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| SKiiP 232GH120-210CTV I. Power section Absolute maximum ratings Symbol Conditions IGBT VCES VCC 1) Operating DC link voltage VGES IC Ts = 25 (70) C Inverse diode IF = -IC Ts = 25 (70) C IFSM Tj = 150 C, tp = 10ms; sin I2t (Diode) Diode, Tj = 150 C, 10ms Tj , (Tstg) Visol AC, 1min. Ts = 25C unless otherwise specified Values 1200 900 20 200 (150) 200 (150) 1440 10 -40 (-25) ...+150 (125) 3000 Units V V V A A A kA2s C V SKiiP 2 SK integrated intelligent Power 4-pack SKiiP 232GH120-210CTV Case S2 Characteristics Symbol IGBT VCEsat VCEO rCE ICES Conditions Ts = 25C unless otherwise specified min. typ. - - - max. Units V V m mA mJ mJ m nH nF V V m mJ mJ Nm Nm kg kg Features * SKiiP technology inside * low loss IGBTs * CAL diode technology * integrated current sensor * integrated temperature sensor * integrated heat sink * IEC 60721-3-3 (humidity) class 3K3/IE32 (SKiiP 2 System) * IEC 68T.1 (climate) 40/125/56 (SKiiP 2 power section) 1) with assembly of suitable MKP capacitor per terminal (SEMIKRON type is recommended) IC = 175A, Tj = 25 (125)C Tj = 25 (125) C Tj = 25 (125) C VGE=0,VCE=VCES,Tj=25(125) C - IC=175A, Vcc=600V - Eon + Eoff Tj=125C Vcc=900V - RCC-EE terminal chip, Tj = 125 C - LCE top, bottom - CCHC per phase, AC-side - Inverse diode VF = VEC IF= 150A; Tj = 25(125) C 2,1 (1,9) - 2,6 VTO Tj = 25 (125) C 1,3 (1,0) 1,4 (1,1) - rT Tj = 25 (125) C 5,0 (6,0) 6,8 (7,8) - IC=175A Vcc=600V 6 - - ERR Tj=125C Vcc=900V 8 - - Mechanical data Mdc DC terminals, SI Units 6 8 - Mac AC terminals, SI Units 13 15 - 1,9 w - - SKiiP 2 System w/o heat sink w heat sink 4,7 - - Thermal characteristics (P16 heat sink; 310 m^3/ h); "r" reference to temperature sensor RthjrIGBT per IGBT 0,129 - - Rthjrdiode per diode 0,375 - - Rthra per module 0,044 - - Zth Ri (mK/W) (max.) taui(s) 1 2 3 4 1 2 3 IGBTjr 14 99 15 1 0,13 0,001 - diodejr 41 289 45 1 0,13 0,001 - heatsinkra 14,2 19,3 6,8 3,7 262 50 5 2,6 (3,1) 3,1 1,2 (1,3) 1,5 (1,6) 7,5 9,0 (10,0) (11,5) (10) 0,4 53 - 93 - 0,50 - 15,0 - 1,4 - K/W K/W K/W 4 - - 0,02 This technical information specifies semiconductor devices but promises no characteristics. No warranty or guarantee, expressed or implied is made regarding delivery, performance or suitability. by SEMIKRON 021015 B 7 - 43 SKiiP 232GH120-210CTV SKiiP 2 SK integrated intelligent Power II. Integrated gate driver Absolute maximum ratings Symbol VS1 VS2 ViH dv/dt VisolIO Visol12 fmax Top (Tstg) Term stabilized 15V power supply unstabilized 24V power supply input signal voltage (high) secondary to primary side input / output (AC) output 1 / output 2 (AC) switching frequency operating / storage temperature Value 18 30 15 + 0,3 75 3000 1500 20 - 25 ... + 85 Unit V V V kV/s Vac Vac kHz C SKiiP 232GH120-210CTV Gate driver features * CMOS compatible inputs * wide range power supply * integrated circuitry to sense phase current, heat sink temperature and DC-bus voltage (option) * short circuit protection * over current protection * over voltage protection (option) * power supply protected against under voltage * interlock of top/bottom switch * isolation by transformers * fibre optic interface (option for GB-types only) * IEC 68T.1 (climate) 25/85/56 (SKiiP 2 gate driver) Electrical characteristics (Ta = 25 C) Symbol VS1 VS2 IS1 IS2 ViT+ ViTRin td(on)IO td(off)IO tpERRRESET tTD IanalogOUT IVs1outmax IAOmax Vol VoH ITRIPSC ITRIPLG Ttp UDCTRIP Values Term min typ max. supply voltage stabilized 14,4 15 15,6 supply voltage non stabilized 20 24 30 VS1 = 15V 230 + 230*f / fmax + 1,3* (IAC/A) VS2 = 24V 170 + 280*f / fmax + 1,0 * (IAC/A) input threshold voltage (High) 11,2 - - input threshold voltage (Low) - - 5,4 input resistance - 10 - turn-on propagation time (system) - 1,2 - turn-off propagation time (system) - 1,6 - error memory reset time 9 - - top/bottom switch: interlock time - 2,3 - 8 V corresponds to - 200 - max. current of 15 V supply voltage - - 50 (available when supplied with 24V) output current at pin 15/16/18/19 - - 5 logic low output voltage - - 0,6 logic high output voltage - - 30 over current trip level ( Ianalog OUT = 10V) - 250 - ground fault protection - 58 - over temperature protection 110 - 120 trip level of UDC-protection ( Uanalog OUT 900 - - = 9V); (option) Units V V mA mA V V k s s s s A mA mA V V A A C V For electrical and thermal design support please use SEMISEL. Access to SEMISEL is via SEMIKRON website http://semisel.semikron.com. Further questions can be placed via http://faq.semikron.com/. This technical information specifies semiconductor devices but promises no characteristics. No warranty or guarantee expressed or implied is made regarding delivery, performance or suitability. B 7 - 44 021015 by SEMIKRON |
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