SIT8208AI-2F-18S-10.000000T

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Oscillators form an important part of many electronic circuits. SIT8208AI-2F-18S-10.000000T is a dual frequency oscillator specifically designed for industrial, scientific and medical (ISM) applications. It offers high-frequency stability across a wide operating temperature range and a high degree of accuracy.

The SIT8208AI-2F-18S-10.000000T comprises a voltage controlled oscillator (VCO) and a frequency-locked loop (FLL) to provide excellent frequency accuracy, stability and low jitter. The VCO oscillates at two frequencies, 10 MHz and 10.000000 GHz respectively. The FLL provides stable frequency locking and can be set to different frequencies to suit the application. The wide dynamic operating frequency range of the SIT8208AI-2F-18S-10.000000T makes it ideal for high data rate applications.

This oscillator has a wide range of applications in industrial, scientific and medical fields. It is suitable for applications where ultra-low jitter, wide frequency range and high accuracy are required, such as 5G cellular base stations, optical communication systems, MIMO systems and microwave systems. It can also be used for testing and calibration of high-accuracy frequency devices such as medical imaging systems and satellites.

The working principle of SIT8208AI-2F-18S-10.000000T is based on a VCO and an FLL. The VCO supplies the reference frequency to the FLL. The FLL uses a phase-locked loop (PLL) to measure and compare the phases of the input and reference signals, and then adjusts the control voltage of the VCO as required. This provides a stable output frequency with very low jitter. In addition, the FLL can also be set to different frequencies to suit the application.

The SIT8208AI-2F-18S-10.000000T is a dual frequency oscillator designed with excellent frequency accuracy and stability. It offers a wide dynamic operating frequency range and low jitter performance, making it a perfect choice for ISM applications involving high data rate requirements. The combination of a VCO and an FLL makes it possible to lock onto different frequencies, providing a reliable and stable output signal that can be used for testing and calibration of frequency devices.

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