SEMIKRON SKT 340 Search Results

skt 2500 semikron

Abstract: B334 semikron skt 240 semikron skt 240 120 skt 2500
Contextual Info: S1E D • ai3bh?l □□□aM'ÏS 570 mSEKG seMIKROn SEMIKRON INC V rsm V rrm V drm V V 500 400 i - 1 V dt Jcr V/ IS 500 SKT 240/04 D SKT 340/04 D SKT 340/08 D 900 800 500 1300 1200 500 1000 SKT 240/12D SKT 240/12 E SKT 340/12 D SKT 340/12 E SKT 340/14 E 1500

semikron skt 240 120

Abstract: semikron skt 240 semikron skt 240 e semikron skt 1000 semikron skt 900 SKT 1900 SKT240 semikron skt 400 skt semikron semikron skt 1500
Contextual Info: VRSM VRRM dv/dt cr ITRMS (maximum values for continuous operation) VDRM 600 A SKT 240 SKT 340 ITAV (sin. 180; T case = . . .; DSC) V V V/µs 380 A (60 °C) 450 A (57 °C) 500 400 500 SKT 240/04 D SKT 340/04 D 900 800 1000 SKT 240/08 E SKT 340/08 E 1300 1200

semikron skt 240

Abstract: semikron skt 900 skt 450 SKT 1900 semikron skt 240/12D semikron skt skt semikron semikron skt 340 semikron skt 400 SKT340
Contextual Info: VRSM VRRM VDRM  dv   dt cr ITRMS maximum values for continuous operation 600 A 700 A V/µs ITAV (sin. 180; Tcase = . . .; DSC) 380 A (60 °C) 450 A (57 °C) V V 500 400 500 SKT 240/04 D SKT 340/04 D 900 800 1000 SKT 240/08 E SKT 340/08 E 1300

Contextual Info: SKT 340 THYRISTOR BRIDGE,SCR,BRIDGE Capsule Thyristor Line Thyristor SKT 340 Features                                                      

thyristor bridge circuit

Abstract: thyristor semikron skt 340 SCR thyristor power semikron thyristor thyristor scr skt semikron semikron thyristor skt SCR, SEMIKRON semikron thyristor application
Contextual Info: SKT 340 THYRISTOR BRIDGE,SCR,BRIDGE Capsule Thyristor Line Thyristor #+, #+,6 #$+, # >"" 1"" A"" 7"" # !"" 4"" ."" B"" :*# 0 1." * & ' !"< $< : 0 !4 = ?: 1."3"!@ ?: 1."3 4@ ?: 1."3 .@ ?: 1."3 B@ >"" !"" ?: 1."3 !@ Symbol Conditions :*# $ 

Contextual Info: s e MIKRDn Vrsm V rrm V drm V dt Itrms maximum values for continuous operation 600 A | 700 A L ItaV (sin. 180; Tease = - •! DSC) 380 A (60 °C) 450 A (57 °C) V V Whs 500 400 500 SKT 240/04 D SKT 340/04 D 900 800 1000 SKT 240/08 E SKT 340/08 E 1300 1200

Contextual Info: SKT 340 Capsule Thyristor Line Thyristor #+, #+,6 #$+, # >"" 1"" A"" 7"" # !"" 4"" ."" B"" :*# 0 1." * & ' !"< $< : 0 !4 = ?: 1."3"!@ ?: 1."3 4@ ?: 1."3 .@ ?: 1."3 B@ >"" !"" ?: 1."3 !@ Symbol Conditions :*# $  ' !"< : 0 "" &!A( =< 4 ; C!3 !"< : 0 .A =< D4 3 DB

semikron skt 340

Abstract: semikron thyristor skt
Contextual Info: SKT 340 Capsule Thyristor Line Thyristor #+, #+,6 #$+, # >"" 1"" A"" 7"" # !"" 4"" ."" B"" :*# 0 1." * & ' !"< $< : 0 !4 = ?: 1."3"!@ ?: 1."3 4@ ?: 1."3 .@ ?: 1."3 B@ >"" !"" ?: 1."3 !@ Symbol Conditions :*# $  ' !"< : 0 "" &!A( = 4 ; C!3 !"< : 0 .A =< D4 3 DB

