DSC400-1111Q0110KE1T

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Pin Configurable/Selectable Oscillators like the DSC400-1111Q0110KE1T provide versatile frequency selections and wide-ranging operational features all within a small 3-pin package, enabling engineers to address a wide range of precision frequency applications. These oscillators use crystal oscillator designs to generate a fixed frequency output in a range from 1MHz to 125MHz with an output duty cycle of 45/55%. The DSC400-1111Q0110KE1T has a very low max jitter of 1ps RMS and a low output noise of -125dB C-N. Other benefits includes low power consumption and a resistance to changes in environmental conditions, like temperature and vibration.

The working principle behind Pin Configurable/Selectable Oscillators such as the DSC400-1111Q0110KE1T is relatively simple. The design is based on a crystal oscillator and thus consists of a quartz crystal and an amplifier. The quartz crystal acts as the resonator and when an AC voltage is applied to it, it vibrates at a certain frequency determined by the dimensions of the crystal. The vibration produces a signal that is amplified by the amplifier to produce the desired frequency output.

Typical applications for Pin Configurable/Selectable Oscillators are found in a wide range of precision timing applications such as phase-locked loop (PLL) systems, frequency synthesizers, clock datalink, and communication systems. The DSC400-1111Q0110KE1T is particularly well suited for such applications. With the wide range of operating temperatures, low power consumption, low max jitter, and low output noise, it is able to provide a stable precision frequency suitable for many timing applications.

In addition to its use in precision timing applications, the DSC400-1111Q0110KE1T can be used for other purposes such as for providing clocking for digital devices and for reference frequencies in voltage controlled oscillators. In these applications, it is able to provide reliable stable clocking or reference frequencies suitable for the task.

The DSC400-1111Q0110KE1T is a great choice for a wide range of precision timing and other applications due to its wide range of features and capabilities. It is capable of producing a stable output frequency with low max jitter, low output noise and high precision. It is also resistant to changes in environmental conditions such as temperature and vibration, making it a great choice for many precision applications.

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