DSC2311KE1-R0002T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Pin Configurable/Selectable Oscillators are a type of oscillator circuit which can be configured and set directly through the use of a pin. Commonly used in embedded and communications systems, they are set up to output a specific signal frequency. In this article, we will discuss the application field and working principle of the DSC2311KE1-R0002T model.

The DSC2311KE1-R0002T is designed as an ultra-wideband differential oscillator that’s perfect for any applications which require frequencies between 18 to 188MHz. These applications include LTE, WiMAX and PLC, as well as other communications, industrial, automotive and medical systems. In addition to its wide range of frequencies, it also offers excellent distortion performance, a high level of tolerance for supply voltage variations and a low jitter of <20ps.

The DSC2311KE1-R0002T’s working principle is based on a unique oscillator design which comprises of a differential pair of Schmitt triggers and a capacitive divider. This allows for a higher level of stability and accuracy over traditional oscillator circuits, as it is more resistant to temperature fluctuations, aging and EMI. Furthermore, its two-pin selectable operation provides for a much more convenient, reliable and cost-effective way of setting up the Oscillator.

The configuration of the DSC2311KE1-R0002T is done through the use of two pins located on either side of the oscillator. The first is used to select between differential and single-ended output types. By setting this pin to either HIGH or LOW, the user can adjust the oscillator to output the desired signal type. The second pin is a frequency selector and contains a range of frequencies between 18 and 188MHz. By selecting the appropriate frequency, the user can set the oscillator to output the desired frequency.

The internal circuitry of the DSC2311KE1-R0002T is comprised of a bias control voltage voltage, a control logic voltage and an intermediate control voltage. The bias control voltage is used to adjust the amplitude of the output signal and the control logic voltage is used to determine the state of the selectable pin. The intermediate control voltage ensures that the selected frequency is stable and accurate. This ensures that the output frequency of the oscillator remains constant and accurate, even in fluctuating environmental and power conditions.

In conclusion, the DSC2311KE1-R0002T is an excellent choice for any application which requires frequencies between 18 to 188MHz. Its unique oscillator design offers excellent distortion performance from a low jitter and is also resistant to temperature fluctuations and EMI. Furthermore, its two-pin selectable operation provides for a highly convenient and cost-effective way of setting up the oscillator. All in all, the DSC2311KE1-R0002T is an excellent choice for embedded, communications and industrial systems.

The specific data is subject to PDF, and the above content is for reference