XLH736018.000000I

Oscillators are a type of electronic component used to generate electrical signals at a specific frequency, which have numerous practical applications. This article will discuss the application field and working principle of XLH736018.000000I Oscillator, a popular model in this domain.

XLH736018.000000I is a temperature compensated oscillator (TCXO) consisting of a quartz crystal resonator and an integrated circuit (IC) controlling the output frequency. The IC includes an oscillator and a temperature-sensor that compensates for the frequency variations caused by environmental temperature changes. It also allows for flexible output frequencies, low phase noise and temperature stability to suit different electrical environment applications.

The application field for XLH736018.000000I oscillator includes communication system, aerospace system, aviation and defense system, automotive electronic system, medical systems, broadcast systems and industrial process control systems. It is used for the timing control of various circuits, precision clock sources for signal synchronization and reference frequency standards.

The working principle of this oscillator is based largely on the vibration characteristics of quartz crystals. Quartz crystals have a piezoelectric property, which means they vibrate when an electric voltage is applied to them. Quartz crystals resonate at specific frequencies, dependent on the size and shape of the crystal. In XLH736018.000000I, as the operating temperature changes, the quartz crystal resonator frequency also changes. The integrated circuit IC modifies the oscillator frequency to compensate the temperature variation thus maintaining the output frequency within a defined range.

In conclusion, XLH736018.000000I is a temperature compensated oscillator suitable for use in numerous industries for different application fields. It maintains the oscillator frequency within a set range, even with changing temperature, with excellent frequency stability, low phase noise and control flexibility.