DIPIPM

Outline

DIPIPM™ is a high performance IPM used primarily for consumer use inverters with the advance of next generations using mounted chips or transfer mold construction, products from Ver. 4 provide even smaller size by using high thermal conductivity insulation sheets.
Mounting a high voltage IC (HVIC) with a built-in high voltage level shift circuit enables direct input of an input signal from the microcontroller, without using a photo coupler. Further mounting a bootstrap circuit allows operation of an independent power supply for the IGBT drive of the upper arm (P side) of a 3-phase inverter connection.
In addition to our main product Version 6, we offer a lineup that includes SLIMDIP™ for consumer electronics, and the DIPIPM+™ small industrial equipment.

Package, Main Application

Package	Main Application
SOPIPM	Fan motor
SLIMDIP	Air conditioner / Fan motor / Washing machine / Refrigerator
Super mini	Air conditioner / Washing machine / Servo / Robot
Mini	Air conditioner / Motion control
Large	Commercial air conditioner / Motion control
DIPIPM+	Commercial air conditioner / Motion control
Large DIPIPM+	Commercial air conditioner / Motion control

Rated Lineup

Featured Products
Super Mini DIPIPM Ver.7

• New low-noise 7th-generation CSTBT^*1 incorporated, keeping same efficiency as DIPIPM Ver.6 Series. System cost reduction for noise suppression parts achieved.
• Maximum junction temperature range expanded to 175ºC, supporting instantaneous overcurrent capability at overload operation
• Wider terminal base shape contributes to improved terminal strength and suppresses increase in temperature
• High compatibility for terminal layout, easy to replase from the conventional series

• *1
  CSTBT™: Mitsubishi Electric's unique IGBT that makes use of the carrier cumulative effect

Radiation noise

Featured Products
SLIMDIP

• RC-IGBT^*1 incorporated, reducing package size 30% compared to Super mini DIPIPM
• Maximum case temperature expanded to 115℃, increasing the operating temperature range and leading to easier system design temperature range and leading to easier system design
• Additional terminals for floating supply and built-in bootstrap diodes simplify PCB wiring pattern
• Both V_OT^*2 and OT^*3 functions integrated for temperature protection
• Expanded lineup accommodates wide-ranging inverter capacities

• *1
  Reverse Conducting IGBT
• *2
  V_OT： Analog Temperature Output
• *3
  OT： Over Temperature protection

Product lineup

Wiring example

Data Sheets