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JANTX4N24 TT Electronics OPTEK Technology Transistor Output Optocoupler, 1-Element, SIMILAR TO TO-99, 6 PIN visit Digikey Buy
OHB3040 TT Electronics OPTEK Technology Hall Effect Sensor, Through Hole Mount, ROHS COMPLIANT, PLASTIC, PACKAGE-3 visit Digikey Buy
OP515B TT Electronics OPTEK Technology OP515B visit Digikey Buy
OPI1264 TT Electronics OPTEK Technology Transistor Output Optocoupler, 1-Element, 10000V Isolation, ROHS COMPLIANT, PLASTIC PACKAGE-4 visit Digikey Buy
OVFSG7C8 TT Electronics OPTEK Technology Single Color LED, Green, Water Clear, T-1, 3mm, ROHS COMPLIANT, PLASTIC PACKAGE-4 visit Digikey Buy
OVSA1ABLCR8 TT Electronics OPTEK Technology Single Color LED, Amber, Water Clear, 3.50 X 2.80 MM, 1.95 MM HEIGHT, ROHS COMPLIANT, PLASTIC, LCC-4 visit Digikey Buy

powerblock Tt

Catalog Datasheet MFG & Type PDF Document Tags

EUPEC powerblock

Abstract: thyristor TT 46 N Packages TT 61 N TZ 150 N TT 92 N TZ 240 N TT 104 N TZ 310 N 20 mm Powerblock TT 70 N TZ 400 N TT 85 N TZ 425 N TT 106 N TZ 430 N TZ 500 N TZ 600 N 25 mm Powerblock 50 mm Powerblock TT 121 N TT 131 N TT 240 N TT 310 N 30 mm Powerblock TT 140 N .TT 380 , Powerblock TT 150 N TT 170 N TZ 530 N TT 210 N TZ 630 N TT 215 N TZ 740 N TT 250 N 60 mm Powerblock TT 570 N TZ 800 N 70 mm Powerblock TT 251 N Most Powerblock Modules are
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powerblock TT 95 N 1200

Abstract: powerblock TD 95 N 1200 Overview PowerBLOCK Thyristor Modules for Phase Control 3600 3400 2800 2600 *) 1600 1200 70 mm Single PowerBLOCK Thyristor Modules for Phase Control Type ITRMSM A ITSM A 10 ms , Baseplate = 20 mm TT 61 N TT 92 N TT 104 N VDRM VRRM V VDSM = VDRM VRSM = VRRM + 100 V 1200 . 1600 1000 . 1600 1000 . 1400 Baseplate = 25 mm TT 70 N TT 106 N 1600 . 2400 , Baseplate = 30 mm TT 121 N TT 131 N 1200 . 2000* 1200 . 1600 200 220 2350 3200 27,6
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powerblock TT 95 N 1200

Abstract: powerblock DD 76 N 1200 kuka-2003-inhalt.qxd 17.04.2003 10:34 Uhr Seite 23 PowerBLOCK Thyristor Modules for , 0,85 3,40 2,15 2,15 150 150 150 Baseplate = 20 mm TT 61 N TT 92 N TT 104 N , Baseplate = 25 mm TT 70 N TT 106 N 1600 . 2400* 1200 . 1800 150 180 1450 2000 10,5 , ,35 0,33 0,08 0,08 125 140 TP25/75 TP25/75 Baseplate = 30 mm TT 121 N TT 131 N , TP30/75 TP30/75 Baseplate = 34 mm TT 122 N TT 140 N TT 142 N TT 162 N TT 180 N 1600 .
Eupec
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powerblock TT 95 N 1200 powerblock DD 76 N 1200 powerblock tt 45 tt 25 n powerblock EUPEC TT 105 N 12 EUPEC tt 162 n 16 TP70/76

powerblock td 162

Abstract: lE D 34G32^7 G G D llll 163 HUPEC TT 162 N,TD 162 N, DT 162 N M [A ] Bild , versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient R,hC A LAJ - 20 TT 162 N b 40 60 80 100 t A tc ] â , Powerblock und Umgebung/ thermal resistance case to ambient R,hcA 91 b lE EUPEC D 34G32T7 0QG1112 G IT â  UPEC TT 162 N,TD 162 N, DT 162 N 0 20 TT162NB Ec] Bild/Fig. 7
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powerblock td 162 34D32T7 TT162 TT167

5N16

Abstract: EUPEC tt 104 EUPF/; bl£ ] ) 34032*17 GOOlDÃb ITfl â  U P E C m TT 104 N, TD 104 N, DT104 N , Thermal properties Innerer Wärmewiderstand max. Tt tvj = 25à Vd = 6 V C, Iq m = 0,6 A , versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal , 200 M 0 TT 104 N 2 I TAV [ * ] - T T 9 2 N1 o 120 T TW .N I. 160 ^ , temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to
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5N16 EUPEC tt 104

