A Wide Range In Short Words. High Power Semiconductors for Industrial Applications » Short Form Catalog » 2006 Infineon Technologies AG Max-Planck-Straße 5 D-59581 Warstein Tel. +49 (0) 29 02 7 64-0 Fax +49 (0) 29 02 7 64-12 56 www.infineon.com
5-2006-3000
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Infineon Technolgies AG
Infineon Technolgies AG Infineon AG Warstein – is situated in Warstein and is one of the world’s leading manufacturers of Power Semiconductors in Module- and Disc-design. As former eupec, it was founded in January 1990, when the Power Semiconductor areas of Siemens and AEG merged. Since April, 1999 eupec has been a 100 % subsidiary of Infineon Technologies with production sites in Warstein and Cegléd (Hungary), with sales companies in the USA, Spain and France, and with agencies in all important industrial regions worldwide. eupec has set worldwide industrial standards by its product innovations. In this connection, eupec all the time focuses its attention on customer benefit and customer satisfaction, two important aspects and company guidelines. As per October 1st, 2005, eupec GmbH has been fully integrated into Infineon Technologies AG. eupec operates now as Infineon Technologies AG, based in Warstein. The name eupec will remain as a brand next to the Infineon brand name for a transitional period of two years. Infineon´s power semiconductors are used for applications in the power range of 0,5 kW up to more than 1 giga watt; typical application areas are: Drives: Rolling mills, presses, machine tools, household appliances of 0,5 kW up to more than 1 MW. Traction: Railway drives, power supplies, battery vehicles.
Metal processing: Welding, inductive heating, laser applications. Energy networks: High voltage d.c. transmission systems, high voltage power compensation. Power supply: Medical equipment, de-centralised power supply units, static power supplies, and UPS. An important extension of our product portfolio is the family of IGBT-drivers, called EiceDRIVER TM. The EiceDRIVER TM family is divided into two main product categories, ICs (as Coreless Transformer) and Boards. The ICs are defined and produced by Infineon Technologies AG. For more information, please look into www.eicedriver.com. Based on its strong market position, Infineon is able to invest in research and development to a high extent. Important synergy effects, which are to everybody’s benefit, are obtained by the close co-operation with the research and development area of Infineon Technologies and by the collaboration with worldwide leading waferfabs. More than 1200 motivated, dedicated, and flexible employees are the basis for new ideas which will lead to new products and to further improved solutions for our customers. This is what our slogan “power electronics in motion” wants to say.
Infineon AG Warstein – mit Firmensitz in Warstein gehört zu den weltweit führenden Herstellern für Leistungshalbleiter in Modul- und Scheibenbauform. Im Januar 1990 wurde die ehemalige eupec durch die Zusammenlegung der Leistungshalbleiter-Aktivitäten von Siemens und AEG gegründet. Seit April 1999 ist eupec zu 100 % eine Tochtergesellschaft von Infineon Technologies mit Produktionsstätten in Warstein und Cegléd (Ungarn), Vertriebs-Niederlassungen in den USA, Spanien und Frankreich sowie Vertretungen in den wichtigsten Industrieregionen weltweit. Seit dem ersten Oktober 2005 ist eupec GmbH vollständig in die Infineon Technologies AG integriert. eupec operiert jetzt als als Infineon Technologies AG mit Sitz in Warstein. Der Name eupec bleibt als Handelsmarke für eine Übergangszeit von zwei Jahren neben der Infineon Handelsmarke bestehen. Infineon hat mit seinen Produktinnovationen weltweit industrielle Standards gesetzt. Dabei stehen Kundennutzen und Kundenzufriedenheit stets im Focus und sind Bestandteil des Unternehmensleitbildes. Die Leistungshalbleiter der Infineon werden in leistungselektronischen Anwendungen von etwa 0,5 kW bis über 1 Gigawatt eingesetzt; typischerweise in folgenden Anwendungsgebieten: Antriebe: Walzwerke, Druckmaschinen, Werkzeugmaschinen, Haushaltsanwendungen von 0,5 kW bis über 1 MW. Traktion: Bahnantriebe, Bord-Stromversorgungen, Batteriefahrzeuge.
Metallbearbeitung: Schweißtechnik, Induktive Erwärmung, Laseranwendungen. Energienetze: Hochspannungs-Gleichstrom-Übertragungs-Systeme, Hochspannungs-Leistungs-Kompensation. Stromversorgung: Medizinische Geräte, dezentrale Energieversorgungssysteme, statische Stromversorgungen und unterbrechungsfreie Stromversorgungen. Eine wichtige Erweiterung des Produktportfolios, sind IGBT-Treiber, die unter dem Markennamen EiceDRIVER TM angeboten werden. EiceDRIVER TM ist unterteilt in zwei wesentliche Produktkategorien, ICs (als Coreless Transformer) und Boards. Die ICs werden von Infineon Technologies AG definiert und hergestellt. Weitere Informationen erhalten Sie unter www.eicedriver.com. Dank der starken Position auf dem Markt ist es Infineon möglich, erheblich in Forschung und Entwicklung zu investieren. Darüber hinaus erbringen die enge Zusammenarbeit mit dem Fachbereich Forschung und Entwicklung von Infineon Technologies und weltweit führenden Fabriken zur Chipherstellung Synergieeffekte, die sich für alle Beteiligten zum Vorteil auswirken. Risikobereitschaft, Experimentierfreude und unkonventionelles Denken der über 1200 Mitarbeiter sind die Basis für die Ideen zu neuen Produkten und immer besseren Lösungen für unsere Kunden. Das drückt sich auch in unserem Slogan „power electronics in motion“ aus.
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Content
Page
Presentation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3 IGBT Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 Overview IGBT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7 Low Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 EasyPIMTM Power Integrated Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 EasyPACK . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 EasyDUAL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12 Medium Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 EconoPIMTM Power Integrated Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 13 EconoPACKTM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15 34 mm and 62 mm Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17 EconoPACKTM+ . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20 EconoDUALTM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 21 High Power . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22 IGBT Modules IHM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22 IGBT Modules IHV . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 Diode Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24 Drivers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26 EiceDRIVER TM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26 SCR/Diode Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 27 Bridge Rectifier / AC Switches EasyBRIDGE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 28 EconoBRIDGETM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30 IsoPACKTM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 31 Overview PowerBLOCK Thyristor Modules for Phase Control . . . . . . . . . . . 32 PowerBLOCK Thyristor Modules for Phase Control . . . . . . . . . . . . . . . . . . . . . . . . 33 PowerBLOCK Single Thyristor Modules for Phase Control . . . . . . . . . . . . . . . . . . . 34 Overview PowerBLOCK Thyristor/Diodes Modules for Phase Control . . . . 35 PowerBLOCK Thyristor/Diode Modules for Phase Control . . . . . . . . . . . . . . . . . . . 36 Overview PowerBLOCK Diodes/Thyristor Modules for Phase Control . . . . 37 PowerBLOCK Diode/Thyristor Modules for Phase Control . . . . . . . . . . . . . . . . . . . 38 Overview PowerBLOCK Diode Modules for Phase Control . . . . . . . . . . . . . 39 PowerBLOCK Rectifier Diode Modules for Phase Control . . . . . . . . . . . . . . . . . . . . 40 PowerBLOCK Fast Thyristor Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .41 PowerBLOCK Fast Asymmetric Thyristor Modules . . . . . . . . . . . . . . . . . . . . . . . . . 42 PowerBLOCK Fast Diode Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 43 Presspacks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 44 Overview Phase Control Thyristors in Disc Housings . . . . . . . . . . . . . . . . . . 44 Pulsed Power Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45 Traction Crow Bar . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45
Content
Page
Phase Control Thyristors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46 Fast Thyristors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 51 Fast Asymmetric Thyristors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 54 Overview Rectifier in Disc Housings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 55 Rectifier Diodes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 56 Freewheeling Diodes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 59 Snubber Diodes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 60 Fast Rectifier Diodes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 61 Avalanche Rectifier Diodes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63 Welding Diodes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 63 Insulated Cells . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 64
Further data sheets are available on request: IGBT-Modules PIM Modules Thyristor-/Diode-Modules Fast Thyristors Thyristors for Phase Control Power Rectifier Diodes Snubber and Freewheeling Diodes Actual, extensive data can be obtained in PDF-format from our internet address: www.infineon.com
Stacks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 65 Possible Combinations of Presspacks and Heatsinks . . . . . . . . . . . . . . . . . . . . . . . 65 ModSTACKTM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 66 PrimeSTACKTM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 68 Outlines . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70 Heatsinks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 70 ModSTACKTM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 79 PrimeSTACKTM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 83 IGBT Modules . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 89 EasyBRIDGE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 102 EconoBRIDGETM Rectifier . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 103 IsoPACKTM Bridge Rectifier and AC-Switches . . . . . . . . . . . . . . . . . . . . . . . . . . . . 104 PowerBLOCKs . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 105 Presspacks . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 108 EiceDRIVER TM . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .120 Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 121 Mounting Hardware for EasyPIMTM, EasyPACK, EasyBRIDGE, EasyDUAL Modules 121 Gate Leads for PowerBLOCK Thyristor Modules . . . . . . . . . . . . . . . . . . . . . . . . . .122 Standard Gate Leads for Disc Type Devices . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 123 Clamping Force and Disc Diameter . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 124 Explanations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 126 Letter Symbols . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 126 Type Designations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 128 Package Units . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .130 Certificates . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 132 Contact Worldwide . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 133 Terms and conditions of delivery . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .135
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Overview IGBT’s 3300 V 6500 V IHV
P [kW]
P. 24
1200 V 1600 V 1700 V IHM P. 22
600 V 62 mm 600 V 34 mm
1200 V 1700 V
P. 17
1200 V 1700 V
P. 17
1200 V 1700 V EconoPACK™+ P. 20
1200 V 1700 V EconoDUAL™ P. 21
600 V 1200 V 1700 V EconoPACK™ P. 15
600 V 1200 V EconoPIM™ P. 13
600 V 1200 V EasyPIM™/EasyPACK/EasyDUAL P. 8
IC [A] 6 10
20
25
50
100
150
200
400 450
800
1200
3600
7
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 8
IGBT Low Power Modules EasyPIMTM Power Integrated Modules Single Phase 600 VCES Type VCE V
ϑ
ϑ
ϑ
■
Not for new design
IGBT3 FB6R06VE3 FB10R06VE3 FB15R06VE3 IGBT2 ■ FB10R06KL4 IGBT3 FB10R06XE3 FB15R06XE3 FB20R06XE3 IGBT2 ■ FB10R06KL4G ■ FB15R06KL4 ■ FB20R06KL4 IGBT3 FB10R06YE3 FB15R06YE3 FB20R06YE3 ◆ FB10R06WE3 ◆ FB15R06WE3 ◆ FB20R06WE3 ◆ FB30R06WE3 IGBT2 FB10R06KL4G_B1 FB15R06KL4_B1 FB20R06KL4_B1 IGBT3 FB10R06YE3_B1 FB15R06YE3_B1 FB20R06YE3_B1 ◆
New type
Mounting Hardware see page 121.
