MCP18480T-I/SS

Hot Swap Controllers Overview

The MCP18480T-I/SS is a single-channel hot swap voltage controller manufactured by Microchip Technology. It manages power insertion into backplane systems, providing controlled ramp-up and fault protection. The device operates within an industrial temperature range of -40°C to +85°C and is housed in a 20-lead SSOP package. Key electrical characteristics include support for up to 48V input voltages and integrated power failure detection capabilities.

Hot Swap Controllers Feature Summary

• Integrated hot swap control for safe board insertion
• Built-in power failure detection circuitry
• Adjustable threshold settings for configuration

Hot Swap Controllers Applications

• Backplane power management systems
• Hot swap server applications
• Telecommunications equipment power supplies

Hot Swap Controllers Procurement Notes

Verify the specific suffix 'I/SS' matches the required industrial temperature grade and SSOP-20 package variant. Confirm RoHS compliance status through official datasheets. Ensure ordering quantities align with manufacturer reel specifications. Validate pinout compatibility with target PCB layout before procurement.

Hot Swap Controllers Selection Notes

Select this component for designs requiring precise hot swap sequencing and robust fault protection. Consider the SSOP-20 package constraints for thermal dissipation and board space. Verify that the 48V input rating meets system voltage requirements. Evaluate the need for adjustable thresholds against fixed-voltage alternatives.

Hot Swap Controllers Part Context

This part belongs to Microchip's hot swap voltage controller family, designed for reliable power management in critical infrastructure. It complements other PMIC solutions by handling high-current insertion events safely. The series supports various industrial and commercial applications requiring standardized power bus protocols.

Hot Swap Controllers Replacement Considerations

Consult official Microchip documentation for direct cross-references. Verify functional equivalence regarding pinouts and control logic. Ensure substitute components meet identical voltage and current ratings.