SIC INVERTER STARTER KIT REFERENCE DESIGN

▲Modular design up to 850V/350kW
▲3Phase 1200V SiC Power Module with integrated Gate Driver Board
▲OLEA® T222 FPCU control board
▲OLEA® APP INVERTER control software from Silicon Mobility
▲DC & Phase current sensors
▲900V/135µF DC Link Capacitor
▲TDK CarXield 900V/400A EMI filter
▲DC Bus passive discharge
▲Liquid Cooling for power module & EMI
filter

APPLICATION SUPPORT

SIC INVERTER PLATFORM HIGHLY INTEGRATED HARDWARE & SOFTWARE

Speeding up the development of Compact & Efficient E Motor Drives

SIC INVERTER PLATFORM HIGHLY INTEGRATED HARDWARE & SOFTWARE  Speeding up the development of Compact & Efficient E Motor Drives


    Hardware documentation available from CISSOID      Software supported by Silicon Mobility      Evaluation Kit available with all CISSOID SiC IPMs


SIC INVERTER STARTER KIT SUPPORT & AVAILABILITY

  • Hardware documentation available from CISSOID

  • Software supported by Silicon Mobility

  • Evaluation Kit available with all CISSOID SiC IPMs

Part Number
Evaluation kit Name
Description
EVK-PLA1106AEVK-PLA11063-Phase 1200V/340A SiC Inverter Starter Kit(CXT-PLA3SA12340AA pin fin baseplate +OLEA® T 222 Control Board)
EVK-PLA1108A
EVK-PLA11083-Phase 1200V/450A SiC Inverter Starter Kit(CXT-PLA3SA12450AA pin fin baseplate +OLEA® T 222 Control Board)
EVK-PLA1121A
EVK-PLA11213-Phase 1200V/550A SiC Inverter Starter Kit (CXT-PLA3SA12550AA pin fin baseplate +OLEA® T 222 Control Board)
EVK-PLA1199A
EVK-PLA-11993-Phase 1200V/340 A SiC Inverter Starter Kit(CMT-PLA 3 SB 12340 AA flat baseplate +OLEA® T 222 Control Board)

DC LINK CAPACITOR
PARTNERSHIP WITH ADVANCED CONVERSION

▪    Mechanically integrated with CISSOID SiC IPMDC LINK CAPACITOR PARTNERSHIP WITH ADVANCED CONVERSION    
    • Voltage range: 500V to 900V
     • Capacitor range: 135µF to 500µF
▪    Integrated capacitor/bus solutions▪    High performance capacitor winding elements
▪    Very low inductance DC link for fast switching with SiC devices
▪    Capacitor topology enables the best power density
     • High A/µF enables to define µF/kW by control limit and not by capacitor current rating


3D MODELLING REFERENCE COOLER

▪    For liquid-cooled modules3D MODELLING REFERENCE COOLER
▪    3D Step file [Ref 3] and 3D printing file [Ref 4] are available for download as explained in a detailed application note [Ref 5]
▪    For a rapid evaluation, this cooler can be 3D printed in polymer material (e.g. PA12) [Ref 4]
▪    O-Ring reference also available
▪    Reference Cooler Kit


APPLICATION SUPPORT REFERENCE COOLER KIT

  • It includesAPPLICATION SUPPORT REFERENCE COOLER KIT

    •    Reference cooler 3D-printed in PA12 material (x1)
    •    O-Rings (x3) with silicon grease
    •    Threaded inserts & bolts to fix the module on the cooler
    •    19mm hose nozzles

Product Name
Ordering Reference Description
Description
Reference Cooler Kit
ACCPLA1008D
Reference Cooler Kit
-CXT PLA1959D: reference cooler 3D printed in PA12 (x1)
-O rings (x3) with silicon grease (14g)
-Inserts & bolds
-19mm hose nozzles


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