CDC337DWR

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CDC337DWR is classified as Clock/Timing - Clock Buffers, Drivers. The application field of CDC337DWR covers a wide range of products related to data delivery and distribution, for example, HDMI/DisplayPort™, dual link LVDS and FPD-Link. It is used to drive signals over long distances where system cost and design flexibility are key considerations.

Clock buffering is the term used to refer to systems which can take an input clock signal and "buffer" it, or amplify it, to drive a clock signal over one or more different outputs with minimal degradation. This is done by selecting and amplifying the data stream needed, while eliminating unnecessary information. The usage of CDC337DWR helps significantly reduce board space, cost, and power over conventional clock buffering solutions.

The primary function of CDC337DWR is to take the reference clock from the source, then buffer, translate and distribute it to multiple output receivers. By using a combination of three retiming stages, CDC337DWR de-jitter, amplifies, and reshapes the signal, as well as a flexible frequency down converter that translates input clock frequencies of up to 200 MHz and delivers it to the outputs. This is helpful for applications with large board-to-board distances, and reduces interference from EMI noise.

CDC337DWR is an optimized solution for driving clock signals over large distances. It is capable of driving clock signals up to 20 meters in length, while maintaining a small footprint and low power circuitry. Moreover, it has excellent jitter attenuation, high output drive and capability of providing clean signals with minimal distortion. Outputs are also configurable, providing greater design flexibility for different applications.

The main feature of CDC337DWR is the ability to ensure transmission of the signal over long distances without noise or loss of data. CDC337DWR is tailored for applications that demand a high level of signal quality and is capable of supporting data transfer up to 400 Mbps, while simultaneously buffering and receiving multiple output signals. Also, control pins are available to enable/disable ports when not required, making it efficient for power saving. With the addition of special features such as skew control, adjustable gain, and programmable output drive current, CDC337DWR has a wide range of uses in the clock/timing market.

In conclusion, CDC337DWR is an ideal choice for system designers looking for a high-performance clock/timing solution to drive signals over long distances. It offers excellent jitter attenuation, high output drive, low power, and excellent signal quality.

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