CB3-7C-3M6864

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Oscillators

Oscillators are vital for many electronic designs, functioning as a reliable clock source for microprocessors or other circuits. Oscillators come in many forms and technologies, but all these components perform the same basic role in a circuit. The CB3-7C-3M6864 is a typical example of an oscillator.

CB3-7C-3M6864 Application Field

The CB3-7C-3M6864 oscillator is a low power ceramic resonator designed for use in low noise, low current applications. It is highly stable in its frequency output, making it ideal for microprocessor timing, system synchronization, or data communication. The CB3-7C-3M6864 works well with many type of microcontrollers, such as ARM or PIC. It can also be used in embedded systems, EEGs, biomedical applications, and portable instruments.

CB3-7C-3M6864 Working Principle

The main component of the CB3-7C-3M6864 oscillator is a quartz resonator which is composed of two electrodes inside a tiny quartz crystal. When voltage is applied across the quartz crystal, the crystal will vibrate in a precise frequency like an electromechanical metronome. This resonator is connected to two active transistors which supply amplifying and biasing circuits that stabilize the vibrating frequency of the resonator. As such, the CB3-7C-3M6864 is able to provide reliable clock signals with minimal power consumption.

Conclusion

In conclusion, the CB3-7C-3M6864 oscillator is a type of device that is used as a clock source in many electronic designs. It is made up of a quartz resonator and two active transistors, and its low power and high stability makes it suitable for low noise, low current applications such as microcontrollers, embedded systems, EEGs, biomedical applications, and portable instruments.

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