XLH536002.176000I Crystals, Oscillators, Resonators

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Oscillators are devices that generatewaves and electrical signals, frequently used for communication and radar applications. XLH536002.176000I is a type of medium-frequency oscillator that features stable frequency, high-level amplitude, low impedance, and high dynamic power capabilities. This makes it suitable for a variety of applications including wireless communication, radar, navigation, and satellite communication.

The XLH536002.176000I utilizes a crystal resonator for signal source. This is a type of resonator that uses a crystal to generate a signal of a known frequency. It acts as a frequency reference, producing a nearly pure, regularly occurring signal. Its frequency accuracy is typically within the order of a few parts per million.

The crystal resonator is a core component of the XLH536002.176000I and consists of a piezoelectric crystal. This consists of a small plate of quartz that has been cut in such a manner that it exhibits the piezoelectric effect. Applying an electric charge to the crystal induces an elongation in its dimensions and vice versa. This deformation of the crystal provides a voltage signal with a frequency determined by its internal structure. This frequency is then amplified to the desired output levels.

The XLH536002.176000I includes voltage control, temperature compensation, and other circuitry to ensure stable frequency output. This enables it to be used in harsh environments, such as high temperature and large humidity range, without significant fluctuations in the signal. In addition, the device features a low phase noise and low-level spurious signals, making it suitable for use in radio and satellite communication applications.

The XLH536002.176000I is a highly reliable, stable oscillator and can offer excellent performance in a variety of applications. Its excellent temperature stability, high-level amplitude, and low impedance make it well-suited for use in wireless communication, navigation, radar, and satellite communication applications. Thanks to its stable frequency output and low phase noise characteristics, it can also be used to reduce interference and improve the accuracy of sensitive applications.

The specific data is subject to PDF, and the above content is for reference