SEMIKRON K3 Search Results

Sixpack

Contextual Info: V23990-K305-F-PM MiniSKiiP 2 PACK 600V/100A MiniSKiiP® 2 Housing Features ● SixPack inverter topology ● Solder less interconnection ● Designed for motor drives up to 11 kW ● Fully compatible with Semikron pedant 28AC066V1 ● Temperature sensor

75GB120D

Abstract: skm75gb120d 75GB120 300GB circuit diagram of igbt based smps power supply SKM300GB173D
Contextual Info: SEMIKRON SEMIDRIVER Absolute Maximum Ratings Ta=25 °C Symbol Term VS Supply voltage primary V iH Input signal voltage (HIGH) (for 15 V and 5 V input level) lOUtpEAK Output peak current lOUtAV Output average current V ce Collector-em itter voltage sense

thyristor driver

Abstract: skiip t1 SKiiP 10 B6U 08 T1 D2E diode D2E133 sk 1560 b6u 500 semikron SkiiP 10 B6u
Contextual Info: s e MIKROn SKiiP = SEMIKRON integrated intelligent Power Converters SKiiP-Thyristor 3phase AC Controller W3C SKHP-3phase Thyristor/Diode Rectifier (B6C, B6HK, B6U) Type (options)21 ÍRM8, Id V m n /100 A V SK1ÌR 320 TAT 08 SKÜP 320 TAT 14 SKIIP 320 TAT 16

SKT 70 F 08 CT

Abstract: SKT45 SKT70F10DT
Contextual Info: SEMIKRON INC 15E 0 | dl3tib71 QOOlStS T | SEMIKRQN - T - 2. S Itrms maximum values for continuous operation V drm Vrrm (Tvj = 125 °C) V US 600 15 20 SKT 45 F 06 DS 800 15 20 20 SKT45F08DS SKT 45 F 08 DT 15 20 20 25 SKT45F10DS SKT45F10DT 15 20 20 25 30 SKT45F12DS*

Semikron SK 3 G

Contextual Info: SEMIKRON Fast Recovery Rectifier Diodes Ifrms m axim um values for continuous operation V rsm V rrm Ifav (sin. 10 A 10 A 10 A 1 8 0 ; T re f = 1 0 5 ° C , L= 10 mm; f < 1 kHz) SK3GF SK3GH SK3GL 3 ,8 A 3 ,4 A 3 ,8 A 100 SK3G F01 S K3G H 01 - 200 SK 3 GF 02

Semikron k5 m6

Contextual Info: 15E 0 I SEMIKRON INC fll3bt>71 0001515 t | -,-[ V rsm V rrm Î- \d t /c r V drm V V /|x s V 500 700 400 600 900 800 1100 1300 1000 1200 1500 1700 1400 1600 200 200 600 200 500 500 200 500 1000 1000 200 1000 Sin. 180; Tcase “ .) Itsm Tvj = Tvj =

SKT55/12C

Abstract: SKT80/12C SKT100/04C SKT55/04C semikron skt 70 semikron skt 140 SKT100 skt 80/12c SKT80 skt semikron case
Contextual Info: fll3bt.71 □D0347b 35Ö S1E » 5EMIKRDN SEMIKRON INC V rsm Itrms maximum values for continuous operation 110 A I 135 A ! 175 A V rrm V drm ld t / c r Itav (.sin. 180; Tease = 81r c ) 86 A 70 A V /n s 110 A V V 500 400 200 SKT 55/04 C SKT 80/04 C SKT 100/04 C

Contextual Info: SKT 160 THYRISTOR BRIDGE,SCR,BRIDGE Stud Thyristor Line Thyristor SKT 160 Features # $%&'% * '%(+, *+-% .)(/ 0,+-# )1-2,+(3& 4/&%+5%5 -(25 678 9:;<:=> 3& @AB CDEF:; 61(%&1+()31+, -(+15+&5 *+-% # Typical Applications* # GH '3(3& *31(&3, # # # 1) I%J 0J K3& '+*/)1% (33,-L

