XG-2102CA 250.0000M-LGRN

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Oscillators come in many different varieties, covering a wide range of applications in different fields, including the XG-2102CA 250.0000M-LGRN. This device is an oscillator often used in communication and industrial systems.

The XG-2102CA 250.0000M-LGRN is a quartz crystal oscillator, contains a quartz crystal that is cut very specifically to a certain frequency. This device is small and has excellent frequency stability, overtime this oscillator only deviates 0.5ppm between 10°C and 60°C. The XG-2102CA 250.0000M-LGRN oscillator is a 5V voltage oscillator and provides an excellent frequency range of 60MHz to 250MHz.

The XG-2102CA 250.0000M-LGRN oscillator can provide a wide range of frequency ranges for different applications. The device can be used for high speed performance in communication systems such as digital packet and cellular radio systems, as well as in test and measurement equipment for accurate frequency generation. Other potential uses for this type of oscillator include synchronization for radio frequency communication systems, high speed asynchronous data transfer or modulation/demodulation of signals and image processing. The XG-2102CA 250.0000M-LGRN is also a highly reliable oscillator, and can be used in multiple applications in the industry as well.

The fundamental working principle of the XG-2102CA 250.0000M-LGRN oscillator is based on the piezoelectric properties of quartz. When an electric field is applied to quartz, it bends and stretches and generates an electric field as a result. The generated electric field creates an alternating current, or AC, signal. This signal is amplified and used as the oscillator output signal. The frequency of this oscillator output signal varies according to the dimensions of the quartz crystal as well as the applied electronic field.

The XG-2102CA 250.0000M-LGRN oscillator is widely used due to its versatile frequency range and excellent frequency stability. The device is ideal for many communication and industrial systems and is used for synchronization for radio frequency communication systems, high speed asynchronous data transfer and modulation/demodulation of signals and image processing. The principle of operation lies in the piezoelectric properties of quartz that generates an alternating current or AC signal when an electric field is applied. Ultimately, this AC signal is amplified and then used as the oscillator output signal.

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