Scope

Powering a Field-Programmable Gate Array (FPGA) presents several challenges for engineers, as it requires careful consideration of multiple critical factors. Proper FPGA power management is essential to ensure optimal performance, reliability and efficiency. Key requirements include supplying accurate voltage levels within specified ripple limits, adhering to recommended power sequencing and following established design guidelines.

This document outlines a straightforward approach to verifying the majority of these requirements by powering select Microchip FPGAs with a high-performance Power Management Integrated Circuit (PMIC). Leveraging a PMIC for FPGA applications ensures correct power sequencing, precise voltage regulation, high efficiency, system integration, monitoring, protection and flexibility. These features are vital for maintaining the reliable and optimal operation of the FPGA.