531KA136M718DGR Crystals, Oscillators, Resonators

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Oscillators are frequently used in electronic design as they are essential components for many electronic systems. The 531KA136M718DGR is an example of an oscillator used for such systems and it has its own unique application field and working principle.

Application Field and Specifications

The 531KA136M718DGR is a low-power, quartz crystal-controlled oscillator that is designed for system clocking applications. It offers excellent accuracy and stability over a wide range of temperatures and environmental conditions, making it suitable for use in diverse commercial and industrial environments. Its features include an operating frequency range of 1.8432MHz to 20MHz, low power consumption (<3mA typ), maximum output frequency of 33MHz, and a pullability of ±100ppm @ 25°C.

Working Principle

Oscillators are devices that generate periodic electrical waveforms, and the 531KA136M718DGR oscillator is no exception. It uses the vibration of a quartz crystal as a resonant frequency to provide a stable frequency source. The quartz crystal consists of electrodes and a quartz resonator which contains two electrodes of the same type connected to opposite sides. When a voltage is externally applied to the desired frequency, the quartz crystal vibrates at its resonant frequency, thus producing a periodic electrical signal.

The 531KA136M718DGR oscillator has an oscillation circuit, which amplifies the oscillation generated by the quartz crystal and outputs it from the oscillator output terminal. The amplified frequency is also modified by the frequency control voltage, which is formed from the bias voltage signals, and is output as a signal having a desired frequency. This output signal is then used for system clocking.

Conclusion

The 531KA136M718DGR oscillator is an excellent example of an oscillator used for system clocking. Its specifications and working principle are designed to meet the requirements of many commercial and industrial applications. The 531KA136M718DGR offers excellent accuracy and stability over a wide range of temperatures and environmental conditions, making it suitable for use in a range of applications.

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