With the ongoing increase of power densities in power electronics, the thermal interface between the power module and heatsink becomes a larger challenge. A TIM developed for and pre-applied to our power modules outperforms the general-purpose materials available. TIM not only provides the lowest thermal resistance, it also fulfills the highest quality standards given for power modules to achieve the longest lifetime & highest system reliability.

  • Provides lowest thermal resistance
  • Fulfills highest quality standards
  • Highest system reliability
  • Reproducible thermal performance

Products

About

The Easy family with its EasyPIM™, EasyPACK™, and EasyDUAL™ configurations covers the full power range from IC 6 A up to 200 A at 600 V / 650 V / 1200 V. The modules are without a base plate and include the latest chip technologies like TRENCHSTOP™ IGBT7 and CoolSiC™ MOSFET. To simplify mounting, these modules are also offered with the thermal interface material pre-applied.

EconoPACK™ and EconoPIM™ modules feature a cost-effective compact design and allow for simplified and reliable mounting. It is now available with thermal interface material pre-applied.

The EconoPACK™ 4 is our well-known solution for applications where robustness and reliability matter. Now the best becomes even better: EconoPACK™ 4 is now available with thermal interface material pre-applied.

The innovative EconoPACK™+ D-series takes care of reliable and solderless press-in contacts with PressFIT auxiliary terminals. The PressFIT contacts also provide the flexibility for a solder process, if required. The D-series is focused on a rugged and robust module design by injected-molded control and power terminals and ultrasonic-welded power terminals. Now available with thermal interface material pre-applied.

With the EconoDUAL™3 family, we support the complete current ranges from 100 A up to 600A at 600 V / 650 V / 1200 V / 1700 V. Excellent mechanical robustness, power cycling capability, the option of PressFIT pins as well as the availability of TIM makes a reliable, cost-effective solution for applications in drives, CAV, wind turbines, solar, and hybrid vehicles.

Flexibility, optimal electrical performance and highest reliability - these are the keywords for a successful inverter layout. 62 mm modules with pre-applied thermal interface material are the right choice for your design.

Our PrimePACK™ IGBT Modules with TIM increase system reliability and optimize thermal management. In addition, handling in mounting and maintenance can be improved. This reduces process time in manufacturing.

The power block modules in 50, 60, and 70 mm contain thyristors and diodes in the voltage range of 1200 V to 4400 V and a current range of 240 A up to 1100 A. Now Infineon offers these modules with thermal interface material pre-applied to simplify mounting (For details about modules with TIM, please contact your local sales office).

With the release of the new 50 mm modules, we extended our product portfolio of thyristor/diode modules in solder bond technology. Now Infineon Technologies Bipolar offers these modules with thermal interface material pre-applied to simplify mounting.

Our IHM-B IGBT Modules with TIM increases system reliability and optimize thermal management. In addition, handling in mounting and maintenance can be improved. This reduces process time in manufacturing.

The Easy family with its EasyPIM™, EasyPACK™, and EasyDUAL™ configurations covers the full power range from IC 6 A up to 200 A at 600 V / 650 V / 1200 V. The modules are without a base plate and include the latest chip technologies like TRENCHSTOP™ IGBT7 and CoolSiC™ MOSFET. To simplify mounting, these modules are also offered with the thermal interface material pre-applied.

EconoPACK™ and EconoPIM™ modules feature a cost-effective compact design and allow for simplified and reliable mounting. It is now available with thermal interface material pre-applied.

The EconoPACK™ 4 is our well-known solution for applications where robustness and reliability matter. Now the best becomes even better: EconoPACK™ 4 is now available with thermal interface material pre-applied.

The innovative EconoPACK™+ D-series takes care of reliable and solderless press-in contacts with PressFIT auxiliary terminals. The PressFIT contacts also provide the flexibility for a solder process, if required. The D-series is focused on a rugged and robust module design by injected-molded control and power terminals and ultrasonic-welded power terminals. Now available with thermal interface material pre-applied.

With the EconoDUAL™3 family, we support the complete current ranges from 100 A up to 600A at 600 V / 650 V / 1200 V / 1700 V. Excellent mechanical robustness, power cycling capability, the option of PressFIT pins as well as the availability of TIM makes a reliable, cost-effective solution for applications in drives, CAV, wind turbines, solar, and hybrid vehicles.

Flexibility, optimal electrical performance and highest reliability - these are the keywords for a successful inverter layout. 62 mm modules with pre-applied thermal interface material are the right choice for your design.

Our PrimePACK™ IGBT Modules with TIM increase system reliability and optimize thermal management. In addition, handling in mounting and maintenance can be improved. This reduces process time in manufacturing.

The power block modules in 50, 60, and 70 mm contain thyristors and diodes in the voltage range of 1200 V to 4400 V and a current range of 240 A up to 1100 A. Now Infineon offers these modules with thermal interface material pre-applied to simplify mounting (For details about modules with TIM, please contact your local sales office).

With the release of the new 50 mm modules, we extended our product portfolio of thyristor/diode modules in solder bond technology. Now Infineon Technologies Bipolar offers these modules with thermal interface material pre-applied to simplify mounting.

Our IHM-B IGBT Modules with TIM increases system reliability and optimize thermal management. In addition, handling in mounting and maintenance can be improved. This reduces process time in manufacturing.

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