DSC400-3133Q0080KI1T

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Pin Configurable/Selectable Oscillators are frequency-selectable or configurable devices that can be applied as a clock reference or as a clock source for multiple systems. DSC400-3133Q0080KI1T is a Pin Configurable/Selectable Oscillator, which focuses on providing frequency selectability, scalability, integration and space saving in tight applications.

Applications

DSC400-3133Q0080KI1T is ideal for use in the most demanding applications these days, such as Aerospace, Military, and Computer applications. Aerospace applications can benefit from the high frequency stability and reliability of this Oscillator. It can also be used in computer systems, in the control and management of system clocks. Thanks to its frequency scalability, it can adjust to different systems.

It is also commonly used in industrial systems, signal processing, and communications, where it functions as a signal generator or signal-timing signal source. DSC400-3133Q0080KI1T has also been seen in military applications, especially for low-power signal processing, signal acquisition, and communications. In all of these applications, DSC400-3133Q0080KI1T provides reliable frequency output and excellent time-keeping accuracy.

Working Principle

Pin Configurable/Selectable Oscillators such as DSC400-3133Q0080KI1T use a differential frequency generator to select and output a desired frequency. Frequency ranges are set by a combination of capacitors and resistors connected to the chip’s output pins. The oscillator is triggered by an external clock source, which in this case is provided by a quartz crystal resonator. Once triggered, the oscillator begins to generate signals. The frequency of the signals corresponds to the combination of resistors and capacitors used to set the frequency range.

The output frequency is further adjusted by an on-chip voltage-controlled oscillator (VCO). The VCO adjusts the frequency of the oscillator by comparing its output frequency with a reference frequency. If the output frequency is too high or too low, the reference frequency is adjusted to bring the output frequency back in line. This ensures that the oscillator always outputs frequencies within a certain range.

In addition to frequency selectability, DSC400-3133Q0080KI1T provides excellent timekeeping accuracy and frequency stability over a wide temperature range. This ensures that the clocking accuracy remains stable throughout its operating environment. The device is also small, making it perfect for use in high-density applications.

Conclusion

DSC400-3133Q0080KI1T is an excellent choice for a wide range of applications. Its frequency scalability and excellent time-keeping accuracy make it well suited for use in Aerospace, Military, and Computer applications. Furthermore, its on-chip VCO ensures outstanding frequency stability and accuracy over a wide temperature range. Finally, its small size allows for easy integration into high-density applications.

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