TT425N16KOF
Abstract: TT425N14KOF TT430N22KOF TT106N16KOF TT162N14KOF TT106N14KOF 190s TT122N22KOF TT162N14-KOF 240s diode
Contextual Info: W1C - Schaltung Luftselbstkühlung TA = 45 °C click on MB to select outline Typenbezeichnung SAP Bauelement KK Lüfter MB W1C 230 - 90S - KM14-1TT61N-RC W1C 230 - 125S - KM14-1TT106N-RC W1C 230 - 160S - KM14-1TT162N-RC W1C 230 - 190S - KM14-1TT250N-RC W1C 230 - 255S - KM17-1TT425N-RC
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KM14-1TT61N-RC
KM14-1TT106N-RC
KM14-1TT162N-RC
KM14-1TT250N-RC
KM17-1TT425N-RC
TT61N08KOF
TT106N08KOF
TT162N08KOF
TT250N08KOF
TT425N08KOF
TT425N16KOF
TT425N14KOF
TT430N22KOF
TT106N16KOF
TT162N14KOF
TT106N14KOF
190s
TT122N22KOF
TT162N14-KOF
240s diode
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k0.048f
Abstract: 048F-2T1989N-RC 2T458N22TOF 2T699N22TOF
Contextual Info: W1C - Schaltung W1C - Circuit Luftselbstkühlung T A = 45°C Natural air cooling T A = 45°C Typenbezeichnung Part No. Bauelement Components Kühlkörper Lüftertyp Maßbild Heatsink Fantype Outline W1C 230 - 230S - K0.65S -2T378N-RC W1C 230 - 270S - K0.65S -2T618N-RC
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-2T378N-RC
-2T618N-RC
05F-2T719N-RC
05F-2T1189N-RC
048F-2T1989N-RC
2T378N08TOF
2T618N08TOF
k0.048f
048F-2T1989N-RC
2T458N22TOF
2T699N22TOF
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semikron SKS
Abstract: 50G K SEMISTACK - Thyristor w1c semikron
Contextual Info: SEMISTACK - Thyristor Circuit Irms Vrms min - (max) Types W1C W1C 25 50 90 - 277 90 - 277 SKS 25G 2xW1C 6 V6 SKS 50G W1C 6 V6 Symbol Conditions SEMITOP Stack 1) Single phase controller SKS 25G 2xW1C 6 V6 SKS 50G W1C 6 V6 SK 70 KQ or SK 100 KQ P49/63G Target Data
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P49/63G
semikron SKS
50G K
SEMISTACK - Thyristor
w1c semikron
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TT162N14KOF
Abstract: TT162N14-KOF 170M2666 TT61N14KOF 170M2670 TT162N08KOF tt162n16kof B 690 tt104n14kof TT162N14KO
Contextual Info: W1C - Schaltung Luftselbstkühlung TA = 45 °C mit Strangsicherungen verstärkte Luftkühlung TA = 35 °C click on MB to select outline Typenbezeichnung SAP Bauelement KK Sicherung Lüfter MB P4658 29 29 30 31 P4658 29 29 30 31 W1C 230-100S - KM33-1TT61N-RCS
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P4658
230-100S
KM33-1TT61N-RCS
230-140S
KM33-1TT104N-RCS
230-210S
KM14-1TT250N-RCS
230-320F
KM14-1TT162N-LRCST
TT162N14KOF
TT162N14-KOF
170M2666
TT61N14KOF
170M2670
TT162N08KOF
tt162n16kof
B 690
tt104n14kof
TT162N14KO
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T879N
Abstract: T718N T1189N T1509N T1989N T358N T508N T588N diode 47-16 47-16 diode
Contextual Info: W1C - Schaltung ~ Anschlußspannung Bemessungs-Gleichspannung Sperrspannung Bauelement n. VDE 0558 VDRM/RRM 400 Veff 500 Veff 1400 V 1600 V ~ Kühlblöcke für Wasserkühlung Temp. tA Satzstrom Id Verlustl. P d Schaltung [°C] [A] [W] 25 537 764 857 1109
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T1078N
Abstract: T1258N T348N T398N T828N
Contextual Info: W1C - Schaltung ~ Anschlußspannung Bemessungs-Gleichspannung Sperrspannung Bauelement n. VDE 0558 VDRM/RRM 60 Veff 125 Veff 180 Veff 200 V 400 V 600 V ~ Kühlblöcke für Luftselbstkühlung Temp. tA Satzstrom Id [°C] [A] Verlustl. P d Luftmen. v L Schaltung
