PIC16F676-I/P 8-Bit Microcontroller IC DIP-14

The PIC16F676-I/P 8-Bit Microcontroller IC DIP-14 is a compact and efficient microcontroller from Microchip designed for embedded control systems, automation projects, sensor interfacing, and low-power electronic applications. Featuring an 8-bit CPU architecture and integrated peripherals, this microcontroller provides reliable performance for a wide range of industrial, educational, and DIY electronics projects.

Housed in a DIP-14 through-hole package, the PIC16F676-I/P is easy to use for prototyping, breadboard development, and PCB assembly. It includes built-in analog-to-digital converter (ADC) channels, timers, comparators, and programmable I/O pins, allowing developers to create versatile control systems with minimal external components.

The microcontroller supports low-power operation and high-speed processing suitable for automation, motor control, monitoring systems, and smart electronic devices. Its flash memory architecture allows repeated programming and firmware updates, making it ideal for development and testing applications.

Compatible with popular Microchip development tools and programming environments, the PIC16F676-I/P is widely used by engineers, students, hobbyists, and embedded system developers.

Features:

• 8-bit PIC microcontroller architecture

• DIP-14 through-hole package

• Built-in ADC and comparator modules

• Flash programmable memory

• Low-power operation capability

• Multiple programmable I/O pins

• Integrated timers and peripherals

• Suitable for embedded control applications

Specifications:

• Model: PIC16F676-I/P

• Product Type: 8-bit microcontroller IC

• Package Type: DIP-14

• Architecture: PIC 8-bit MCU

• Program Memory: Flash memory

• Operating Voltage: Typically 2V–5.5V

• ADC Channels: Integrated analog inputs

• I/O Pins: Programmable digital I/O

• Mounting Type: Through-hole

Applications:

• Embedded system development

• Sensor interfacing projects

• Home automation systems

• Motor control circuits

• Educational electronics projects

• Industrial monitoring systems

• DIY microcontroller applications