CE3291-19.440

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Oscillators: CE3291-19.440 Application Field and Working Principle

Oscillators are widely used in various applications. In many designs, they can provide precision, stability, and high output power. The CE3291-19.440 oscillator from the Conel Corporation is a wide-band oscillator incorporating piezoelectric crystal elements specifically designed for reliable operation and performance. It has a wide range of applications, including public address systems, instrumentation, test equipment and radio communications. The device’s optimized frequency ranges from 19 to 440 MHz and provides an excellent solution for applications requiring wide-band frequency coverage.

CE3291-19.440 Application Field and Working Principle

The CE3291-19.440 oscillator is designed for use in systems requiring wide-band frequency coverage. It is ideal for applications such as PA systems, instrumentation, test equipment and radio communication. The operating frequency range is 19.440MHz to 440MHz, making it suitable for a variety of purposes. The CE3291-19.440 oscillator is equipped with an optimized output circuit with high linearity, low phase noise and good frequency stability.

The working principle of the CE3291-19.440 is based on a piezoelectric quartz crystal element. It works by vibrating a quartz crystal at its natural resonance frequency, resulting in an oscillation at that frequency. The frequency can be adjusted by changing the operating voltage or capacitive loading of the quartz crystal. By varying the voltage, the frequency of the signal can be tuned to the required frequency.

The application of the CE3291-19.440 oscillator is quite flexible and it can be used for a wide range of applications. It is suitable for applications requiring low-cost but high-precision frequency outputs. It is also suitable for frequency sensitive applications, such as PA systems, instrumentation, test equipment, and radio communication systems.

The CE3291-19.440 oscillator has a frequency stability specified for every 10 percent change in the operating voltage. The frequency of the oscillator is symmetrical in both forward and reverse direction. An optimized load capacitance is also built into the device to ensure a minimum level of distortion.

Conclusion

The CE3291-19.440 oscillator from Conel Corporation is a precision device that can be used for wide-band frequency coverage. It is suitable for applications such as PA systems, instrumentation, test equipment and radio communication systems. The device is equipped with an optimized output circuit with high linearity, low phase-noise and good frequency stability. The frequency stability specified for every 10 percent change in the operating voltage. The frequency of the oscillator is symmetrical in both forward and reverse direction. An optimized load capacitance is also built into the device to ensure a minimum level of distortion.

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