XLH73V034.368000X

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An Oscillator is an electronic device that produces a continuous, periodic signal—a familiar example being an AC voltage. Of the various types of oscillators, the XLH73V034.368000X is a popular model due to its low power consumption and stability. In this article, we’ll explore the application field and working principle of the XLH73V034.368000X.

The XLH73V034.368000X is an oscillator that is specifically designed to produce a voltage with a nominal frequency of 34.368 kHz. It can be used in a variety of applications, such as driving quartz AC/DC converters, driving voltage controlled oscillators, clock regeneration circuits, digital oscillator circuits, and high-frequency oscillator circuits. Its features include a high operating voltage range of up to 20V, a wide range of output current options up to 20mA, and a fast response time of 100ns. These features make the XLH73V034.368000X an ideal choice for applications that require a signal with a low jitter and low distortion.

Now that we have explored the applications of the XLH73V034.368000X, let’s take a look at its working principle. The XLH73V034.368000X is a three-terminal oscillator that consists of a quartz crystal and two transistors. The quartz crystal, which acts as the resonator, vibrates mechanically when a voltage is applied to it. This vibration is then amplified and converted into an alternating electrical signal by the two transistors. This alternating electrical signal is output as the oscillator’s output voltage. The frequency of the output voltage is determined by the resonance frequency of the quartz crystal.

In conclusion, the XLH73V034.368000X is a robust oscillator that is designed to generate a voltage of 34.368 kHz. It has a wide operating voltage range of up to 20V and a fast response time of 100ns, making it suitable for various applications such as quartz AC/DC converters, voltage controlled oscillators, and high-frequency oscillator circuits. Its working principle is based on the vibration of a quartz crystal, which is amplified and converted into an alternating electrical signal by two transistors.

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