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Rochester Electronics CDC913DW Environmental and export classification status description

Texas Instruments CDC913DW Overview The Texas Instruments CDC913DW is a high-performance, low-skew, low-jitter clock driver IC. It is part of the CDC9 family of clock distribution devices and is designed for applications that require high-speed, low-jitter clock distribution. Functions - Clock distribution: Provides multiple copies of the input clock signal with minimal skew and jitter. - Low skew and jitter: Ensures accurate timing for high-speed applications. - Output enable control: Allows users to enable or disable individual outputs as required. Applications - Data centers - Network switches and routers - Telecom infrastructure - Test and measurement equipment - High-speed digital design applications Alternative Components - IDT (Integrated Device Technology) 5P35023: Low-jitter clock driver with similar features. - ON Semiconductor NB6L239: High-performance clock buffer suitable for demanding applications. - Analog Devices ADCLK914: Clock buffer with low skew and jitter characteristics. Embedded Modules The CDC913DW can be integrated into various embedded systems and designs to provide clock distribution solutions. For example, it can be used in FPGA-based systems, networking equipment, and high-speed interface designs. Related Q&A 1. What is the typical operating frequency range of the Texas Instruments CDC913DW clock driver? - The CDC913DW is designed to operate in the frequency range of up to several GHz, making it suitable for high-speed applications. 2. How many output channels does the CDC913DW offer? - The CDC913DW typically provides 1 input and 10 outputs, but other configurations with different channel counts may be available. 3. Can the output enables of the CDC913DW be controlled individually? - Yes, the CDC913DW features individual output enable controls, allowing users to enable or disable specific output channels as needed. 4. What are the key advantages of using the CDC913DW in high-speed digital designs? - The CDC913DW offers low skew and jitter, ensuring accurate clock distribution, which is critical for maintaining proper timing in high-speed digital systems. 5. Are there any specific layout or signal integrity considerations when using the Texas Instruments CDC913DW? - Proper PCB layout, including controlled impedance traces and decoupling capacitors, is recommended to optimize the performance of the CDC913DW and minimize signal integrity issues.