Contextual Info: SKNa 202 Stud Diode Avalanche Diode SKNa 202 8OP2Q:1 ?N2B@ S 677 $ O:&=1:5: %&'5+ K3/ 3(,1(5350 3.+/&,13(Q F:&= 2:1( 8 [D77 ]777 ]T77 ]677 ]D77 ]V77 ?N$8 S T77 $ O01(U CV7W >) S V7 XFQ @HI& T7T¥[D @HI& T7T¥]7 @HI& T7T¥]T @HI& T7T¥]6 @HI& T7T¥]D @HI& T7T¥]V

semikron K3

Contextual Info: K3        %  *+       %& (,* !*- &#   !" #     %& $ ' .,+ Dimensions in mm Heatsink For stud devices K3 Publish Data Features         1               

skiip gd 120

Abstract: semikron skiip 20 TV Logic Board
Contextual Info: seMIKRDn SKÜP 430 ATA . D - SKiiP 580 ATA . D - SKiiP 700 ATA . D 17 10.5 -T2G6 Kf K5 G5 G4 K4 K3 G3 G2 Y2 51 t 122fti 37.8 260 Temperature [Xi] Fig. 14 T em perature sensor characteristic. Nom inal supply current = 1 mA Fig. 15 C ase S6 m echanical outline (in mm w itho ut fan

semikron thyristor skt 45

Abstract: skt 430 skt 430 f semikron skt 1250 semikron thyristor skt 16 semikron skt 760 semikron skt 140 skt 115 skt 45 skt 2500 semikron
Contextual Info: Current Ratings Limiting Values 1) Thyristor Type 1) Rthca °C/W Id A Id A SKT 10 K9 K5 K3 9,5 5,7 3,8 12 17 20 16,5 24 27 13 18,5 22 SKT 16 K5 K3 K 1,1 5,5 3,5 1,6 18 24 35 24 33 48 20 26 39 SKT 24 K5 K3 K 1,1 5,5 3,5 1,6 22 28 44 30 40 60 24 31 49 SKT 40

semikron SKa 6/20

Abstract: diode SKN SKN 130/12 SKR 130/12 Semikron 240/04 diode data semikron skn 50/04 Semikron sk 1 SEMIKRON SKN 130/12 SKR 130/12 SKN 50/08 SKN 21 DIODE diode ska 6/20
Contextual Info: VRSM VRRM Rectifier Diodes IFRMS maximum values for continuous operation 3A 6,7 A SK 1 SKa 1 IFAV (sin. 180; Tamb = 45 °C) 1,15 A 1,8 A V 1000 1200 1400 1600 Types Cmax. µF Rmin. Ω Types Cmax. µF Rmin. Ω SK 1/10 SK 1/12 SK 1/14 SK 1/16 500 400 300

Semikron SKR 21

Abstract: semikron skn 50/04 semikron skr 50/08 SKN 21 semikron skn 50/04 SKR 50 diode skn 21 diode skn 50/10 Semikron SKR 40 /12
Contextual Info: VRSM VRRM IFRMS maximum values for continuous operation 100 A Fast Recovery Rectifier Diodes IFAV (sin. 180; Tcase = . . . ) 50 A (105 °C) 50 A (95 °C) SKN 2 F 50 SKR 2 F 50 trr = 200 ns V 400 SKN 2 F 50/04 SKN 2 F 50/04 UNF SKR 2 F 50/04 SKR 2 F 50/04 UNF

Semidriver SKHI 64

Abstract: semikron SKHI 64 SKHI 65 DIN 17006 SKHI 64 Semidriver SKHI 61 SEMIKRON SKHI 65 semikron SKHI 24 SKHI23 Semidriver SKHI 64 semikron
Contextual Info: Absolute Grenzwerte Ta=25 °C Symbol VS ViH IoutPEAK IoutAVmax Größe Versorgungsspannung primär Eingangssignalspannung (High) (für 15 V und 5 V Spannungspegel) Ausgangsspitzenstrom Ausgangsstrom - Mittelwert (max.) Rgonmin Rgoffmin Kollektor-Emitter-Spannung ü. d. IGBT

Semikron k5 m6

Abstract: semikron skn 50/04 SKN 21 Semikron SKR 21 SKN 50/08 semikron skr 50/08 diode skn 5/ 08 semikron Semikron SKR 60 F 15 SKR 50 f5010
Contextual Info: VRSM VRRM IFRMS maximum values for continuous operation 100 A Fast Recovery Rectifier Diodes IFAV (sin. 180; Tcase = . . . ) 50 A (105 °C) 50 A (95 °C) SKN 2 F 50 SKR 2 F 50 trr = 200 ns V 400 SKN 2 F 50/04 SKN 2 F 50/04 UNF SKR 2 F 50/04 SKR 2 F 50/04 UNF

