ENERGY SAVINGS THE POWER MANAGEMENT LEADER FEATURES & BENEFITS Reduce Power Dissipation in UPS, Welding and Solar Inverter Applications 600V Trench Field Stop IGBTs •Lower conduction and switching losses compared to previous generation IGBTs. •175˚C maximum junction temperature. •Square Reverse Bias Operating Area (RBSOA). •100% tested for clamped inductive load. •Increased current density from the same package. •Positive VCE(ON) temperature co-efficient International Rectifier’s family of 600V insulated gate bipolar transistors (IGBTs) reduces power dissipation in uninterruptible power supply (UPS), welding, and solar inverter applications up to 20 kW. These devices use IR’s latest-generation field stop trench technology to reduce conduction and switching losses, and are optimized for switching between 8-30 kHz with short circuit requirements, enabling higher efficiency power conversion in UPS, welding and solar inverter applications. Additionally these devices exhibit a postive VCE(ON)) temperature coefficient, which allows for easy paralleling of multiple IGBTs. Co-packaged with ultrafast soft recovery diodes, this family of IGBTs has lower collectorto-emitter saturation voltage (VCE(on)) and total switching energy (ETS) than punchthrough (PT) and non-punch-through (NPT) type IGBTs. In addition, the internal ultrafast soft recovery diode improves efficiency and reduces EMI. For more information, call 310-252-7105 or visit us at www.irf.com 10158A_FS v 600V Trench Field Stop IGBTs Half-Bridge H-Bridge 3-Phase Bridge +HV +HV +HV IGBT IGBT IGBT IGBT IGBT IGBT IGBT IGBT IGBT IGBT IGBT IGBT Heatsink Temperature vs. Output RMS Current Traditionally, IGBT devices have excessive switching losses at higher frequencies used in UPS and solar inverters. IR’s new Trench IGBT devices have low switching energy coupled with low conduction losses. These lower losses provide higher system efficiency, reducing the size of the magnetics and the cost of power generation to the end user. FSW = 20kHz, Rth(s-a) = 5˚C/W, TAMB = 30˚C Full Bridge DC-AC Inverter 150˚C Heatsink Temperature 140˚C Planar IGBT 130˚C IRGB4056DPBF Trench IGBT 60% 120˚C 110˚C 100˚C Up to 60% more output current at the same heatsink temperature. 90˚C 80˚C 4A 6A 8A 10A 12A 14A Output RMS Current Package Voltage IC (Rated Current) VCE(on) (typ) ETS typ (mJ) @25°C @25˚C TO-262 D-PAK D2PAK TO-220 TO-247 TO-247 (Long Lead) IRGP4069-E Single-Pack 600 35 1.60 1.02 IRGP4069 Single-Pack 600 48 1.65 1.90 IRGP4063 Single-Pack 600 75 1.70 4.62 Co-pack 600 4 1.75 0.11 Co-pack 600 6 1.70 0.18 Co-pack 600 8 1.55 0.22 Co-pack 600 10 1.60 0.23 IRGS4064D IRGB4064D Co-pack 600 12 1.55 0.30 IRGS4056D IRGB4056D Co-pack 600 18 1.65 0.45 Co-pack 600 24 1.60 0.72 Co-pack 600 35 1.60 1.02 IRGP4069D Co-pack 600 48 1.65 1.90 IRGP4063D Co-pack 600 75 1.70 4.62 IRGP4066D Co-pack 600 120 1.70 9.18 IRGP4066 Super TO-247 IRGP4066-E IRGB4059D IRGR4045D IRGB4045D IRGB4060D IRGB4061D IRGSL4062D For more information, call 310-252-7105 or visit us at www.irf.com IRGS4062D IRGB4062D IRGP4062D IRGP4069D-E IRGP4066D-E IRGPS4067D 10158A_FS