High-Precision TCXO for Base Station Synchronization

YXC offers high-precision TCXO and VCTCXO solutions for base station synchronization, ensuring reliable network timing with low phase noise, high stability, and temperature adaptability.

YOV2020DP 10MHz Crystal Oscillator – Precision for Communication & Timekeeping

Explore the YOV2020DP 10MHz temperature-controlled crystal oscillator with ultra-low phase noise and high stability. Ideal for 5G base stations and satellite navigation, offering cost-effective solutions for high-precision timing.

High-Precision Timing Solution for Smart Lawn Mowers: YSN8130 RTC Chip

By incorporating the YSN8130 RTC chip, robotic lawn mowers can achieve precise time management, enhanced battery life, and uninterrupted performance, making them even more reliable in harsh outdoor conditions. Get in touch with YXC Technology today to learn more about how we can support your product development needs.

New Power Bank Standard: Why RTC Matters

Discover how YXC low-power RTC chips help power bank manufacturers meet China’s new safety standard with accurate timing, low cost, and easy compliance.

RTC clock chip circuit diagram principle

RTC chips are application-specific integrated circuits (ASICs) designed for precise timing and power-off continuity. Their core function is to provide stable timing for seconds, minutes, hours, days, months, weeks, and years. Furthermore, they can maintain uninterrupted timing via a backup battery after the main power supply fails. They are widely used in embedded systems, industrial control equipment, smart meters, consumer electronics, and other applications.

Frequency division principle of crystal oscillators

The essence of crystal oscillator frequency division is to use a digital frequency divider circuit (composed of flip-flops, counters, phase-locked loops, etc.) to perform a "count-flip-output" logic operation on the original clock signal output by the crystal oscillator, reducing the high-frequency signal to a low-frequency signal by an integer multiple (or a precise fractional multiple).