XLH736032.768000X

Oscillators

The XLH736032.768000X oscillator is a precision digital signal oscillator. It has a wide range of applications and can be used in a variety of ways to offer reliability and precision in industrial, medical, consumer goods, and military applications. The oscillator is a low-noise device with a wide operational temperature range. It has a high-performance time base, with an accuracy of 0.3 parts per million (ppm) over a wide temperature range. This oscillator is characterized by both good power supply rejection and low power consumption.

The oscillator is designed for applications that require a high-precision and long-term stable, high-frequency clock signal. It can be used in phase-locked loops (PLLs) to create the reference signals for clock recovery. It can also generate the clock signals needed for low-power systems. This device is highly reliable and has been used in many critical applications such as avionics, medical imaging, industrial control, communications, and navigation systems.

The working principle of the XLH736032.768000X oscillator is based on the combination of a precision oscillator circuit and an automatic compensation circuit. The oscillator circuit contains the oscillating source, the frequency-tuning capacitor, the phase-compensation capacitor, and the load capacitor. The automatic compensation circuit is composed of a precision resistor and a capacitor. The oscillator is tuned for a specific frequency and the resistor is adjusted to maintain a stable frequency.

The oscillator starts operating following a special tuning procedure. During the oscillation cycle, the oscillator generates a signal at the predetermined frequency and also continuously calibrates itself. The automatically adjusted value of the frequency tuning capacitor is then monitored and corrected if necessary. The precise frequency stability and accuracy are then maintained over a wide temperature range.

In summary, the XLH736032.768000X oscillator is a precision digital signal oscillator. It is designed for applications that require a high-precision and long-term stable, high-frequency clock signal. The oscillator is based on a combination of a precision oscillator circuit and an automatic compensation circuit and is characterized by good power supply rejection and low power consumption. This device is highly reliable and has been used in many critical applications.