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T398N
T828N
T1258N
T1078N
T348N
T1078N
T1258N
T348N
T398N
T828N
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Thyristor 1504
Abstract: T358N V 2238 T1189N T1509N T178N T1989N T298N T508N T718N
Contextual Info: W1C - Schaltung ~ Anschlußspannung Bemessungs-Gleichspannung Sperrspannung Bauelement n. VDE 0558 VDRM/RRM 400 Veff 500 Veff 1400 V 1600 V ~ Kühlblöcke für verstärkte Luftkühlung Temp. tA Satzstrom Id [°C] [A] [W] 25 310 414 522 695 876 1237 1590
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T718N
Abstract: Thyristor 1504 T1189N T1509N T1989N T298N T358N T588N T719N
Contextual Info: W1C - Schaltung ~ Anschlußspannung Bemessungs-Gleichspannung Sperrspannung Bauelement n. VDE 0558 VDRM/RRM 400 Veff 500 Veff 1400 V 1600 V ~ Kühlblöcke für Luftselbstkühlung Temp. tA Satzstrom Id [°C] [A] 35 40 45 50 55 60 134 202 297 353 459 484 595
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T1059N
Abstract: T1589N T2159N T308N T458N T459N T709N 606 thyristor
Contextual Info: W1C - Schaltung ~ Anschlußspannung 690 Veff Bemessungs-Gleichspannung Sperrspannung Bauelement n. VDE 0558 VDRM/RRM 2200 V ~ Kühlblöcke für Luftselbstkühlung Temp. tA Satzstrom Id [°C] [A] 35 40 45 50 55 60 109 159 195 239 291 366 443 514 578 698 102
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T308N
T458N
T709N
T1059N
T1589N
T2159N
T1059N
T1589N
T2159N
T308N
T458N
T459N
T709N
606 thyristor
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3771
Abstract: thyristor 406 A 3198 T1059N T1589N T2159N T308N T458N T709N
Contextual Info: W1C - Schaltung ~ Anschlußspannung 690 Veff Bemessungs-Gleichspannung Sperrspannung Bauelement n. VDE 0558 VDRM/RRM 2200 V ~ Kühlblöcke für Wasserkühlung Wasser men. vL pro KB Temp. tA Satzstrom Id Verlustl. P d Schaltung Diode D Thyristor T [°C] [A]
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T308N
T458N
T709N
T1059N
T1589N
T2159N
3771
thyristor 406
A 3198
T1059N
T1589N
T2159N
T308N
T458N
T709N
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W1C 400
Abstract: MMo CA
Contextual Info: MMO 110 MLO 110 Advanced Technical Information IRMS = 112 A VRRM = 800-1400 V AC Controller Modules in ECO-PACTM VRSM VDSM VRRM VDRM V V 800 1200 1400 800 1200 1400 A W1C Type I/H MMO 110-08io7 MMO 110-12io7 MMO 110-14io7 MLO 110-08io7 MLO 110-12io7 MLO 110-14io7
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110-08io7
110-12io7
110-14io7
D-68623
W1C 400
MMo CA
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W1C 400
Abstract: w1c semikron
Contextual Info: VRSM VRRM VDRM SEMITOP 1 IRMS maximum values for continuous operation (Th = 85 °C) V V 29 A 900 1300 1700 800 1200 1600 SK 25 KQ 08 SK 25 KQ 12 SK 25 KQ 16 Antiparallel Thyristor Module SK 25 KQ Symbol Conditions Values Units IRMS W1C; sin 180°; Th = 100 °C
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ARKETIN\FRAMEDAT\datbl\B17-Semitop\sk25kq
W1C 400
w1c semikron
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semikron SK 100 125 T
Abstract: semikron SK SK 100 KQ 12
