Size, cost and complexity are some issues facing Power Electronics Engineers when it comes to designing a power solution for high power FPGAs. The Mulltiphase Controller, Multiphase Powerstage and MAX77812 are just some of the Maxim ICs which eliminate these issues when completing a high power, multiple output design. The combination of the highly integrated Multiphase Controller with the Multiphase Powerstage ICs eliminates the need for many external components when designing for a high current rail. While our highly efficient MAX77812 PMIC easily manages the lower power rail requirements.
In this design a single 12V input supplies a circuit which outputs 6 separate rails ranging from 500mW to 130W.
The design is specified to meet the XILINX Versal ACAP AI Core Series UC1/3 requirements. The design layout is also optimized for the Versal ACAP IC.
There are 16 ICs used in total:
- 1 Multiphase Controller IC [Click here for more information]
- 8 Multiphase Powerstage ICs (configurable from 1–8+ phases for an optimized solution) [Click here for more information]
- 2 9A POL switching regulator ICs [Click here for more information]
- 1 MAX77812 PMIC
- 1 MAXM17574 module IC
- 1 MAX15103 LDO IC
- 1 MAX15101 LDO IC
- 1 MAX40010 CSA IC
Other features include the following:
- Single 12V supply
- X% Efficiency
- Optimized layout for Versal ACAP IC
- Small solution size
- Highly scalable
Designed, Built, Tested
Board pictured here has been fully assembled and tested. Not available for sale.
|Input Type||Vin(Min)||Vin(Max)||Iout(Max)||Single/Multiple Output||Vout(V)||Pout(W)||Isolated/Non-Isolated||Topology|
Maxim Devices (1)
|Part Number||Name||Product Family||Order||Design kits and evaluation modules|
|MAX77812||20A User-Configurable Quad-Phase Buck Converter||Switching Regulator - Switching Regulators||Buy Now||Design Kits|