SEMIKRON SEMiX 6 press-fit standard module

Wednesday, 14 November, 2018 | Supplied by: Semikron Danfoss

SEMIKRON SEMiX 6 press-fit standard module

SEMiX 6 features press-fit pin technology for the power and auxiliary terminals. Employing solder-free mounting technology, the 17 mm-high product family is designed to maximise the efficiency of users’ mounting processes. The SEMiX 6 features the connection of all the terminals in a single production step and completes the SEMIKRON commodity product portfolio.

The SEMiX 6 module platform constitutes a scalable and flexible solution for demanding and high-performance inverter architectures. Using press-fit technology for all the terminals is said to reduce assembly costs and offers the possibility of 100% process control. The technology is designed to ensure full compatibility with the market standard and the press-fit zone is optimised for gentle PCB assembly.

SEMiX 6 is available as a B6U rectifier module for up to 2200 V. These modules will mark the launch of SEMIKRON’s SKR PEP rectifier technology for good power density and environmental robustness. With junction temperatures of up to 175°C, the technology delivers high performance and has been designed for minimum power losses, making it useful when it comes to achieving compact inverter systems on a single PCB basis. The target area of application is rectifiers for motor drives of up to 160 kW.

The rectifier portfolio is suitable for the IGBT six-packs in the same module package, equipped with the latest IGBT chip technology in 650, 1200 and 1700 V.

Online: www.semikron.com.au
Phone: 03 8561 5635
Related Products

Axiomtek MMB541 Micro ATX motherboard

The Axiomtek MMB541 Micro ATX motherboard is suitable for AI workstations and factory automation...

Quectel QLM29H Series GNSS receiver

The Quectel QLM29H Series GNSS receiver combines the LC29H GNSS module and an integrated GNSS...

TTM Technologies XMWT80L1G RF termination

The TTM Technologies XMWT80L1G RF termination is designed to replace larger, bulkier caseless and...


  • All content Copyright © 2024 Westwick-Farrow Pty Ltd