ASTMHTD-10.000MHZ-ZJ-E

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Oscillators are electronic components that generate a periodic, repeating signal without needing any input. The ASTMHTD-10.000MHZ-ZJ-E oscillator is useful for many different applications. In this article, we will take a closer look at the application field and working principle of this oscillator.

Application Field

The ASTMHTD-10.000MHZ-ZJ-E oscillator is primarily used for applications requiring frequencies greater than 10.000 MHZ. One example is microwave point-to-point communication systems. It is also suitable for controlling motors in various industrial automation processes. Other application fields include radio communications, medical equipment, and aerospace systems.

The oscillator is capable of delivering a wide frequency range, from 10.000 MHZ up to a maximum of 12.500 MHZ, with frequencies in between available upon request. It has a center frequency accuracy of +/- 5 ppm and a frequency stability of +/- 3 ppm, ensuring consistent and reliable performance. In addition, the component is self-calibrating, helping to ensure its accuracy during use.

Working Principle

The ASTMHTD-10.000MHZ-ZJ-E oscillator’s working principle is based on a quartz crystal that vibrates at a certain frequency when electrical current is applied. The crystal is driven by an oscillator circuit that boosts the applied voltage, leading to increased vibration and frequency of the crystal. The oscillator then amplifies the output signal so that it can be used for various applications.

The oscillator is designed for both low and high current applications. It has a high power capability of up to 2.5 Watts, and is able to maintain a stable frequency even in harsh environments. It also offers a low operating power of only 0.15 Watts when used in low current applications, making it both efficient and reliable.

Conclusion

The ASTMHTD-10.000MHZ-ZJ-E oscillator is a reliable and efficient component for a wide range of applications. It offers high frequency and frequency stability with low power consumption and accuracy, making it an ideal choice for many different fields. By understanding its application field and working principle, it’s easier to determine whether or not the oscillator is suitable for a particular application.

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