XUP535150.000JS6I8 Crystals, Oscillators, Resonators

Oscillators

Oscillators are circuits which generate periodic signals, usually in the form of a sine wave or a square wave. They are frequently used for timing and synchronization purposes – for instance, in radio transmitters and receivers. The XUP535150.000JS6I8 oscillator is a crystal oscillator designed for use in radio and microwave applications.

Application Field

The XUP535150.000JS6I8 oscillator is designed for demanding radio and microwave applications such as high-power oscillators, transmitters, transceivers, and microwave signal generators. It is suitable for a wide range of frequencies, from low KHz up to a few GHz. The oscillator is packaged in a small package, and can be easily integrated into other circuits.

The oscillator is suitable for a wide variety of applications, including industrial control, military radar, and telecommunications. It can be used to generate pulses, frequency sweeps, and control system signals. The oscillator is also suitable for use as a frequency synthesizer for radio, radar, and other systems.

Working Principle

As with all crystal oscillators, the XUP535150.000JS6I8 oscillator works by passing an alternating current through a quartz crystal, which has precise dimensions. This crystal has a natural frequency at which it vibrates, which is determined by its physical characteristics. When an alternating current is passed through the quartz crystal, it will vibrate at its natural frequency. This vibration is then converted into a useable signal for the oscillator.

The oscillator works by passing an alternating current through the quartz crystal at a frequency which is slightly higher than its natural frequency. This causes the crystal to vibrate at a slightly higher frequency, which is then converted into a signal. This frequency is known as the resonance frequency, and it can be precisely controlled by adjusting the applied alternating current.

The XUP535150.000JS6I8 oscillator is designed to produce a very stable frequency even in harsh environmental conditions. It uses a piezo-electric quartz crystal, which is capable of withstanding shock and vibration without disruption. As a result, the oscillator can be used in mission-critical applications, where reliability is critical.