KC7050P100.000P30E00

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Oscillators are used to generate precise, stable electrical waveforms. The KC7050P100.000P30E00 is an oscillator device, which is suitable for use in a wide range of applications in different industries. In this article, we will discuss the application field and working principle of KC7050P100.000P30E00.

Application Field

The KC7050P100.000P30E00 is a highly reliable and stable crystal oscillator, which is suitable for use in a number of different industries. It is ideal for use in precision electronics and communication applications, such as cellular phone base stations, digital video broadcasting, automated teller machines, portable navigation systems, and test & measurement systems. It is also suitable for use in automotive electronics, such as keyless entry, reversing radar, parking assistance, tire pressure monitoring, and accident prevention systems. In addition, KC7050P100.000P30E00 is also used in medical and aerospace industries.

Working Principle

KC7050P100.000P30E00 is based on the principle of an oscillator circuit. The oscillator circuit is composed of two elements – an oscillating element and feedback element. The oscillating element, which is an electrical device consisting of an inductor and a capacitor, can generate a continuous alternating current (AC) signal. The feedback element is typically an amplifier, which allows the AC signal to be regulated. This amplifier takes the AC signal from the oscillating element and amplifies it, which forces the oscillating element to oscillate more regularly. This creates a sustained oscillation which can then be used to generate a repeating electronic signal.

KC7050P100.000P30E00 is designed to generate a stable frequency output with low temperature drift and low level phase noise. The frequency accuracy and stability of this oscillator is determined by the frequency of the quartz crystal used in the oscillator circuit. The frequency of the crystal is determined by its size, shape and the type of cut used in its manufacture. The oscillator circuitry is designed to take into account all these factors, and is then trimmed in order to ensure the correct output frequency. This oscillator can produce output frequency from 100.000 MHz to 30.000 GHz.

KC7050P100.000P30E00 is designed with a temperature compensation system which helps to maintain the accuracy of its frequency output over a wide temperature range. It also features a jitter performance specifications and phase noise performance as low as -150dBc/Hz.

In conclusion, the KC7050P100.000P30E00 is a highly reliable and stable crystal oscillator which is ideal for use in precision communication applications. It is based on the principles of an oscillator circuit, and is designed to generate a stable frequency output with low temperature drift and low level phase noise. As such, this oscillator is suitable for use in a wide range of different industries and applications.

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