The
PSS20S92F6-AG
PSS20S92F6-AG
Powerex Inc.
MOD IPM 6-PAC 20A 600V DIP
In Stock: 2156 pcs
from Mitsubishi is a powerful device designed to manage electricity in complex machines. It's built to handle high energy needs and comes packed with safety features to prevent damage. This article will explain why this device is ideal for tough jobs in industries like energy and manufacturing, showing how it works.
Catalog

The
PSS20S92F6-AG
PSS20S92F6-AG
Powerex Inc.
MOD IPM 6-PAC 20A 600V DIP
In Stock: 2156 pcs
from Mitsubishi is a robust intelligent power module (IPM) tailored for 3-phase inverter applications, featuring integrated IGBT devices with a 20A current rating and a design suited for 600V systems. This module is equipped with built-in gate drive circuitry and a suite of protection features, including overcurrent, short-circuit protection, Undervoltage lockout, and a fault signal output, ensuring a high level of reliability and functionality. Its compact, PCB-mountable package with integrated heatsink capability makes it perfectly suited for various applications such as industrial motor drives, HVAC systems, pumps, fans, and servo controls.
If you're seeking dependable and efficient power solutions for your business, the PSS20S92F6-AG offers an excellent opportunity. Place your bulk orders now to take advantage of this advanced technology in your systems!
Function
|
Description
|
For P-side
|
Drive
circuit, High voltage high-speed level shifting, Control supply under-voltage
(UV) protection
|
For N-side
|
Drive
circuit, Control supply under-voltage protection (UV), Short circuit
protection (SC)
|
Fault
signaling
|
Corresponding
to SC fault (N-side IGBT), UV fault (N-side supply), and OT fault
|
Temperature
output
|
Outputting
LVIC temperature by analog signal (
PSS20S92F6-AG
PSS20S92F6-AG
Powerex Inc.
MOD IPM 6-PAC 20A 600V DIP
In Stock: 2156 pcs
only)
|
Input
interface
|
3, 5V line,
Schmitt trigger receiver circuit (High Active)
|
UL Recognized
|
UL1557, File
E323585
|

The internal circuit of the
PSS20S92F6-AG
PSS20S92F6-AG
Powerex Inc.
MOD IPM 6-PAC 20A 600V DIP
In Stock: 2156 pcs
illustrates a highly integrated design that combines power and control elements for efficient 3-phase motor drive applications. At the heart of the module are six IGBT transistors (IGBT1–IGBT6), each paired with a fast recovery diode (Di1–Di6), forming a three-phase inverter bridge. These switches are controlled by two key blocks: the HVIC (High Voltage Integrated Circuit) and LVIC (Low Voltage Integrated Circuit).
The HVIC manages the high-side IGBTs, using isolated gate drive signals and protection mechanisms for each phase output (U, V, W). It receives input signals through control pins (U-F, V-F, W-F) and ensures safe switching with features like undervoltage lockout. The LVIC is responsible for controlling the low-side IGBTs, processing signals from input terminals (UIN, VIN, WIN), and protection feedback (Fc, CIN). It also monitors fault conditions and generates fault output signals (VFO).

The example application circuit of the
PSS20S92F6-AG
PSS20S92F6-AG
Powerex Inc.
MOD IPM 6-PAC 20A 600V DIP
In Stock: 2156 pcs
demonstrates how the module is integrated into a 3-phase motor drive system. The circuit shows the connection of the IGBT inverter bridge to the motor terminals (U, V, W), powered by a DC supply across terminals P and the negative rails (NU, NV, NW). The high-voltage side is driven by the HVIC, while the low-voltage side is managed by the LVIC, both receiving control signals from a microcontroller (MCU).
Main components like bootstrap capacitors (C1, C2) are placed to ensure proper gate drive supply for the high-side IGBTs. Capacitor C3 represents the DC bus smoothing capacitor. The diagram also highlights critical wiring considerations, warning that long ground or output wiring may induce noise, short circuits, or signal fluctuations, potentially causing malfunction. Proper routing of bootstrap and ground lines is emphasized to maintain stable operation.
