DIPIPM

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
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

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New Products
Super Mini DIPIPM™ Ver.7
Featured Products
SLIMDIP

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

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