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IC* A
IC A
TC = 80 °C
TC = 25 °C
IGBT Inverter VCEsat RthJH V K/W
RthJC K/W
Eon + Eoff
mJ
Tvj = 25 °C
typ.
max.
Tvj = 125 °C
Rectifier Diodes VRRM Id RthJC V A K/W
VCE V
Brake Chopper IC* RthJC A K/W TC = 80 °C
Outline / page
max.
600 600 600
6 10 15
11 16 20
1,55 1,55 1,55
4,90 4,10 3,50
3,90 3,10 2,60
0,30 0,67 1,05
800 800 800
10 10 10
2,10 2,10 2,10
L_750a/89 L_750a/89 L_750a/89
600
10
16
1,95
2,20
1,80
0,80
800
10
1,95
L_1a/90
600 600 600
10 15 20
16 22 27
1,55 1,55 1,55
3,40 2,70 2,35
2,90 2,10 1,95
0,50 0,76 1,00
800 800 800
10 15 20
1,60 1,60 1,60
L_1a/90 L_1a/90 L_1a/90
600 600 600
10 15 20
16 19 25
1,95 1,95 1,95
2,20 2,40 1,80
1,80 2,00 1,60
0,80 1,00 1,29
800 800 800
10 15 20
1,60 1,00 1,00
L_2a/91 L_2b/91 L_2b/91
600 600 600 600 600 600 600
10 15 20 10 15 20 30
16 22 27
1,55 3,40 2,90 1,55 2,70 2,10 1,55 2,35 1,95 data on request data on request data on request data on request
0,50 0,76 1,00
800 800 800
20 1,60 15 1,20 20 1,20 data on request data on request data on request data on request
L_2a/91 L_2b/91 L_2b/91
600 600 600
10 15 20
15 19 25
1,95 1,95 1,95
2,20 2,00 1,60
0,80 1,00 1,30
800 800 800
10 15 20
2,40 1,00 1,00
600 600 600
600 600 600
10 15 20
16
1,55 3,40 2,90 data on request 1,55 2,35 1,95
0,50
800 800 800
20 15 20
1,60
600 10 data on request 600 20
27
*as specified in data sheet
2,80 2,40 1,80
1,00
1,20
data on request data on request data on request data on request 10 15 20
2,20 2,00 1,60
L_2c/91 L_2d/92 L_2d/92
2,90
L_2c/92 L_2d/92 L_2d/92
1,95
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IGBT Low Power Modules EasyPIMTM Power Integrated Modules Three Phase 600 VCES Type VCE V
ϑ
ϑ
IGBT2 FP10R06KL4_B3 IGBT3 FP10R06YE3_B3 IGBT2 FP10R06KL4 FP15R06KL4 FP20R06KL4 IGBT3 FP10R06YE3 FP15R06YE3 FP20R06YE3 FP30R06YE3 ◆ FP10R06WE3 ◆ FP15R06WE3 ◆ FP20R06WE3 ◆ FP30R06WE3
* as specified in data sheet
◆
New type
IC* A
IC A
TC = 80 °C
TC = 25 °C
IGBT Inverter VCEsat RthJH V K/W
RthJC K/W
Eon + Eoff
mJ
Tvj = 25 °C
typ.
max.
Tvj = 125 °C
Rectifier Diodes VRRM Id RthJC V A K/W
VCE V
Brake Chopper IC* RthJC A K/W TC = 80 °C
Outline / page
max.
600
10
16
1,95
2,20
1,80
0,80
800
10
1,60
L_2f/92
600
10
16
1,55
3,40
2,90
0,50
800
20
1,60
L_2f/92
600 600 600
10 15 20
15 20 25
1,95 1,95 1,95
2,80 2,05 1,80
2,20 1,60 1,60
0,80 1,00 1,30
800 800 800
10 15 20
2,40 1,60 2,00
600 600 600
10 15 20
2,20 1,60 1,60
L_2e/92 L_2e/92 L_2e/92
600 600 600 600 600 600 600 600
10 15 20 30 10 15 20 30
16 22 27 37
1,55 3,40 1,55 2,70 1,55 2,35 1,55 2,00 data on request data on request data on request data on request
2,90 2,10 1,95 1,55
0,50 0,76 1,00 1,60
800 800 800 800
20 1,60 15 1,60 20 1,60 20 1,60 data on request data on request data on request data on request
600 600 600 600
10 15 20 30 data on request data on request data on request data on request
2,90 2,10 1,95 1,55
L_2e/92 L_2e/92 L_2e/92 L_2e/92
RthJC K/W
Eon + Eoff
max.
Tvj = 125 °C
IGBT2 types on request
Three Phase 1200 VCES Type VCE V IGBT3 ■ FP10R12YT3 FP10R12YT3_B4 FP15R12YT3 ◆ FP10R12WT3 ◆ FP15R12WT3
ϑ
■
Not for new design
IGBT
◆
New type
IC A
IC A
TC = 80 °C
TC = 25 °C
1200 1200 1200 1200 1200
10 10 15 10 15
* as specified in data sheet
SCR / Diode Modules
16 16 25
IGBT Inverter VCEsat RthJH V K/W Tvj = 25 °C
typ.
1,90 2,15 1,80 1,90 2,15 1,80 1,70 1,70 1,30 data on request data on request
IGBT3 standard types on request
Presspacks
mJ 2,40 2,40 3,50
Rectifier Diodes VRRM Id RthJC V A K/W
VCE V
Brake Chopper IC* RthJC A K/W TC = 80 °C
1600 1600 1600
10
1,5
15 1,40 data on request data on request
Outline / page
max.
1200 10 1,80 1200 10 1,80 1200 15 1,30 data on request data on request
L_2e/92 L_2e/92 L_2e/92
Mounting Hardware see page 121.
Stacks
Outlines
9
Accessories
Explanations
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Seite 10
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 10
IGBT Low Power Modules EasyPACK 600 VCES Type VCE V
ϑ
IGBT3 FS6R06VE3 FS10R06VE3 FS15R06VE3 FS20R06VE3 FS30R06VE3 IGBT2 ■ FS10R06VL4_B2 ■ FS15R06VL4_B2 ■ FS10R06XL4 ■ FS15R06XL4 ■ FS20R06XL4 ■ FS30R06XL4 ■ FS50R06YL4 IGBT3 FS6R06VE3_B2 FS10R06VE3_B2 FS15R06VE3_B2 FS20R06VE3_B2 FS10R06XE3 FS15R06XE3 FS20R06XE3 FS30R06XE3 FS50R06YE3 ◆ FS10R06WE3 ◆ FS15R06WE3 ◆ FS20R06WE3 ◆ FS30R06WE3 ◆ FS50R06WE3
Not for new design New type * as specified in data sheet
■
◆
Mounting Hardware see page 121.
Schwarz HKS 46
IC* A
IC* A
IGBT Inverter VCEsat V
RthJH K/W
RthJC K/W
Eon + Eoff mJ
TC = 80 °C
TC = 25 °C
Tvj = 25 °C
typ.
max.
