SEMISTACK - IGBT Circuit Irms (A) Vac / Vdcmax Types B6CI 30 440 / 750 SEMITEACH - IGBT Symbol Conditions Irms SEMITRANS Stack1) Three-phase rectifier + inverter with brake chopper SEMITEACH - IGBT SKM 50 GB 123D SKD 51 P3/250F Features VCES VCE(SAT) VGES IC ICM Vin(max) Ceqvl VDCmax no overload IGBT - 4x SKM 50 GB 123D Ic= 50A, VGE= 15V, chip level; Tj= 25(125)°C Tcase= 25 (80)°C Tcase= 25 (80)°C; tp= 1ms Rectifier - 1x SKD 51/14 without filter with filter DC Capacitor bank - Electrolytic 2x 2200µF/400V total equivalent capacitance max. DC voltage applied to the capacitor bank Driver - 4x SKHI 22 Power supply Current consump max; per driver tion Thermal Normally Open type (NO) trip Values Units 30 A 1200 2,7 (3,5) ±20 50 (40) 100 (80) V V V A A 3 x 480 3 x 380 V V 1100 / 800 750 µF / V V 0 / 15 V 16 mA 71 °C • Multi-function IGBT converter • Transparent enclosure to allow visualization of every part • IP2x protection to minimize safety hazards • External banana/BNC type connectors for all devices • Integrated drive unit offering short-circuit detection/cut-off, power supply failure detection, interlock of IGBTs + galvanic isolation of the user • Forced-air cooled heatsink Typical Applications • Education: One stack can simulate almost all existing industrial applications: - 3-phase inverter+brake chopper - Buck or boost converter - Single phase inverter - Single or 3-phase rectifier 1) Photo non-contractual General dimensions B6U + B6CI + E1CIKF 2 This technical information specifies semiconductor devices but promises no characteristics. No warranty or guarantee expressed or implied is made regarding delivery, performance or suitability. Power Electronic Systems – SEMISTACK 08-06-2005 © by SEMIKRON