Crystal Oscillators for Positioning Modules

Key Clocking Requirements for Positioning Modules

Nanosecond-Level Ultra-High Frequency Stability

Utilizes Temperature Compensated Crystal Oscillators (TCXOs) to ensure frequency stability within ±0.5 ppm across a wide temperature range, guaranteeing nanosecond-level time synchronization.
Superior Vibration Resistance & Low Power Consumption

Features exceptional shock resistance to withstand severe mechanical bumps and vibrations.
Incorporates an ultra-low ESR design to shorten cold start-up time, significantly extending the standby lifespan of terminal devices.
Ultra-Miniature Packaging

Available in micro-sized 1612 and 2016 footprints, perfectly tailored for high-density PCB layouts and driving the lightweight evolution of IoT terminals.
Differential Output for Interference Immunity

Utilizes LVDS/LVPECL differential outputs to effectively cancel common-mode noise, ensuring reliable operation in high-EMI environments.

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 Jul, 16 2026

The World's First! Taijing Technology's 1612 Size 19.2MHz Crystal Oscillator Has Passed Qualcomm Snapdragon AR1+Gen1 Platform Certification and Achieved Mass Supply

 Jul, 13 2026

Taijing Technology Collaborates with the 2026 China Frequency Components and Materials Industry Innovation Technology Conference to jointly build a new future of ''China Time Chip''

 Jul, 03 2026

Taijing Technology Debuts at 2026 Munich Shanghai Electronics Show | Full Range of Time-Frequency Solutions Empower Computing Power, Optical Communication, And Automotive Electronics in the New Era

TKD UPDATES

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