XLH736003.686400X

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Oscillators are essential devices used in electronic circuits. XLH736003.686400X is a bipolar low-profile quartz oscillator which is widely used in the telecommunication, automotive, industrial control, and consumer electronic product applications. This oscillator offers outstanding frequency stability and reliability.

XLH736003.686400X is available in a wide range of frequencies. It is able to deliver reliable and accurate frequency outputs in the range of 10 MHz to 200 MHz. The recommended operating temperature is from -20 ℃ to 70 ℃. Moreover, it has good frequency stability in the range of ±25 ppm (-20℃ to 70℃), ±50 ppm over-temperature, ±50 ppm over-voltage, ±50 ppm over-current, and ±50 ppm over-load.

The application field of XLH736003.686400X oscillator primarily involves telecommunication and automotive system, as well as industrial control and consumer electronic products. Its high-frequency, low-power operation make it very suitable for these applications. In telecommunication, it can be used as a timing source for network cards and routers. In the automotive application field, it assists in maintaining the control between the navigation system and vehicle position, so as to ensure high precision location tracking. In the industrial control field, its accurate frequency output can be used to control industrial process automation. In the consumer electronic product market, it is also widely used in DVD player, CD player, and other similar products.

Generally, the working principle of an oscillator can be summarized through four primary stages, which are feedback network, amplifier, filter, and frequency-determining element. XLH736003.686400X oscillator is built based on these four basic components. The filter is connected to the amplifier, which allows a certain range of frequencies to pass through. The frequency-determining element is from the quartz crystal, which is responsible for setting the output frequency. This quartz crystal is then connected to the feedback network, which can provide positive feedbacks to make the oscillator circuits oscillates. Output signal is then provided through the amplifier, and the oscillation will continue in a stable condition.

In conclusion, XLH736003.686400X oscillator is an essential and versatile device used in numerous applications, ranging from telecommunication to consumer electronic products. Its working principle mainly relies on four primary components, which include feedback network, amplifier, filter, and frequency-determining element. These four elements work together to generate stable and reliable signal outputs for various purposes.

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