Tvj = 125 °C
Outline / page
600 600 600 600 600
6 10 15 20 30
11 16 22 25 34
1,55 1,55 1,55 1,55 1,55
4,60 3,70 3,00 2,75 2,35
3,70 3,00 2,30 2,00 1,70
0,30 0,50 0,76 1,00 1,60
L_750b/89 L_750b/89 L_750b/89 L_750b/89 L_750b/89
600 600 600 600 600 600 600
10 15 10 15 20 30 50
16 20 17 20 26 35 55
1,95 1,95 1,95 1,95 1,95 1,95 1,95
2,40 2,20 2,20 1,90 1,65 1,35 0,95
1,80 1,70 1,65 1,55 1,40 1,05 0,62
0,52 0,71 0,55 0,75 1,10 1,60 1,85
L_750c/89 L_750c/89 L_1b/90 L_1b/90 L_1b/90 L_1b/90 L_2h/93
600 600 600 600 600 600 600 600 600 600 600 600 600 600
6 10 15 20 10 15 20 30 50 10 15 20 30 50
11 16 22 25 16 22 27 37 60
1,55 1,55 1,55 1,55 1,55 1,55 1,55 1,55 1,45
4,60 3,70 3,00 2,75 3,40 2,70 2,45 2,00 1,35 data on request data on request data on request data on request data on request
3,70 3,00 2,30 2,00 2,90 2,10 1,95 1,50 0,95
0,25 0,50 0,76 1,00 0,50 0,76 1,10 1,40 1,95
L_750c/89 L_750c/89 L_750c/89 L_750c/89 L_1b/90 L_1b/90 L_1b/90 L_1b/90 L_2h/93
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Seite 11
Schwarz HKS 46
IGBT Low Power Modules EasyPACK 1200 VCES Type VCE V
ϑ
IC* A
IC* A
IGBT Inverter VCEsat V
RthJH K/W
RthJC K/W
Eon + Eoff mJ
TC = 80 °C
TC = 25 °C
Tvj = 25 °C
typ.
max.
Tvj = 125 °C
Outline / page
IGBT3 FS10R12VT3 FS15R12VT3
1200 1200
10 15
16 24
1,90 1,70
2,40 1,90
1,95 1,45
2,35 3,40
L_750f/89 L_750f/89
IGBT3 FS10R12YT3 FS15R12YT3 FS25R12YT3 FS35R12YT3 ◆ FS10R12WT3 ◆ FS15R12WT3 ◆ FS25R12WT3 ◆ FS35R12WT3
1200 1200 1200 1200 1200 1200 1200 1200
10 15 25 35 10 15 25 35
16 25 40 40
1,90 1,70 1,70 1,70
2,05 1,70 1,15 0,95 data on request data on request data on request data on request
1,80 1,30 0,85 0,62
2,30 3,25 5,40 7,50
L_2g/93 L_2g/93 L_2g/93 L_2g/93
New type * as specified in data sheet
◆
Mounting Hardware see page 121.
11
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
kuka-2006-de-inhalt.qxd
07.02.2006
IGBT
12:17 Uhr
Seite 12
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 12
IGBT Low Power Modules EasyDUAL
IGBT Low Power Modules EasyFourPACK
600 VCES
600 VCES Type
IGBT3 FF100R06YE3 FF150R06YE3 FF200R06YE3
IGBT Inverter VCE IC* V A
600 600 600
100 150 200
Outline / page
L_2j/93 L_2j/93 L_2j/93
Remarks
data on request data on request data on request
* as specified in data sheet
IGBT3 ◆ F4-30R06WE3 ◆ F4-50R06WE3 ◆ F4-75R06WE3
New type * as specified in data sheet
Type
IGBT3 FF75R12YT3 FF100R12YT3 FF150R12YT3
Schwarz HKS 46
ϑ
◆
1200 VCES
* as specified in data sheet
Type
IGBT Inverter VCE IC* V A
Outline / page
Remarks
1200 1200 1200
L_2j/93 L_2j/93 L_2j/93
data on request data on request data on request
75 100 150
IGBT Inverter VCE IC* V A
600 600 600
30 50 75
Outline / page
Remarks
tbd. tbd. tbd.
data on request data on request data on request
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Schwarz HKS 46
IGBT Medium Power Modules EconoPIMTM Power Integrated Modules 600 VCES Type VCES V
IGBT Inverter IC RthJC A K/W
VCEsat V
VRRM V
Tvj = 25°C
IGBT2 ■ BSM10GP60 ■ BSM15GP60 ■ BSM20GP60 ■ BSM30GP60 ■ BSM50GP60 ■ BSM50GP60G ■ BSM75GP60 ■ BSM100GP60 ◆ FP30R06KE3 ◆ FP50R06KE3 ◆ FP50R06KE3G ◆ FP75R06KE3 ◆ FP100R06KE3
ϑ
ϑ
■ ◆
600 600 600 600 600 600 600 600 600 600 600 600 600
10 15 20 30 50 50 75 100 30 50 50 75 100
1,5 1,3 1,0 0,7 0,5 0,5 0,4 0,3 on request on request on request on request on request
1,95 1,95 1,95 1,95 1,95 1,95 1,95 1,95 on request on request on request on request on request
Rectifier Diodes Id RthJC A K/W TC = 80°C
1600 1600 1600 1600 1600 1600 1600 1600 on request on request on request on request on request
10 15 20 30 50 50 75 100 on request on request on request on request on request
Vf V
VCES V
Tvj = 150°C
1,00 1,00 1,00 1,00 1,00 1,00 0,65 0,50 on request on request on request on request on request
0,9 0,95 1,0 1,1 1,3 1,3 1,15 1,16 on request on request on request on request on request
Brake Chopper IC,IGBT A
RthJC K/W
Outline / page
Tc = 80°C
600 600 600 600 600 600 600 600 600 600 600 600 600
10 10 10 15 25 25 37,5 50 on request on request on request on request on request
1,5 1,5 1,5 1,3 1,0 1,0 0,7 0,5 on request on request on request on request on request
M_E2a/94 M_E2a/94 M_E2a/94 M_E2a/94 M_E2a/94 M_E3a/94 M_E3a/94 M_E3a/94 M_E2a/94 M_E2a/94 M_E3a/94 M_E3a/94 M_E3a/94
Not for new design New type
13
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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IGBT
12:17 Uhr
Seite 14
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 14
IGBT Medium Power Modules EconoPIMTM Power Integrated Modules 1200 VCES Type VCES V
IGBT Inverter IC RthJC A K/W
VCEsat V
VRRM V
Tvj = 25°C
ϑ
■ ◆
Schwarz HKS 46
Not for new design New type
IGBT2 ■ BSM10GP120 ■ BSM15GP120 ■ BSM25GP120 ■ BSM35GP120 ■ BSM35GP120G ■ BSM50GP120 IGBT2 Short Tail FP15R12KS4C FP25R12KS4C FP50R12KS4C IGBT3 FP15R12KE3G FP25R12KE3 FP40R12KE3 FP40R12KE3G FP50R12KE3 FP75R12KE3 Fast IGBT3 FP15R12KT3 FP25R12KT3 FP40R12KT3 FP40R12KT3G FP50R12KT3 FP75R12KT3 ◆ FP10R12NT3 ◆ FP15R12NT3
Rectifier Diodes Id RthJC A K/W TC = 80°C
Vf V
VCES V
Tvj = 150°C
Brake Chopper IC,IGBT A
RthJC K/W
Outline / page
Tc = 80°C
1200 1200 1200 1200 1200 1200
10 15 25 35 35 50
1,20 0,70 0,55 0,55 0,55 0,35
2,40 2,20 2,10 2,40 2,40 2,20
1600 1600 1600 1600 1600 1600
10 15 25 35 35 50
1,00 1,00 1,00 1,00 1,00 0,65
0,9 0,95 1,05 1,15 1,15 1,05
1200 1200 1200 1200 1200 1200
10,0 10,0 12,5 17,5 17,5 25,0
1,2 1,2 1,2 0,7 0,7 0,55
M_E2a/94 M_E2a/94 M_E2a/94 M_E2a/94 M_E3a/94 M_E3a/94
1200 1200 1200
15 25 50
0,70 0,55 0,35
3,20 3,20 3,20
1600 1600 1600
15 25 50
1,00 1,00 0,65
0,95 1,05 1,05
1200 1200 1200
10,0 12,5 25,0
1,2 1,2 0,55
M_E2a/94 M_E2a/94 M_E3a/94
1200 1200 1200 1200 1200 1200
15 25 40 40 50 75
1,20 0,80 0,60 0,60 0,45 0,35
1,70 1,70 1,80 1,80 1,70 1,70
1600 1600 1600 1600 1600 1600
15 25 40 40 50 75
1,00 1,00 1,00 1,00 0,65 0,65
0,95 1,05 1,2 1,2 1,0 1,15
1200 1200 1200 1200 1200 1200
10,0 15,0 15,0 40,0 40,0 40,0
1,5 1,2 1,2 0,6 0,6 0,6
M_E2a/94 M_E2a/94 M_E2a/94 M_E3a/94 M_E3a/94 M_E3a/94
1200 1200 1200 1200 1200 1200 1200 1200
15 25 40 40 50 75 10 15
1,20 0,80 0,60 0,60 0,45 0,35 1,5 1,2
1,70 1,70 1,80 1,80 1,70 1,70 1,9 1,7
1600 1600 1600 1600 1600 1600 1600 1600
15 25 40 40 50 75 50 50
1,00 1,00 1,00 1,00 0,65 0,65 1,0 1,0
0,9 1,05 1,2 1,2 1,0 1,1 0,95 1,00
1200 1200 1200 1200 1200 1200 1200 1200
10,0 15,0 15,0 40,0 40,0 40,0 10,0 15,0
1,5 1,2 1,2 0,60 0,60 0,60 1,5 1,2
M_E2a/94 M_E2a/94 M_E2a/94 M_E3a/94 M_E3a/94 M_E3a/94 M_E1a/94 M_E1a/94
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Schwarz HKS 46
IGBT Medium Power Modules EconoPACKTM 600 V – Type Type
IGBT2 BSM20GD60DLC ■ BSM20GD60DLCE3224 ■ BSM30GD60DLC ■ BSM30GD60DLCE3224 ■ BSM50GD60DLC ■ BSM50GD60DLCE3226 ■ BSM75GD60DLC ■ BSM100GD60DLC ■ BSM150GD60DLC ■ BSM200GD60DLC IGBT3 ◆ FS50R06KE3 ◆ FS75R06KE3 ◆ FS100R06KE3 ◆ FS150R06KE3 3-Phase-Full-Bridges ◆ FS200R06KE3 IGBT2 F4-100R06KL4 F4-150R06KL4 F4-200R06KL4 ■
■ ◆
1200 V – Type VCES V
IC A
VCEsat V Tvj=25°C typ.
