XLH736009.830400I

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Oscillators are extensively used in almost all electronic, automation and communication systems. They provide the necessary stability and reliability of signal in hardware and software applications. The XLH736009.830400I is a high performance and low cost oscillator which can be used for a wide range of applications. In this article, we will explore its application fields and working principle.

The XLH736009.830400I oscillator is a Surface Acoustic Wave (SAW) based oscillator whose frequency of operation and stability are determined by the parameters of the ceramic resonator. It is suited for high accuracy applications where reliability and stability are important. The oscillator has a wide range of frequencies ranging from 10.7 MHz to 200.0 MHz and a frequency stability of +/-15 ppm over the industrial temperature range of -40 to 120 degree Celsius.

The XLH736009.830400I can be used in numerous applications including radio transmitters and receivers, GPS systems, audio and video transmission systems, frequency synthesisers for test and measurement applications and general-purpose timing control circuits. The oscillator is also ideal for clock oscillator application in digital integrated circuits such as microprocessors, microcontrollers and digital signal processors. Other applications include digital, mobile and cellular communications, surveillance systems, Wi-Fi routers and VoIP phones.

The working principle of the XLH736009.830400I oscillator is based on the principle of SAW filtering. SAW filters are semiconductor filters which are formed by a combination of piezoelectric ceramics and resonators with electrodes at the top and bottom. The SAW is generated by applying the oscillator\'s resonator on the ceramic material which is cut to the specific size and shape for the frequencies required by the application. This results in a standing wave in the resonator, which is constantly maintained by the addition and substraction of energy from the applied voltage.

The frequency of oscillation is determined by the thickness and dimensions of the resonator and is then compared to the frequency of the applied voltage. When the two frequencies match, the resonator stops sending out energy and starts absorbing energy, resulting in a stable oscillation frequency. This frequency is then transferred to the load by the output waveform of the oscillator.

The XLH736009.830400I oscillator has excellent performance for high accuracy timing applications. Its outstanding characteristics make it an ideal choice for applications requiring performance, reliability and stability. Its robust circuit design and wide temperature operating range make it an ideal solution for high accuracy clocks and time base circuits. The low cost of the oscillator also ensures that it is suitable for many applications which require low-cost solutions.

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