XLH735167.772160I

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XLH735167.772160I, from the category of oscillators, is an important electronic component for modern industrial applications. It has a unique design that sets it apart from many other oscillators in terms of performance, reliability and cost-effectiveness. This article will provide a detailed analysis of its application field and working principle.

As a high stability temperature compensated crystal oscillator, the XLH735167.772160I is used in applications such as RF communication systems, computer systems, GPS systems, navigation systems, aerospace, medical instrumentation, and automotive electronics. It can accurately provide signals in a wide temperature range from -55 °C to +125 °C. Furthermore, the wide range of output frequencies, from 1Hz to 25MHz, makes it suitable for most precision applications.

The XLH735167.772160I consists of a quartz crystal and a circuit that is capacitively coupled to the crystal. The fundamental characteristics of the quartz crystal force it to vibrate in a unique manner at its fundamental resonance frequency. This frequency is determined by the size and cut of the crystal, and is usually very stable over a wide temperature range. The output spectrum of the crystal oscillator is then shaped by a harmonic detector circuit that situates an amplifier and a frequency discriminator in the feedback loop.

A supply voltage is applied to the crystal, and an oscillator circuit creates an oscillating wave, referred to as the output frequency. The frequency of this wave is determined by the properties of the quartz crystal. Its frequency stability is determined by the design of the oscillator circuit around the crystal. By adjusting the voltage and the frequency of the wave, the output frequency of the XLH735167.772160I can be accurately controlled.

The temperature compensation feature of the XLH735167.772160I allows it to maintain a consistent frequency over a wide range of temperatures. This is achieved by the use of thermistors and temperature sensitive capacitors in the circuit. The thermistors measure the temperature of the crystal, while the temperature sensitive capacitors adjust the frequency according to the measured temperature.

The frequency tuning capacitors, located between the crystal and the oscillator, are used to adjust the frequency of the output wave. By varying the capacitance, the frequency can be fine-tuned to achieve a very stable, precise output. Furthermore, the frequency can be locked in at any point in the tuning range.

The XLH735167.772160I is a temperature compensated quartz crystal oscillator, offering excellent performance in a variety of applications. Its features of frequency stability, accuracy, accuracy in temperature, and the ability to tune the frequency make it suitable for a wide range of applications. With its efficient design and small size, the XLH735167.772160I is an ideal choice for industrial and commercial applications.

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