Contextual Info: SKT 340 Capsule Thyristor Line Thyristor #+, #+,6 #$+, # >"" 1"" A"" 7"" # !"" 4"" ."" B"" :*# 0 1." * & ' !"< $< : 0 !4 = ?: 1."3"!@ ?: 1."3 4@ ?: 1."3 .@ ?: 1."3 B@ >"" !"" ?: 1."3 !@ Symbol Conditions :*# $  ' !"< : 0 "" &!A( = 4 ; C!3 !"< : 0 .A =< D4 3 DB

IGBT 4A

Contextual Info: SKT 340 power semiconductor power electronics igbt bridge rectifier diode thyristor cib rectifier ipm driver inverter converter thyristor module gleichrichter brückengleichrichter leistungselektronik Capsule Thyristor Line Thyristor #+, #+,6 #$+, # >""

Contextual Info: SKT 340 THYRISTOR BRIDGE,SCR,BRIDGE Capsule Thyristor Line Thyristor SKT 340 Features # $%&'% * '%(+, *+-% .)(/ *%&+')* # # # # )0-1,+(2& 3+4-1,% 4+*5+6% 72& 8219,% -)8%8 *22,)06 :/+,2. 8%-)60 .)(/ -)06,% -)8%8 *22,)06 ;0(%&0+()20+, -(+08+&8 *+-% <77=-(+(% +08 &%>%&-% >2,(+6%- 14

Contextual Info: SKT 340 THYRISTOR BRIDGE,SCR,BRIDGE Capsule Thyristor Line Thyristor #+, #+,6 #$+, # >"" 1"" A"" 7"" # !"" 4"" ."" B"" :*# 0 1." * & ' !"< $< : 0 !4 = ?: 1."3"!@ ?: 1."3 4@ ?: 1."3 .@ ?: 1."3 B@ >"" !"" ?: 1."3 !@ Symbol Conditions :*# $ 

Contextual Info: SKT 340 THYRISTOR BRIDGE,SCR,BRIDGE Capsule Thyristor Line Thyristor #+, #+,6 #$+, # >"" 1"" A"" 7"" # !"" 4"" ."" B"" :*# 0 1." * & ' !"< $< : 0 !4 = ?: 1."3"!@ ?: 1."3 4@ ?: 1."3 .@ ?: 1."3 B@ >"" !"" ?: 1."3 !@ Symbol Conditions :*# $ 

skiip 613 gb

Abstract: semikron skiip 613 642GB120-208 B2HKF semikron skiip 513 gb semikron skch b2hkf semikron skt 140 semikron B6U 690 930 SEMISTACK IGBT Semikron SKB 15/12
Contextual Info: back zurück Section 12: SEMISTACK Thyristor, Rectifier Diode and IGBT Assemblies Summary of Types 3 SEMISTACK® Converter Assemblies using thyristors and diodes 2) Circuit 1) Page B2U Non-controllable rectifier stacks in two-pulse bridge connection. . . . . . . . . . . . . . . . . . . . . B 12 – 2

semikron skt 1500

Abstract: 14MQ MQ40 05F4 semikron skt 10
Contextual Info: SEM IKRO N V rsm maximum values for continuous operation 600 A 700 A Itrm s V rrm (V dt - Ì/ c r V drm I ta v (sin. 180; T<;ase = • ■ DSC) 450 A (57 °C) 380 A (60 °C) V V/|is 500 400 500 SKT 240/04 D SKT 340/04 D 900 800 500 SKT 240/08 D SKT 340/08 D

