XLH738024.671000X

Oscillators: XLH738024.671000X Application Field and Working Principle

Oscillators are electronic components that generates a sinusoidal signal with a specific frequency and amplitude. The most typical oscillators are crystal oscillators, which are used in radio and telecommunications. XLH738024.671000X is a high-performance crystal oscillator that can reach a frequency up to 24.67GHz. It offers a wide range of applications in communication, aerospace and defense applications due to its remarkable performance.

XLH738024.671000X is designed for applications in communication links, radar systems, satellite communication and transponders. It is built to deliver excellent stability and repeatability in any environment. Its ultra-low phase noise makes it suitable for radar and aerospace applications. Additionally, its small size, low power consumption and high switching speed distinguish it as one of the best oscillator choices in the market.

Working Principle

XLH738024.671000X operates on a crystal-controlled feedback principle. It has a quartz crystal, which vibrates when an external voltage is applied to it. The oscillator also includes an amplifier, a feedback resistor, an adjustable capacitor, and a trim capacitor. The crystal vibrates at its natural frequency, usually in the range of several tens of kilohertz to megahertz.

The external voltage applied to the quartz crystal causes it to vibrate. The crystal vibration is then amplified by the amplifier and fed back to the crystal. This feedback loop serves to maintain the crystal oscillation at a certain frequency by matching the crystal\'s natural frequency with that of the feedback voltage. The adjustable capacitor determines the amount of feedback voltage and the trim capacitor is used to set the frequency.

XLH738024.671000X oscillator also includes other components such as temperature compensation circuitry, resonance circuit, as well as voltage regulators. Temperature compensation circuitry helps to keep the frequency of the oscillator constant even under changing temperature conditions. Further, the resonance network helps to reduce the flow of harmonics and signal distortion.

Conclusion

XLH738024.671000X is a high-performance crystal oscillator used in various communication, aerospace and defense applications. Its low power consumption, small size, and high switching speed make it an ideal choice for these applications. Additionally, its stability, repeatability and ultra-low phase noise make it suitable for radar and aerospace applications. It operates on a crystal-controlled feedback principle and has additional components to provide better performance.