EG-2102CA 644.5313M-PGPNB

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Oscillators are devices used to generate waves of steady frequency, either for use in communications or audio applications. They are often found in radio and communication equipment where an accurate signal is required. The EG-2102CA 644.5313M-PGPNB is a type of oscillator used for such purposes.

The EG-2102CA 644.5313M-PGPNB oscillator is a form of quartz crystal oscillator with a frequency of 644.5313 MHz. It has a positive-control type frequency stability of 20ppm, and a negative-control type frequency stability of 25ppm. Its temperature coefficient is 0.3ppm/°C, and its power dissipation is 0.2W (max). These features combined make it an excellent choice for radio or communication applications that require high accuracy.

The working principle of the EG-2102CA 644.5313M-PGPNB oscillator is based on the fact that when a quartz crystal is placed between two electrodes and a voltage is applied, the crystal will vibrate at a frequency proportional to the applied voltage. The EG-2102CA 644.5313M-PGPNB oscillator uses this phenomenon to generate an accurate signal of 644.5313 MHz. The crystal is connected in a circuit that keeps the frequency stable despite changes in temperature, voltage, or other environmental factors.

The EG-2102CA 644.5313M-PGPNB oscillator has a wide range of applications in radio and communication equipment, as well as in audio and other electronics. In radio and communication equipment, it is used to generate a steady signal for communication and other purposes. It is also used in audio electronics, such as amplifiers, equalizers, and audio mixers, to generate a reference signal and ensure a consistent sound quality. Its excellent accuracy and stability make it a great choice for any application where an accurate signal is needed.

To summarize, the EG-2102CA 644.5313M-PGPNB is an oscillator of the quartz crystal variety, with a frequency of 644.5313 MHz and excellent stability characteristics. Its working principle is based on the oscillating properties of quartz crystal when a voltage is applied. It has a wide range of applications in radio and communication equipment, as well as in audio electronics, and is ideal for any application where consistent accuracy is needed.

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