1. IPM Technology Overview
Integrated gate drivers matched to IGBTs; Built-in protection features; Optimized for three-phase inverter topologies; Low-profile and compact package options; RoHS compliant and lead-free
2. IPM Configurations
StarPower IPMs are available in multiple circuit configurations to match different application needs.
Comparison Table
| IPM Type | Voltage | Current Range | Configuration |
|---|---|---|---|
| DIP IPM | 600V | 5A – 30A | 6-pack in DIP package |
| Mini DIP | 600V | 3A – 15A | Compact 6-pack |
| PIM Module | 600V – 1200V | 10A – 100A | Rectifier + Brake + Inverter |
| Large IPM | 1200V | 50A – 600A | 6-pack industrial |
Six-Pack IPMs
Three-phase full-bridge IPMs contain six IGBT switches with associated drivers, ideal for AC motor drive applications.
• Complete three-phase inverter in one module; Integrated bootstrap diodes; Simplified PCB layout; Optimized for motor control algorithms
PIM (Power Integrated Modules)
Power Integrated Modules combine the inverter stage with a rectifier front-end and optional brake chopper.
• Integrated rectifier + brake + inverter; Reduced system bill of materials; Single package for all power stages; Ideal for compact drive systems
3. Application Areas
IPMs are the preferred solution for motor drive and inverter applications where design simplicity and reliability are priorities.
Home Appliances
Variable-speed home appliances use IPMs for efficient compressor and fan motor control.
• Air conditioner compressor drives; Refrigerator compressor inverters; Washing machine motor drives; Dishwasher and range hood fans
Industrial and Commercial
Industrial drives and HVAC systems benefit from the compact form factor and protection features.
• Factory automation drives; HVAC blower and compressor control; Pump and fan variable speed drives; Small servo systems
4. Integrated Protection Features
StarPower IPMs include comprehensive protection to safeguard the module and connected loads.
• Over-current protection (OCP); Over-temperature protection (OTP); Under-voltage lockout (UVLO); Short-circuit protection; Fault output signal for system controller
5. Find the Right Solution for Your Application
Accelerate your motor drive or inverter development with integrated intelligent power modules. Explore IPM offerings with built-in protection features for compact, reliable power conversion designs.
6. Frequently Asked Questions
1：What are the advantages of using an IPM over discrete IGBTs?
IPMs offer several key advantages: built-in gate drive and protection circuits including over-current, over-temperature, and under-voltage lockout that eliminate the need for complex gate drive design; optimized internal layout for low stray inductance and balanced current sharing; reduced PCB size and component count; faster time-to-market; and improved reliability through factory-optimized design. These benefits often justify the higher per-device cost in volume production.
2：Can IPMs be used for applications other than motor drives?
While IPMs are most commonly associated with motor drives including AC induction motors, BLDC motors, and servo drives, they are also suitable for any three-phase inverter application including UPS systems, active power filters, renewable energy micro-inverters, and induction heating. The built-in protection features make IPMs particularly attractive for applications where reliability and fault tolerance are critical design priorities.
3：How do I handle thermal management with IPM modules?
IPMs require proper heat sinking to maintain junction temperatures within safe operating limits. Use the thermal resistance values from the datasheet to calculate required heat sink size based on your power dissipation and ambient temperature. Many IPMs include built-in temperature sensors or over-temperature protection that can trigger an alarm or shut down before damage occurs. Always follow manufacturer recommendations for thermal interface material selection and mounting torque specifications.