Maximum Ratings
Symbol
|
Parameter
|
Condition
|
Ratings
|
Unit
|
INVERTER
PART
|
VCC
|
Supply
voltage
|
Applied
between P-NU, NV, NW
|
450
|
V
|
VCC(surge)
|
Supply
voltage (surge)
|
Applied
between P-NU, NV, NW
|
500
|
V
|
VCES
|
Collector-emitter
voltage
|
—
|
600
|
V
|
±Ic
|
Each IGBT collector's
current
|
TC = 25°C
|
20
|
A
|
±Icp
|
Each IGBT collector's
current (peak)
|
TC = 25°C,
less than 1ms
|
40
|
A
|
PC
|
Collector
dissipation
|
TC = 25°C,
per 1 chip
|
33.3
|
W
|
Tj
|
Junction
temperature
|
—
|
-30 ~ +150
|
°C
|
CONTROL
(PROTECTION) PART
|
VDD
|
Control
supply voltage
|
Applied
between VP1–VNC, VH–VNC
|
20
|
V
|
VDB
|
Control
supply voltage
|
Applied
between URES-U, VRES-V, WRES-W
|
20
|
V
|
VIN
|
Fault input
voltage
|
Applied
between UP, VP–VPC, UN, VN–VNC
|
-0.5 ~
VD+0.5
|
V
|
VFO
|
Fault output
voltage
|
Applied
between FO–VNC
|
-0.5 ~
VD+0.5
|
V
|
IFO
|
Fault output
current
|
Sink current
at FO terminal
|
1
|
mA
|
VSC
|
Current
sensing input voltage
|
Applied
between CIN–VNC
|
-0.5 ~
VD+0.5
|
V
|
TOTAL
SYSTEM
|
VCC(PROT)
|
Self-protection
supply voltage limit (Short circuit protection capability)
|
VD = 13.5 ~
16.5V, Inverter Part, Tj = 125°C, non-repetitive, less than 2µs
|
400
|
V
|
TC
|
Module case
operation temperature
|
The
measurement point of TC
|
-30 ~ +100
|
°C
|
Tstg
|
Storage
temperature
|
—
|
-40 ~ +125
|
°C
|
VISO
|
Isolation
voltage
|
60Hz,
Sinusoidal, AC 1min, between connected all pins and heat sink plate
|
1500
|
Vrms
|
Electrical Characteristics

High Voltage Tolerance
The module is capable of handling high voltages, making it suitable for applications in industrial power supplies and inverters.
Enhanced Thermal Performance
It includes an advanced thermal management system that ensures reliable operation even under high-temperature conditions. This feature is crucial for maintaining performance and longevity in demanding environments.
Integrated Protection Features
This module comes equipped with multiple protection features, such as over-current, over-voltage, under-voltage, and thermal shutdown, which safeguard the device and the system it is part of from potential damage.
High-Speed Switching
The
PSS20S92F6-AG
PSS20S92F6-AG
Powerex Inc.
MOD IPM 6-PAC 20A 600V DIP
In Stock: 2156 pcs
supports high-speed switching, which enhances the efficiency of power conversion and reduces energy losses. This is particularly beneficial in applications requiring frequent power adjustments.
Low On-Resistance
With its low on-resistance, the module minimizes conduction losses, which improves overall efficiency and performance in power applications.
Compact Design
Its compact design enables integration into smaller and more space-constrained applications, providing greater flexibility in system design.
Easy Integration
The module features user-friendly interfaces that facilitate easy integration into various circuit designs, reducing development time and simplifying assembly processes.
Industrial Motor Drives
The module is used in industrial motor drives where high voltage and efficient power management are crucial. Its high-speed switching capabilities enable precise control over motor speed and torque in heavy machinery.
Renewable Energy Systems
In renewable energy applications such as solar inverters and wind turbine converters, the
PSS20S92F6-AG
PSS20S92F6-AG
Powerex Inc.
MOD IPM 6-PAC 20A 600V DIP
In Stock: 2156 pcs
helps in efficiently converting and controlling the power extracted from renewable sources, optimizing energy output.
Uninterruptible Power Supplies (UPS)
For UPS systems, reliability and efficiency are paramount. The module's integrated protection features and high-speed switching enhance the reliability and efficiency of UPS systems, ensuring stable power supply during outages.
