XLH525106.250000X

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Oscillators

XLH525106.250000X is a type of oscillator which provides accurate and stable frequencies for modern electronics. It is widely used in various applications, including telecommunications, radio broadcasting, instrumentation, and precision control systems.

Applications

XLH525106.250000X can be used to perform high-precision crystal oscillations for a variety of applications, such as clock generator, clock separator, phase locked loop system, frequency synthesizers and other techniques in frequency signal analysis.

It is also used in several military and communications applications, including lasers, radar, radiotelephones, satellite communications, and digital communications networks.

In addition, this type of crystal oscillator is suitable for GPS, for infrared synchronization and clock signal generation, frequency/phase modulation, time-division multiplex systems, electronic manufacturing, and high-speed frequency counting applications.

Working Principle

Essentially, XLH525106.250000X operates in a similar manner as a clock mechanism within a mechanical clock. The crystal oscillator uses a quartz crystal as its frequency-determining component along with one or more active components such as transistors, integrated circuits, and other digital logic. When voltage is applied to the quartz crystal, it vibrates at its predetermined natural frequency and produces an AC electrical signal.

This signal is then conditioned by a frequency discriminator and amplified before oscillation begins. The crystal oscillator is able to provide a more precise output frequency than other types of electronic oscillators, such as the RC oscillator or the LC oscillator.

In order to ensure that the output is stable and accurate, adjustment and calibration are sometimes required. The crystal is normally mounted in a simple holder, and depending on the sensitivity of the circuit, the quartz crystal can be adjusted by changing the resistance of a trimmer capacitor connected across the terminals, or by adjusting the temperature.

In addition, the crystal oscillator can be tuned to match the frequency of existing signals, in order to generate other frequency signals that can be used for modulation and synchronization. This is necessary in communication applications such as cellular networks, radio broadcasting, and satellite television.

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