XLH535100.000000X

XLH535100.000000X application field and working principle

XLH535100.000000X is a type of oscillator. An oscillator is an electronic device that generates electrical signals in a periodic, repeating waveform, usually sinusoidal. Oscillators are widely used in modern electronic systems and play key roles in communication, computing, instrumentation, and other electronic systems. The oscillator used in XLH535100.000000X is a voltage-controlled oscillator, and it provides precision frequency control for mobile radio applications.

Application Field

XLH535100.000000X voltage-controlled oscillators are specifically designed for use in mobile radio applications, including cellular base station transceivers, wireless communications systems, navigation systems, global positioning systems (GPS), and other wireless communications systems. The oscillator\'s superior phase noise, low distortion, and jitter characteristics make it ideal for these applications.

Working Principle

The basic working principle of XLH535100.000000X voltage-controlled oscillator can be understood as follows: This oscillator uses an active negative resistor circuit to generate an AC output signal. The active negative resistor is composed of a varactor diode, a reactance capsule, and a voltage-divider circuit. The capacitance of the varactor diode is controlled by the input voltage applied to its gate terminal, and the capacitance of the reactance capsule is varied by a varactor diode. The voltage-divider circuit adjusts the frequency of the oscillator by varying the reactance of the reactance capsule. In the frequency-controlled oscillator, the frequency of oscillation follows the input voltage applied to the gate of the varactor diode. This makes the oscillator quite useful in applications such as frequency-modulated (FM) radio receivers, where the oscillator’s frequency must follow the frequency of the incoming signal.

Conclusion

XLH535100.000000X voltage-controlled oscillator is a highly accurate and reliable oscillator specifically designed for applications in mobile radio. This oscillator uses a negative resistive circuit to provide a sinusoidal output signal of adjustable frequency. Its superior phase noise, low distortion, and jitter characteristics make it ideal for these applications.