Part NumberManufacturersUnit PriceAvailabilityDescriptionDatasheetAction
IXYS Corporation$ 113.00401800IGBT Array Full Bridge 3000 V 34 A 150 W Surface Mount 24-SMPDfile
IXYS Corporation$ 83.16903480IGBT Array Full Bridge 3000 V 38 A 150 W Surface Mount 24-SMPDfile
IXYS Corporation$ 100.03501798IGBT Array Full Bridge 2500 V 23 A 100 W Surface Mount 24-SMPDfile
IXYS Corporation$ 42.80002065IGBT H BRIDGE 1200V 32A SMPDfile
IXYS Corporation$ 41.82002051IGBT H BRIDGE 1200V 63A SMPDfile
IXYS Corporation$ 43.7400724IGBT H BRIDGE 1200V 32A SMPDfile
IXYS Corporation$ 51.00001470IGBT Array PT Half Bridge 1200 V 43 A 150 W Surface Mount ISOPLUS-SMPD™.Bfile
IXYS Corporation$ 41.08002611IGBT H BRIDGE 1200V 63A SMPDfile
IXYS Corporation$ 60.8400849IGBT H BRIDGE 1200V 63A SMPDfile
IXYS Corporation$ 59.52001519IGBT H BRIDGE 1200V 63A SMPDfile
IXYS Corporation$ 51.04002812IGBT H BRIDGE 1200V 43A SMPDfile
IXYS Corporation$ 23.46001631IGBT Array NPT Half Bridge 600 V 40 A 125 W Through Hole ISOPLUS i4-PAC™file
IXYS Corporation$ 74.26001118IGBT Array NPT Half Bridge 1700 V 18 A 140 W Through Hole ISOPLUS i4-PAC™file
IXYS Corporation$ 75.32002410IGBT H Bridge 1700V 18A I4PAK5file
IXYS CorporationN/A26IGBT H BRIDGE 600V 30A I4PAK5file
IXYS CorporationN/A81IGBT H BRIDGE 1200V 33A I4PAK5file
IXYS CorporationN/A81IGBT H BRIDGE 1200V 50A I4PAK5file
IXYS CorporationN/A58IGBT Array NPT Half Bridge 1700 V 18 A 140 W Through Hole ISOPLUS i4-PAC™file
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IGBT Arrays Overview
IGBT Arrays, or Insulated Gate Bipolar Transistor Arrays, combine multiple IGBTs (Insulated Gate Bipolar Transistors) in a single package. These arrays are designed for high-power applications where precise switching and control of large currents are required. IGBTs within an array share a common substrate and are often connected in parallel or series to handle higher voltage and current levels efficiently. Arrays with higher current and voltage ratings, faster switching speeds, and advanced protection features may have higher price points. When purchasing IGBT Arrays, consider the specific requirements of your application. Determine the maximum current and voltage levels, switching frequency, and thermal management capabilities needed for your system. Pay attention to features such as short-circuit protection, overtemperature protection, and gate drive requirements. Additionally, ensure compatibility with your control circuitry, consider the layout and mounting options.
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