Description

8MHz Crystal Oscillator for Embedded Systems and Microcontrollers

The 8MHz Crystal Oscillator is a precision frequency control component that provides a stable 8MHz clock signal for a wide variety of electronic devices and embedded applications. Crystal oscillators are essential in digital electronics because they generate accurate timing signals required for microcontrollers, communication modules, processors, and other digital circuits to operate reliably.

Operating at a fixed frequency of 8MHz, this crystal oscillator ensures excellent timing accuracy and long-term frequency stability. It is widely used as the primary clock source in microcontroller-based systems where precise timing is critical for instruction execution, serial communication, PWM generation, timers, and other real-time operations.

The crystal is manufactured using high-quality quartz material enclosed in a durable metal package that protects it from environmental influences while maintaining excellent frequency stability. Its compact through-hole design enables quick installation on PCBs, breadboards, and prototype circuits, making it suitable for students, hobbyists, and professional engineers.

The 8MHz crystal oscillator is commonly used with AVR microcontrollers, Arduino-compatible designs, PIC microcontrollers, STM8 controllers, communication modules, embedded controllers, wireless transceivers, and industrial automation equipment. It is also widely used in digital clocks, frequency synthesis circuits, sensor interfaces, RF applications, and timing reference circuits.

Thanks to its low power consumption, the crystal is well suited for battery-powered and portable electronic devices. It provides dependable clock generation while minimizing power usage, making it ideal for IoT devices and energy-efficient embedded systems.

Whether you’re designing a custom PCB, replacing a damaged crystal, building an embedded controller, or developing a communication device, the 8MHz Crystal Oscillator offers dependable timing performance, excellent stability, and easy integration into virtually any digital electronic project.

Applications

• Microcontroller Clock Source
• Arduino-Compatible Projects
• AVR Microcontrollers
• PIC Microcontrollers
• Embedded Systems
• Digital Communication Systems
• Wireless Transceivers
• Industrial Automation
• Timing Circuits
• Frequency Synthesis
• RF Applications
• Sensor Networks
• Data Acquisition Systems
• Electronic Development Boards

Technical Specifications