Preferred Frequency Source for Aerospace, Communication and Navigation, XtalTQ 's Low -G, Phase Noise with Vibration-Insensitive OCXO

With the advancement of booming technology, the demand for precision in timekeeping has never been higher. OCXOs, through their oven-controlled and electronic feedback adjustment mechanisms, achieve extremely high frequency stability and extremely low phase noise, meeting the urgent needs of communications, navigation, and other fields for high accuracy and low phase noise. In harsh environments with vibration, shock, acceleration, and other factors, ordinary crystal oscillators may fail to maintain a stable operating state. However, vibration insensitive OCXOs with low jitter values, utilizing advanced vibration insensitive technology and precise circuit design, can maintain excellent phase stability and long-term reliability in these harsh conditions. XtalTQ Technology Co., Ltd.'s high-precision, low-phase-noise OCXOs not only enhance system performance but also improve anti-interference capabilities and reduce bit error rates. This plays a crucial role in improving communication quality, measurement accuracy, and overall system reliability.

Product Features:

1. Advanced SC-Cut Crystal      Technology and Proprietary Vibration- insensitive Crystals: Utilizes cutting-edge      SC-cut crystal technology and self-developed anti-vibration crystals      specifically designed for harsh environments.

2. Broad Frequency Selection      Range:      Offers a wide range of frequencies from 5 to 200 MHz, with a frequency      tolerance of less than 50 ppb.

3. Excellent Temperature      Stability:      Achieves a best-in-class temperature stability of ±0.5 ppb over the      temperature range of -40 to 85°C.

4. High Stability: Employs advanced      oven-controlled technology to ensure stable frequency output, unaffected      by external temperature changes.

5. Strong Anti-Interference      Capability:      Features a low-noise design that effectively suppresses electromagnetic      interference and mechanical vibration, ensuring the purity and reliability      of frequency output, with phase noise at 1 kHz reaching -155 dBC/Hz to      -170 dBC/Hz.

6. High Customizability: Can be customized      according to customer requirements, including vibration-insensitive      design, low jitter value design, frequency and voltage-controlled range      adjustments, to meet the needs of various application scenarios.

In airborne communication systems, OCXOs ensure the accuracy and stability of signal transmission, preventing communication interruptions or bit errors caused by frequency drift. Meanwhile, in navigation systems, OCXOs provide precise timing signals for GPS and other satellite navigation systems, ensuring the accuracy and safety of flight paths. Additionally, OCXOs play a vital role in radar systems, serving as the clock source for radar transmitters and receivers, ensuring precise synchronization and ranging accuracy of radar signals.

XtalTQ Technology's OCXO are not only suitable for aerospace, maritime, and aviation fields, such as shipborne, airborne, radar systems, and aircraft, but also applicable to military, automotive, satellite communications, radar systems, navigation systems, and other fields. In these application scenarios, our products provide stable and reliable frequency sources, ensuring the normal operation of systems and accurate data transmission.