Contextual Info: SK 25 KQ VRSM VRRM VDRM SEMITOP 1 IRMS maximum values for continuous operation (Th = 85 °C) V V 29 A 900 1300 1700 800 1200 1600 SK 25 KQ 08 SK 25 KQ 12 SK 25 KQ 16 Antiparallel Thyristor Module SK 25 KQ Symbol Conditions Values Units IRMS W1C; sin 180°; Th = 100 °C
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175-16io7
Abstract: thyristor circuits
Contextual Info: MMO 175 MLO 175 IRMS = 175 A VRRM = 800-1600 V AC Controller Modules Preliminary Data VRSM VDSM VRRM VDRM V V 800 1200 1600 800 1200 1600 MMO Type A W1C I/H MMO 175-08io7 MMO 175-12io7 MMO 175-16io7 MLO 175-08io7 MLO 175-12io7 MLO 175-16io7 G/F N A MLO (W1H)
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175-08io7
175-12io7
175-16io7
175-16io7
thyristor circuits
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Contextual Info: MMO 140 MLO 140 IRMS = 140 A VRRM = 800-1600 V AC Controller Modules Preliminary Data VRRM VDRM V V 800 1200 1600 800 1200 1600 MMO Type A W1C I/H MMO 140-08io7 MMO 140-12io7 MMO 140-16io7 MLO 140-08io7 MLO 140-12io7 MLO 140-16io7 G/F N A MLO (W1H) G/F I/H
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140-08io7
140-12io7
140-16io7
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SII3132
Abstract: SII3132CNU gather capacitor power one pmp 7.24 111B 1.5G msi 9121 SiI-DS-0138-C 0xeb140101 MSI 7129 diagram MS 7125
Contextual Info: SiI-DS-0138-C Revision C 02 Feb 2007 SiI3132 PCI Express to Serial ATA Controller Data Sheet Silicon Image, Inc. 1060 East Arques Ave. Sunnyvale CA 94085 408 616-4000 www.siliconimage.com Copyright 2006, Silicon Image, Inc. All rights reserved. No part of this publication may be reproduced, transmitted,
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SiI-DS-0138-C
SiI3132
SII3132CNU
gather capacitor
power one pmp 7.24
111B 1.5G
msi 9121
0xeb140101
MSI 7129 diagram
MS 7125
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GL650USB
Abstract: MIC29302 usbhub genesys logic hub usb port diagram on motherboard MIC2526-8
Contextual Info: Genesys Logic, Inc. GL650USB USB 4 PORT HUB CONTROLLER DATA SHEET, Version 1.2 Aug. 18, 2000 Genesys Logic, Inc. 10F, No.11, Ln.3, Tsao Ti Wei, Shenkeng, Taipei, Taiwan Tel: 886-2-2664-6655 Fax: 886-2-2664-5757 http://www.genesyslogic.com GL650USB 4 PORT USB HUB CONTROLLER
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GL650USB
GL650USB
24MHz
MIC29302
usbhub
genesys logic hub
usb port diagram on motherboard
MIC2526-8
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8-Port USB hub
Abstract: GL650USB GL652USB genesys logic hub usb port diagram on motherboard MIC2526-8 "USB Hub Controller" schematic diagram of usb hub 8-Port USB hub circuit usbhub
Contextual Info: Genesys Logic, Inc. GL652USB USB 7 PORT HUB CONTROLLER DATA SHEET, Version 1.2 Aug. 18, 2000 Genesys Logic, Inc. 10F, No.11, Ln.3, Tsao Ti Wei, Shenkeng, Taipei, Taiwan Tel: 886-2-2664-6655 Fax: 886-2-2664-5757 http://www.genesyslogic.com GL652USB 7 PORT USB HUB CONTROLLER
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GL652USB
GL652USB
24MHz
MIC29302
MIC29512
8-Port USB hub
GL650USB
genesys logic hub
usb port diagram on motherboard
MIC2526-8
"USB Hub Controller"
schematic diagram of usb hub
8-Port USB hub circuit
usbhub
