K50-3C1E48.0000M

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Oscillators are electronic components with the ability to generate a precise frequency that can be used for various purposes. The K50-3C1E48.0000M oscillator is an example of a precision oscillator used in many applications for its accuracy and versatility. This article will discuss the application field and working principle of this oscillator.

Application Field:

The K50-3C1E48.0000M oscillator is a widely used precision oscillator that is utilized in numerous applications. For example, it is used in high-performance telecommunications systems for precise signal transmission, in medical imaging equipment for image stabilization, and in industrial automation systems for precise control. This oscillator has also been used to control signals of TV broadcast channels, protect autonomous robots from collisions, and regulate the speed of AC motors.

Working Principle:

The K50-3C1E48.0000M oscillator utilizes an open-loop topology consisting of VCO, a phase frequency detector and a low pass filter. This oscillator is capable of generating a frequency range from 3.0-4.5 MHz. When the oscillator is powered on, the VCO starts to produce sine wave signals at the specified frequency. These signals are then analyzed and compared with an input signal by the phase frequency detector. If any deviation is found, a voltage corresponding to the discrepancy is generated by the phase frequency detector. This voltage is then fed into the filter, which smoothens it and delivers it as feedback to the VCO in order to adjust the output frequency back to the specified value.

The K50-3C1E48.0000M oscillator is a highly reliable and powerful precision oscillator with numerous applications. Its open-loop topology enables it to maintain a high degree of accuracy over long periods of time and also allows it to modify its frequency based on the input signals. This makes it ideal for many different applications requiring a precise control of signals.

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