ElectronicNova 2pcs PIC16F676-I/P DIP-14 Microcontroller Kit

Description

Product Overview

The ElectronicNova PIC16F676 microcontroller is presented in a durable DIP-14 plastic package that balances ease of handling with robust electrical performance. Built on a proven 8‑bit architecture, the device delivers up to 20 MHz of processing speed while maintaining a low power envelope, making it suitable for battery‑operated designs and energy‑conscious applications. Each pin is clearly labeled, providing straightforward access to the core functions such as analog‑to‑digital conversion, programmable timers, and serial communication interfaces.

Manufactured by ElectronicNova, a reputable supplier in the semiconductor market, the PIC16F676 benefits from rigorous quality control processes that ensure each unit meets or exceeds industry specifications. The device operates across a wide voltage range of 2.0 V to 5.5 V, offering flexibility for both low‑voltage logic circuits and standard 5 V systems. Its internal oscillator can be configured for a variety of clock sources, allowing designers to fine‑tune performance versus power consumption.

In addition to its core processing capabilities, the PIC16F676 includes a suite of peripheral features that simplify system design. Integrated analog inputs enable precise sensor readings, while the built‑in comparator and voltage reference support advanced analog signal conditioning. The microcontroller also provides multiple interrupt sources, facilitating responsive real‑time control in robotics, motor drives, and interactive user interfaces.

Usage

Designed with versatility in mind, the PIC16F676 finds a natural home in hobbyist projects, educational laboratory kits, and professional prototype development. Its DIP-14 footprint aligns perfectly with standard breadboard layouts, allowing rapid circuit assembly without the need for specialized sockets or surface‑mount soldering. Engineers working on embedded systems can leverage the device’s rich peripheral set to implement data acquisition, motor control, and communication protocols such as I²C, SPI, and UART.

Typical application scenarios include environmental monitoring stations, where the analog inputs capture temperature, humidity, and light levels for processing and transmission. In robotics, the microcontroller can manage motor speed control loops, sensor fusion, and decision‑making algorithms, all while maintaining low power draw to extend battery life. The device is also well‑suited for consumer electronics prototypes, such as smart lighting controllers, wearable health monitors, and compact IoT nodes that require reliable operation in constrained form factors.

Why Choose Us

Choosing the ElectronicNova PIC16F676 means partnering with a brand that prioritizes reliability, support, and long‑term availability. Each batch undergoes comprehensive testing, including functional verification, temperature cycling, and electrical stress analysis, ensuring that the microcontroller performs consistently across diverse operating conditions. Our commitment to quality is backed by a responsive technical support team that assists customers from initial design through production scaling.

Beyond the core device, ElectronicNova provides extensive documentation, reference designs, and software libraries that accelerate development timelines. The availability of a two‑piece kit at a competitive price point reduces inventory overhead for small‑scale projects while delivering the same high‑grade performance as larger volume orders. With a proven track record in the industrial and scientific sectors, our components are trusted by engineers worldwide for mission‑critical applications.

Key Features

• Compact DIP-14 package simplifies prototyping and board layout
• 8‑bit core with up to 20 MHz speed balances performance and power efficiency
• Integrated analog‑to‑digital converter and voltage reference for precise sensor interfacing
• Multiple serial communication modules (I²C, SPI, UART) enable flexible connectivity
• Dedicated technical support and comprehensive design resources for hassle‑free integration

FAQ

What voltage range does the PIC16F676 support?

The microcontroller operates from 2.0 V to 5.5 V, making it compatible with both low‑voltage and standard 5 V systems.

Can the PIC16F676 be used on a breadboard?

Yes, the DIP-14 package is designed for easy insertion into standard breadboards, allowing quick testing without soldering.

Does the device include built‑in flash memory?

It features 14 KB of program memory, providing ample space for complex firmware and data storage.

Is there a development board available for this microcontroller?

ElectronicNova offers compatible development boards that include socketed DIP‑14 footprints, power regulation, and breakout pins for rapid prototyping.

What kind of support does ElectronicNova provide?

Customers receive access to detailed datasheets, application notes, reference code, and a responsive engineering support team to assist with design and troubleshooting.