Dual-Channel SLIC Voice Chip

Oct. 28, 2025

What is a crystal oscillator? What are its functions?

OCXO (Optical Crystal Oscillator) operates through a crystal that converts electrical energy into mechanical energy and vice versa, functioning in resonance to deliver stable, precise single-frequency oscillation. Under standard operating conditions, conventional OCXO systems achieve absolute frequency accuracy of 50 parts per million (ppm), with a

Oct. 28, 2025

Application of NTP time server in the field of smart factory

Driven by modern Industry 4.0 and intelligent manufacturing, enterprises have put forward higher requirements for production efficiency, data accuracy, and system stability. Among them, time synchronization technology, as the foundation of industrial control systems (such as PLC, SCADA, MES, etc.), has become an indispensable part of smart factorie

Oct. 28, 2025

Share the basic role and core technology of the TCXO

As an important part of the high-precision time reference source, TCXO plays a role in stabilizing frequency and clock signals in electronic systems. Today, we'll explore the core technology of the TCXO and gain insights into how it maintains the accuracy of the output frequency through temperature compensation technology.

Oct. 28, 2025

What is differential crystal oscillator? What are the advantages?

In the field of electronic design and high-frequency circuits, differential crystal oscillators are a key component widely used in signal processing, communication systems, and high-speed digital circuits. It has the advantages of high precision, high stability and strong anti-interference ability through differential signal output, and is widely u

Oct. 28, 2025

What is an NTP time server? An NTP time server is a device that synchronizes time with a central server, ensuring accurate timekeeping across a network.

Time and clocks are familiar to us, but do you know where they originate today? With the widespread use of network devices, almost all of them carry time markers. In fact, these markers are transmitted through specific devices, such as NTP time servers. This is a network time synchronization device, also known as a network time synchronization syst

Oct. 28, 2025

The basic principles and core applications of the mother-in-child clock system

"Time is Efficiency" – In the fast-paced modern transportation system, millisecond errors can lead to train delays, misaligned flights, and even confusing signals. How to ensure that every link in the transportation network is accurately synchronized? With its high precision and high reliability, the mother-in-child clock system is becoming an "i

Oct. 28, 2025

How to Select Different Crystal Oscillator Packages?

In the design of electronic devices, crystal oscillators serve as core components of clock sources, and their performance directly impacts the stability and reliability of the system. However, faced with a wide array of crystal oscillator package types on the market, many engineers often feel confused when making a selection. Different package form

Oct. 28, 2025

How to Select a Time Server?

With the continuous development of technology, network time synchronization has become an essential function for various industries, enterprises and institutions. As a key device for implementing this function, the selection of a time server is particularly important. This article will introduce in detail how to select a time server from multiple a

Oct. 28, 2025

Introduction to the Main Features of TCXO Crystal Oscillator

TCXO (Temperature Compensated Crystal Oscillator) is a crystal oscillator that automatically adjusts its frequency in response to temperature changes. This feature makes TCXO essential for applications requiring high-precision timekeeping, such as satellite navigation systems, radio communications, and computer motherboards. The stability of TCXO c

Oct. 28, 2025

Grand Launch | Saisi Full Series Crystal Oscillators, Empowering Precise Development of AI Computing Power!

Amid the rapid development of new-quality productive forces, artificial intelligence has become the core engine leading the future. The improvement of AI computing power and stable operation of large models rely on a fundamental underlying support: high-precision time and frequency technology.