EG-2102CA 156.2500M-LGPNL0

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Oscillators are electronic circuits that produce a continuous output signal that oscillates between two logic levels, typically 0V and VCC. These can be used for a number of applications in electronic systems, such as providing timing, receiving and processing signals and triggering events. One particular oscillator commonly used in electronic systems is the EG-2102CA-156.2500M-LGPNL0. There are various applications and working principle of this oscillator that should be taken into account when using it for any particular application.

Applications of the EG-2102CA-156.2500M-LGPNL0 Oscillator

The EG-2102CA-156.2500M-LGPNL0 oscillator is a highly stable oscillator designed to provide high accuracy both statically and dynamically. It is designed for applications in which a high degree of accuracy and reliability is required such as air traffic control, navigation surgery, satellite-based communications, measurements and control.

The oscillator can also be used in frequency modulation (FM) radios, fixed and mobile 2-way communication systems, digital logic circuits, early warning detectors, and sweep radars. It is also suitable for general laboratory use in instruments such as frequency counters, signal generators, digital voltmeters, and oscilloscopes.

Working Principle of the EG-2102CA-156.2500M-LGPNL0 Oscillator

The working principle of the EG-2102CA-156.2500M-LGPNL0 oscillator is based on the use of a high stability crystal oscillator. This oscillator is typically used in conjunction with a phase-locked loop (PLL). The crystal oscillator is used to provide an extremely precise frequency reference signal to the PLL. This reference signal is used to keep the frequency of the output signal in lock-step with the reference signal.

The PLL contains an amplifier, a phase comparator, and a voltage-controlled oscillator (VCO). The amplifier amplifies the signal from the reference crystal. The phase comparator takes the amplified signal from the reference crystal, and compares it to the signal from the VCO. The signal from the VCO is then adjusted to match the reference signal from the crystal oscillator. This ensures the output signal from the oscillator is always at a precisely-defined frequency.

The EG-2102CA-156.2500M-LGPNL0 also features a temperature-compensated frequency control and “jitter-clocking” capability. These features allow the oscillator to maintain an extremely stable frequency even in the presence of temperature fluctuations. The jitter-clocking feature also reduces the amount of jitter present in the output signal.

Conclusion

The EG-2102CA-156.2500M-LGPNL0 oscillator is widely used for a variety of different applications in electronic systems. Its highly stable design makes it well-suited for applications where high accuracy and reliability are essential. The working principle of the oscillator is based on the use of a high stability crystal oscillator in conjunction with a phase-locked loop, allowing the output signal to remain in lock-step with a reference signal. The oscillator also features temperature-compensated frequency control and “jitter-clocking” capabilities, making it well-suited for applications that require stable and reliable operation over an extended period of time.

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