PlayStation 5 Power Supply (ADP-400DR) Review 56

PlayStation 5 Power Supply (ADP-400DR) Review

Voltage Regulation Stability & Ripple »

Component Analysis

Before reading this page, we strongly suggest looking at this article, which will help you better understand the insides of a PSU.

ADP-400DR 372 W Parts Description
General Data
Manufacturer (OEM)Delta Electronics
PCB TypeDouble-Sided
Primary Side
Transient Filter2x Y caps, 2x X caps, 3x CM chokes, 1x MOV, and 1x Champion CMD02X (Discharge IC)
Bridge Rectifier(s)1x GBU2510A (1000 V, 25 A @ 100 °C)
Inrush Current ProtectionNTC Thermistor (SCK-202R5) (2.5 ohm)
APFC MOSFET(s)1x STMicroelectronics STF40N60M2 (600 V, 22 A @ 100 °C, Rds (on): 0.088 ohm)
APFC Boost Diode1x LiteOn LTTH1206DFW (600 V, 12 A @ 100 °C)
Bulk Cap(s)2x Rubycon (450 V, 220 uF each or 440 uF combined, 2 - 3,000 h @ 105 °C, HXW)
APFC ControllerDAP053T
Main Switchers2x STMicroelectronics STF18N60M2 (600 V, 8 A @ 100 °C, Rds (on): 0.280 ohm) (w/o heatsink)
Resonant ControllerMPS MP6924A
TopologyPrimary Side: APFC, half-bridge & LLC resonant converter 
Secondary Side: synchronous rectification
Secondary Side
+12 V MOSFETs2x Advanced Power AP6N3R2ALI (60 V, 49 A @ 100 °C, Rds (on): 3.2 mOhm)
Filtering Capacitors

Electrolytic:
10x Nichicon (10,000 h @ 105°C, HW),
1x Rubycon (6–10,000h @ 105°C, ZLH),
1x Rubycon (4–10,000h @ 105°C, YXF)

Polymer: 2x FPCAP



This platform is made by Delta Electronics and uses a modern design. There's an APFC converter on the primary side, and the primary switching FETs are installed into a half-bridge topology. An LLC resonant converter is used to boost efficiency.


The transient/EMI filter stages have all the necessary parts. There is also a metal oxide varistor (MOV) for voltage surges, while an NTC thermistor suppresses large inrush currents. There is no bypass relay for the latter.


The bridge rectifier is bolted to the heatsink. It is powerful, able to handle up to 25 A of current.


The APFC uses a single FET and LiteOn boost diode.


The APFC/PWM controller is a DAP053T.


The main FETs are not bolted to a heatsink, which is weird. They are installed into a half-bridge topology.


The LLC controller is an MPS MP6924A IC.


The unit's main transformer isolates the primary from the secondary side and lowers the voltage.


Two FETs regulate the +12 V rail.


The electrolytic caps are by Nichicon and Rubycon. I also found a pair of polymer caps by FPCAP. All caps are of high quality.


Soldering quality is topnotch.
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