2sd 5200

Abstract: SKT300 skt 2500 semikron skt 450 semikron skt 24 SKT250 to-209ad C450A M24-P 2sd 209 l
Contextual Info: S1E D Ö13bb71 DOOBMfib a 77 s e m ik r g n SEMIKRON INC V rsm Itrm s V rrm iV-dt i/or V drm maximum values for continuous operation 450 A I 550 A (sin. 180; Tease “ . .°C) 285 A (77 °C) 350 A (85 °C) Ita v V V V/ns 500 400 200 SKT250/04 C SKT300/04 C

din 7985

Abstract: SCREW din 7985 DIN 933 semipack 1 din 934 hexagonal nuts din 7985 B 31947300 31823300 semikron semipack skkt 106B skn 4570
Contextual Info: 14.9 Assembly Hardware Mounting bars 8 x 4 mm fitting into the slots of heatsink P3 Ident No. SEMIPACK 30 11 5720 30 02 5330 30 02 5490 30 02 5390 30 12 6480 Semipack 1/2/3/4 3 Semipack 1 4 Semipack 1 3 Semipack 2 3 Semipack 3 No. 30 11 5720 No. 30 02 5490

SKT240

Abstract: semikron skt 290 SKT290F12DU f 102 tea 1601 tea 1601 t F08DT SKT240F04DS SKT240F08DT SKT240F10DS
Contextual Info: S1E D fil3bfc.71 QGG3SEÖ 55b « S E K G SEMIKRDN SEMIKRON INC Itrm s m axim um values for continuous operation V drm tq V rrm (Tvj = 125 °C) V US 240 A (88 °C) 400 15 20 SK T240F04D S SKT240 F 0 4 D T SK T 290 F 04 DS S K T290F04D T 800 15 20 SK T240 F 0 8 D S

SKT240

Abstract: SKT491/18E SKT491/12E SKT551/16E b337 KT340 SKT490 SKT551/18E SKT240/04D SKT240/14E
Contextual Info: SEM IKR O N 1SE INC D I A13bfa71 'T-zs-ioi Vrsm Vrrm Vdrm i\ d- t /ic r maximum values for continuous operation 600 A I 700 A (sin. 180;Tcase = • • •! DSC) 380 A (60 °C) 450 A (57 °C) Itrm s Itav V V V/ns 500 400 500 SKT 240/04 D SKT340/04 D 900

Contextual Info: ai3bb?l V rsm V rrm Vdrm W e r D0Q5TÍB 3ññ • Itrms maximum values for continuous operation 450 A I 550 A Itav (sin. 180; Tcase = ■ ■. °C) V/(1S 285 A (77 °C) 400 500 SKT 250/04 D SKT 300/04 D 800 500 SKT 250/08 D SKT 300/08 D* 1300 1200 1000 SKT 250/12 E

semikron

Contextual Info: SKT 240, SKT 340 9560 9550 GYGW FU ,7506 PD[LPXP YDOXHV IRU FRQWLQXRXV RSHUDWLRQ 9'50  $ ,7$9 VLQ  7FDVH 9 9µV  $  ƒ&  $  ƒ&    6.7  6.7  '       6.7  ( 6.7  ( 6.7  ( 6.7  (

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

62792

Abstract: semikron skt 24 semikron data 01155 6822 008028 MOSFET 2906 semikron skt 240 180A020 skt16
Contextual Info: Calculation of the Maximum Virtual Junction Temperature Reached Under Short-time or Intermittent Duty1 Under short-time or intermittent load higher current ratings are permissible for the power semiconductors than those given in the data sheets for continuous operating. It is,

skm 200 gb 122 d

Abstract: semikron skkt 132/ 14/ E Semitrans M SKD 100 GAL 124d Semikron SKR 26 /12 semikron skkh 161 semikron skkt 162/ 12/ D semipack skkt 161 sknh 210 semikron skt 240 SKKL131
Contextual Info: Calculation of the Maximum Virtual Junction Temperature Reached Under Short-time or Intermittent Duty1 Under short-time or intermittent load higher current ratings are permissible for the power semiconductors than those given in the data sheets for continuous operating. It is,