EG-2102CA 312.5000M-LGRNL3

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The EG-2102CA 312.5000M-LGRNL3 oscillator is a device that is used to convert an electrical signal into a repetitive waveform. It is part of a larger category of oscillators, known as electronic oscillators, which are vital for numerous communications, metering, measuring, and control applications. This article will discuss the application fields and working principle of the EG-2102CA 312.5000M-LGRNL3 oscillator.

The EG-2102CA 312.5000M-LGRNL3 oscillator is a highly reliable, general purpose crystal oscillator that can be used in a variety of applications. It is used in telecommunications, audio systems, medical devices, computer systems, and industrial systems, to name a few. The oscillator has a wide range of features, including low phase noise, small size, and low power consumption. The frequency range of the oscillator is from 2.0000MHz to 200.0000MHz, with an output frequency stability of ±50ppm. It also has a wide input voltage range of 2.2V to 3.3V.

In terms of its working principle, the EG-2102CA 312.5000M-LGRNL3 oscillator consists of two parts: an oscillator circuit and a crystal. The oscillator circuit is responsible for amplifying and converting the alternating current signal into a constant current waveform. This waveform then passes through the crystal, which acts as a filter, producing a stable, frequency-modulated waveform. The output of the oscillator is the frequency-modulated waveform, which is used as a source of electrical energy for the application.

Overall, the EG-2102CA 312.5000M-LGRNL3 oscillator is a reliable and cost-effective device that is used in a variety of applications. It has a wide range of features, including low phase noise, small size, and low power consumption. Its working principle is based on an oscillator circuit and a crystal, which work together to convert the alternating current signal into a stable, frequency-modulated waveform. The oscillator is capable of producing a frequency range of 2.0000MHz to 200.0000MHz, with an output frequency stability of ±50ppm.

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