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EUPEC powerblock

Catalog Datasheet MFG & Type PDF Document Tags

EUPEC powerblock

Abstract: EUPEC Thyristor Thyristor/Diode Module Range within the 34mm powerBLOCK Case eupec will complete the 34mm Thyristor/Diode module range by the following half bridges: (Detailed data sheets can be found on eupec` homepage http , powerBLOCK range is enlarged by higher currents. 3) Use for the customer: These powerBLOCK modules complete the eupec product portfolio. They are constructed by using the approved eupec pressure contact , applications are input bridges for AC drives within the power range of up to 250kW, where eupec 62mm IGBT half
Eupec
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EUPEC powerblock

Abstract: Thyristor eupec POWERBLOCK MARKETING NEWS Date:2001-01-29 Page 1 of 1 70 mm PowerBLOCK Modules Document No.:MN2001-02 Series release The 70 mm PowerBlock module-family has been released for series production; data sheets can be found on our homepage: http://www.eupec.com The PowerBlock 70 mm product scope offers , , softstarter applications and all areas which require the above mentioned current and voltage levels. eupec , )2902 764-1150 Lothar.Kleber@eupec.com An Infineon Technologies Company Eupec
Eupec
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TZ800N TZ740N TZ630N TZ530N DZ1070N DZ950N EUPEC powerblock Thyristor eupec POWERBLOCK infineon powerblock 2902 MN2001

EUPEC TT 56 n 12

Abstract: EUPEC TT 56 n 16 EUPEC "56 N, TD 56 N, DT 56 N blE T> 34032«ì7 D0D10b2 7b4 IUPEC Elektrische Eigenschaften , Material Copyrighted By Its Respective Manufacturer EUPEC TT56 N,TD 56 N, DT56 N blE D 311G32T7 cmoioba , : 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 , EUPEC TT56 N,TD 56 N, DT56 N blE D 34032*57 DDQlDbH S37 IUPEC [w] 160 Ptot 0.3 0,25 Q2 0.15 H thcA
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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 sj 2028 EUPEC TT 56 n D0D10
Abstract: EUPEC blE D â  34032^7 0001127 540 H U P E C T T 265 N, TD 265 N, DT265 N Elektrische , M2 6 Nm 12 Nm typ. 800 g 17 mm 5 â'¢ 9,81 m/s2 8 LIE J m > EUPEC 34032=1? D00112fl , versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ Maximum , 108 Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthCA blE D EUPEC BMGBBT? 000112e 313 « U P E C ] T T 265 N,TD 265 N, D T 265 N -
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34D3ET7

eupec 425

Abstract: 1B01 EUPEC TZ 425 N blE D m 3MD3ET7 DQD1131 T71 â UPEC , Elektrische Eigenschaften Electrical , MaÃbild outline 9 111 This Material Copyrighted By Its Respective Manufacturer EUPEC TZ 425 N LIE D , . Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RlhcA 60 , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthcA 112 This Material Copyrighted By Its Respective Manufacturer EUPEC TZ 425 N blE D 34032^7 D001133 Ã"44 IUPEC 20 40 60 SO
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eupec 425 1B01 3403E17 D0D1134

EUPEC tt 93 n 14

Abstract: EUPEC blE D â  34035*17 DDD1070 Û3G H U P E C TT93 N, TD 93 N, DT93 N Elektrische , '¢ 9,81 m /s2 2 ' LIE D EUPEC 34032*17 0001071 777 B U P E C TT93 N,TD 93 N, DT93N , zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthCA tA K i d M Bild/Fig. 6 , temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthC A 51 EUPEC blE T > ^032^7 DDÃ107P bD3 « U P E C TT93 N, TD 93 N, DT93 N
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EUPEC tt 93 n 14 QQQ1Q73

powerblock td 162

Abstract: Powerblock und Umgebung/ thermal resistance case to ambient R,hcA 91 b lE EUPEC D 34G32T7 , EUPEC L IE D â  34D32T7 â¡â¡â¡1110 247 HUPEC T T 162 N , T D 162 N , D , UNDERWRITERS LABORATORIES INC. M1 M2 G 6 Nm 12 Nm typ. 310 g 15 mm 5 â  9,81 m/s2 7 EUPEC b , versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal , temperature tA. S Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to
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powerblock td 162 TT162 TT167

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 60 N powerblock TT 131 N 1200 tt 25 n powerblock EUPEC powerblock TD 3403S

EUPEC powerblock TD

Abstract: EUPEC tt 170 n 14 EUPEC TT 170 N, TD 170 N, DT170 N blE D 3MG3ET7 DOOlllt TTE IUPEC Elektrische Eigenschaften , mm 5 â'¢ 9,81 m/s2 8 94 This Material Copyrighted By Its Respective Manufacturer EUPEC 170 N,TD , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RlhcA 200 300 400 500 600 id , ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthcA 95 This Material Copyrighted By Its Respective Manufacturer EUPEC 170 N,TD
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DDD1117 TT170 EUPEC tt 170 n 14 powerblock TT 95 N 1200 EUPEC tt 170 n 12 j 6810 powerblock TT 170 N 1200 EUPEC tt 170 n 08

tt 36 n powerblock

Abstract: powerblock TT 95 N 1200 EUPEC biE D m 34032^7 0DD1D.54 b^fl â UPEC TT 36 N, TD 36 N, DT 36 N , Material Copyrighted By Its Respective Manufacturer EUPEC TT36 N,TD 36 N, DT36 N blE S 314032^7 oooioss , Powerblock und Umgebung/ thermal resistance case to ambient RthCA Bild/Fig. 6 B6 â , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthcA 35 This Material Copyrighted By Its Respective Manufacturer EUPEC TT36 N,TD 36 N, DT36 N blE D 34032^7 OGOlDSb 4LG IUPEC
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tt 36 n powerblock EUPEC powerblock TD 95 N 08 POWERBLOCK TT36 DT36N EUPEC T 36 n eupec TT 95 N 1200

