CDC351DWR

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The CDC351DWR is an advanced, low skew, 4-output clock buffer from Texas Instruments. The device is designed to compensate for clock fan-out requirements by buffering multiple clock sources with minimal skew. This flexibility is ideal for high-speed, time-sensitive designs in the telecom, networking and server industries.

The CDC351DWR is a high-performance buffer designed for applications in telecommunications, data links and networks. It is capable of distributing multiple clock signals to up to four outputs with minimum skew. Its low skew values ensure accurate timing, which is essential for efficient communication over standard telecom networks and other high-speed systems.

The CDC351DWR features a programmable logic block that allows easy configuration of its output clocks. This feature enables the device to operate in a wide variety of applications, including clock fan-out and frequency translation. Additionally, the device offers an integrated phase-shift block, which allows users to phase shift a signal between two input clock sources and four outputs.

The design of the CDC351DWR is optimized to deliver robust and reliable performance. The core of the device is an advanced high-performance circuit with a small form-factor. This powerful architecture is designed to ensure excellent signal integrity, low jitter and low noise. Furthermore, it supports a wide range of signals with low power consumption, quick setup time and no external components. It also allows for quick and easy reconfiguration of the device for any application.

The CDC351DWR offers multiple options for controlling the output clocks. It has multiple built-in clock sources for generating master clock signals. It also supports a wide variety of additional clock sources, including LVDS, LVPECL and others. Additionally, the device can be configured to output frequencies up to 600MHz with superior accuracy. Finally, the device offers features such as skew control, clock inversion and duty cycle control to further enhance performance.

The CDC351DWR offers high accuracy and low noise performance, enabling it to be used in applications requiring high timing accuracy and precision. Additionally, it offers a low power consumption, making it ideal for systems that require high efficiency and low cost. Furthermore, its fast setup times enable it to be easily integrated into a variety of designs and applications. Finally, the flexibility of the device’s configuration options makes it suitable for a variety of clock fan-out and frequency translation applications.

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