8V19N480BDGI

Overview

The 8V19N480BDGI is a FemtoClock NG jitter attenuator and clock synthesizer designed for high-performance wireless base station applications. It supports JESD204B/C standards with a maximum output frequency of 1.5 GHz. The device features a single output port and programmable clock generation capabilities. It is housed in a 100-pin CABGA package, suitable for demanding timing synchronization requirements in advanced communication infrastructure.

Feature Summary

• Integrated jitter attenuation and clock synthesis functionality
• Supports JESD204B/C interface standards
• Programmable clock generation architecture
• Optimized for wireless base station performance

Applications

• Wireless base station systems
• JESD204B/C data converter clocking
• High-performance communication infrastructure

Procurement Notes

Verify the specific suffix BDGI to confirm the package type and temperature range alignment with design requirements. Ensure compatibility with existing board layouts for the 100-pin CABGA footprint. Confirm that the single-output configuration meets the system's clock distribution needs without requiring additional buffering or splitting components.

Selection Notes

Select this component when a dedicated jitter attenuator is required for JESD204B/C applications. It is appropriate for designs needing a single high-frequency output derived from a reference input. Consider the thermal and spatial constraints of the CABGA package during PCB layout planning to ensure reliable operation in base station environments.

Part Context

This part belongs to Renesas' FemtoClock NG family, which provides low-jitter clock solutions for high-speed data converters and processors. The 8V19N480 series is specifically engineered to meet the stringent phase noise and jitter specifications required by modern digital communication systems and ADC/DAC interfaces.

Replacement Considerations

Consult official documentation for direct pin-to-pin substitutes within the 8V19N48x series. Verify functional equivalence regarding output frequency ranges and jitter performance metrics before transitioning to alternative part numbers.