XLH736070.000000I

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Oscillators serve a range of important functions in electronics. By generating an output waveform that fluctuates in both time and amplitude, the oscillator is able to provide either a stable output signal or an electrically controlled frequency format. The XLH736070.000000I oscillator is a particularly noteworthy example of the technology.

The XLH736070.000000I is a quartz crystal oscillator that can be used to generate a variety of different output signals. By utilizing the inherent stability of the quartz crystal to create the correct frequency, the unit produces a precise, unvarying output that is almost totally immune to environmental and mechanical temperature changes and vibration related influences.

As with all quartz oscillators, the principal of operation is based on the controlled flexing of a quartz crystal. This crystal is arranged in a hermetically sealed mount and is configured to be flexed at a frequency determined by its controller. As the crystal experiences its hermetically dependent flexing, an electrical output is generated. This output is picked up and amplified by the oscillator\'s built-in electronics.

In this particular oscillator, crystal flexing is induced by means of a quartz plate mounted on a gold-plated oscillator plate. The plate is attached to the quartz crystal itself, and when a voltage is applied, the resulting current causes the quartz crystal to flex and equally as importantly, return to its original position. By managing the electrical current, the plate is able to produce a harmonious crystal flexing pattern.

The flexing of the crystal then determines the frequency of the output signal. The actual frequency is controlled by means of a multi-stage voltage regulating circuit. This circuit is capable of fine-tuning the voltage applied to the oscillator plate and subsequently, to the quartz crystal, thereby modulating the output frequency.

In order to provide an output signal, the AC sine wave produced by flexing of the quartz crystal is rectified. A rectifying circuit connected to the oscillator plate is able to process the waveform and produce an output voltage that mirrors it. This output voltage is then fed to the device\'s output terminals.

The XLH736070.000000I is a highly reliable quartz crystal oscillator that offers superior performance. This capacitor-tuned device boasts excellent frequency stability and temperature performance of between -10 and +70 degrees Celsius. It is available in either through-hole or surface mount packages and can be used to develop a range of frequencies from 2.5 to 60MHz.

Suitability for a whole host of different electronic applications makes the XLH736070.000000I an ideal choice when dependable performance and absolute accuracy are required. With its impressive array of features and robust construction, this reliable oscillator is a market-leading choice for customers in the electronics industry.

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