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Crystal Oscillator

Crystal Oscillator

Category: General

₦500.00

The Crystal Oscillator is a precise timing component used to generate stable clock signals for microcontrollers, processors, and digital circuits. It ensures accurate timing and frequency stability in electronic systems.

Key Features

Provides highly stable and accurate frequency output

Commonly used for clock generation in digital circuits

Available in various frequency ratings (e.g., 8MHz, 16MHz, 20MHz)

Low frequency drift and high reliability

Compatible with Arduino, microcontrollers, and embedded systems

Compact and durable design for PCB mounting

Supports both through-hole and SMD packages

Detailed Description

The Crystal Oscillator is an essential component in electronics that provides a precise clock signal for microcontrollers, CPUs, communication modules, and timing-sensitive circuits. By vibrating at a fixed frequency when powered, it ensures consistent and accurate timing for digital operations.

It is widely used in Arduino boards, microcontroller circuits, RF communication devices, computers, and embedded systems. Crystal oscillators are crucial in ensuring stable system performance, accurate data processing, and reliable communication.

With high frequency accuracy and low drift over temperature, crystal oscillators are ideal for both educational electronics projects and professional embedded system designs.

Technical Specifications

Type: Crystal Oscillator

Frequency Range: 1MHz – 50MHz (varies by model)

Frequency Tolerance: ±20ppm to ±50ppm

Load Capacitance: 18pF – 33pF (model dependent)

Package Type: HC-49 (through-hole) / SMD

Operating Voltage: 3.3V or 5V (depending on oscillator type)

Operating Temperature: -20°C – 70°C

What’s in the Box

1 × Crystal Oscillator

Ideal For

Arduino and microcontroller clock generation

Embedded systems and digital circuits

Communication and RF devices

Timing and frequency reference applications

DIY electronics prototyping and experiments

Educational electronics labs

Important Note

Ensure the frequency, load capacitance, and voltage rating match your circuit requirements. Incorrect selection may result in unstable or inaccurate timing. Handle carefully to avoid physical damage.