Ptot W
RthJC K/W ≤
Outline / page
600 600 600 600 600 600 600 600 600 600
20 20 30 30 50 50 75 100 150 200
1,95 1,95 1,95 1,95 1,95 1,95 1,95 1,95 1,95 1,95
125 125 135 135 250 250 330 430 570 700
1,0 1,0 0,9 0,9 0,5 0,5 0,37 0,29 0,22 0,18
M_E2d/95 M_E2c/95 M_E2d/95 M_E2c/95 M_E2c/95 M_E2d/95 M_E2c/95 M_E3c/95 M_E3c/95 M_E3c/95
600 600 600 600 600
50 75 100 150 200
1,45 1,45 1,45 1,45 1,45
190 250 335 430 600
0,8 0,6 0,45 0,35 0,25
M_E2b/94 M_E2b/94 M_E3b/94 M_E3b/94 W_E3b/94
600 600 600
100 150 200
1,95 1,95 1,95
430 570 700
0,29 0,22 0,18
M_E2e/95 M_E2e/95 M_E3d/95
Not for new design New type
Type
IGBT2 BSM10GD120DN2 BSM10GD120DN2E3224 BSM15GD120DN2 BSM15GD120DN2E3224 BSM25GD120DN2 BSM25GD120DN2E3224 BSM35GD120DN2 BSM35GD120DN2E3224 BSM50GD120DN2 BSM50GD120DN2E3226 BSM50GD120DN2G BSM75GD120DN2 BSM100GD120DN2 IGBT2 Low Loss ■ BSM15GD120DLCE3224 ■ BSM25GD120DLCE3224 ■ BSM35GD120DLCE3224 ■ BSM50GD120DLC ■ BSM75GD120DLC 3-Phase-Full-Bridges ■ BSM100GD120DLC IGBT3 FS25R12KE3G FS35R12KE3G FS50R12KE3 FS75R12KE3 FS75R12KE3G FS100R12KE3 3-Phase-Full-Bridges FS150R12KE3
VCES V
IC A
VCEsat V Tvj=25°C typ.
Ptot W
RthJC K/W ≤
Outline / page
1200 1200 1200 1200 1200 1200 1200 1200 1200 1200 1200 1200 1200
10 10 15 15 25 25 35 35 50 50 50 75 100
2,7 2,7 2,5 2,5 2,5 2,5 2,7 2,7 2,5 2,5 2,5 2,5 2,5
80 80 145 145 200 200 280 280 350 350 400 520 680
1,52 1,52 0,86 0,86 0,6 0,6 0,44 0,44 0,35 0,35 0,35 0,235 0,182
M_E2d/95 M_E2c/95 M_E2d/95 M_E2c/95 M_E2d/95 M_E2c/95 M_E2d/95 M_E2c/95 M_E2c/95 M_E2d/95 M_E3c/95 M_E3c/95 M_E3c/95
1200 1200 1200 1200 1200 1200
15 25 35 50 75 100
2,1 2,1 2,1 2,1 2,1 2,1
145 200 280 350 500 650
0,86 0,6 0,44 0,35 0,25 0,19
M_E2c/95 M_E2c/95 M_E2c/95 M_E2c/95 M_E3c/95 M_E3c/95
1200 1200 1200 1200 1200 1200 1200
25 35 50 75 75 100 150
1,7 1,7 1,7 1,7 1,7 1,7 1,7
145 200 270 350 350 480 700
0,86 0,60 0,45 0,35 0,35 0,26 0,18
M_E2b/94 M_E2b/94 M_E2b/94 M_E2b/94 M_E3b/94 M_E3b/94 M_E3b/94
15
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 16
IGBT Medium Power Modules EconoPACKTM 1200 V – Type Type
IGBT2 FS75R12KS4 FS100R12KS4
1200 V – Type VCES V
IC A
VCEsat V Tvj=25°C typ.
Ptot W
RthJC K/W ≤
Outline / page
1200 1200
75 100
3,2 3,2
500 660
0,25 0,19
M_E3c/95 M_E3c/95
■ ◆
Schwarz HKS 46
Not for new design New type
VCES V
IC A
IGBT3 FT150R12KE3G_B4
1200
150
FT150R12KE3_B5
1200
150
1200 1200
25 35
1200 1200 1200 1200
50 75 100 150
◆
VCEsat V Tvj=25°C typ.
Ptot W
RthJC K/W ≤
Outline / page
1,7
700
0,18
M_E3h/96
1,7
700
0,18
M_E2f/96
210 250
0,6 0,5
M_E1c/95 M_E1c/95
355 500 660 960
0,35 0,25 0,19 0,13
M_E2e/95 M_E2e/95 M_E3d/95 M_E3d/95
TriPACK High with Shunts
3-Phase-Full-Bridges Fast IGBT3 FS25R12NT3 FS35R12NT3 FS25R12KT3 FS35R12KT3 FS50R12KT3 FS75R12KT3 3-Phase-Full-Bridges FS75R12KT3G FS100R12KT3 FS150R12KT3 IGBT3 ◆ FS75R12KE3_B3 ◆ FS100R12KE3_B3 Full Bridges with Shunts
Type
◆
1200 1200 1200 1200 1200 1200 1200 1200 1200
25 35 25 35 50 75 75 100 150
on request on request on request on request on request on request
1,7 1,7 1,7 1,7 1,7 1,7 1,7
145 210 280 355 355 480 700
0,86 0,60 0,45 0,35 0,35 0,26 0,18
M_E1b/94 M_E1b/94 M_E2b/94 M_E2b/94 M_E2b/94 M_E2b/94 M_E3b/94 M_E3b/94 M_E3b/94
TriPACK Low Short Tail ◆ F4-25R12NS4 ◆ F4-35R12NS4
◆ ◆
1200 1200
75 100
1,7 1,7
355 480
0,35 0,26
M_E3g/96 M_E3g/96
◆ ◆
FourPACK
F4-50R12KS4 F4-75R12KS4 F4-100R12KS4 F4-150R12KS4
3,2 3,4
3,2 3,2 3,2 3,2
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Schwarz HKS 46
IGBT Medium Power Modules EconoPACKTM
34 mm and 62 mm Modules
1700 V – Type Type
3-PhaseFull-Bridges
IGBT2 Low Loss ■ BSM50GD170DL ■ BSM75GD170DL IGBT3 ◆ FS50R17KE3_B17 ◆ FS75R17KE3 ◆ FS100R17KE3
1200 V – Type VCES V
IC A
VCEsat V Tvj=25°C typ.
Ptot W
RthJC K/W ≤
Outline / page
1700 1700
50 75
2,7 2,7
480 625
0,26 0,20
M_E3c/95 M_E3c/95
1700 1700 1700
50 75 100
2,0 2,0 2,0
345 465 555
0,36 0,27 0,225
M_2g/96 M_E3b/94 M_E3b/94
Type
34 mm and 62 mm Modules 600 V – Type Type
Dual Modules
◆ ■
Standard BSM50GB60DLC BSM75GB60DLC BSM100GB60DLC BSM150GB60DLC BSM200GB60DLC BSM300GB60DLC IGBT3 ◆ FF200R06KE3 ◆ FF300R06KE3 ◆ FF400R06KE3
VCES V
IC A
VCEsat V Tvj=25°C typ.
