DSC2110FI2-A0008T

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The DSC2110FI2-A0008T is an ultra-low jitter pin configurable/selectable oscillator which is produced by Datasonic. It has wide application fields. The device also features wide operating temperature range, low power consumption and an excellent reliability.

The DSC2110FI2-A0008T provides pin selectable frequency range from 100MHz to 250MHz and control input. The device can be used as a clock source for oscillators, PLLs, DDS, and frequency generators. The device also has an eight-bit pad for frequency adjustment. Its design is based on a low power dielectric resonators and has a robust impedance matching stage that allows for very low phase noise and jitter.

The working principle of DSC2110FI2-A0008T is that it uses an internal temperature compensation network to achieve very tight tolerance of frequency. Its design combines the advantages of crystal oscillators and the simplicity of IC production. The device has 10 pins which is easy to integrate with other devices. A capacitor on the oscillator input circuit is used to provide control signals.

The control inputs of the oscillator are used to configure the frequency. There are four frequency/control lines that can be used to select the desired output frequency. The Pad (PAD) pin is used to adjust the output frequency. The Frequency Input (FIN) pin is connected to an external capacitor. The Output Enable (OE) pin is used to activate or deactivate the output signal. The Enable (EN) pin is used to enable the oscillator.

The DSC2110FI2-A0008T can be programmed to a customer’s specified frequency range and is automatically temperature-compensated to a specified range. This ensures the accuracy and stability of the output frequency. The device is used in applications such as communications, telecommunication, audio, cellular, automotive and industrial.

In conclusion, the DSC2110FI2-A0008T is an ideal choice for pin configurable/selectable oscillators used in a variety of applications. Its design utilizes low-power dielectric resonators and a robust impedance matching stage for very low phase noise and jitter. The device also has a wide operating temperature range and low power consumption. With its high reliability and excellent frequency accuracy and stability, this device is an ideal choice for single frequency or multiple frequency applications.

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