XLH735014.318000I

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Oscillators are electronic circuits that produce a continuous output signal of a specific frequency. The XLH 735014.318000I is a type of oscillator that is widely used in many different applications. In this article, we will discuss the application field and working principle of the XLH 735014.318000I.

The XLH 735014.318000I is a frequency oscillator that is used to generate a sine wave at a single frequency of 14.318000 MHz. This oscillator is commonly used in satcomm and RF applications, where it is important to generate a stable and precise signal of a particular frequency with minimal drift. The unit can also be used in applications that require a stable clock signal, such as in a microprocessor system. As the signal of this unit is very stable and has extremely low jitter, it is also suitable for use in video applications. In addition, the XLH 735014.318000I is often used as a reference signal in test and measurement equipment, such as a signal generator or spectrum analyzer.

The working principle behind the XLH 735014.318000I oscillator is based on the electric oscillator circuit. This circuit consists of an active device, such as a transistor or a field effect transistor, and two resistors, which determine the frequency of the oscillations. The oscillator is powered by DC power supply so that the active device can be turned on and off. The change in the voltage across the transistor causes it to alternately switch on and off, thus producing a periodic oscillation of the same frequency.

The frequency of the oscillations generated by the XLH 735014.318000I is determined by the capacitive element of the circuit. This capacitance is made up of the parallel plate capacitance between the two resistors and the reverse bias capacitance of the transistor. The frequency is also affected by the values of the resistors, as a change in the resistance value will result in a change in the frequency.

The stability of the oscillations produced by the XLH 735014.318000I is maintained by the use of temperature compensated crystal oscillators for the frequency control. This type of crystal oscillator tends to have a much lower frequency drift than standard crystal oscillators, and as a result, the output signal of the oscillator is much more stable and precise.

In conclusion, the XLH 735014.318000I is a widely used oscillator that is suitable for use in many different applications. It is based on the electric oscillator circuit, which produces a periodic oscillation at a specific frequency that is determined by the capacitive element and resistors of the circuit. The stability of the oscillator is maintained by the use of temperature compensated crystal oscillators. As such, the output signal from the XLH 735014.318000I is highly stable and precise, making it suitable for use in a variety of applications.

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