CDC328ADBR Integrated Circuits (ICs)

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The CDC328ADBR is a unique and efficient clock buffer/driver that allow multiple clock signals to be distributed without risk of electromagnetic interference (EMI). This clock distribution device is suitable for a wide range of applications, including telecommunications, consumer electronics, embedded systems, and medical equipment.

The CDC328ADBR works by providing low-skew buffering for multiple clock signals. By isolating each signal from the others, the CDC328ADBR eliminates the risk of EMI-related clock jitter. Additionally, the CDC328ADBR is capable of buffering and distributing multiple clock signals with a single input reference clock, which reduces required board space for clock buffers and drivers.

The CDC328ADBR is designed to provide high-speed, low-skew clock distribution and buffering for clock signals up to 200MHz. The device features a propagation delay of only 2ns, making it one of the fastest clock drivers available. Additionally, the CDC328ADBR has adjustable drive strength, allowing it to fit into a variety of timing-critical applications. The device supports multiple reference clock sources, which enables users to choose the most appropriate clock source for their project.

The CDC328ADBR is also equipped with a phase-locked loop (PLL) clock generator, which enables dynamic clock frequency adjustment and on-the-fly phase adjustments. Additionally, the CDC328ADBR includes output power-on control and slew rate control, allowing the user to fine-tune the clock signal for ideal frequency, delay, and phase. The CDC328ADBR also features flexible pin connections, allowing it to be integrated into any board design.

Overall, the CDC328ADBR is a powerful and efficient clock buffer/driver that is ideal for a wide range of applications. With its ability to isolate multiple clock signals, eliminate EMI, and reduce the amount of board space needed for clock distribution and buffering, the CDC328ADBR is a great choice for clock-dependent projects. The device’s adjustable drive strength, flexible pin connections, and support for multiple reference clocks make it even more attractive to engineers and designers.

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