mounting Type:	Surface Mount
Package / Case:	20-SSOP (0.209", 5.30mm Width)
Supplier Device Package:	20-SSOP
Base Part Number:	RFPIC12F675K

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Introduction

The RFPIC12F675H-I/SS is a microcontroller from the Microchip PIC family. It is based on a modified Harvard architecture RISC processor and is design for embedded applications. This microcontroller is well suitable for medium-to-low-power industrial, consumer and medical applications as well as automotive and control applications. The RFPIC12F675H-I/SS comes with an 8-bit microprocessor core, 6-bit digital I/O, an internal oscillator, comparator and analog functions as well as an Analog to Digital Converter(ADC). This microcontroller also features multiplex I/O, sleep and wake functions and has a range of configurable features. In addition, its cost-effective design makes it ideal for cost-sensitive applications.

Application Fields

The RFPIC12F675H-I/SS makes a great choice for a range of industrial, consumer, medical and automotive applications. Some of these application fields include:

• Industrial applications: This microcontroller is well suited for medium-to-low-power industrial applications such as industrial automation, medical devices and process control systems.
• Consumer applications: This microcontroller is suitable for consumer products such as white goods, lighting, home and security systems, fitness devices and personal music players.
• Medical applications: The RFPIC12F675H-I/SS makes an ideal solution for medical devices and systems, with its ability to accurately detect and respond to vital signs.
• Automotive application: This microcontroller is also well suited for automotive applications such as vehicle monitoring systems, car navigation devices and engine control systems.

Working Principle

The RFPIC12F675H-I/SS is based on a modified Harvard architecture RISC processor and features a 512 byte memory and 8-bit wide instructions. It has an 8-bit microprocessor core, 6-bit digital I/O, an internal oscillator, comparator and analog functions, multiplex I/O, sleep and wake functions and an Analog to Digital Converter (ADC). The microcontroller is powered by MCLR reset and allows both direct and indirect code and data access. This enables the microcontroller to access both the internal RAM and external memory. The microcontroller is capable of executing 65 instruction sets and allows for repeat, skip and loop instructions. The RFPIC12F675H-I/SS provides an 8-bit Analog to Digital Converter, allowing for the conversion of analog signals to digital values. The ADC has six channels and provides resolutions from 8 up to 12-bits. The RFPIC12F675H-I/SS also features an internal oscillator which allows for an accurate frequency output for clock and timing operations.The RFPIC12F675H-I/SS also features a sleep mode and can be put in a low power state when not in use. This allows the microcontroller to consume lower power while inactive. In addition, the microcontroller can be put into a low power sleep or active-idle mode depending on the application.

Conclusion

The RFPIC12F675H-I/SS is an excellent microcontroller suitable for a range of applications, from industrial and automotive to consumer and medical applications. Its modified Harvard architecture RISC processor allows for excellent performance and cost efficiency. Its 6-bit digital I/O, internal oscillator, comparator and analog functions make it fully prepared for a variety of medium-to-low-power applications. With its Analog to Digital Converter (ADC) providing resolutions from 8 up to 12-bits, it is a sure choice for precision measurements and control. The RFPIC12F675H-I/SS is also capable of low power consumption through its sleep and wake modes, making it an ideal low-power microcontroller solution.

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