IMIZ9952AAT

Overview

The IMIZ9952AAT is a zero delay buffer manufactured by Cypress Semiconductor Corp, designed for high-speed signal distribution and clock management applications. It features 11 outputs to facilitate efficient clock routing in complex digital systems. This component ensures precise timing alignment by eliminating propagation delay between input and output clocks, making it suitable for demanding synchronization requirements in high-performance electronic designs.

Feature Summary

• Zero delay buffering capability for precise clock synchronization
• Multiple output configuration supporting extensive signal distribution
• Optimized for high-speed data transmission environments

Applications

• High-speed signal distribution networks
• Clock management systems requiring minimal latency
• Digital synchronization circuits

Procurement Notes

Verify the manufacturer part number against official Cypress Semiconductor documentation to ensure authenticity. Confirm package type and electrical specifications match system requirements before ordering. Check for any specific handling or storage instructions provided in the datasheet. Ensure compatibility with existing board layouts and signal integrity standards.

Selection Notes

Select this component when low jitter and zero propagation delay are critical for system performance. Evaluate the number of required outputs against the available pins. Consider power consumption and thermal characteristics relative to the application environment. Ensure the operating voltage range aligns with the target circuit design constraints.

Part Context

This device belongs to the buffer and driver category within Cypress Semiconductor's portfolio. It addresses the need for reliable clock distribution in modern electronics. The product line focuses on maintaining signal integrity across high-frequency operations. Understanding its role in timing circuits helps in proper integration into larger system architectures.

Replacement Considerations

Consult official replacement guides for compatible alternatives. Verify pin-to-pin compatibility and electrical parameters before substitution. Ensure that any substitute component meets the same zero-delay buffering specifications.