535BB000292DG

Oscillators are devices used to produce AC waves of precise frequencies with amplitude and waveform controlled. Variations of these devices are used in every application from controlling the speed of motors to providing precise timing for computers. The 535BB000292DG oscillator is a precision oscillator that provides an impressive level of performance in a wide range of applications.

Overview

The 535BB000292DG oscillator is a widely used precision oscillator that provides an impressive level of performance in a wide range of applications. It is a low-noise, temperature-compensated, crystal oscillator that provides high jitter performance in applications requiring a stable clock signal. The 535BB000292DG oscillator features high damping factor, low phase noise, low jitter, fast frequency acquisition time, and low phase detection resolution.

Application Field

The 535BB000292DG oscillator is ideal for use in precision timing and clock synchronization applications. It is commonly used as a reference clock in digital systems and is especially appropriate for systems requiring precise time base such as computers, clock and data communication systems, digital video systems, and data acquisition systems. The 535BB000292DG is also widely used in radio-frequency systems such as cellular telephony, Wi-Fi, and other wireless protocols.

Working Principle

The 535BB000292DG oscillator works on the same principles as a standard crystal oscillator, but with a few key differences. It uses a temperature-compensated quartz crystal which improves its initial accuracy and frequency stability. It also features a high jitter performance with a damping factor which reduces noise in the crystal circuit. The oscillator also has a fast acquisition time and a low phase detection resolution enabling it to rapidly detect and synchronize to an incoming signal.

Conclusion

The 535BB000292DG oscillator is a widely used precision oscillator that provides an impressive level of performance in a wide range of applications from timing and clock synchronization to radio-frequency systems. It features low noise, temperature compensation, damping factor, fast frequency acquisition time, and low phase detection resolution providing a solution suitable for any precision timing application.