Ptot W
RthJC K/W ≤ per arm
Outline / page
600 600 600 600 600 600
50 75 100 150 200 300
1,95 1,95 1,95 1,95 1,95 1,95
280 355 445 595 730 1250
0,44 0,35 0,28 0,21 0,17 0,10
M_34a/97 M_34a/97 M_34a/97 M_34a/97 M_34a/97 M_62a/97
600 600 600
200 300 400
1,45 1,45 1,45
680 940 1250
0,22 0,16 0,12
M_62a/97 M_62a/97 M_62a/97
Dual Modules
Standard 2. Generation BSM25GB120DN2 BSM35GB120DN2 BSM50GB120DN2 BSM75GB120DN2 BSM100GB120DN2K BSM100GB120DN2 BSM150GB120DN2 BSM200GB120DN2 Low Loss 2. Generation BSM50GB120DLC BSM75GB120DLC BSM100GB120DLCK BSM100GB120DLC BSM150GB120DLC BSM200GB120DLC BSM300GB120DLC IGBT3 FF150R12KE3G FF200R12KE3 FF300R12KE3 FF400R12KE3 Fast IGBT3 ◆ FF150R12KT3G ◆ FF200R12KT3 ◆ FF300R12KT3 ◆ FF400R12KT3
VCES V
IC A
1200 1200 1200 1200 1200 1200 1200 1200
25 35 50 75 100 100 150 200
1200 1200 1200 1200 1200 1200 1200
VCEsat V Tvj=25°C typ.
Ptot W
RthJC K/W ≤ per arm
Outline / page
2,5 2,7 2,5 2,5 2,5 2,5 2,5 2,5
200 280 400 625 700 800 1250 1400
0,6 0,44 0,3 0,2 0,18 0,16 0,1 0,09
M_34a/97 M_34a/97 M_34a/97 M_34a/97 M_34a/97 M_62a/97 M_62a/97 M_62a/97
50 75 100 100 150 200 300
2,1 2,1 2,1 2,1 2,1 2,1 2,1
460 690 830 780 1200 1300 2500
0,27 0,18 0,15 0,16 0,1 0,08 0,05
M_34a/97 M_34a/97 M_34a/97 M_62a/97 M_62a/97 M_62a/97 M_62a/97
1200 1200 1200 1200
150 200 300 400
1,7 1,7 1,7 1,7
780 1040 1450 2000
0,16 0,12 0,085 0,062
M_62a/97 M_62a/97 M_62a/97 M_62a/97
1200 1200 1200 1200
150 200 300 400
780 1050 1450 2000
0,16 0,12 0,085 0,062
M_62a/97 M_62a/97 M_62a/97 M_62a/97
1,7 1,7 1,7 1,7
New type Not for new design
17
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 18
IGBT Medium Power Modules 34 mm and 62 mm Modules
34 mm and 62 mm Modules
1200 V – Type Type
Short Tail FF100R12KS4 FF150R12KS4 FF200R12KS4 FF300R12KS4
1200 V – Type VCES V
IC A
1200 1200 1200 1200
100 150 200 300
VCEsat V Tvj=25°C typ. 3,2 3,2 3,2 3,2
Ptot W
RthJC K/W ≤ per arm
Outline / page
780 1200 1400 1950
0,16 0,1 0,09 0,06
M_62a/97 M_62a/97 M_62a/97 M_62a/97
Type
Dual Modules
GAL Chopper
GAR Chopper
Schwarz HKS 46
Standard 2. Generation BSM50GAL120DN2 BSM75GAL120DN2 BSM100GAL120DN2 BSM150GAL120DN2 BSM200GAL120DN2 Low Loss 2. Generation BSM100GAL120DLCK BSM150GAL120DLC BSM200GAL120DLC BSM300GAL120DLC IGBT3 FD200R12KE3 FD300R12KE3 ◆ FD400R12KE3 Standard 2. Generation BSM75GAR120DN2 BSM100GAR120DN2 BSM150GAR120DN2 BSM200GAR120DN2 Low Loss 2. Generation BSM300GAR120DLC IGBT3 DF200R12KE3 DF300R12KE3 ◆ DF400R12KE3
1200 1200 1200 1200 1200
50 75 100 150 200
2,5 2,5 2,5 2,5 2,5
400 625 800 1250 1400
0,3 0,2 0,16 0,1 0,09
M_34a/97 M_34a/97 M_62a/97 M_62a/97 M_62a/97
1200 1200 1200 1200
100 150 200 300
2,1 2,1 2,1 2,1
830 1200 1300 2500
0,15 0,1 0,09 0,05
M_34a/97 M_62a/97 M_62a/97 M_62a/97
1200 1200 1200
200 300 400
1,7 1,7 1,7
1040 1450 2000
0,12 M_62a/97 0,085 M_62a/97 0,062 M_62a/ 97
1200 1200 1200 1200
75 100 150 200
2,5 2,5 2,5 2,5
625 800 1250 1400
0,2 0,16 0,1 0,09
M_34a/97 M_62a/97 M_62a/97 M_62a/97
1200
300
2,1
2500
0,05
M_62a/97 Single Switches
1200 1200 1200
200 300 400
1,7 1,7 1,7
1040 1450 2000
0,12 M_62a/97 0,085 M_62a/97 0,062 M_62a/ 97
◆
New type
Standard 2. Generation BSM200GA120DN2 BSM200GA120DN2F BSM200GA120DN2S BSM300GA120DN2 BSM300GA120DN2FS BSM300GA120DN2S BSM400GA120DN2 BSM400GA120DN2F BSM400GA120DN2S Low Loss 2. Generation BSM200GA120DLC BSM200GA120DLCS BSM300GA120DLC BSM300GA120DLCS BSM400GA120DLC BSM400GA120DLCS BSM600GA120DLC BSM600GA120DLCS IGBT3 FZ300R12KE3G FZ300R12KE3_B1G FZ400R12KE3 FZ400R12KE3_B1 FZ600R12KE3 FZ600R12KE3_B1 FZ800R12KE3 Short Tail FZ400R12KS4 FZ600R12KS4
VCES V
IC A
1200
200
1200 1200
VCEsat V Tvj=25°C typ.
Ptot W
RthJC K/W ≤
Outline / page
2,5
1550
0,08
M_62b/97
200 300
2,5 2,5
1550 2500
0,08 0,05
M_62c/97 M_62b/97
1200 1200
300 400
2,5 2,5
2500 2700
0,05 M_62c/97 0,045 M_62b/97
1200
400
2,5
2700
0,045 M_62c/97
1200 1200 1200 1200 1200 1200 1200 1200
200 200 300 300 400 400 600 600
2,1 2,1 2,1 2,1 2,1 2,1 2,1 2,1
1470 1470 2270 2270 2500 2500 3900 3900
0,09 0,09 0,055 0,055 0,05 0,05 0,032 0,03
M_62b/97 M_62c/97 M_62b/97 M_62c/97 M_62b/97 M_62c/97 M_62b/97 M_62c/97
1200 1200 1200 1200 1200 1200 1200
300 300 400 400 600 600 800
1,7 1,7 1,7 1,7 1,7 1,7 1,7
1450 1450 2250 2250 2750 2750 3550
0,085 0,085 0,055 0,055 0,045 0,045 0,035
M_62b/97 M_62c/97 M_62b/97 M_62c/97 M_62b/97 M_62c/97 M_62b/97
1200 1200
400 600
3,2 3,2
2500 3900
0,05 0,03
M_62b/97 M_62b/97
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Schwarz HKS 46
IGBT Medium Power Modules 34 mm and 62 mm Modules 1700 V – Type Type
Dual Modules
Single Switches
Standard BSM50GB170DN2 BSM75GB170DN2 BSM100GB170DN2 BSM150GB170DN2 Low Loss BSM100GB170DLC BSM150GB170DLC BSM200GB170DLC IGBT3 FF200R17KE3 FF300R17KE3 Standard BSM200GA170DN2 BSM200GA170DN2S BSM300GA170DN2 BSM300GA170DN2S Low Loss BSM200GA170DLC BSM300GA170DLC BSM400GA170DLC IGBT3 FZ400R17KE3 FZ600R17KE3
Diode Modules VCES V
IC A
VCEsat V Tvj=25°C typ.
