DSC2044FE1-F0022

Pin Configurable/Selectable Oscillators

Pin Configurable/Selectable Oscillators are a type of amplifier technology used in a wide range of electronic applications. The DSC2044FE1-F0022 is a low-power, dual-output configurable/selectable oscillator using on-chip charge-pump technology. It features two independent outputs, both of which are capable of producing frequencies up to 130MHz. The two outputs can be independently configured by external components to achieve precise frequency control, or to drive different bus speeds. Furthermore, the two outputs can be synchronized to achieve precise and consistent frequency control.

Application Field

The DSC2044FE1-F0022 is suitable for a wide range of applications, including automotive electronics, consumer electronics, telecommunications, industrial control, and medical devices. The technology is particularly useful for applications in which low-power consumption, precise frequency control, and a high reliability are desired. Furthermore, the dual outputs can be used to drive different bus speeds in applications such as communication interfaces, which require higher data rates.

Working Principle

The working principle of the DSC2044FE1-F0022 is based on a charge-pump Technology, which employs an on-chip charge-pump and two independent outputs, each with its own adjustable load capacitor. The load capacitor is selected to adjust the frequency of each output, allowing for precise frequency control. The charge-pump technology also enables the dual outputs to be synchronized with one another, allowing for stable and consistent waveforms.

The DSC2044FE1-F0022 also features an optional, integrated voltage regulator circuit which can be used to provide a regulated, low noise supply voltage for the oscillator outputs. This integrated circuit eliminates the need for an external supply voltage and reduces overall system power consumption.

Conclusion

The DSC2044FE1-F0022 is a low-power, dual-output configurable/selectable oscillator using on-chip charge-pump technology. It features two independent outputs, both of which are capable of producing frequencies up to 130MHz. The two outputs can be independently configured to achieve precise frequency control, or to drive different bus speeds, making it suitable for a wide range of applications in which low-power consumption, precise frequency control, and a high reliability are desired.