9FGV1005C003LTGI

Overview

The 9FGV1005C003LTGI is a high-performance clock generator IC from the Renesas PhiClock™ programmable family. It features multiple output interfaces including CML, HCSL, LP-HCSL, LVCMOS, LVDS, and LVPECL. The device supports maximum frequencies of 200MHz and 325MHz depending on the specific output configuration. Packaged in a 16-pin LGA surface-mount format, it is optimized for low phase noise applications requiring precise clock signal generation and distribution.

Feature Summary

• Supports diverse output interface standards including CML, LVDS, and LVPECL
• Optimized for low phase noise performance
• Programmable clock generation capabilities

Applications

• High-frequency timing applications
• Precision clock signal distribution systems
• Data communication equipment requiring low jitter clocks

Procurement Notes

Verify the exact datasheet version and OTP programming status for this specific suffix. Confirm that the required output voltage levels and interface types match the target design specifications. Ensure compatibility with the system's power supply requirements and thermal management constraints before finalizing procurement.

Selection Notes

Select this component when multi-standard output flexibility is required alongside low phase noise performance. Evaluate the specific frequency requirements against the 200MHz and 325MHz limits. Consider the LGA package footprint and mounting type during PCB layout to ensure proper thermal dissipation and mechanical stability.

Part Context

This part belongs to the 9FGV1005C series within the PhiClock™ family. These devices are designed as programmable clock generators offering versatile output options. The series targets applications demanding high precision and low jitter timing solutions across various industrial and communication sectors.

Replacement Considerations

Check for other variants within the 9FGV1005C series such as 9FGV1005C000LTGI or 9FGV1005CQ505LTGI. Verify if alternative pin-compatible clock generators from Renesas meet the specific frequency and interface requirements.