KC2520K16.3840C10E00

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Oscillators are one of the most widely used devices in electrical and electronics engineering. KC2520K16.3840C10E00 is an application field for oscillators and its working principle is based on the principles governing oscillation. In this article, the application field and working principle of KC2520K16.3840C10E00 will be explained in detail.

Application Field

KC2520K16.3840C10E00 belongs to the FTX series of oscillators, which are designed for industrial and military applications. The frequency stability of this oscillator can reach 0.5 ppm and the frequency range can reach up to 20 MHz. It is also equipped with a high stability temperature compensation system which ensures the output stable even under high temperature. The fault/materials detection of this oscillator can be done accurately within high temperature and humidity environment.

This oscillator is particularly developed for tracking and clock synthesis system. Its application in this field is mainly prominent in its fast acquisition, fast switching and high level of synchronization across all channels of the synthesizer. This improved performance is due to the high level of frequency accuracy and stability of this oscillator. In addition, it may also be used in the testing, measuring and control equipment for high accuracy and reliability.

Working Principle

At the heart of the oscillator is a frequency generator that produces a continuous frequency output. This frequency generator includes a resonator which consists of a Piezoelectric crystal. This crystal oscillates at a frequency determined by the capacitance and inductance of the circuit. The capacitance and inductance determine the resonant frequency of the crystal.

The frequency generator then feeds the output signal to the oscillator, where it is compared with a reference frequency. When there is a difference between the two frequencies, the oscillator adjusts the frequency of the original signal to match the reference frequency. This process ensures the continuous output of an oscillating signal with a frequencies that is almost exact same as the reference frequency.

To ensure an extremely accurate frequency output, KC2520K16.3840C10E00 is equipped with a temperature compensation system. This system consists of a digital-controlled oscillator (DCO) and a temperature detector which is constantly monitoring the temperature of the oscillator.DCX can adjust the frequency output in order to compensate for the change in temperature.

In addition, this oscillator also features a fault/materials detection system. This system monitors the parameters of the oscillator and can detect anomalies such as changes in the frequency output or the crystal resonance. The system will then alert the user about the anomalies and certain actions can be taken to ensure accuracy and reliable operation.

As can be seen, the application field and working principle of KC2520K16.3840C10E00 makes it a highly reliable, accurate and stable oscillator suitable for many industrial and military applications.

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