Email: sales@xtalong.com Tel: +86-28-80192520

A Special Long-Life Cycle Components
Key Representative Products including RF Components and Frequency Control Components
Technical support

Technical support

Technical support

OCXO/TCXO/VCXO

OCXO/TCXO/VCXO

OCXO/TCXO/VCXO

Crystal units

Crystal units

Crystal units

Chengdu Xtalong Electronics Co. Ltd. is a premier provider of vertically integrated RF component solutions for the global market.

We specialize in innovative RF technologies, including OCXO, TCXO, VCXO, VC-TCXO, SAW filters, LTCC filters, and RF coaxial connectors. The company's vertically integrated approach combines R&D, marketing, and supply chain management to deliver comprehensive one-stop RF component solutions for its global customer base.

Company News

1

Ultra-Low Power Fast-Start OCXO Empowering the Development of 5G-A and 6G

Discover XLONG Technology's ultra-low power fast-start OCXO, designed to meet the demands of 5G-A and 6G applications. With outstanding frequency stability and ultra-low phase noise, this innovative solution enhances synchronization in portable wireless communications, mobile testing equipment, and precision positioning devices. Overcoming traditional OCXO limitations, our product offers reduced p

2

Understanding the Differences Between TCXO and OCXO: A Comprehensive Guide

Significance of High Frequency Stability in TCXO and OCXO

3

Crystal Oscillator VS MEMS Oscillator

Compare MEMS and Quartz Crystal oscillators in terms of phase noise, power consumption, startup time, temperature characteristics, and frequency stability. Learn how MEMS oscillators offer flexible frequency outputs and low power consumption, while Quartz Crystal oscillators provide stability and reliability, making them suitable for various communication standards and applications.

4

What are the Factors that Affect the Frequency Stability of Crystal Oscillator?

Explore the key factors influencing frequency stability in crystal oscillators, including the impact of circuit components, mechanical vibration, power supply variations, and temperature changes. Learn how quality control and careful circuit design can minimize frequency deviation and ensure consistent oscillator performance.

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