SIT8008AI-23-25S-20.000000D

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Oscillators

The SIT8008AI-23-25S-20.000000D is part of a family of oscillators. This type of oscillator provides reliable outputs with very low power consumption and extremely long working life. As an oscillator, it has the ability to produce a continuous waveform signal that is used in many different applications.

Application Field

The SIT8008AI-23-25S-20.000000D is often used in the RF (radio frequency) and microwave industries. It is used to generate reference clock signals for various standards-based digital communication protocols such as IEEE 802.11b/g, 3G/4G cellular radio and other digital radio systems. It is also used in applications such as satellite communications, cellular base station antennas, point-to-point communications, and instrumentation test & measurement.

Other applications of the oscillator include: medical devices, industrial automation systems, computer servers, consumer electronics, imaging systems, automotive industries, aerospace industries, and robotics.

Working Principle

The working principal behind the SIT8008AI-23-25S-20.000000D oscillator is based on the same principles as any crystal oscillator. A crystal, connected to the oscillator circuit controls the oscillation frequency. The oscillator works by applying a few volts to the crystal, forcing it to vibrate in an oscillatory fashion. The vibration will be at the resonance frequency of the crystal and this drives the oscillator’s frequency output.

The frequency of the SIT8008AI-23-25S-20.000000D oscillator can be as high as 22.0 MHz. The output amplitude of the oscillator can be as high as 0.1Volt. The overall accuracy of the oscillator is ±10 ppm at +25°C. Its power consumption is extremely low and the operating temperature range is -55°C to +85°C.

Conclusion

The SIT8008AI-23-25S-20.000000D is an oscillator that offers a reliable and consistent clock in a variety of applications. Its low power consumption and long working life makes it an ideal choice for any application. Its frequency range and accuracy are suitable for use in many digital communication protocols as well.

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