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MTL Series is a compact power system based on a IGBT modules. Designed to work as a power stage driver for power applications capable of managing up to 20 kW of power. Highlights:
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Compact and ready-to-use Back-to-back power stack for motor control or various inverter applications. This power stack includes the IGBTs (2x CBI modules) with a heatsink, the optocoupled drivers, output phase current sensors, DC-Link voltage sensors and internal NTC module temperature. Highlights:
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MOSFET solid state relay with firing board included. This serie allows up to 100 V switching and up to 825 A of current at a switching frequency of 100 Hz max. Highlights:
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Besides our standard low power IGBT power stacks we also can design and assemble, produce and industrialize any power converter proposed by our clients and partners. As example of this customized designs VSC and SRM converters has been implemented with SOT-227 (miniBLOC) modules allowing a great heat distribution and a very low profile converters using our extruded heatsinks combis with 40 mm fan system or, for greater power our high efficiency profiles. Other applications with regards our low power range of power stacks with IGBTs and MOSFET would be the implementations of SMPS, High frequency inverters, Inductive welding, Inductive hardening, solar inverters. Capabilities and options:
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About the preferred semiconductor modules used:The miniBLOC is an isolated power semiconductor package particularly suited for use in power conversion equipment spanning the range of 1 kVA – 50 kVA, where an optimum mix of good power density, high speed switching, versatility, wide device choice, ease of application and long term reliability is a must. E1, E2 and E3-Pack from our partner Ixys semiconductors offers a very versatile module integrating various topologies layouts (CBI, 6-pack…) in a pin-based module easy to assemble with PCB stack solutions. Very low profile with its 17 mm this modules gives a high reliability for the application whilst providing an optimal high power density and an excellent thermal conductivity. |
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