Overview

Motion-SPM™ in µMini-DIP Series Optimizes Wide Range of Inverter Driver Applications

Integrating one HVICs, one LVIC, six IGBTs, six FRDs, three bootstrap diodes and NTC thermistor that are fully tested into a compact 39mm x 23mm μMini-DIP package, Motion-SPM™ modules replace up to 23 discrete components. These products are instrumental in reducing board space, decreasing manufacturing costs and speeding time-to-market and increasing system reliability.

µMini-DIP packaged modules integrate three bootstrap diodes with bootstrap resistor characteristics to eliminate an additional six external components and NTC thermistor (1% tolerance) to case temperature monitoring. μMini-DIP packaged modules also feature advanced NPT IGBTs that provide optimal trade-offs between conduction and switching losses, short dead time and high guaranteed junction temperature, (TJ=150°C) to improve system efficiency and reliability.

• Application Circuit Example
• Browse our Motion SPM in μMini-DIP Product Offering

Features

• Built-in advanced NPT IGBTs provide optimal conduction loss and switching Loss.
• Short dead time
• The package optimized for thermal performance, high power density and compactness for low-power inverter-driven applications
• High guaranteed junction temperature range
• Improved ruggedness due to adopted advanced NPT IGBT
• Isolation voltage of 2000V_rms
• UVLO and SC protection function
• OT protection function using built-in NTC thermistor (Optional)
• 3 divided negative DC-link terminals for inverter current sensing applications
• Easy PCB layout due to built-in bootstrap diode & independent VS pin
• Single-grounded power supply due to built-in HVIC

Application Notes

• AN-9070: Smart Power Module Motion-SPM™ Products in µMini DIP SPM® Packages, PDF
• AN-9071: Smart Power Module Motion-SPM™ in µMini DIP SPM® Thermal Performance Information, PDF
• AN-9072: Smart Power Module Motion-SPM™ in µMini DIP SPM® Mounting Guidance, PDF
• AN-9021: A Novel IGBT Inverter Module for Low-Power Drive Applications, PDF