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The IXGT64N60B3 is a GenX3™ 600V IGBT from IXYS, designed for medium-speed applications in the 5–40 kHz range. It features a low saturation voltage (VCE(sat) ≤ 1.8V) and utilizes PT (Punch-Through) technology. The device is housed in a TO-268-3 surface-mount package with a continuous collector current rating of 64A at 25°C. Key electrical characteristics include a maximum collector-emitter voltage of 600V and a gate-emitter voltage limit of ±20V. The component supports junction temperatures up to 150°C and is suitable for power conversion systems requiring robust switching performance.
Verify the specific suffix and revision level against the manufacturer's latest datasheet to ensure compatibility with current production standards. Confirm RoHS compliance status and packaging type (tube or reel) directly with authorized distributors. Check for any recent product change notices that may affect pinout or thermal characteristics before finalizing procurement orders.
Select this component for designs requiring a balance between low conduction loss and manageable switching speeds around 40 kHz. Ensure the gate driver can handle the required VGE levels and that the PCB layout accommodates the TO-268-3 footprint. Evaluate thermal resistance requirements based on the 64A continuous current rating and expected ambient conditions to determine adequate heatsinking.
This part belongs to the IXYS GenX3™ family of 600V IGBTs, which are engineered for medium-speed switching applications. The series emphasizes low VCE(sat) to improve overall system efficiency. The IXGT64N60B3 specifically targets surface-mount implementations, offering an alternative to through-hole packages like the IXGH series while maintaining similar electrical performance profiles for industrial power electronics.
Direct substitutes within the same family include the IXGH64N60B3, which shares identical electrical specifications but utilizes a TO-247 through-hole package. Designers must account for mechanical mounting differences when swapping between these variants. Verify that the replacement maintains the same switching time parameters and thermal characteristics for the specific application.