CX-96F-040.000-E0107

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Crystals are essential in the development and advancement of technology. They are used in various applications, from aerospace to automotive, from communications systems to consumer electronics. One of the most popular crystals in the market today is the CX-96F-040.000-E0107. It is an oven-controlled crystal oscillator (OCXO) designed to provide superior frequency stability and accuracy in wide temperature ranges. In this article, we will discuss the application field and working principle of this crystal.

Application Field

The CX-96F-040.000-E0107 is most suitable for use in space and military applications, as well as communication, instrumentation and measurement, navigation, and antenna systems. It can also be used in atomic frequency standards, oscilloscope synchronization, chronometers, signal generators and other precision applications. The crystal is highly stable across temperatures, minimizing drift and enhancing accuracy.

Working Principle

The CX-96F-040.000-E0107 utilizes an AT-cut quartz crystal that has been cut to a specific angle. This crystal is then mounted onto an oscillator circuit and protected by an oven. The crystal generates an electric signal when an alternating current is applied. This signal is delivered to the output buffer. The output buffer enhances the signal and reduces the output impedance to a constant value. The signal is then delivered and used in different applications.

The CX-96F-040.000-E0107 is designed with advanced temperature compensation circuitry, which allows it to maintain highly accurate frequencies even when the temperature changes. This feature is especially useful in applications that have a broad range of temperatures, such as in aerospace and military applications.

The CX-96F-040.000-E0107 is designed to achieve high frequency stability, low power consumption and a high level of modulation performance. It also has microsecond-level initial accuracy and low cost.

Conclusion

The CX-96F-040.000-E0107 is an oven-controlled crystal oscillator that is suitable for various applications, from military applications to instrumentation and navigation systems. It utilizes an AT-cut quartz crystal that is mounted onto an oscillator circuit and protected by an oven. The crystal has temperature compensation circuitry for maintaining highly accurate frequencies even when the temperature fluctuates. It also offers a high frequency stability, low power consumption and high modulation performance.

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