FS56
NXP Semiconductors
The first one is a cost-optimized power solution using the FS56 and PF81.
Application NoteNxp
NXP PMIC solution for XILINX UltraScale+ MPSoC ZU2/ZU3 Processor
Application note detailing NXP PMIC power solutions for Xilinx Zynq UltraScale+ MPSoC ZU2/ZU3, covering cost-optimized and ASIL-D functional safety designs.
Overview
This application note provides detailed design configurations for powering Xilinx Zynq UltraScale+ MPSoC ZU2 and ZU3 processors using NXP Power Management ICs (PMICs). It presents two primary architectures: a cost-optimized solution using the FS56 and PF81 for QM-level applications, and a full performance solution utilizing the FS85, PF71, PF5024, and PF5020 for ASIL-D/B functional safety requirements. The document covers power tree configurations, output voltage settings, power-up sequencing via One-Time Programmable (OTP) memory, and multi-PMIC synchronization for autonomous driving and deep learning platforms.
Use Cases
- Autonomous driving systems
- Deep learning smart-processing platforms
- Automotive Electronic Control Units (ECU)
- Safety-critical power sequence management
Topics
NXP
PMIC
Xilinx
Zynq UltraScale+
ZU2
ZU3
FS56
FS85
PF81
PF71
PF5020
PF5024
Referenced Parts
FS85
NXP Semiconductors
The second is a full performance power solution using the FS85, PF71, PF5024, and PF5020.
PF5020
NXP Semiconductors
The second is a full performance power solution using the FS85, PF71, PF5024, and PF5020.
PF5024
NXP Semiconductors
The second is a full performance power solution using the FS85, PF71, PF5024, and PF5020.
PF71
NXP Semiconductors
The second is a full performance power solution using the FS85, PF71, PF5024, and PF5020.
PF81
NXP Semiconductors
The first one is a cost-optimized power solution using the FS56 and PF81.
ZU2
Xilinx
The Xilinx Zynq UltraScale+ MPSoC ZU2/ZU3 is a high-performance smart-processing platform
ZU3
Xilinx
The Xilinx Zynq UltraScale+ MPSoC ZU2/ZU3 is a high-performance smart-processing platform
PF81
Maxim
DDR systems. For the PF81, maximum output currents are 2.5 A for each buck and 0.4
| FS56 | NXP Semiconductors | The first one is a cost-optimized power solution using the FS56 and PF81. |
| FS85 | NXP Semiconductors | The second is a full performance power solution using the FS85, PF71, PF5024, and PF5020. |
| PF5020 | NXP Semiconductors | The second is a full performance power solution using the FS85, PF71, PF5024, and PF5020. |
| PF5024 | NXP Semiconductors | The second is a full performance power solution using the FS85, PF71, PF5024, and PF5020. |
| PF71 | NXP Semiconductors | The second is a full performance power solution using the FS85, PF71, PF5024, and PF5020. |
| PF81 | NXP Semiconductors | The first one is a cost-optimized power solution using the FS56 and PF81. |
| ZU2 | Xilinx | The Xilinx Zynq UltraScale+ MPSoC ZU2/ZU3 is a high-performance smart-processing platform |
| ZU3 | Xilinx | The Xilinx Zynq UltraScale+ MPSoC ZU2/ZU3 is a high-performance smart-processing platform |
| PF81 | Maxim | DDR systems. For the PF81, maximum output currents are 2.5 A for each buck and 0.4 |