588S144X2IAT

Introduction

The 588S144X2IAT oscillator is designed to provide access to a wide range of frequency ranges and the flexibility to tune settings for specific applications. This design also includes an ability to provide precise frequency control. The 588S144X2IAT is a quartz-based oscillator, and it is particularly suitable for electronic frequency control.

Oscillator Features

The 588S144X2IAT oscillator can provide access to frequency ranges from 1.0 KHz to 144 MHz. It is a low-profile oscillator with a small size and low power consumption. It also includes an internal temperature compensation circuit. This design allows for precision tuning of frequency, and it is ideal for communications applications that require RF/IF output stability over a range of temperatures. Additionally, this oscillator is designed to be tolerant to wide ambient operating temperatures. The 588S144X2IAT also includes an integrated crystal filter, allowing for improved stability and low noise. Other features include its built-in digital frequency synthesizer, as well as the ability to store up to eight settings.

Applications

The 588S144X2IAT can be used in a variety of communications applications, such as wireless LANs, wireless point-to-point links, satellite systems, and cellular base stations. This oscillator can also be used in industrial applications that require precise frequency control, such as microwave ovens, radio transmitters and receivers, and motor control applications. Additionally, the 588S144X2IAT is suitable for test and measurement instruments.

Working Principle

The 588S144X2IAT oscillator is based on quartz crystal technology. Its core component is a quartz crystal with piezoelectric properties. As a voltage is applied to the crystal, it vibrates at a certain frequency. This is known as the resonant frequency of the crystal. By controlling the applied voltage, the oscillator can generate a precise frequency output. This is done by adjusting the pre-programmed frequency or using the digital frequency synthesizer.

The 588S144X2IAT oscillator is designed to be tolerant to wide variations in operating temperature and other environmental conditions. This is achieved by the inclusion of an internal temperature compensation circuit. This circuit also helps to reduce the maximum frequency: temperature shift, allowing for precise and stable frequency control.

Conclusion

The 588S144X2IAT oscillator is a quartz-based oscillator that is designed for precision frequency control. It is particularly suitable for communications and industrial applications. The oscillator includes an integrated crystal filter, digital frequency synthesizer, and internal temperature compensation circuit that allow for precise frequency tuning and stability over a range of temperatures. With its low profile package size and low power consumption, the 588S144X2IAT is an ideal choice for many frequency control applications.