EUPEC powerblock TD

Abstract: tt 25 n powerblock 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 , . 310 g 15 mm 5 â'¢ 9,81 m/s2 7 EUPEC blE T > 3^03377 0001103 *UPEC 142 N,TD 142 N , versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal , current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthCA 83 EUPEC blE T > aHOBET? ODOllCm T43 « U P E C
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Abstract: : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient R,hcA 99 EUPEC b lE , EUPEC k lE ® ® 34032^7 QGOlllfl 53fl HUPEC T T 210 N, TD 210 N, DT210N Electrical , LABORATORIES INC. M1 M2 G 6 Nm 12 Nm typ. 800 g 17 mm 5 â'¢ 9,81 m/s2 8 EUPEC blE D , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient R lhCA Bild/Fig. 6 B6 - , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthcA Bild/Fig. 9 -
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34032T7
Abstract: zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthCA EUPEC blE D 34032T7 , EUPEC blE D â  3MD3ST7 DDD1131 T71 â  U P E C TZ 425 N Elektrische Eigenschaften , . 900 g 15 mm 5 â'¢ 9,81 m /s2 9 blE D EUPEC â  3HQ32*i7 â¡â¡â¡1133 TGfl H U P E C , allowable output current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthCA 12 t [ m s -
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D001134

EUPEC TT 105 N 12

Abstract: EUPE.C L IE ¡D â  34032=17 0 0 D1 D7 H Hfib « U P E C TT 105 N, TD 105 N , /-1 0 % f = 50 Hz M1 M2 G 4 Nm 4 Nm typ. 125 g 12,5 mm 5 â'¢ 9,81 m/s2 2 EUPEC , : Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RtncA Bild/Fig. 4 , current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermai resistance case to ambient RthC A 55 EUPEC blE » â  34D32C 000107b 25^ â  U P E
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EUPEC TT 105 N 12 DT105N CI001CI77
Abstract: EUPEC blE D â  3403^^17 OOOlOflS 552 « U P E C T T 92 N, TD 92 N, DT92 N Elektrische , by UNDERWRITERS LABORATORIES INC. M1 M2 5 â'¢ 9,81 m /s2 4 EUPEC blE D BMGBST? D0à , temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to , current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RIhcA â'" ~ EUPEC blE D BMGBST? 00D1GÃ4 325 « U P E C -
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EUPEC tt 106 N 16

Abstract: EUPEC powerblock EUPEC blE » â  34032^7 0001CHà bSI â  U P E C T T 106 N, T D 106 N, D T 1 0 6 N , > 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
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DT106 EUPEC tt 106 N 16

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 , EUPEC TT31 N,TD 31 N, DT31 N blE D 34032T7 0001051 TÛT UPEC X TAVM M Bi Id/Fig. 1 , : 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 Copyrighted By Its Respective Manufacturer EUPEC TT31 N,TD 31 N, DT31 N blE D 34032^7 0001052 fllS IUPEC
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aeg powerblock td eupec powerblock tt 31 aeg powerblock tt aeg powerblock tt 46 EUPEC tt 162 n 16 AEG 1/2 TV 20A

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 , Material Copyrighted By Its Respective Manufacturer EUPEC 162 N,TD 162 N, DT 162 N blE D 34G32T7 , current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung , allowable output current ld versus ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock , Respective Manufacturer EUPEC 162 N,TD 162 N, DT 162 N blE D smi^T? DDDIIIS CUT mupec zoo 300 40< IrmsM
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EUPEC tt 162 n 14 powerblock tt 93 EUPEC TT 162 N 12 EUPEC tt 93 n powerblock TT 95 N 1000 dt162 TT167N10

EUPEC Td 106 N 12

Abstract: EUPEC TT 106 N 12 EUPEC blE » TT106 N, TD 106 N, DT106N 34032T7 OOOICHO â  UPEC Elektrische Eigenschaften , This Material Copyrighted By Its Respective Manufacturer EUPEC 106 N,TD 106 N, DT 106 N blE D , temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to , ambient temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RthcA 71 This Material Copyrighted By Its Respective Manufacturer EUPEC 106 N, TD
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EUPEC Td 106 N 12 EUPEC TT 106 N 12 powerblock TT 106 N 1200 powerblock TT 106 N 1600 34D32CI7 6B101

EUPEC tt 93 n

Abstract: EUPEC powerblock EUPEC tlE J> m 34032=17 GDDlllfl S3à HUPEC TT210 N, TD 210 N, DT210 N Elektrische , Its Respective Manufacturer EUPEC TT210 N,TD 210 N, DT210 N blE D 34032e]? DDOlin 474 HIUPEC 400 , . Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient R,hcA Bild , temperature tA. Parameter: Wärmewiderstand zwischen Powerblock und Umgebung/ thermal resistance case to ambient RlhcA 99 This Material Copyrighted By Its Respective Manufacturer EUPEC TT210 N,TD 210 N, DT
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6810 RAM EUPEC powerblock TT210
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