XLP736125.000000X

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Introduction

XLP736125.000000X is an oscillator developed by XP Technologies. This device is designed to generate output signals up to 7.5GHz with frequency stability of 0.0005ppm, making it ideal for low phase noise frequency synthesis applications. The device is ideal for use in frequency synthesis applications such as clock generators, test and measurement equipment, microwave radio transmitters/ receivers and telecommunications systems.

Application of XLP736125.000000X

XLP736125.000000X is designed to produce very stable and low phase noise signals. It can be used in a wide range of applications that require extremely high frequency accuracy and stability. Typical applications include radio and microwave communications, broadband amplifiers, wideband modulators, synthesizers, clock generators, and broadcast systems. Its frequency stability over a wide temperature range also makes it suitable for a variety of communications and industrial applications where stability of the output frequency is essential.

Working Principle

The XLP736125.000000X uses a crystal oscillator and a voltage controlled oscillator (VCO) to generate its output signal. The crystal oscillator provides a very stable and accurate reference frequency to the VCO. The frequency of the VCO is then adjusted using a digital or analog circuitry to produce the desired output frequency. The output of the oscillator is then amplified and filtered to remove unwanted noise and interference, before being sent to the output connector.

Conclusion

The XLP736125.000000X is an oscillator designed for a wide range of applications requiring accuracy and frequency stability. It is ideal for use in clock generators, test and measurement equipment, microwave radio transmitters/receivers and telecommunications systems. It uses a crystal oscillator and a voltage controlled oscillator (VCO) in order to generate a frequency that is tuned by either a digital or analog circuitry to provide the desired output frequency. The output of the oscillator is then amplified and filtered to remove unwanted noise and interference, before being sent to the output connector.

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