TB-100.000MDE-T

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Oscillators are key components in complex electronic circuits, and the TB-100.000MDE-T is one example of the many oscillators available. It is a high-precision oscillator designed for both radiation hardness and high stability. This oscillator is capable of operating at a wide range of frequencies, making it suitable for many different applications. In this article, we will look at the application field and working principle of the TB-100.000MDE-T.

TB-100.000MDE-T Application Field

The TB-100.000MDE-T is primarily used in space and defense applications where precise timing and radiation hardness are important. It can be utilized for spacecraft and missile guidance and navigation, as well as in other applications such as timing for secure communications. It is also suitable for use in industrial and consumer products in which high stability and low jitter are required.

TB-100.000MDE-T Working Principle

The TB-100.000MDE-T is based on a quartz crystal technology which makes use of the piezoelectric effect. The principle is relatively simple: a quartz crystal is subjected to an electrical charge which causes it to vibrate and generate a precise frequency. This frequency can be accurately tuned with an external capacitance. The oscillator then outputs a signal with a frequency determined by the crystal\'s properties, making it very accurate and stable.

The accuracy of the oscillator is guaranteed by a temperature compensation circuit. The oscillator can also be supplied with an external voltage reference which will further improve the accuracy and stability of the oscillator. In addition, the oscillator is made of radiation-hardened materials which make it suitable for severe radiation environments, such as those found in space applications.

Conclusion

The TB-100.000MDE-T is a precision oscillator designed to provide reliable and accurate timing signals in a variety of applications. Its high stability and radiation hardness make it suitable for use in space and defense applications, while its low jitter and accuracy make it suitable for use in consumer, industrial, and other applications. Its working principle is based on the piezoelectric effect, and it can be further improved through the use of an external voltage reference.

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