Electric Vehicle (EV) Chargers
The compact design and high efficiency of the PSS20S92F6-AG make it suitable for use in electric vehicle charging stations, where space optimization and energy efficiency are important.
Power Factor Correction (PFC) Modules
It is also utilized in power factor correction modules to improve the efficiency of power systems by reducing the phase difference between voltage and current, enhancing the overall power quality.
• Ensure the installation area is clean and free of dust or debris to avoid any contamination on the module.
• Verify that the mounting surface is flat and thermally conductive to enhance heat dissipation.
• Use thermal interface materials, such as thermal grease or pads, to improve heat transfer from the module to the heatsink.
• Secure the module onto the heatsink using appropriate fasteners, ensuring even pressure distribution to avoid physical stress.
• Connect the power terminals following the polarity guidelines.
• Apply the correct torque to terminal screws as specified in the datasheet to ensure reliable electrical connections.
• Keep the power module away from high-voltage components to minimize electromagnetic interference.
• Ensure adequate clearance around the module for air circulation, aiding in cooling during operation.
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Terminal
No.
|
Code
|
1-A
|
NC (VNC)
|
1-B
|
NC (VP1)
|
2
|
VDB
|
3
|
VRES
|
4
|
VFREE
|
5
|
UP
|
6
|
VP
|
7
|
WP
|
8
|
VNC
|
9
|
VUN *1
|
10
|
VN
|
11
|
WN
|
12
|
UH
|
13
|
VH
|
14
|
FO
|
15
|
CIN
|
16
|
VNC *1
|
17
|
NC / VOT *2
|
18
|
VNC
|
19
|
NV
|
20
|
NW
|
21
|
NU
|
22
|
W
|
23
|
U
|
24
|
P
|
25
|
NC
|
The package outline diagram for the
PSS20S92F6-AG
PSS20S92F6-AG
Powerex Inc.
MOD IPM 6-PAC 20A 600V DIP
In Stock: 2156 pcs
shows the physical structure and key mechanical specifications of the module, which is designed for easy mounting and reliable heat dissipation. The module has a rectangular form factor with clearly marked terminal positions and pin arrangements. Terminal pins are placed with precise 2.54 mm spacing, totaling 20 pins in a straight line for secure and stable connections to the PCB. The module height, including the heat sink interface, is approximately 29.4 mm, allowing for compact installation in industrial power circuits.
The side views show the module’s thermal management design, with a finned structure at the base to enhance heat dissipation. Screw holes with countersunk areas (4-C1.2) are provided for secure attachment to a heat sink. The detailed sections (A, B, and C) show the curvature and positioning of the pins, ensuring proper spacing and mechanical clearance. Terminal markings 1-A, 1-B, and 2 help prevent wiring mistakes. Additionally, the flat surfaces are reserved for QR codes, type names, and lot numbers for easy identification during installation and maintenance.
Mitsubishi a leading manufacturer in the semiconductor industry, specializes in the development and production of advanced power modules like the
PSS20S92F6-AG
PSS20S92F6-AG
Powerex Inc.
MOD IPM 6-PAC 20A 600V DIP
In Stock: 2156 pcs
. Their capabilities extend to integrating IGBT technology, which ensures high efficiency and reliability in power electronics applications. This focus on quality and innovation makes the PSS20S92F6-AG a preferred choice for applications requiring robust power management solutions.
The
PSS20S92F6-AG
PSS20S92F6-AG
Powerex Inc.
MOD IPM 6-PAC 20A 600V DIP
In Stock: 2156 pcs
is top-notch for managing high power safely and efficiently. It fits perfectly into various machines, from industrial equipment to energy systems, making operations smooth and reliable. Adding this device to your offerings could mean better performance and more happy customers. Consider stocking up on the PSS20S92F6-AG to keep up with the latest in power management technology.
PSS20S92F6-AG Datasheet:
PSS20S92F6-AG(1).pdf
PSS20S92F6-AG(2).pdf
PSS20S92F6-AG Details PDF
PSS20S92F6-AG Details PDF for FR.pdf
PSS20S92F6-AG Details PDF for IT.pdf
PSS20S92F6-AG Details PDF for ES.pdf
PSS20S92F6-AG Details PDF for DE.pdf
PSS20S92F6-AG Details PDF for KR.pdf
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