EUPEC powerblock TT 18 N 14

Abstract: EUPEC powerblock TT 18 N 12 EUPEC blE D â  3403217 â¡â¡â¡1042 17L. H U P E C TT 18 N, TD 18 N, DT 18 N , EUPEC blE D 3M032R7 00D1043 flOE « U P E C TT 18 N,TD18 N, DT 18 N it - _ I tav _ TT 18/3 p La J â'" Bild/Fig. 1 DurchlaÃverlustleistung eines Zweiges/On-state power , versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal , zwischen Powerblock und Umgebung/ thermal resistance case to ambient R^ca 23 blE » EUPEC
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EUPEC powerblock TT 18 N 14 EUPEC powerblock TT 18 N 12 EUPEC powerblock TT 18 N 16 D001D45

EUPEC TT

Abstract: EUPEC powerblock tt 131 EUPEC TT 131 N, TD 131 N, DT131 N blE D 3403Stî7 OOOICHà TIT IUPEC Elektrische , INC. 78 This Material Copyrighted By Its Respective Manufacturer EUPEC TT 131 N,TD 131 N, DT 131 N , allowable output current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock , allowable output current versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock , Respective Manufacturer EUPEC TT 131 N,TD 131 N, DT 131 N blE D 34032^7 aOOllGD 3Tfl IUPEC 200 300 400
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EUPEC TT EUPEC powerblock tt 131 powerblock TT 131 N 1200 powerblock tt 60 N EUPEC TT 131 N 12 EUPEC powerblock TD 3403S

EUPEC powerblock TD

Abstract: tt 25 n powerblock : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthCA TT 1« Nil , EUPEC blE ] ) â  3 4 0 3 2 ^ 7 0 0 D 1 1 D 2 170 M U P E C TT 142 N, TD 142 N, DT142 , ] I d [A ] 20 TT I W N 6 40 80 100 tA EC] - 300 *d M B ild /Fig . 5 B , versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal , current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung
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EUPEC TT 56 n 12

Abstract: EUPEC TT 56 n 16 : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthcA 600 M , current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung , allowable current Irms versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und , . Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthCA Bild , Copyrighted By Its Respective Manufacturer EUPEC blE » â  3403217 DOOlObS 473 BIUPEC TT 56 N,TD 56 N
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DT56N EUPEC TT 56 n 12 EUPEC TT 56 n 16 EUPEC TD 56 N 08 EUPEC TT 56 n 14 EUPEC powerblock sj 2028 D0D10

powerblock Tt

Abstract: in ceramic housing as well as PowerBLOCK modules in various thyristor and diode configurations. The , application fields. t PowerBLOCK modules are offered in a broad range containing thyristor and diode , Discs 200â'‰â'V up to 9500â'‰V 100â'‰A up to 8320â'‰A PowerBLOCK modules 400â'â'‰â'V up , Product Brief Thyristors and Diodes Overview PowerBLOCK modules 4400 VRRM[V] 3600 3400 3200 3000 2800 2600 2400 2200 2000 1800 TT 1600 TT TT, TD TT, TD TT, TD TT, TD
Infineon Technologies
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powerblock Tt

GTO hvdc thyristor

Abstract: welding rectifier circuit board power systems we provide discs in ceramic housing as well as PowerBLOCK modules in various thyristor and diode configurations. Type Ceramic Thyristor/Diode Discs PowerBLOCK modules Voltage VRRM , Thyristor Overview PowerBLOCK modules 3600 VRRM[V] 3400 3200 3000 2800 2600 2400 50 mm Modules available in new Advanced Medium Power Technology 2200 2000 1800 1600 1400 TT, DT TT, DD TT, DT TT, TD TD, ND TD, DD DT, DD DT, TD DD ND TZ, DZ ND TZ
Infineon Technologies
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GTO hvdc thyristor welding rectifier circuit board thyristor ltt 1590A single phase fully controlled rectifier scr control circuit for welding

welding rectifier circuit board

Abstract: GTO hvdc thyristor Ceramic High Power Thyristor/Diode PowerBLOCK Modules Current ITAV 200 V up to 6.800 V Ceramic/Epoxy Thyristor/Diode Id = 30 - 65 A robust housing construction as PowerBLOCK modules in , 1080 A 300 A 1800 2000 1600 ITAV 1400 1800 270 A 160 A 1200 600 1600 TT, DT TT, DD 1400 TT, DT TT, DT TT, DT TD, ND TD, DD 400 TZ, TT TD, DT 41 mm , Disc 5800 5000 4800 Available Module Configurations Description shortcut TT Available
Infineon Technologies
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three phase fully controlled rectifier SCR GTO TT 2240 IGCT TDB6HK thyristor tt 330

