MAX17079GTL+

Overview

The MAX17079GTL+ is a specialized power management IC designed for AMD SVI (System Voltage Interface) applications. It functions as a dual-phase CPU controller, providing precise voltage regulation for high-performance processors. The device operates within an input voltage range of 2.7V to 5.5V and delivers regulated output voltages from 0.013V to 1.55V. It features three independent output channels, making it suitable for complex multi-rail power requirements in server and workstation environments.

Feature Summary

• Dual-phase control architecture optimized for AMD processor voltage regulation
• Integrated SVI interface for direct communication with compatible CPUs
• Three-channel output capability supporting diverse power distribution needs

Applications

• AMD-based server motherboards
• High-performance workstation power systems
• Multi-rail CPU voltage regulation modules

Procurement Notes

This component is officially discontinued by Analog Devices/Maxim Integrated. Availability is restricted to existing stock or third-party distributors. Verify authenticity carefully due to the obsolete status. Check specific ordering suffixes for package variations. Confirm RoHS compliance details directly with suppliers before procurement.

Selection Notes

Select this part only for legacy AMD SVI designs requiring dual-phase control. Ensure compatibility with target CPU voltage profiles between 0.013V and 1.55V. Consider alternative current-generation PMICs for new designs due to discontinuation. Validate thermal performance within the -40°C to 105°C operating range.

Part Context

Part of the MAX17009 series, this IC addresses specific voltage regulation needs for AMD architectures. It integrates control logic and driver stages into a single TQFN-40 package. The design emphasizes efficiency and stability for critical computing loads.

Replacement Considerations

No official direct substitutes are listed. Evaluate newer AMD-compatible PMICs from Analog Devices for new projects. Cross-reference pinouts and electrical specifications when considering generic replacements.