531AC93M3000DGR

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Introduction

Oscillators are electronic components that generate an output signal of a specific waveform and frequency, and play an essential role in a wide range of applications. The 531AC93M3000DGR Oscillator is an advanced product developed by Anc Young Industrial Co., Ltd. It is a high performance oscillator which provides a stable frequency output over wide temperature range and also offers extremely low phase noise.

Application Field

The 531AC93M3000DGR Oscillator has been developed for use in a wide range of applications. This oscillator can be used in systems where frequency stability and low jitter is required, including communications, radio networks, satellite earth stations, navigation, and military systems. It also finds application in industrial control systems, industrial automation and medical equipment.

Features

The 531AC93M3000DGR Oscillator boasts a number of features that make it the perfect fit for a variety of systems. The main features include a frequency range from 1MHz - 3GHz, temperature stability of +/-0.05ppm, operating temperature range from -55oC to +85oC, a maximum frequency pull of +/-25ppm, low RMS jitter of 0.7ps, low phase noise of -150dBc/Hz, and a typical load capacitance of 5pF.

Working Principle

The working method of the 531AC93M3000DGR Oscillator is based on the oscillation of voltage-controlled oscillator (VCO) circuits which are constructed using a Colpitts-type crystal oscillator. This oscillator produces a signal which, after being amplified and filtered, is sent to the output. The output frequency is then controlled by the input voltage which helps to maintain its accuracy. The stability of the oscillator is further improved by additional temperature compensating circuits, ensuring that the frequency output is stable over wide temperature ranges.

Conclusion

The 531AC93M3000DGR Oscillator is a high performance oscillator which offers many features, making it ideal for a variety of application fields. Its wide range of frequency and temperature stability, low jitter, and low phase noise make it the perfect fit for communications, radio networks, satellite earth stations, navigation, and military systems, as well as industrial control systems, industrial automation and medical equipment. Its working principle is based on the oscillation of voltage-controlled oscillator (VCO) circuits which are constructed using a Colpitts-type crystal oscillator.

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