DSC400-0303Q0092KE1

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• DSC400-0303Q0092KE1 application field and working principle

The DSC400-0303Q0092KE1 is a pin configurable/selectable oscillator, which has advantages over traditional oscillators, due to its flexibility of frequency range and ease of configuration. This oscillator is suitable for any application that requires stability, accuracy, and flexibility such as frequency control for electronics, medical equipment, microprocessors and synchronized communications.

• Frequency Range

The DSC400-0303Q0092KE1 is designed to cover a frequency range of 0.39MHz to 53.3MHz in the the Multi-Frequency Mode. In addition, it has various output types of TTL, HCMOS and HCSL.

• Working Principle

The DSC400-0303Q0092KE1 works by converting an input control signal, crystal oscillator in this case, into an output clock signal. This is done through an internal voltage-controlled oscillator (VCO) and a phase-lock loop (PLL). The PLL allows the oscillator to lock onto and maintain the input frequency, while the VCO controls the output frequency of the oscillator.

• Configuration

The DSC400-0303Q0092KE1 is configurable via two inputs. One of the inputs is used to select the desired output frequency. This input is used to configure the oscillator to the desired frequency of operation. It can be used to set the frequency range of the oscillator either through a DAC, or by selecting a pre-defined frequency. The other input is used to select the output type, either TTL, HCMOS or HCSL.

• Power Supply

The DSC400-0303Q0092KE1 is powered by a 3.3V DC supply. The oscillator is designed to support both full-scale and low-power operation, allowing it to be used in a variety of applications.

• Conclusion

The DSC400-0303Q0092KE1 is a pin configurable/selectable oscillator that is ideal for applications that require flexible configurations and frequency ranges. It is powered by a 3.3V DC supply, and is capable of outputting signals with either TTL, HCMOS or HCSL configurations. The oscillator is designed with a PLL and VCO to ensure that input frequencies are accurately maintained, while providing the user with an adjustable frequency range.

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