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Oscillators

A CB3-2I-10M0000 oscillator is an electronic circuit device capable of generating an oscillatory signal with a high-frequency bandwidth. Its output signal is available in either sine wave, triangle wave, and/or rectangular waveforms depending on application requirements. The frequencies of these output signals can be adjusted through its built-in controllers. One of the primary applications of a CB3-2I-10M0000 oscillator is as a timing source for computer systems.

Application Field of CB3-2I-10M0000 Oscillators

CB3-2I-10M0000 oscillators are widely used in a wide variety of applications, ranging from consumer electronics, telecommunications, and medical technology to automotive and defense industries. These oscillators provide an accurate and reliable source of timing and synchronization signals. They are used in many types of systems where precise timing is necessary, such as cellular base stations, computers, and radar systems. Additionally, they are frequently used as a test source for synthesizers, signal generators, and logic analyzers. CB3-2I-10M0000 oscillators are also frequently used in power supplies and video systems.

Working Principle of CB3-2I-10M0000 Oscillators

CB3-2I-10M0000 oscillator operates using an oscillator circuit design that combines an amplifier and a piezoelectric vibrator. The amplifier produces an AC voltage output signal, which is then fed into the piezoelectric element. The generated vibrations cause the amplitude of the AC voltage to continually increase and decrease, resulting in an oscillating signal.

The frequency of the generated oscillation is determined by a combination of the amplifier\'s gain and the oscillator frequency adjustment. By varying the frequency adjustment, the user can easily control the frequency of the generated signal, allowing for precise frequency control. Additionally, by adjusting the amplifier\'s gain, the user is able to shape the frequency curve, enabling further variations into the generated signal.

Conclusion

CB3-2I-10M0000 oscillators are widely used in a variety of industries, thanks to their ability to generate accurate and reliable signals. They are most often used as a source of timing and synchronization signals in various systems, such as cellular base stations, computers, and radar systems. Additionally, they are used as test sources for synthesizers, signal generators, and logic analyzers. Their working principle involves a combination of amplifier output signal and piezoelectric vibrator, allowing for both frequency adjustment and shaping of the output signal.

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