SEMIKRON SKHI 65

Abstract: semikron IGBT Semidriver SKHI 64 Semidriver SKHI 64 semikron DIN 17006 Semidriver SKHI 61 SKHI 64 SKHI 65 semikron SKHI 64 SKHI23
Contextual Info: Absolute Grenzwerte Ta=25 °C Symbol VS ViH IoutPEAK IoutAVmax VCE dv/dt Größe Versorgungsspannung primär Eingangssignalspannung (High) (für 15 V und 5 V Spannungspegel) Ausgangsspitzenstrom Ausgangsstrom - Mittelwert (max.) Rgonmin Rgoffmin Kollektor-Emitter-Spannung ü. d. IGBT

Contextual Info: SKM 50GB063D   ./ 0#      ' Absolute Maximum Ratings Symbol Conditions IGBT %#& 1  ./ 0# # 1  4/3 0# #67 !33 % 53 -    5/ 0# /3 - 433 - 8 .3 % 1  4./ 0# 43 =    ./ 0# 5/ -    ?3 0# /3 - 433 - @@3 - .33 -  @3 $$$ C 4/3

Contextual Info: SKM 50GB063D   ./ 0#      ' Absolute Maximum Ratings Symbol Conditions IGBT %#& 1  ./ 0# # 1  4/3 0# #67 !33 % 53 -    5/ 0# /3 - 433 - 8 .3 % 1  4./ 0# 43 =    ./ 0# 5/ -    ?3 0# /3 - 433 - @@3 - .33 -  @3 $$$ C 4/3

3 phase UPS block diagram using IGBT

Abstract: SKHI 20 semikron SKHI 22 semikron SKHI 24 Semikron k5 semikron skhi 20 semikron SKHI 22 A IGBT DRIVER SEMIKRON igbt driver SKHI 23/17 igbt semikron
Contextual Info: Absolute Maximum Ratings Ta=25 °C Symbol VS ViH IoutPEAK IoutAV VCE dv/dt Visol IO Rgonmin Rgoffmin Qout/pulse Top Tstg Term Supply voltage primary Input signal voltage (HIGH) (for 15 V and 5 V input level) Output peak current Output average current Collector-emitter voltage sense

Contextual Info: SKiiP 03NEC066V3 CONVERTER, INVERTER, BRAKE Absolute Maximum Ratings Symbol Conditions IGBT - Inverter, Chopper J:BU *: *: *:.^ $- O FE Q:H 1'7&- /2 &%68-& -?& 858&4 $- O FE [¥L] Q:H $T O PEL Q: $- O FE [¥L] Q:H $T O P¥E Q: 2? O P K- J+BU Diode - Inverter, Chopper

Contextual Info: SKDH 116/.-L75 DOPQ DOOQH D=OQ R= S AAC T <& ;.&4& E(74, 6%3 %0*.04%4- %',3(*.%0? D AKCC D AMCC <1- S UC V$? PW=5 AABXAMYFZL AZCC ABCC PW=5 AABXABYFZL Absolute Maximum Ratings Symbol Conditions Bridge - Rectifier SEMIPONTTM 6 1- S ML V$H 407,- %*9,32.-, -',).6.,+

Contextual Info: SKiiP 01NAC066V3 CONVERTER, INVERTER, BRAKE Absolute Maximum Ratings Symbol Conditions IGBT - Inverter J:BU *: *: *:.^ $- O FE P:H 1'7&- /2 &%68-& -?& 858&4 $- O FE [¥T] P:H $S O LET P: $- O FE [¥T] P:H $S O L¥E P: 2? O L K- J+BU Diode - Inverter MiniSKiiP 0

Contextual Info: SKDH116/.L140 DVXS DVVSR D=VS F= K AAC O <& ;.&4& E(74, 6%3 %0*.04%4- %',3(*.%0? D AUCC D AZCC <1- K YC N$? X[=5AABTAZ¥PAHC ALCC ABCC X[=5AABTAB¥PAHC Absolute Maximum Ratings Symbol Conditions Bridge - Rectifier SEMIPONTTM 6 AAC ]MC O O .^* *' K AC &-I -.0 AYC I1J&(;