K50-3C0E64.0000M

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Oscillators are electrical components used to produce specific, stable, and repeatable patterns of electrical signals. Among oscillators, the K50-3C0E64.0000M oscillator is a high-performance type that is suitable for many applications.It is offered in four different packages and produces a frequency-adjustable sine wave of approx. 10MHz.

Application Field

The K50-3C0E64.0000M oscillator has many applications. It is used in radio receivers and transmitters, for frequency synthesis, irrigation control, fleet management, and medical electronic equipment. In addition, it can be used for frequency measurement, communications, electronics, and acoustic equipment due to its excellent synchronous performance and wide coverage range.It is also suitable for precision timing applications as well as time synchronization and voice recognition.

Working Principle

The K50-3C0E64.0000M oscillator works by self-oscillation and regulating the output frequency.It features a temperature-stabilized circuit and a frequency-stabilized quartz crystal.The quartz crystal vibrates at a frequency that is determined by its physical properties. The temperature-stabilized circuit monitors and reads the frequency of the quartz crystal, then supplies voltage to make the oscillator self-oscillating.The frequency is controlled by a variable capacitor module that adjusts the resonating circuit, ensuring that the output frequency is exactly the same as the input frequency.The regulated output then goes through an amplifier stage to boost the signal level before being sent to its final destination.

In conclusion, the K50-3C0E64.0000M oscillator is a high-performance type suitable for many applications due to its excellent synchronous performance and wide coverage range. It is used for frequency measurement, communications, electronics, and acoustic equipment, as well as precision timing applications, time synchronization, and voice recognition.It works by self-oscillation and regulating the output frequency by adjusting the resonating circuit with a variable capacitor module.

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