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 has been deeply engaged in the field of frequency control. Its differential crystal oscillator product series, with their outstanding technical features, are becoming a key support for achieving performance breakthroughs in high-end optical modules.
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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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