CDCP1803RTHR

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CDCP1803RTHR is a clock buffer/driver designed for high-speed data applications. It provides a single low voltage differential signaling (LVDS) output at up to 350MHz data rate. The device consists of a high performance FET-input buffer, LVDS driver and a programmable output divider. It features an independent control of delay control, rise/fall time control. The device can be used as a two-to one multiplexer or demultiplexer. Its applications include data synchronization and timing in high-performance computing and networking systems.

The main features of CDCP1803RTHR include:

• LVDS output at up to 350MHz data rate
• Independent control of delay, rise/fall time
• Programmable output divider
• No external current source or bias voltage required
• FET-input buffer for superior noise performance

The working principle of CDCP1803RTHR is based on the concept of high-speed data buffering. The device consists of an internal FET-input buffer, an LVDS driver and an output divider. The FET-input buffer is used to provide superior noise performance by providing a low-impedance data path between the device input and the output driver, while rejecting unwanted noise and interferences. The LVDS driver is used to generate the low-voltage differential signal (LVDS) on the output and the output divider is used for dividing the output frequency.

The device is designed for synchronization and timing applications in high-performance computing and networking systems. It is used to provide an LVDS data output with a wide variety of data rates. The programmable output divider enables the user to configure the output frequency, while the independent control of rise/fall time and delay control enables the user to optimize signal performance. The device also eliminates the need of external current source or bias voltage, further simplifying the design process.

In conclusion, CDCP1803RTHR is a high-performance clock buffer/driver designed for high-speed data applications. It features an LVDS output at up to 350MHz data rate, a FET-input buffer for superior noise performance, a programmable output divider, independent delay and rise/fall time control, and no external current source or bias voltage requirement. It is used for synchronization and timing applications in high-performance computing and networking systems.

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