85960

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85960 is a type of high-precision frequency synthesizer created in the late 1980s. It quickly became the go-to frequency synthesizer as it was highly accurate and could be easily adjusted to different frequencies. It is still widely used today and has been adapted for a number of different applications. In this article, we will take a look at some of the applications for 85960 and discuss its working principle.

Applications

The 85960 was designed to be used for signal measurements, calibration, and prototyping. It has become a mainstay in the realms of radar, communications, and spectrum monitoring. It is widely used by engineers, technicians, and the military.

Some of the most common applications of 85960 include:

• Signal generation
• Spectrum analysis
• RF testing
• Frequency synthesis
• Communications calibration
• Measurement of phase and amplitude distortion
• Testing of amplifiers and mixers
• Generation of digital signals for communications testing

The device is popularly used in aerospace and military applications, as well as in the automotive, medical, telecommunications, and IT industries. It is an essential tool for designing and testing the radio systems used in the modern world.

Working Principle

The 85960 works on the principle of phase locked loop (PLL) technology. PLL technology is based on the idea of using feedback loops to keep the output of a system in phase with an input signal.

In the case of the 85960, the device is driven by a voltage-controlled oscillator (VCO). This is essentially an oscillator whose frequency is determined by the voltage applied to it. The VCO is then connected to a phase detector, which compares the phase of the VCO output with the phase of the input signal. The phase detector sends any difference in phase back to the VCO as a control voltage. This forces the VCO to adjust its frequency until it is in phase with the input signal. The end result is a stable, highly accurate output frequency.

The 85960 also includes a frequency divider, which divides the frequency of the VCO output by a predetermined factor. This allows the user to adjust the frequency of the output signal without changing the frequency of the VCO.

Conclusion

The 85960 is a highly accurate and versatile frequency synthesizer that has been adapted for a variety of applications. It utilises PLL technology to enable users to achieve stable, highly accurate output frequencies from a given input signal. Its wide usage in communications, radar, and spectrum monitoring has made it a mainstay in the modern world.

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