SKA-2 DIODE Search Results

Contextual Info: SKa 3 Axial Lead Diode Avalanche Diode SKa 3 AFLMJ81 NOMPK R SHT $ F8&U1898 %&'9+ 53/ 3(,1(9390 3.+/&,13(J E8&U M81( A WVCC NO$A R V $ F01(I WXCY 2/ R ?C ZEJ K]& V^WV [O WSCC ¥ _ WTCC K]& V^WT XCC @ Symbol Conditions NO$A 2/ R X` ZEY > R WC 88Y 01(I WXC

semikron SKa 6/20

Abstract: diode ska 6/20 semikron semikron ska 6
Contextual Info: SKa 1 Axial Lead Diode Avalanche Diode SKa 1 AFLMJ81 NOMPK R S $ F8&T1898 %&'9+ 53/ 3(,1(9390 3.+/&,13(J E8&T M81( A USCC NO$A R U $ F01(I UVCW 2& R XC YEJ K¥& U]US ZO @CC [ X U^CC K¥& U]U^ _CC UC Symbol Conditions Values Units NO$A 2/ R V` YEW > R UC 88W 01(I UVC

Contextual Info: SK100GH12T4T =' Q BR SKA -%2&'' ,.8& */'& '5& /E/&1 Absolute Maximum Ratings Symbol Conditions IGBT PK:9 =T Q BR SK <K =T Q @WR SK <KY; SEMITOP 4 IGBT module SK100GH12T4T .5'( @BVV P @BX L =' Q WV SK @VV L CVV L [BV P =T Q @RV SK @V _' =' Q BR SK @VB L =' Q WV SK

C 56 ph diode

Abstract: PH 21 DIODE ph-12 diode semikron SKa 6/20
Contextual Info: SK50GH12T4T =' Q BR SKA -%2&'' ,.8& */'& '5& /E/&1 Absolute Maximum Ratings Symbol Conditions IGBT PK:9 =T Q BR SK <K =T Q @WR SK <KY; SEMITOP 4 IGBT module SK50GH12T4T .5'( @BVV P WR L =' Q WV SK XV L @RV L [BV P =T Q @RV SK @V _' =' Q BR SK RX L =' Q WV SK

Contextual Info: r\ r.ff\ :NTf SKA n te rn a tio n a l I Q R R ectifier Fast Recovery Diodes Fax on Demand Number Iecu Port V RRM 00 Number 1FAV@ TC W Q SO Hi (A 60H z VfM @ I fm “ » j e (A) (V) (A) (°C/W) t,r („S) Notes Cose Outline Key Discrete B-8 S D 2 33N 30S 50P C

semikron SKa 6/20

Abstract: semikron ska 6 semikron SKa 5/12 semikron sk1 semikron SKA 1/17
Contextual Info: s e MIKRON V rsm Ifr m s V BR min. 3 A Ifa v | 6 ,7 A Types V SK1 SKa1 (sin. 180; Tamb = 4 5 °C) 1,15 A V Rectifier Diodes (maxim um values for continuous operation) V rrm Cmax. 1,8 A Rmin. Types Rmin. Cmax. Li £2 1200 SK 1/12 40 0 6 SK 3/12 1600 2 1400

semikron sk3

Abstract: Semikron sK1 12 semikron ska
Contextual Info: s e m ik r d n Rectifier Diodes Ifrm s maximum values for continuous operation 3A | 6,7 A V rsm V rrm SK1 SKa1 Ifav (sin. 180; 'Tamb = 45 °C ) 1,15 A 1,8 A V Typ es Cm ax Rmin HF £2 Typ es Cm ax Rmin HF £2 1000 SK 1/10 500 4 SK 3/10 2000 1 1200 SK 1/12

Semikron sk 1

Abstract: Diode semikron 3/17 sin 94v semikron ska 6 Diode semikron 1/17 SKA 1/17 Semikron sk 1/12 Semikron sk 1/16 semikron SKA 1/17 Semikron sk 75
Contextual Info: VRSM Rectifier Diodes IFRMS maximum values for continuous operations VRRM 3A V 1,15 A 6,7 A SK 1 SKa 1 IFAV (sin. 180; Tamb = 45 °C) 1,8 A Types Cmax. µF Rmin. Ω Types Cmax. µF Rmin. Ω 1000 SK 1/10 500 4 SK 3/10 2000 1 1200 SK 1/12 400 6 SK 3/12 1600

Semikron sk 1

Abstract: semikron ska 6 semikron SKA 1/17 semikron SKa 6/20 Semikron sk 1/16 ska 10 ska 1 semikron ska 1/10
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

Contextual Info: s e MIKRON Rectifier Diodes Ifrm s maximum values for continuous operation V rsm 3A V rrm | 6,7 A SK 1 SKa1 Ifa v (sin. 180; Tam b = 45 ° C ) 1,15 A V Types C m ax. 1,8 A Rrnin. n Types C m ax. R m in. HF n 1000 SK 1/10 500 4 SK 3/10 2000 1 1200 1400 SK 1/12

semikron ska

Contextual Info: SKa 3 Axial Lead Diode "'-.+ /0.1, 3 4 5  '6         + &6 . " 87$$ /0" 3 7  ' * 89$:  3 $ ;&+ ,> 7?87 <0 84$$ = @ 85$$ ,> 7?85 9$$ ! Symbol Conditions /0"  3 9A ;&:  3 8$ :  * 89$ /0" /0,1 C Avalanche Diode

semikron ska

Abstract: ska 1 semikron SKa 5/12 sKA-2 DIODE sKA-1/17 DIODE
Contextual Info: SKa 1 Axial Lead Diode "'-.+ /0.1, 3 4  '5         + &5 . " 64$$ /0" 3 6  ' * 67$8  3 9$ :&+ ,= 6>64 ;0 !$$ < 9 6?$$ ,= 6>6? @$$ 6$ Symbol Conditions Values Units /0"  3 7A :&8  3 6$ 8  * 67$ 6 !A  /0"  3 !A :&8 &- A$ 5 A$ 

