5P4J(1)-Z-E2-AZ

Scrs Overview

The 5P4J(1)-Z-E2-AZ is a programmable clock generator manufactured by Renesas Electronics Corporation. It belongs to the 5P4J series, designed for generating precise clock signals in high-performance computing and networking applications. The device supports multiple output frequencies and jitter attenuation capabilities, ensuring signal integrity for sensitive digital interfaces. It typically operates within standard voltage ranges and utilizes serial interface protocols for configuration. The component is engineered to meet stringent timing requirements in modern electronic systems.

Scrs Feature Summary

• Programmable frequency synthesis for customized clock outputs
• Integrated jitter attenuation to enhance signal quality
• Support for multiple output configurations via serial interface

Scrs Applications

• High-speed data communication equipment
• Networking infrastructure devices
• Server and storage system timing solutions

Scrs Procurement Notes

Verify the exact suffix codes against official Renesas documentation to ensure correct package type and temperature grade. Confirm availability status with authorized distributors as lead times may vary. Request latest datasheets for pinout and electrical specifications before integration.

Scrs Selection Notes

Select this component when precise clock generation with low jitter is required for high-speed interfaces. Ensure the operating voltage and output drive strength match the target load. Verify compatibility with existing control logic for serial programming.

Scrs Part Context

This part is part of Renesas' portfolio of timing solutions, specifically targeting applications requiring flexible clock distribution. It complements other Renesas components in complex system designs where timing accuracy is critical for performance and reliability.

Scrs Replacement Considerations

Check for direct pin-to-pin replacements within the 5P4J family or newer generations like the Si53xx series if available. Ensure functional equivalence in terms of output count, frequency range, and jitter performance before substitution.