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Voltage Regulator 7812

Voltage Regulator 7812

Category: Power

₦500.00

The 7812 Voltage Regulator is a fixed 12V linear regulator IC designed to provide a stable and reliable DC output voltage for electronic circuits and power supply applications.

Key Features

Fixed 12V DC output voltage

Part of the popular 78xx linear regulator series

Provides stable and regulated power supply

Built-in current limiting and thermal shutdown

Simple three-pin configuration

Low output noise and ripple

Reliable and widely used power component

Detailed Description

The 7812 voltage regulator is commonly used in electronic circuits where a stable 12V DC supply is required. It takes a higher DC input voltage and regulates it down to a fixed 12V output, ensuring consistent power delivery to sensitive components.

This regulator is extremely easy to use due to its simple three-pin design (Input, Ground, Output). It includes internal protection features such as current limiting and thermal shutdown, which help protect the IC and connected circuits from damage due to overload or overheating.

The 7812 is widely used in power supply designs, audio amplifiers, microcontroller projects, industrial electronics, and educational labs. When used with proper input filtering capacitors and a heatsink, it provides reliable and long-lasting performance.

Technical Specifications

Regulator Type: Linear Voltage Regulator

Model: 7812

Output Voltage: 12V DC (fixed)

Input Voltage Range: 14V – 35V DC

Maximum Output Current: 1A (with proper heatsink)

Dropout Voltage: ~2V

Package Type: TO-220

Protection: Thermal shutdown, short-circuit protection

What’s in the Box

1 × 7812 Voltage Regulator IC

Ideal For

12V regulated power supplies

Audio and amplifier circuits

Arduino and electronics projects

Industrial and DIY power designs

Educational and training use

Important Note

The 7812 is a linear regulator and can generate heat when stepping down from higher voltages. A heatsink is recommended for higher current applications. Ensure the input voltage is always at least 2V higher than the output voltage for proper regulation.