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Oscillators: EG-2001CA 120.0000M-PCHL0 Application Field and Working Principle

Oscillators, also commonly known as signal generators, are electronic devices designed to generate repeatable waveforms through a process of frequency and amplitude control. The EG-2001CA 120.0000M-PCHL0 Oscillator is a high-performance oscillator designed for industrial and commercial applications. It can generate a wide range of frequencies and outputs low jitter clock outputs for timing and synchronizing to ensure accurate and stable operations of timing-critical devices. This article will explore the application field and working principle of the EG-2001CA 120.0000M-PCHL0 Oscillator.

Applications

The EG-2001CA 120.0000M-PCHL0 Oscillator is designed for use in a variety of applications, such as high-precision timing, telecommunications, building automation, medical, GPS, and audio/video systems. It is also ideal for applications requiring low jitter, high reliability, and long-term stability.

In communications networks, the EG-2001CA 120.0000M-PCHL0 Oscillator is used for synchronizing the transmission of digital signals. Through its low phase jitter outputs, it can ensure the accurate delivery of data and voice information over the network. It is also used in mobile phones, where its high accuracy enables a clear and uninterrupted signal transmission.

Other applications include the automotive and industrial automation fields, where the EG-2001CA 120.0000M-PCHL0 Oscillator provides the precise timing signals needed for operation of complex machinery. It is also used in navigation and GPS systems, where its high accuracy ensures proper location accuracy. In medical systems, the Oscillator is used to generate precise pulses for monitoring vital signs.

Working Principle

The working principle of the EG-2001CA 120.0000M-PCHL0 Oscillator is based on the well-known “Crystal Oscillator” technology. This technology involves a quartz crystal used as the frequency-determining element. The quartz crystal vibrates at a precise frequency when a specific amount of voltage and current is applied to it.

The quartz crystal’s frequency can be adjusted and controlled by varying the voltage and current applied. In the EG-2001CA 120.0000M-PCHL0 Oscillator, this is achieved through a piezoelectric circuit and a frequency-controlling device. The frequency-controlling device adjusts the voltage and current applied to the quartz crystal in order to accurately set the desired frequency.

The EG-2001CA 120.0000M-PCHL0 Oscillator also features an internal oscillator circuit, which is used to maintain a long-term stability of the output signal. The oscillator circuit consists of a temperature-compensated Zener diode (TCZD) and other components, which monitor the temperature and voltage of the circuit to ensure accurate and reliable performance.

Conclusion

The EG-2001CA 120.0000M-PCHL0 Oscillator is a versatile electronic device capable of providing precision timing signals for a wide range of applications. It is highly reliable and accurate, and its low phase jitter capability ensures stable and uninterrupted signal transmission in even the most timing-critical applications. Its working principle is based on a quartz crystal oscillator circuit, which is temperature compensated to ensure long-term stability and accuracy.

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