EG-2102CA 312.5000M-PGRNL3

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The EG-2102CA 312.5000M-PGRNL3 oscillator is used to generate stable and precise frequency signals. It is a product from Ecliptek Corporation and can be used for applications in a wide variety of industries including communication, automotive, defense and aerospace, as well as consumer, medical and industrial markets. It is suitable for a variety of functions such as clock generators, timing controllers, phase-locked loops, test and measurement equipment, instrumentation and surveillance systems.

The EG-2102CA 312.5000M-PGRNL3 oscillator is a highly reliable, ultra-stable component that incorporates the latest electronic technology. It offers superior performance in terms of frequency accuracy, jitter, temperature stability and shock resistance. It implements a unique phase-locked loop (PLL) design that allows for extremely accurate and stable frequency generation. The stable crystal oscillator is optically isolated from the PLL to reduce susceptibility to interference and other external influences. Additionally, the oscillator is supplied with an optional crystal oscillator for enhanced signal accuracy.

In terms of physical design, the EG-2102CA 312.5000M-PGRNL3 oscillator is small and lightweight, making it suitable for use in space-constrained applications. It features a metal case for robustness and durability, and uses a 5-pin connector for ease of interconnectivity. It also requires a low current consumption making it ideal for portable and battery-powered applications.

In terms of working principle, the EG-2102CA 312.5000M-PGRNL3 oscillator relies on the properties of a series RC circuit to generate a stable and precise frequency signal. The oscillator circuit consists of a resistor, a capacitor, an amplifier, and an oscillator gate. The resistor and capacitor make up the RC combination that serves as the main oscillator element. The amplifier is used to amplify the output of the RC circuit and the oscillator gate serves as the control element that enables the generation of specific frequencies.

When the oscillator is initially powered on, the capacitor is charged and the circuit becomes active. The amplifier then amplifies the output of the RC circuit and passes the signal to the oscillator gate. The oscillator gate then changes the frequency of the output signal based on the specific frequency programmed into it. As the oscillator generates a signal, the capacitor begins to discharge, and this results in the production of different frequencies.

The operation of the EG-2102CA 312.5000M-PGRNL3 oscillator is further enhanced through the use of additional components such as phase-locked loops, voltage-controlled oscillators, and temperature-compensated crystal oscillators. These components help to reduce noise and further increase frequency accuracy and stability.

The EG-2102CA 312.5000M-PGRNL3 oscillator is a highly reliable and advanced component that can be used in a wide variety of demanding applications. It is designed for superior frequency accuracy and stability, and provides advanced protection against interfering signals. It is an ideal choice for users looking for an ultra-stable and precise oscillator that can provide continuous and reliable operation in challenging environments.

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