EG-2102CA 157.5000M-PGPAL3

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Oscillators are devices designed to produce a periodic waveform, usually an alternating voltage or current. The EG-2102CA 157.5000M-PGPAL3 is an oscillator that has particular applications and a working principle that are unique to it.

Applications

The EG-2102CA 157.5000M-PGPAL3 is a low phase noise oscillator, typically used for precision clock and frequency sources. It is specifically designed for use in radio and navigation equipment, and is often found being used in military aircraft, UAVs, and ground stations. It has been designed to cover a large operating temperature range and has a fast start-up time.

The EG-2102CA 157.5000M-PGPAL3 is also suitable for many other applications, such as critical telecommunications, radar, GPS, or satellite systems, as well as for industrial control and measurement processes. These systems often require extremely stable, low-noise frequency sources.

Working Principle

The EG-2102CA 157.5000M-PGPAL3 operates off of a quartz crystal oscillator system, which is based on the piezoelectric effect. Piezoelectric materials, such as quartz, generate a stable voltage when they’re physically deformed. In the EG-2102CA 157.5000M-PGPAL3, this voltage is amplified and used to power the frequency source. This oscillator also includes a built-in temperature compensating circuit that ensures accuracy under almost any conditions.

The signal generated by the EG-2102CA 157.5000M-PGPAL3 oscillator is highly immune to interference and steady-state noise, making it a reliable clock source for critical applications. Additionally, the device takes advantage of an advanced circuit design to minimize jitter and other unwanted effects.

Networking

The EG-2102CA 157.5000M-PGPAL3 is capable of linking to other clocks in a network via pulse transfer marks. This allows for synchronization and synchronization between clocks in multiple locations, maintaining a consistent signal in all connected systems. The receiver requires an external power source, and a dedicated synchronization system can also be installed for further accuracy.

Conclusion

The EG-2102CA 157.5000M-PGPAL3 is a reliable, low-noise oscillator with a wide range of applications. Its quartz crystal oscillator system provides an accurate signal and its built-in temperature compensating circuit allows it to keep its accuracy even in extreme conditions. The device is also capable of networking with other clocks and can be used for precision clock and frequency sources in military aircraft, UAVs, and many other important systems.

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