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semikron SK 100 125 T
Abstract: w1c semikron SEMIKRON SK Semikron sk 75
Contextual Info: SK 25 UT, SK 45 UT VRSM VRRM VDRM SEMITOP 3 IRMS maximum values for continuous operation (Th = 85 °C) V V 29 A 47 A 900 1300 1700 800 1200 1600 SK 25 UT 08 SK 25 UT 12 SK 25 UT 16 SK 45 UT 08 SK 45 UT 12 SK 45 UT 16 Symbol Conditions Three phase antiparallel
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Anti-Parallel Thyristor
Abstract: Semikron sk 75
Contextual Info: VRSM VRRM VDRM SEMITOP 3 IRMS maximum values for continuous operation (Th = 85 °C) V V 29 A 47 A 900 1300 1700 800 1200 1600 SK 25 UT 08 SK 25 UT 12 SK 25 UT 16 SK 45 UT 08 SK 45 UT 12 SK 45 UT 16 Symbol Conditions Three phase antiparallel Thyristor Module
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ARKETIN\FRAMEDAT\datbl\B17-Semitop\sk25ut
Anti-Parallel Thyristor
Semikron sk 75
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semikron SK 300
Abstract: Semikron sk 20 Anti-Parallel Thyristor
Contextual Info: VRSM VRRM VDRM SEMITOP 3 IRMS maximum values for continuous operation (Th = 85 °C) V V 29 A 47 A 900 1300 1700 800 1200 1600 SK 25 UT 08 SK 25 UT 12 SK 25 UT 16 SK 45 UT 08 SK 45 UT 12 SK 45 UT 16 Symbol Conditions Three phase antiparallel Thyristor Module
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ARKETIN\FRAMEDAT\datbl\B17-Semitop\sk25ut
semikron SK 300
Semikron sk 20
Anti-Parallel Thyristor
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verilog code for UART with BIST capability
Abstract: 000-3FF PCI32 avalon vhdl byteenable
Contextual Info: PCI32 Nios Target MegaCore Function 101 Innovation Drive San Jose, CA 95134 408 544-7000 http://www.altera.com A-UG-PCI32-1.1 Core Version: Document Version: Document Date: 1.1.0 1.1 February 2002 PCI32 Nios Target MegaCore Function User Guide Copyright 2002 Altera Corporation. Altera, The Programmable Solutions Company, the stylized Altera logo, specific device designations, and all
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PCI32
-UG-PCI32-1
verilog code for UART with BIST capability
000-3FF
avalon vhdl byteenable
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A14U
Abstract: thyristor battery charging skt4012e C835 SKT 1900
Contextual Info: SKT 40 Download PDF here VRSM VRRM, VDRM ITRMS = 63 A maximum value for continuous operation V V ITAV = 40 A (sin. 180; Tc = 80 °C) 500 400 SKT 40/04D 700 600 SKT 40/06D 900 800 SKT 40/08D 1300 1200 SKT 40/12E 1500 1400 SKT 40/14E 1700 1600 SKT 40/16E 1900
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40/04D
40/06D
40/08D
40/12E
40/14E
40/16E
40/18E
A38MA,
O-208AC
A14U
thyristor battery charging
skt4012e
C835
SKT 1900
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MS3500A
Contextual Info: SKT 130 VRSM VRRM, VDRM ITRMS = 220 A maximum value for continuous operation V V ITAV = 130 A (sin. 180; Tc = 85 °C) 500 400 SKT 130/04D 700 600 SKT 130/06D 900 800 SKT 130/08D 1300 1200 SKT 130/12E 1500 1400 SKT 130/14E 1700 1600 SKT 130/16E Symbol Conditions
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130/04D
130/06D
130/08D
130/12E
130/14E
130/16E
M16x1
A47MC;
O-209
MS3500A
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