Mitsubishi PS21963-4E/4AE/4CE/4EW Intelligent Power Module Manual

The document introduces the PS21963-4E dual inline package intelligent power module's outline dimensions, characteristics, and functions. The module is suitable for small power motor control in three-phase DC-to-AC power conversion.


Mitsubishi PS21963-4E/4AE/4CE/4EW Intelligent Power Module Manual - cover page
Brand
Mitsubishi
Category
Power Management
Document type
User Manual
Language
English
Pages
10
File format
PDF
File size
178 KB
Published
21 March, 2012
Updated
28 September, 2023
MD5 checksum
10186EB6A913BB5668608E9E50E4510F

About this manual

This manual describes the Mitsubishi PS21963 series Dual‑In‑Line Package Intelligent Power Module (DIP‑IPM). It integrates drive, protection, and system‑control functions for 600 V/8 A three‑phase inverter bridges used in small motor drives. The document includes package outlines, internal block diagrams, and recommended external circuitry.

Key information includes maximum voltage and current ratings, thermal resistance data, recommended wiring practices, and timing charts for short‑circuit and under‑voltage protection. The manual also details control‑supply voltages, fault‑output behavior, and mechanical mounting specifications.

What's inside

  • Application
  • Maximum Ratings
  • Control (Protection) Part
  • Mechanical Characteristics and Ratings
  • Recommended Operation Conditions
  • Timing Chart of Protective Functions
  • External Protection Circuit
  • Internal Functions Block Diagram
  • Wiring Connection of Shunt Resistor
  • Typical Application Circuit

Specifications

Inverter supply voltage (Veco)450 V
Collector‑emitter voltage (VCES)600 V
Continuous collector current per IGBT8 A
Collector dissipation per chip24.3 W
Isolation voltage1500 V
Fault‑output current (IFO)1 mA

Frequently asked questions

What is the maximum supply voltage for the inverter part?

The inverter supply voltage (Veco) is rated at 450 V applied between the P and N terminals.

What wiring guidelines are recommended for the shunt resistor?

The shunt‑resistor wiring inductance should be less than 10 nH and the GND connection to the VNC terminal should be made as close as possible.

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