87021AMILFT

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Clock/Timing - Clock Generators, PLLs, Frequency Synthesizers

The 87021AMILFT Application Field and Working Principle are two different but related concepts. Clock Generators and Frequency Synthesizers are two popular forms of clock technology used in many modern applications fields. The 87021AMILFT is no exception, as it melds these two technologies into a compact package for many applications.

Clock Generators are used to generate synchronized signals. They are commonly implemented in integrated circuits and devices. Clock Generators supply a sequence of synchronized signals with a predetermined frequency and amplitude. A stable oscillation that can generate accurate signals is required. The applications fields that Clock Generators are commonly used in are communication systems, digital logic circuits, and control systems.

Frequency Synthesizers are devices that are used to generate signals that have predetermined frequencies. They are often used in radios, TVs, computers, and most other electronic circuits. A Frequency Synthesizer combines multiple signals and synthesizes them into one signal. The applications fields that Frequency Synthesizers are commonly used in are telecommunications, electronic countermeasures, military, and engineering.

The 87021AMILFT is a Frequency Synthesizer/Clock Generator hybrid that incorporates both technologies into one package. This device is programmable and allows users to enable or disable functions and change the properties of the signal being generated. It allows for the generation of precise frequencies and wide tuning range. It also provides multiple signal outputs for complex systems that require more than one signal.

The 87021AMILFT is a programmable Clock Generator/Frequency Synthesizer which combines the features of both technologies in one module. This device is ideal for applications that require accurate signal output, a wide tuning range , and programmable features. It can be used in a variety of applications fields including communications, digital logic, control systems, and engineering. The basic working principle of the 87021AMILFT is to combine multiple signals and synthesize them into a single precise signal.

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