CB3LV-2I-80M0000 Crystals, Oscillators, Resonators

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Oscillators – CB3LV-2I-80M0000

An oscillator is an indispensable component of any electronic system, providing the basic timing and frequency reference signals for other components and circuits. The CB3LV-2I-80M0000 is an example of one such oscillator; it can be used in various applications such as triggering, clocking, timing, and more with its frequency range of 800 MHz. Additionally, this oscillator offers superior low noise and high stability, making it an ideal choice for many applications.

Applications

The CB3LV-2I-80M0000 has a wide frequency range, making it suitable for a variety of applications. Some of these include communication systems, signal synchronization, instrumentation, aerospace, automotive and many more. More specifically, this oscillator is used in wireless applications such as GPS receivers, mobile phones, and wireless networks. Because of its high frequency capabilities, the CB3LV-2I-80M0000 is also suitable for radar, medical imaging, and satellite systems.

Working Principle

The CB3LV-2I-80M0000 uses an electromechanical tuning fork to generate an oscillating signal. The tuning fork is composed of two parallel metal plates that are kept in place with a central elastomeric support. When a voltage is applied to the tuning fork, the plates vibrate and generate an oscillating signal of a specific frequency. This signal can be tuned by adjusting the size of the plates. The frequency range of the CB3LV-2I-80M0000 is 800 MHz, making it a versatile oscillator.

The oscillating signal generated by the tuning fork is amplified and then sent to a voltage-controlled oscillator (VCO), which is composed of an oscillator coil and a capacitor. The VCO can be tuned by changing the value of the capacitor, and the frequency is determined by the value of the capacitor and the oscillator\'s coil. Finally, the signal is filtered, amplified and outputted.

The CB3LV-2I-80M0000 also incorporates an internal voltage-controlled crystal oscillator (VCXO), which is used to provide high frequency stability and low noise. The VCXO consists of a crystal oscillator and a voltage-controlled capacitor, which allows for precise frequency control. When the VCXO is combined with the VCO, the CB3LV-2I-80M0000 is able to offer superior stability and low noise performance.

Conclusion

The CB3LV-2I-80M0000 is a modular and reliable oscillator suitable for a variety of applications. With its wide frequency range and high stability, the CB3LV-2I-80M0000 is an ideal choice for communications, signal synchronization, instrumentation, and medical systems. Additionally, its low noise and extensive frequency range make it an excellent choice for wireless applications.

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