EUPEC tt 106 N 16

Abstract: EUPEC powerblock > EUPEC BHÃBST? Q0010S1 SbS « U P E C TT 106 N,TD 106 N, DT 106 N ITAV [A ] - Bild/Fig , allowable output current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthCA 71 blE D EUPEC 34035^7 O O O I G ^ mi â UPEC TT 106 N, TD 106 N, DT 106 N â'˜ A [- 0 â , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthCA Bild/Fig. 8 W3C -
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DT106 EUPEC tt 106 N 16 0001CH

EUPEC TT 105 N 12

Abstract: EUPEC TT 251 N 14 , TD 250 N, DT 250 N TT 251 N,TD 251 N, DT 251 N blE J> 34032^7 QDD1124 Ã31 UPEC Bild/Fig. 1 , current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthcA TT Ã50 H IO Bild/Fig. 6 B6 - Sechspuls-Brückenschaltung , Powerblock und Umgebung/ thermal resistance case to ambient R.hCA 104 This Material Copyrighted By Its , ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance
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TT250 DT250 EUPEC TT 251 N 14 EUPEC powerblock TT251 N 14 erl 35c EUPEC powerblock TT251 powerblock tt 251 n EUPEC tt 250 n TT251 DT251

EUPEC powerblock tt142

Abstract: EUPEC TT 56 n 12 Respective Manufacturer EUPEC TT 142 N,TD 142 N, DT 142 N blE J> 34032^7 0001103 007 â IUPEC 200 M ! I , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RmcA Bild/Fig. 6 B6 â , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthcA S3 This Material Copyrighted By Its Respective Manufacturer EUPEC blE D m 34032^7 DGOllOH T43 WM UPEC TT 142 N,TD 142 N , Powerblock und Umgebung/ thermal resistance case to ambient RthCA tA [-e] 300 IRMS [A] Bild/Fig. 8 W3C -
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DT142N EUPEC powerblock tt142 EUPEC tt 170 n 14 I300 EUPEC tt 142 n 16 powerblock TD 170 N TT142

EUPEC TT 105 N 12

Abstract: EUPEC TT 105 N 14 EUPE.C LIE 3> WM 34032=17 0DD1074 4fib «UPEC TT 105 N, TD 105 N, DT105 N Elektrische , ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance , current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung , EUPEC TT 105 N,TD 105 N, DT105N LIE D 34035^7 â¡00107b 2S«3 MUPEC TT.S», tAfc] -_ IrMsW -» , Powerblock und Umgebung/ thermal resistance case to ambient RthcA Bild/Fig. 9 B2 â
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EUPEC TT 105 N 14 EUPEC tt 105 N 16 EUPEC tt 105 EUPEC TT 105 N of EUPEC tt 105 N 16 TT 105 N 12

powerblock dd 82 S 800

Abstract: powerblock dd Fast Powerblock Modules Fast Diodes VRRM = 400 800 1200 1600 2000 2400 Fast Thyristors V RRM = 200 DD 46 S TT 46 F DD 61 S TT 71 F DD 62 S TT 81 F DD 81 S TT 101 F DD 82 S TT 111 F DD 121 S TT 180 F DD 122 S TT 200 F DD 230 S TZ 285 S DD 241 S TZ 335 F DD 242 S 600 1000 1400 -
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powerblock dd 82 S 800 powerblock dd TT 46 tt200f

aeg powerblock td

Abstract: eupec powerblock tt 31 EUPEC TT 31 N, TD 31 N, DT 31 N biE D m 31*032^7 oooigso tme hiupec Elektrische Eigenschaften , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient R,hca Bild/Fig. 6 B6 â , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient Ridca 31 This Material , zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthcA , . Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient Rtt,ca
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aeg powerblock td eupec powerblock tt 31 aeg powerblock tt aeg powerblock tt 46 AEG 1/2 TV 20A aeg tt 46 n 1200

EUPEC tt 162 n 14

Abstract: powerblock td 162 EUPEC TT 162 N, TD 162 N, DT 162 N LIE D BHDBET? â¡â¡â¡1110 247 IUPEC Elektrische , current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung , allowable output current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock , ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance , per phase Irms versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und
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EUPEC tt 162 n 14 powerblock tt 93 tt 36 n powerblock EUPEC TT 162 N 12 EUPEC tt 93 n EUPEC tt 93 n 14 34D3ET7 TT167N10

powerblock TT 25 N 12

Abstract: DT18N EUPEC blE J> U 1 3HD3ET7 â¡â¡â¡1042 MUPEC TT 18 N, TD 18 N, DT18 N , ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient Rtr,cA 23 This Material , zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthcA q25 \ i / cp , per phase lRMS versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und
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powerblock TT 25 N 12 DT18N powerblock TT 25 N TD18 powerblock TT 18 EUPEC T 760 D001G45
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