AX7PBF3-1330.0000T

Oscillators

AX7PBF3-1330.0000T oscillator is a device used to generate periodic signals. It consists of a frequency-determining element, which oscillates at its own frequency, and a buffering element, which amplifies and buffers the output from the frequency determining element. The frequency of the output signal is determined by the characteristics of the frequency determining element. The buffering element acts to reduce the levels of noise included in the signal from the frequency determining element.

The AX7PBF3-1330.0000T oscillator is a quartz crystal oscillator that is designed to provide a stable and accurate clock signal in a range of applications. Quartz crystals offer attractive characteristics for use in timing and frequency applications. They provide an excellent stability of frequency and frequency accuracy over temperature and time.The AX7PBF3-1330.0000T oscillator operates in the frequency range from 13 MHz to 66 MHz. It provides effective frequency stability and temperature accuracy of ±10ppm. The oscillator features an output buffer stage with high power supply rejection and low phase noise.

The AX7PBF3-1330.0000T oscillator is widely used in telecommunications, data storage, industrial automation, wireless communications, clock synchronization, medical instruments, military electronics, and GPS systems. The device can be used for frequency generation and in synchronous timing applications, such as time-division multiplexing. The oscillator is also well suited for clock and frequency recovery applications where high resolution and crystal reference performance are needed.

The operating principle of a quartz crystal oscillator is based on the phenomenon of resonance. A crystal is a piezoelectric material which exhibits an electrical polarization when subjected to mechanical stress. When an AC voltage is applied to the crystal, it will cause the crystal to vibrate at its resonant frequency. The resonant frequency is determined by the dimensions and cut of the crystal. The oscillation of the crystal results in an electrical signal at its resonant frequency, which is buffered by the output buffer stage and fed to the output of the oscillator. This output signal is then used in a variety of applications.