IEEE Applied Power Electronics Conference and Exposition
Long Beach CA, USA - February 25-29
Come see our Silicon Carbide inverter solutions live at the APEC conference and exposition.
We will be present at our partner's booths: Silicon Mobility (#452) and NAC Semi (#2035)
NEW SiC INVERTER CONTROL MODULE
The SiC Inverter Control Module (ICM) is built based on CISSOIDs 3-phase 1200V/340A-550A CXT-PLA3S series of Intelligent Power Modules and HADES2 gate driver chipset, adding the new control board to the stack. Designed around Silicon Mobility's OLEA® T222 Field Programmable Control Unit (FPCU), the ICM forms the heart of our modular inverter platform. Supported by the OLEA® APP INVERTER software, the new modules enable fast development of E-mobility drivetrains.
The Silicon Carbide
Inverter Reference Design
This inverter reference design offers a modular electrical and mechanical integration of a
3-phase 1200V/340A-550A SiC MOSFET Intelligent Power Module from CISSOID combined with the OLEA® T222 FPCU control board and application software by Silicon Mobility.
Based on our unique hardware and software platform, it supports the rapid development of
e-motor drives up to 350kW/850V, setting new levels in terms of power density and efficiency.
For more than two decades, CISSOID has been developing and delivering products for harsh environments, with an outstanding reputation for the highest levels of quality and reliability.
" We’re building an integrated, compact electric drive system and it was hard to find an inverter to match our needs. CISSOID managed to provide it – and provides the software and support for a real quick start. With the CXT-PLA3SA12550A, we got a powerful small SiC module that ideally complements our compact motors. To make it plug and play, it comes with control software and highly appreciated support. Thanks! "Benjaming Hengstler
Founder & Managing Director at hyperdrives GmbH
" It was a pleasure to work with the CISSOID team in the frame of the Clean Sky program. They showed a great flexibility in proposing us solutions addressing the requirements of the next generation of high density power converters for the More-Electrical-Aircraft. "Taoufik Bensalah
Power Converter Design Team Manager at Thales Avionics
" CISSOID's superior high-temperature semiconductor technology lays the foundation for further full optimization and deep integration of electric vehicle powertrains, enabling more compact powertrains and more streamlined liquid cooling systems for electric vehicles. "Zhang Jeff
General Manager of ESPIRIT Company
" We have overcome many of the High Temperature Electronics challenges by demonstrating the combination of High Power SiC devices with CISSOID’s SOI control components. While SiC devices provide the power, CISSOID’s SOI control components are the brain of our systems allowing highly integrated analog & digital control functions with operation up to 300°C. "