TCXO
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SMD Voltage Controlled Temperature Compensated Crystal Oscillator
• Typical 7.0*5.0*1.9mm ceramic SMD package • High Precision for-40~+85°C,±0.28ppm • 40~+105°C,±2ppm • CMOS and Clipped Sine wave (without DC-cut capacitor) output optiona!
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SMD Voltage Controlled Temperature Compensated Crystal Oscillator VCTCXO
• Typical 5.0*3.2*1.85mm ceramic SMD package • High Stability for Stratum ll • High Precision for ±0.lppm @ -40~+85°C,±0.2ppm @-40~+105°C • Frequency support from 10MHz to 52MHz • Wide temperature range • Tri-state Enable/Disable function • Pb-free/RoHS compliant
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SMD Voltage Controlled Temperature Compensated Crystal Oscillator
• Typical 3.2*2.5*0.9mm SMD • Compactness and lightweight • VCTCXO available • For automatic assembly • Low power consumption • Low thickness
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SMD Voltage Controlled Temperature Compensated Crystal Oscillator
• Typical 2.5*2.0*0.85mm ceramic SMD package • H Type Package • Compactness and lightweight • VCTCXO available • Low thickness
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TKD self-developed 38.4 MHz automotive-grade thermistor crystal oscillator has successfully passed Qualcomm’s stringent automotive-grade certification, making it the first crystal oscillator manufacturer in China to obtain this certification.
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The “heartbeat” of industrial intelligence—crystal oscillators are indispensable.
In today’s era of accelerating development in Industry 4.0 and intelligent manufacturing, selecting high-performance industrial-grade crystal oscillators has become a strategic decision to ensure the precision, speed, and reliability of equipment.
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TKD high-precision TCXO temperature-compensated crystal oscillators power aerospace applications.
In the aerospace field—from satellite navigation systems to deep-space probes, from manned spacecraft to space stations—various aerospace devices rely on highly stable crystal oscillators to provide precise time and frequency references.
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Although quartz crystal oscillators account for only a small proportion (1%–5%) in optical modules, they are critical components that ensure the stable operation of high-speed optical communication systems.
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TKD continues to invest heavily in R&D of high-end oscillators, providing a robust clock foundation for the realization and evolution of these advanced features, and helping photovoltaic, wind, and energy storage systems transform from mere “energy storage stations” into intelligent “energy regulation hubs.”
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