Ptot W
RthJC K/W ≤ per arm
Outline / page
1700 1700 1700 1700
50 75 100 150
3,4 3,4 3,4 3,4
500 625 1000 1250
0,25 0,20 0,13 0,10
M_34a/97 M_34a/97 M_62a/97 M_62a/97
1700 1700 1700
100 150 200
2,6 2,6 2,6
960 1250 1660
0,13 0,10 0,075
M_62a/97 M_62a/97 M_62a/97
1700 1700
200 300
2,0 2,0
1250 1470
0,100 0,085
M_62a/97 M_62a/97
1700 1700 1700 1700
200 200 300 300
3,4 3,4 3,4 3,4
1750 1750 2500 2500
0,070 0,070 0,050 0,050
M_62b/97 M_62c/97 M_62b/97 M_62c/97
1700 1700 1700
200 300 400
2,6 2,6 2,6
1920 2500 3120
0,065 0,050 0,040
M_62b/97 M_62b/97 M_62b/97
1700 1700
400 600
2,0 2,0
2270 3120
0,055 0,040
M_62b/97 M_62b/97
Type
VCES V
IF A
BYM300A120DN2 BYM300A170DN2 BYM600A170DN2
1200 1700 1700
300 250 400
VF V Tvj=25°C typ. 2,3 2,3 2,0
BYM200B170DN2 BYM300B170DN2
1700 1700
200 300
2,2 2,2
VCES V
IC A
1200 1200
400 300
QR µAs
typ
RthJC K/W ≤
Outline / page
40 70 100
0,125 M_62d/97 0,170 M_62d/97 0,090 M_62d/97
50 75
0,150 M_62e/97 0,120 M_62e/97
Single Diodes
Dual Diodes
1200 V – Type Type
◆ ◆
FD400R12KE3_B5 FD300R12KS4_B5
VCEsat Ptot V W Tvj=25°C typ. 1,7 2000 3,2 1950
RthJC K/W ≤
Outline / page
0,062 M_62a/97 0,064 M_62a/97
Single Switches with Series Diode ◆
New type
19
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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IGBT
12:17 Uhr
Seite 20
Presspacks
SCR / Diode Modules
Stacks
Outlines
Accessories
Explanations 20
IGBT Medium Power Modules EconoPACKTM+ 1200 VCES Type
IGBT3 FS150R12KE3G FS225R12KE3 FS300R12KE3 3-Phase-Full-Bridges FS450R12KE3
VCES V
IC A
1200 1200 1200 1200
150 225 300 450
VCES V
IC A
1700 1700 1700 1700
150 225 300 450
VCEsat Eon/Eoff V mWs Tvj=25 °C Tvj=125 °C typ. typ. 1,7 1,7 1,7 1,7
11/24 15/36 22/43 33/65
RthJC K/W
Outline / page
0,18 0,11 0,085 0,06
M_E+a/98 M_E+a/98 M_E+a/98 M_E+a/98
RthJC K/W
Outline / page
0,12 0,09 0,075 0,055
M_E+a/98 M_E+a/98 M_E+a/98 M_E+a/98
1700 VCES Type
IGBT3 FS150R17KE3G FS225R17KE3 FS300R17KE3 3-Phase-Full-Bridges FS450R17KE3
Schwarz HKS 46
VCEsat Eon/Eoff V mWs Tvj=25 °C Tvj=125 °C typ. typ. 2,0 2,0 2,0 2,0
48/47 71,5/70,5 95/94 140/140
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Schwarz HKS 46
IGBT Medium Power Modules EconoDUALTM 1200 VCES Type
Dual Modules
FD Chopper
DF Chopper
IGBT3 ◆ FF150R12ME3G ◆ FF225R12ME3 ◆ FF300R12ME3 ◆ FF450R12ME3 Short Tail ◆ FF150R12MS4G ◆ FF225R12MS4 ◆ FF300R12MS4 IGBT3 FD150R12ME3 FD225R12ME3 FD300R12ME3 FD450R12ME3 Short Tail FD150R12MS4 FD225R12MS4 FD300R12MS4 IGBT3 DF150R12ME3 DF225R12ME3 DF300R12ME3 DF450R12ME3 Short Tail DF150R12MS4 DF225R12MS4 DF300R12MS4
VCES V
IC A
VCEsat Eon/Eoff V mWs Tvj=25 °C Tvj=125 °C typ. typ.
RthJC K/W
Outline / page
1700 VCES Type
1200 1200 1200 1200
150 225 300 450
1,7 1,7 1,7 1,7
11/24 15/36 22/43 33/65
0,18 0,11 0,085 0,06
M_ED3/98 M_ED3/98 M_ED3/98 M_ED3/98
1200 1200 1200
150 225 300
3,2 3,2 3,2
14,5/11 20/15 25/15
0,1 0,085 0,064
M_ED3/98 M_ED3/98 M_ED3/98
1200 1200 1200 1200
150 225 300 450
1,7 1,7 1,7 1,7
11/24 15/36 22/43 33/65
0,18 0,11 0,085 0,06
M_ED3/98 M_ED3/98 M_ED3/98 M_ED3/98
1200 1200 1200
150 225 300
3,2 3,2 3,2
14,5/11 20/15 25/15
0,1 0,085 0,06
M_ED3/98 M_ED3/98 M_ED3/98
1200 1200 1200 1200
150 225 300 450
1,7 1,7 1,7 1,7
11/24 15/36 22/43 33/65
0,18 0,11 0,085 0,06
M_ED3/98 M_ED3/98 M_ED3/98 M_ED3/98
1200 1200 1200
150 225 300
3,2 3,2 3,2
14,5/11 20/15 25/15
0,1 0,085 0,06
M_ED3/98 M_ED3/98 M_ED3/98
VCES V
IC A
VCEsat Eon/Eoff V mWs Tvj=25 °C Tvj=125 °C typ. typ.
RthJC K/W
Outline / page
IGBT3 ◆ FF150R17ME3G ◆ FF225R17ME3 ◆ FF300R17ME3 ◆ FF450R17ME3
1700 1700 1700 1700
150 225 300 450
2,0 2,0 2,0 2,0
48/47 71,5/70,5 95/94 140/140
0,12 0,09 0,075 0,055
M_ED3/98 M_ED3/98 M_ED3/98 M_ED3/98
IGBT3 ◆ FD150R17ME3 ◆ FD225R17ME3 ◆ FD300R17ME3 ◆ FD450R17ME3
1700 1700 1700 1700
150 225 300 450
2,0 2,0 2,0 2,0
48/47 71,5/70,5 95/94 140/140
0,1 2 0,09 0,075 0,055
M_ED3/98 M_ED3/98 M_ED3/98 M_ED3/98
IGBT3 ◆ DF150R17ME3 ◆ DF225R17ME3 ◆ DF300RE17M3 ◆ DF450R17ME3
1700 1700 1700 1700
150 225 300 450
2,0 2,0 2,0 2,0
48/47 71,5/70,5 95/94 140/140
0,12 0,09 0,075 0,06
M_ED3/98 M_ED3/98 M_ED3/98 M_ED3/98
Dual Modules
FD Chopper
DF Chopper ◆
New type
21
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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IGBT
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SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 22
IGBT High Power Modules IHM 1200 VCES Type *)
Dual modules
IH1/4
IH7
Single modules
Schwarz HKS 46
Standard 2. Generation FF400R12KF4 FF600R12KF4 FF800R12KF4 Low Loss 2. Generation FF400R12KL4C FF600R12KL4C FF800R12KL4C IGBT3 FF600R12KE3 FF800R12KE3 FF1200R12KE3 Short Tail FZ800R12KS4_B2 Standard 2. Generation FZ800R12KF4 FZ1050R12KF4 FZ1200R12KF4 FZ1600R12KF4 FZ1800R12KF4 FZ2400R12KF4 Low Loss 2. Generation FZ800R12KL4C FZ1200R12KL4C FZ1600R12KL4C FZ1800R12KL4C FZ2400R12KL4C IGBT3 FZ1200R12KE3 FZ1600R12KE3 FZ2400R12KE3 FZ2400R12KE3_B9 FZ3600R12KE3
1200 VCES VCES V
Ic A
VCEsat V Eon/Eoff V mWs Tvj=25°C Tvj=125°C typ. typ.
RthJC °K/W per arm
Outline / page
1200 1200 1200
400 600 800
2,7 2,7 2,7
70/60 90/90 130/120
0,046 0,032 0,025
H_IH2/99 H_IH2/99 H_IH2/99
1200 1200 1200
400 600 800
2,1 2,1 2,1
72/58 100/90 120/130
0,044 0,032 0,025
H_IH2/99 H_IH2/99 H_IH2/99
1200 1200 1200
600 800 1200
1,7 1,7 1,7
100/95 135/130 200/190
0,044 0,032 0,025
H_IH2/99 H_IH2/99 H_IH2/99
1200
800
3,2
76/58
0,018
H_IH4/99
1200 1200 1200 1200 1200 1200
800 1050 1200 1600 1800 2400
2,7 2,7 2,7 2,7 2,7 2,7
130/120 150/170 170/190 220/290 250/330 310/410
0,023 0,018 0,016 0,0125 0,011 0,0084
H_IH1/99 H_IH1/99 H_IH1/99 H_IH1/99 H_IH7/100 H_IH7/100
1200 1200 1200 1200 1200
800 1200 1600 1800 2400
2,1 2,1 2,1 2,1 2,1
121/127 165/195 210/260 230/295 320/400
0,022 0,016 0,0125 0,0110 0,0084
H_IH1/99 H_IH1/99 H_IH1/99 H_IH7/100 H_IH7/100
1200 1200 1200 1200 1200
1200 1600 2400 2400 3600
1,7 1,7 1,7 1,7 1,7
245/190 325/250 490/380 490/380 735/570
0,022 0,016 0,0125 0,0011 0,008
H_IH4/99 H_IH4/99 H_IH4/99 H_IH7/100 H_IH7/100
Type *)
VCES V
Ic A
VCEsat V Eon/Eoff V mWs Tvj=25°C Tvj=125°C typ. typ.