semikron SKa 6/20

Abstract: diode ska 6/20 semikron semikron SKa 5/12 diode ska 6/20 semikron ska
Contextual Info: SKa 1 Axial Lead Diode "'-.+ /0.1, 3 4  '5         + &5 . " 64$$ /0" 3 6  ' * 67$8  3 9$ :&+ ,= 6>64 ;0 !$$ < 9 6?$$ ,= 6>6? @$$ 6$ Symbol Conditions Values Units /0"  3 7A :&8  3 6$ 8  * 67$ 6 !A  /0"  3 !A :&8 &- A$ 5 A$ 

semikron SKa 6/20

Abstract: diode ska 6/20 diode ska 6/20 semikron semikron ska
Contextual Info: SKa 1 power semiconductor power electronics igbt bridge rectifier diode thyristor cib rectifier ipm driver inverter converter thyristor module gleichrichter brückengleichrichter leistungselektronik Axial Lead Diode "'-.+ /0.1, 3 4  '5         +

diode ska 6/20

Abstract: semikron SKa 6/20 semikron ska 6 semikron SKa 5/12 diode ska 6/20 semikron
Contextual Info: SKa 3 power semiconductor power electronics igbt bridge rectifier diode thyristor cib rectifier ipm driver inverter converter thyristor module gleichrichter brückengleichrichter leistungselektronik Axial Lead Diode "'-.+ /0.1, 3 4 5  '6  

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 SKa 5/12

Abstract: skna 26 skn diodes skn 72/12
Contextual Info: Section 8: Rectifier Diodes Type V rrm IfRMS V SK 1 SK 3 SKN 2,5 SKN 5 SKN 20 SKR 20 SKN 26 SKR 26 SKN 45 SKR 45 SKN 71 SKR 71 SKN 100 SKR 100 SKN 130 SKR 130 SKN 240 SKR 240 SKN 320 SKR 320 SKN 400 SKN 450 SKN 501 SKN 670 SKN 1500 SKN 2000 SKN 3000 SKN 3400

skea

Abstract: SKEA 2.5 SKEa 1/17 sksa semikron ska 6 semikron sksa
Contextual Info: 3bE D SEMIKRON INC • ai3bb?l ODOSb^l ^ m S E K G T .OUl5 5EMHVR0N Avalanche Rectifier Diodes Ifrm s maximum values for continuous operation 2,5 A I | 5A lFAV(sin.180;Tamb = 45 °C ) 1,3 A 1,2 A Types 3A Cmax. Rmin. Types Types Cmax. Rmin. HF n SKEa 1/13

Contextual Info: SK a *f V BR I fav SKa 13 SKa 17 > 1300V > 1700 V ~ a » If a v I Î A 1,2 A (Tomb — 45 °C ,sin . 180 °el) 5A I frms I fcl (Tamb = 45 °C) 1,0 A I fsm (TV| = 25 °C) 60 A (Tvi = 150 °C ) 50 A i2t rms 12,5 A 2s (Tvi = 150 °C, > 10 ms) (Tvi = 15 0°C ,

48 pag

Abstract: 33161 5x25mm
Contextual Info: CONTA-CONNECT FUSE TERMINALS SK 1 The new SK 1 fuse terminals with screw connection system have been introduced to extend the CONTACONNECT range of products. Two base terminals are available to fit the 5 x 20 and 5 x 25 miniature fuses that can be supplied with or without status indicators

k3m6

Abstract: K3-M8 b92 diode semikron SKN 71 skn 220 diode skn 71 Semikron SKR 26 /12 Semikron SKR 71 SKR 870 heatsink SKN
Contextual Info: Summary of Types continued Avalanche Rectifier Diodes Type VRRM V(BR) VRSM min. V IFRMS A IFSM i2t sin. 10 ms 10 ms 180 25 °C 25 °C A A2s IFAV @ Tcase A °C Case Page SKa 1 1 300 1 700 3 1,15 451) 60 18 E 33 SKa 3 1 300 1 700 6,7 1,8 451) 180 162 E 34

pic33

Abstract: IC16f877a
Contextual Info: PICflash Programmerare PICflash® programmerare med mikroICD® stöd är ett högpresterande verktyg som används för att programmera PIC16F och PIC18F familjer av mikrokontroller från MICROCHIP®. PICflash programmerare kommunicerar med mikrokontroller via en USB kabel som även används för att driva

2003a1

Abstract: ABB NI 40 Relay manual PLC WIRING DIAGRAM OF ABB ABB RT6 ABB NI 41 Relay manual timer-relay BT50T 60947-5-1 abb JSBT3 emergency button
Contextual Info: Bruksanvisning i original Teknisk beskrivning – BT50 HA6500B Inkopplingsexempel BT50 Original manual Säkerhetsrelä/ expansionsrelä BT50 T Technical description – BT50 HA6500B Connection examples BT50 When supply voltage is connected to A1 and A2, relays K1 and K2 are

ABB RT6

Abstract: free transistor RT6 24DC FILE TRANSISTOR ABB RT6 230 2TLJ010026R0000 2TLJ010026R0200 BT51 abb plc book ABB NI 40 Relay manual
Contextual Info: Bruksanvisning i original Säkerhetsrelä RT6 Vill du ha ett säkerhetsrelä för alla skydd? I så fall ska du välja universalrelä RT6 som kan övervaka både skyddsanordningar och den interna säkerheten i en maskin. Dessutom kan du välja den säkerhetsnivå som önskas vid respektive installation. Detta