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The IXYS MWI35-12A7T is a six-pack IGBT module utilizing NPT technology, featuring integrated ultra-fast free-wheeling diodes and an optional NTC temperature sensor. It provides a collector-emitter voltage of 1200 V and supports a continuous collector current of 62 A at 25°C or 44 A at 80°C case temperature. The saturation voltage is typically 2.2 V at 25°C. Designed for switching frequencies up to 30 kHz, the module offers high short-circuit capability (10 µs) and square RBSOA without latch-up. Thermal resistance from junction to case is 0.44 K/W per IGBT and 1.19 K/W per diode.
Verify the specific suffix 'T' to confirm the inclusion of the NTC temperature sensor, as the base model lacks this feature. Confirm the manufacturing status, as datasheets may indicate preliminary data or obsolescence. Ensure mounting torque specifications are strictly followed during installation to maintain thermal performance and mechanical integrity.
Select the MWI35-12A7T when NTC integration is required for thermal monitoring; otherwise, consider the non-sensor variant. Evaluate the 62 A continuous current rating against actual operating temperatures, noting the reduction to 44 A at 80°C case temperature. Verify that the 1200 V blocking voltage meets the system's peak voltage requirements.
This component belongs to the MWI series of six-pack modules from IXYS. It shares the core electrical characteristics of the MWI35-12A7 but includes an additional NTC thermistor for precise junction temperature monitoring. The package design allows for wave soldering and utilizes a copper base plate for efficient heat dissipation.
The MWI35-12A7 serves as the direct functional equivalent without the NTC sensor. Cross-referencing requires matching the 1200V/35A ratings and six-pack configuration. Verify pinout compatibility and thermal resistance values before substitution.
The MWI35-12A7T includes an integrated NTC temperature sensor, whereas the standard MWI35-12A7 does not.
The module supports a non-repetitive short-circuit duration of 10 µs under specified conditions.
Yes, the positive temperature coefficient of the IGBTs facilitates easy paralleling.