RthJC K/W per arm
Outline / Page
Standard 2. Generation FS300R12KF4 FS400R12KF4
1200 1200
300 400
2,7 2,7
80/45 100/55
0,064 0,048
H_IH8/100 H_IH8/100
Standard 2. Generation FD600R12KF4
1200
600
2,7
90/90
0,032
H_IH2/99
Short Tail F4-400R12KS4_B2
1200
400
3,2
38/29
0,042
H_IH5/99
Sixpack modules
Chopper modules
4-pack modules All modules are UL recognized
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Schwarz HKS 46
IGBT High Power Modules IHM 1600 +1700 VCES Type *)
Dual modules
IH1 IH7
Single modules
Standard 2. Generation FF400R16KF4 FF600R16KF4 IGBT3 FF600R17KE3 FF800R17KE3 FF1200R17KE3 Standard 2. Generation FZ800R16KF4 FZ1200R16KF4 FZ1800R16KF4 IGBT3 FZ1200R17KE3 FZ1600R17KE3 FZ2400R17KE3 FZ2400R17KE3_B9 FZ3600R17KE3 Standard 2. Generation FS300R16KF4
1700 VCES VCES V
Ic A
VCEsat V Eon/Eoff V mWs Tvj=25°C Tvj=125°C typ. typ.
RthJC K/W per arm
Outline / page
1600 1600
400 600
3,3 3,5
170/90 240/140
0,04 0,032
H_IH2/99 H_IH2/99
1700 1700 1700
600 800 1200
2,0 2,0 2,0
185/210 240/280 345/430
0,024 0,028 0,021
H_IH2/99 H_IH2/99 H_IH2/99
1600 1600 1600
800 1200 1800
3,3 3,5 3,5
340/180 490/290 750/450
0,02 0,016 0,011
H_IH1/99 H_IH1/99 H_IH7/100
1700 1700 1700 1700 1700
1200 1600 2400 2400 3600
2,0 2,0 2,0 2,0 2,0
345/430 440/585 590/910 590/910 745/1430
0,017 0,014 0,010 0,009 0,007
H_IH4/99 H_IH4/99 H_IH4/99 H_IH7/100 H_IH7/100
1600
300
3,5
120/70
0,064
H_IH8/99
Type *)
Dual modules
IH1 IH7
Single modules Six pack modules Standard 2. Generation FD400R16KF4 FD600R16KF4 IGBT3 FD1200R17KE3-K
FD…
FD… 1600 1600
400 600
3,3 3,5
170/90 240/140
0,04 0,032
H_IH2/99 H_IH2/99
1700
1200
2,4
345/430
0,021
H_IH4/99
FD…-K
FD…-K
Low Loss FF400R17KF6C_B2 FF401R17KF6C_B2 FF600R17KF6C_B2 FF800R17KF6C_B2 IGBT3 FF400R17KE3_B2 FF600R17KE3_B2 FF800R17KE3_B2 FF1200R17KE3_B2 Low Loss FZ800R17KF6C_B2 FZ1200R17KF6C_B2 FZ1600R17KF6C_B2 FZ1800R17KF6C_B2 FZ2400R17KF6C_B2 IGBT3 FZ1200R17KE3_B2 FZ1600R17KE3_B2 FZ1800R17KE3_B2 FZ2400R17KE3_B2 Low Loss FD401R17KF6C_B2 FD600R17KF6C_B2 FD800R17KF6C_B2 FD1600/1200R17KF6C_B2 IGBT3 FD600R17KE3_B2 FD800R17KE3_B2 FD1200R17KE3-K_B2
VCES V
Ic A
VCEsat V Eon/Eoff V mWs Tvj=25°C Tvj=125°C typ. typ.
RthJC K/W per arm
Outline / page
1700 1700 1700 1700
400 400 600 800
2,7 2,7 2,7 2,7
180/150 200/150 270/220 290/335
0,016 0,04 0,026 0,02
H_IH2/99 H_IH9/101 H_IH2/99 H_IH2/99
1700 1700 1700 1700
400 600 800 1200
2,0 2,0 2,0 2,0
125/145 185/220 240/295 350/454
0,049 0,029 0,024 0,019
H_IH9/101 H_IH2/99 H_IH2/99 H_IH2/99
1700 1700 1700 1700 1700
800 1200 1600 1800 2400
2,7 2,7 2,7 2,7 2,7
300/325 330/480 430/670 570/725 750/1060
0,02 0,013 0,01 0,009 0,007
H_IH1/99 H_IH1/99 H_IH1/99 H_IH7/100 H_IH7/100
1700 1700 1700 1700
1200 1600 1800 2400
2,0 2,0 2,0 2,0
350/445 445/600 490/680 610/920
0,014 0,012 0,010 0,008
H_IH4/99 H_IH4/99 H_IH7/100 H_IH7/100
1700 1700 1700 1700
400 600 800 1600
2,7 2,7 2,7 2,7
200/150 270/220 290/335 430/670
0,04 0,016 0,02 0,01
H_IH9/101 H_IH2/99 H_IH2/99 H_IH7/100
1700 1700 1700
600 800 1200
2,0 2,0 2,0
185/220 240/295 350/445
0,029 H_IH2/99 0,024 H_IH2/99 0,019 H_IH4/99
Chopper modules Chopper modules
New type ..._B2: Traction Module (AlSiC)
*) valid for all part-no: Tvj = 125°C, ICRM = 2xlC
◆
23
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 24
IGBT High Power Modules IHV
IHM-B
3300 VCES Type *)
Standard FF200R33KF2C FF400R33KF2C
3300 VCES VCES V
Ic A
3300 3300
200 400
VCEsat V Eon/Eoff V mWs Tvj=25°C Tvj=125°C typ. typ. 3,4 3,4
480/255 960/510
RthJC K/W per arm
Outline / page
0,057 0,026
H_IH9/101 H_IH6/100
Type *)
Standard FZ1500R33HL3
IH7B
VCES V
Ic A
VCEsat V Eon/Eoff V mWs Tvj=25°C Tvj=125°C typ. typ.
3300
1500
RthJC K/W per arm
Outline / page
2,45 3200/2700 0,0085 H_IH7B/100
Single modules
Diode Modules Dual modules
IH4 IH7
Single modules FD…
FD…-K
Type *) Standard FZ800R33KF2C FZ1200R33KF2C High DC-Stability FZ800R33KL2C FZ1200R33KL2C High Insulation FZ400R33KL2C_B5 FZ800R33KL2C_B5 FZ1200R33KL2C_B5 Standard FD400R33KF2C FD800R33KF2C Standard FD400R33K2C-K FD800R33KF2C-K High Insulation FD800R33KL2C-K_B5
3300 3300
800 1200
3,4 3,4
1920/1020 0,013 H_IH4/99 2880/1530 0,0085 H_IH7/100
3300 3300
800 1200
3,0 3,0
2250/1250 0,013 3150/1900 0,085
3300 3300 3300
400 800 1200
3,0 3,0 3,0
1200/600 0,026 H_IH10/101 2250/1250 0,013 H_IH11/101 3150/1900 0,0085 H_IH12/101
3300 3300
400 800
3,4 3,4
730/510 0,026 1450/1000 0,013
H_IH4/99 H_IH7/100
3300 3300
400 800
3,4 3,4
730/510 0,026 1450/1000 0,013
H_IH4/99 H_IH4/99
3300
800
3,4
2250/1250 0,013
H_IH12/101
H_IH4/99 H_IH7/100
Diode Modules Chopper modules
Schwarz HKS 46
IF A
Qr µAs typ.
RthJC K/W per arm
Outline / page
DD400S16K4 DD600S16K4
1600 1600
400 600
40 60
0,1 0,08
H_IH1/99 H_IH1/99
DD400S17K6C_B2 DD600S17K3_B2 DD800S17K3_B2 DD800S17K6C_B2
1700 1700 1700 1700
400 600 800 800
145 260 345 265
0,016 0,051 0,043 0,034
H_IH1/99 H_IH4/99 H_IH4/99 H_IH1/99
Standard DD200S33K2C DD400S33K2C DD800S33K2C DD1200S33K2C DD400S33KL2C
3300 3300 3300 3300 3300
200 400 800 1200 400
220 440 900 1300 480
0,108 0,051 0,025 0,017 0,051
H_IH9/101 H_IH4/99 H_IH4/99 H_IH4/99 H_IH4/99
High Insulation DD1200S33KL2C_B5
3300
1200
1450
0,017
H_IH11/101
New type ..._B5: 6.5kV housing / 10.2kV insulation ◆
VRRM V
*) valid for all part-no: Tvj = 125°C, ICRM = 2xlC
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Schwarz HKS 46
IGBT High Power Modules IHV 6500 VCES
Diode Modules
Type *)
Standard FZ200R65KF1 FZ400R65KF1 FZ600R65KF1
VCES V
6500 6500 6500
Ic A
200 400 600
VCEsat V Eon/Eoff V mWs Tvj=25°C Tvj=125°C typ. typ. 4,3 4,3 4,3
RthJC K/W per arm
1900/1200 0,033 4000/2300 0,017 5900/3500 0,011
Outline / page
H_IH10/101 H_IH11/101 H_IH12/101
Type *)
VRRM V
IF A
Qr µAs typ.
