CY23S02SXI-1

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CY23S02SXI-1 is a high performance digital oscillator integrated circuit (IC) designed to generate high precision frequencies with excellent jitter performance. The CY23S02SXI-1 IC is ideal for digital systems requiring signal conditioning and signal synchronization. This IC is also ideal for applications such as Digital Audio/Video, Security and Surveillance, Mobile Communications, Set-top Boxes, and Imaging/Printing. It is an excellent choice for use in applications where low jitter and low cost are a high priority.

CY23S02SXI-1 is an integrated oscillator circuit using two reference clock inputs to generate an output frequency from the chosen reference frequency input. The IC includes an on-chip Phase Locked Loop (PLL) that utilizes clock information from an input reference oscillator to generate an output frequency with excellent jitter performance. The PLL has aprogrammable frequency multiplication factor that allows a wide range of multiplication ratios to be implemented. The PLL also features a low-phase-noise oscillator that is used to further reduce jitter levels resulting in an optimized output clock signal.

The primary application of the CY23S02SXI-1 is to generate a high-precision output frequency from a low reference frequency input such as an IEEE 1394 standard reference clock. It is also used to generate various clock frequencies from a single reference source and to provide an isolated interface between multiple devices sharing a common reference source. The CY23S02SXI-1 can be used to provide a phase-lock synchronization between multiple devices, providing both phase and frequency control.

The CY23S02SXI-1 is also useful for applications that require frequency multiplication or division. Its low jitter and low power consumption make it an ideal choice for embedded systems. The IC has an internal output buffer that can directly drive long traces and has configurable output drive strength. This feature allows for the use of low-cost, custom drivers that can be used to drive differential, LVCMOS, or LVDS clock signals.

The CY23S02SXI-1 has an adjustable loop bandwidth to optimize frequency accuracy, jitter, and power consumption. It also features a spread-spectrum MEMS-based oscillator to reduce EMI and Electrostatic Discharge (ESD) radiation. The IC has built-in thermal protection to ensure maximum reliability and safe operation. Finally, the CY23S02SXI-1 features an integrated voltage regulator that allows the IC to be powered from a range of voltages while still providing excellent frequency accuracy and jitter performance.

In conclusion, the CY23S02SXI-1 is an ideal IC for generating precision clock signals with low phase noise and low jitter performance. Its flexibility, low power consumption, and built-in protection features make it a great choice for applications where frequency accuracy and clock synchronization are important. The CY23S02SXI-1 is well suited for use in digital video, audio, and imaging systems, as well as for providing isolated clock signals for embedded systems.

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