DSC2041FE1-K0002

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Pin Configurable/Selectable OscillatorsPin configurable/selectable oscillators are specialized crystal oscillators that feature excellent frequency stability while allowing a wide range of frequencies to be chosen. This variety of oscillator offers the user the flexibility to select any of the available frequencies or to go with the pre-determined frequency.The DSC2041FE1-K0002 is a pin configurable/selectable oscillator specifically designed for precise frequency control. It features a wide range of selectable frequencies ranging from 19.4kHz to 25MHz. With its three pins, output frequency can be adjusted to any frequency produced in its range.The DSC2041FE1-K0002 also offers excellent stability with an initial tolerance of ±50ppm. This oscillator is perfect for applications that have strict frequency accuracy requirements and require an oscillator with good starting performance and steady frequency.There are several different application fields for the DSC2041FE1-K0002 which include military electronics, medical instruments, and digital audio/video. Its wide range of frequencies and precise frequency accuracy makes it a popular choice for use in these applications.The DSC2041FE1-K0002 is designed to be easy to use and requires minimal user setup. All of its pins are correlated to the clock frequency. The user simply needs to decide the output frequency and then adjust the corresponding pins accordingly.The working principle of the DSC2041FE1-K0002 is based on the point contact of a quartz crystal. When the frequency changes, the corresponding pins are adjusted, which causes the quartz crystal to vibrate at the new frequency. The quartz crystal then creates an electrical signal corresponding to the adjusted frequency which is then output from the device.The DSC2041FE1-K0002 is a popular choice for precision frequency control applications because of its wide range and accuracy. Its simple pin configuration makes it easy to set up and its consistent frequency output makes it a reliable solution for any applications. Plus, its excellent stability means it can be used for applications that require precise frequency control.

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