SEMIKRON Thyristor Diode IMAams (Tease = 90 C) Vrasm , Vornm | VASM RMS h | Varm | VaRM (R.M.S. motor current per phase) Vv Vv Vv 320A | 360 A 410A 1500 | 1400 | 2000 |SKKH 131/14 E 20|SKKH 161/14 E 20/SKKH 210/14 E 20 SKKL 131/14 E 20/SKKL 161/14 E 20|SKKL 210/14 E 20 1700 | 1600 2500 | SKKH 131/16 E 25/SKKH 161/16 E 25/SKKH 210/16 E 25 SKKL 131/16 E 25 SKKL 161/16 E 25/SKKL 210/16 E 25 2300 | 2200 | 3000 | SKKH 131/22 E 30 - SKKH 210/22 E 30 SKKL 131/22 E 30, - SKKL 210/22 E 30 wa: SKKH 131] SKKH 161) SKKH 210 Symbol | Conditions SKKL 131| SKKL 161 SKKL 210 ITRMS; lFRMS | Max. 240A 270A 350A ITSM; IFSM Ty = 25C 4700A 5400 A 8500 A Ty = 130 C 4000 A 5000 A 7500 A it Ty= 25C 110 000 As 145 000 As| 361 000 A2s | Ty = 130 C 80 000 A*s| 125 000 As 281 000 As (di/dtjer | Ty = 130 C 100 A/us (dv/dt)or| Ty = 130 C 1000 V/us tg Ty = 130 C typ. 100... 150 us lH 'Ty= 25C max. 400 mA max. 500 mA IL Ty= 25C; Re = 339 max. 1000 mA max. 2A Vt Ty= 25C; (In=...); 1,7V 1,55 V 1,5V max. (500 A) (500 A) (750 A) Vritoy) Ty = 130 C 1,0V 1,0V 0,95 V T Tyj = 130 C 1,4mQ 1,09 mQ 0,6 mQ | lop: trp | Ty = 130 C; Vop = Vor; Vap=VrrMimax. = | 50mA | 50mA 50 mA VF Ty= 25C: (Ir=...); 1,45 V 1,55 V max. (500 A) (750 A) Vito) | Ty = 130 C 0,85 V 0,85 V rT Ty = 130 C 0,9moQ 0,9 m2 IRD Ty = 130 C; Vap = VaRM | max. 10 mA max. 10 mA Vet Ty= 25C; d.c. 3V 3V IeT Ty = 25C; d.c. 200 mA 200 mA Vaep Ty = 130 C; d.c. 0,25 V 0,25V Iao | Ty = 130 C; d.c. 10mA 10 mA Rihic | rec. 120|_ per 0,22 C/W | 0,165 C/W Rthich thyristor/diode 0,06 C/W 0,04 C/W | Tyj 40...+4130C Tsig a L -40...4+130C Visol ac. 50 Hz; rm.s.;1 s/1 min 3000 V~ /2500 v~ ") Mi Case to : of 2) | heatsink SI units/ 5Nm/44 Ib. in. 15 % Me | Busbars tof US units 9 Nm/80 Ib. in. + 15 %2) a 5 - 9,81 m/s* w | approx. 820g 940 g Case /|>pageB1-68,B1-74) A 14 At4 A 26 (SKKH 131)| (SKKH 161)} (SKKH 210) A15 A115 A35 (SKKL 131)! (SKKL 161)| (SKKL 210) by SEMIKRON SEMIPACK 3 Modules with Thyristor and High Voltage Diode SKKH 131 SKKL 131 SKKH 161 SKKL 161 SKKH 210 SKKL 210 SKKH SKKL Features e Heat transfer through ceramic isolated metal baseplate e Precious metal pressure contacts e UL recognized, file no. E 63 532 Typical Applications e Special modules for current source inverters (inverters with auto-sequential commutation) for AC motor control (> A-31, A- 147) 1) Internal insulation: beryllium oxide - Observe the warning on page B1 2. See the assembly instructions The screws must be lubricated B1-91r 85 400 T, case WL, SKKH 131 + 90 SKKL 131 L 95 300 fF too fF 105 200 r 110 L 115 100 L 120 + 125 PytoT % 0 L 130 Iupgms 100 200 300 A 0 Tomb 50 100 C 180 Fig. 18a Power dissipation vs. rms motor current and case temperature 500 -75 Ww Tease 1 SKKH 161 : r 80 SKKL 161 | gs 400 |- 90 95 300 - 100 + 105 200 r 110 r 115 100 - 120 r 125 Pytot Sc]w oC 0 130 0 laRMS 100 200 300 A 0 Tomb 50 100 150 Fig. 18b Power dissipation vs. rms motor current and case temperature 750 - 75 = 2_Ciw WEP 4, SKKH 210 ow 1 L ao SKKL 210 + 85 + 90 500 ' - 95 - 100 p 105 - 110 250 r 15 + 120 I P, r 125 VIOT chw | 9c 430 Ot MRMs 100 200 300 400 A 0) Tamb 50 100 c 150 Fig. 18 c Power dissipation vs. rms motor current and case temperature Further diagrams see with the types SKKT 131, SKKT 161, SKKT 210 B1i-92 by SEMIKRON