EG-2101CA 155.5200M-PCHL3

Oscillators are used to produce electrical signals at precise frequencies and should closely match the output signal performance specified by the customer. The EG-2101CA 155.5200M-PCHL3 oscillator is one of the most reliable oscillator types with superior characteristics available in the market today. It offers an excellent way to achieve high performance, long-term stability, and wide frequency range with cost-effectiveness. This article is intended to provide a comprehensive review of the EG-2101CA 155.5200M-PCHL3 oscillator, its application fields, and its working principles.

Applications

The EG-2101CA 155.5200M-PCHL3 oscillator is mainly used in communications, computer systems, medical and industry automation equipment, measurement and control systems, aerospace, and military systems. It is also an ideal choice for high accuracy applications requiring precision measurement or timekeeping, such as television broadcast equipment, radar systems, and GPS and navigation systems.

In addition, the oscillator offers a high level of reliability even in extreme temperatures, thanks to its large frequency range of 155.5200M-PCHL3. Furthermore, the oscillator’s high-accuracy output frequency accuracy is ideal for precision processing tasks. The oscillator is also resistant to shock and vibration, offering operation protection in any environment.

Working Principle

The EG-2101CA 155.5200M-PCHL3 oscillator provides high stability and wide frequency range with temperature stability achieved through its advanced technology. It achieves temperature stability through the combination of its frequency stability with a special piezoelectric quartz crystal and a pull-on oscillator circuit.

The oscillator design consists of an RR oscillator circuit with a piezoelectric quartz crystal resonator. The quartz crystal is connected via an oscillator circuit to an integrated circuit (IC) device that monitors the quartz crystal oscillator frequency. The IC device monitors the frequency of the quartz crystal and when the desired frequency is reached, it signals the circuitry to go into standby, thereby ensuring stable, accurate frequencies that are consistent over extended periods of time.

The oscillator circuit includes a voltage-controlled resistor and a varactor diode. The voltage control resistor maintains the resonance of the quartz crystal within a certain range, while the varactor diode allows tuning and stabilization of the oscillator frequency. The oscillator also contains a buffer, an amplifier, and a temperature-compensated reference which further stabilize and optimize the accuracy and performance of the oscillator.

Conclusion

The EG-2101CA 155.5200M-PCHL3 is an ideal choice for applications requiring precision measurement or timekeeping performance, offering high reliability, stability, and frequency range. It has excellent temperature stability through its advanced technology, and its integrated design ensures accurate, stable frequencies. All of these features make the EG-2101CA 155.5200M-PCHL3 an attractive choice for use in a variety of applications.