Enhance the precision and reliability of your electronic devices with this Temperature-Compensated Crystal Module, designed for high accuracy and long-lasting performance. Crafted from durable printed circuit board material, this module offers exceptional stability with an accuracy of 0.5 PPM at a frequency of 22.625 MHz, making it an ideal component for applications requiring precise frequency control and temperature compensation. Key Features: · High Accuracy Crystal Module: Provides a precise frequency of 22.625 MHz with 0.5 PPM accuracy, ensuring stable and reliable performance in varying temperature conditions. · Durable Construction: Made from high-quality printed circuit board material, this module is built for strength and longevity, delivering consistent operation over an extended service life. · Temperature Compensation: Incorporates advanced temperature compensation technology to maintain frequency stability, enhancing the overall functionality of your device. · Easy Installation: Simple installation process—power off your device, open the cover, remove the existing ordinary crystal, and insert this module following the alignment mode. No additional adjustments are needed after powering on. · Compact and Portable: Small size design allows for easy carrying, storage, and integration into various electronic equipment without occupying much space. · Reliable Quality Control: Manufactured under strict quality control standards to ensure a high safety factor and dependable performance, providing peace of mind during use. Specifications: · Item Type: Temperature-Compensated Crystal Module · Frequency: 22.625 MHz · Accuracy: 0.5 PPM · Material: Printed Circuit Board · Installation Method: Remove existing crystal, align and insert the module, power on without further adjustment Package Includes: · 1 x Temperature-Compensated Crystal Module This Temperature-Compensated Crystal Module combines precision, durability, and ease of use, making it a cost-effective and practical solution for improving frequency stability in your electronic projects and devices.