RthJC K/W per arm
Outline / page
DD200S65K1 DD400S65K1 DD600S65K1
6500 6500 6500
200 400 600
350 700 1050
0,063 0,032 0,021
H_IH11/101 H_IH11/101 H_IH11/101
Diode Modules *) valid for all part-no: Tvj = 125°C, ICRM = 2xlC
Single modules Standard FD200R65KF1-K FD400R65KF1-K
6500 6500
200 400
4,3 4,3
1900/1200 0,033 4000/2300 0,017
H_IH11/101 H_IH12/101
Chopper modules
25
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 26
EiceDRIVER (eupec IGBT controlled efficiency DRIVER) TM
28 mm TM
Type
Channels 2 2
Control Interface E E
IGBT max. VCE V 1700 1700
VISO V * *
IGM A ±30 ±30
2ED300C17-S 2ED300C17-ST
2ED020I12-F
2
E
1200
*
+1/-2
POUT W 7 7
size mm·mm
mounting by
for modules
60,5 - 72 60,5 - 72
soldering soldering
EconoPACKTM +, 62 mm, IHM EconoPACKTM +, 62 mm, IHM
12,8 - 10,3
soldering
EasyPIMTM, EasyPACK, EconoPACKTM, EconoPIMTM, 34 mm
Outline / page 120 120
72 mm
2ED300C17-S
60,5 mm
* Datasheets available under www.eicedriver.com
Technical features 2ED300C17-S / 2ED300C17-ST · Failure output · Half-bridge – or direct mode can be adjusted · Interlocking against each other and dead time generation in half-bridge mode · Low-resistance and therefore noise-immune 15 V PWM signal input · + 15 V signal processing (15 V logic) · Minimum pulse suppression 400 ns · Reset input and PWM reset · Dynamic over-current detection (DOCD) by
Schwarz HKS 46
monitoring the saturation voltage · “Soft shut down” in case of failure shutdown · External detected failure analysis (EDFA) · 15V logic (high noise immunity) · Additional ± 16 V supply outputs
Technical features 2ED020I12-F · Half-bridge IGBT/MOSFET Driver IC · Fully operational to ± 1200 V · High speed transfer rate · High dv/dt immunity · Matched propagation delay for both channels · Under-voltage lock-out for both channels · Dedicated shutdown input · 3.3 V and 5 V TTL compatible inputs · General purpose operational amplifier integrated · General purpose comparator integrated
120 P-DSO-18-1 120
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Schwarz HKS 46
Overview Bridge Rectifier, AC-Switches 2000
1600
EasyBRIDGE
IsoPACK Bridge
IsoPACK AC-Switch
EconoBRIDGE
Id = 30 - 65 A
Id = 85 - 205 A
Id = 75 - 120 A
Id = 75 - 145 A
Configuration B2U B6U
Configuration B6 U/HK/C
Configuration W3C W3H
Configuration B6U B6HK
VRRM 25 mm
42/54 mm
45 mm
27
IGBT
SCR / Diode Modules
Presspacks
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Explanations
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SCR / Diode Modules
Presspacks
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Outlines
Accessories
Explanations 28
IGBT Low Power Modules EasyBRIDGE 800 V Type VRRM V
Id A
Rectifier Diodes RthJC K/W
Vt0 V
max.
Tvj = 150 °C
rt mΩ
VCE V
Brake Chopper IC* A TC = 80 °C
Outline / page RthJC K/W max.
single phase DDB2U30N08VR
800
48
1,30
0,75
6,95
600
20
1,50
L_750d/102
three phase DDB6U30N08VR
800
30
1,80
0,85
8,30
600
20
1,50
L_750e/102
three phase DDB6U50N08XR
800
50
1,20
0,75
6,95
600
30
1,05
L_1c/102
ϑ
ϑ
* as specified in data sheet
Schwarz HKS 46
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Schwarz HKS 46
IGBT Low Power Modules EasyBRIDGE 1600 V Type VRRM V
Id A
Rectifier Diodes RthJC K/W
Vt0 V
max.
Tvj = 150 °C
rt mΩ
VCE V
Brake Chopper IC* A TC = 80 °C
Outline / page RthJC K/W max.
three phase DDB6U25N16VR
1600
30
1,55
0,76
7,60
1200
15
1,45
L_750e/102
three phase DDB6U75N16YR
1600
65
0,90
0,83
3,90
1200
50
0,55
L_2i/102
three phase DDB6U40N16XR
1600
50
0,90
0,80
4,35
1200
25
0,90
L_1c/102
ϑ
ϑ
* as specified in data sheet
29
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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07.02.2006
IGBT
12:17 Uhr
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SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 30
EconoBRIDGE Rectifier TM
Type
3 phase bridge rectifier, uncontrolled
3 phase bridge rectifier, uncontrolled with brake chopper 3 phase bridge rectifier, uncontrolled with brake chopper and NTC 3 phase bridge rectifier, halfcontrolled with brake chopper and NTC
IFRMSM (ITRMSM) A
DD B6U 84 N 16 R DD B6U 100 N 16 R DD B6U 144 N 16 R
VDRM, VRRM V VDSM = VDRM VRSM = VRRM + 100V 1600 1600 1600
DD B6U 84 N 16 RR DD B6U 100 N 16 RR
Id/Tc A/°C
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
60 60 100
IFSM (ITSM) A 10 ms, Tvj max 550 550 1000
85/100 100/100 145/100
0,75 0,75 0,75
1600 1600
60 60
550 550
85/100 100/100
DD B6U 104 N 16 RR DD B6U 134 N 16 RR
1600 1600
60 80
550 550
TD B6HK 74 N 16 RR TD B6HK 104 N 16 RR TD B6HK 124 N 16 RR
1600 1600 1600
45 60 70
400 550 550
EconoBRIDGETM Rectifiers are UL recognized
Schwarz HKS 46
Tvj max °C
5,5 5,5 3,1
RthJC °C/W per arm 120° el. Square wave 1,45 1,15 0,89
Brake IGBT
0,75 0,75
5,5 5,5
1,45 1,15
150 150
1200 1200
50 50
M_E2h/103 M_E2h/103
105/100 134/100
0,75 0,75
5,5 6,3
1,08 0,70
150 150
1200 1200
50 70
M_E2j/103 M_E2j/103
75/85 104/85 125/85
0,75 0,80 0,75
9,1 7,0 6,3
1,10 0,75 0,63
125 125 125
1200 1200 1200
50 50 70
M_E2i/103 M_E2i/103 M_E2i/103
VCES V
IC A
150 150 150
Outline / page
M_E2g/103 M_E2g/103 M_E2g/103
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IsoPACKTM Bridge Rectifier Type
3 phase bridge rectifier, uncontrolled 3 phase bridge rectifier, half controlled 3 phase bridge rectifier, fully controlled
VDRM, VRRM V VDSM = VDRM VRSM = VRRM+ 100V
IFRMSM (ITRMSM) A
Id/Tc A/°C
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
60 100 120
IFSM (ITSM) A 10 ms, Tvj max 550 1000 1375
DD B6U 85 N 1) DD B6U 145 N 1) DD B6U 205 N 1)
1600 1600 1600
TD B6HK 95 N 2) TD B6HK 135 N 2) TD B6HK 165 N 2) TT B6C 95 N 2) TT B6C 135 N 2) TT B6C 165 N 2)
Tvj max °C
Outline / page
5,5 3,1 2,2
RthJC °C/W per arm 120° el Square wave 1,45 0,89 0,59
85/100 145/100 205/100
0,75 0,75 0,75
150 150 150
M_1Pa/104 M_1Pa/104 M_1Pa/104
1600 1600 1600
75 100 120
620 870 1050
95/85 135/85 165/85
0,95 0,95 0,95
5,5 4,3 3,2
0,82 0,59 0,49
125 125 125
M_1Pb/104 M_1Pb/104 M_1Pb/104
1600 1600 1600
75 100 120
620 870 1050
95/85 135/85 165/85
0,95 0,95 0,95
5,5 4,3 3,2
0,82 0,59 0,49
125 125 125
M_1Pb/104 M_1Pb/104 M_1Pb/104
VDRM, VRRM V VDSM = VDRM VRSM = VRRM+ 100V
IFRMSM (ITRMSM) A
TT W3C 85 N 2) TT W3C 115 N 2) TT W3C 145 N 2)
1600 1600 1600
75 100 120
IFSM (ITSM) A 10 ms, Tvj max 620 870 1050
IRMS/Tc A/°C
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
RthJC °C/W per arm 180° el Sinus
Tvj max °C
Outline / page
85/85 115/85 145/85
0,95 0,95 0,95
5,5 4,3 3,2
0,70 0,50 0,42
125 125 125
M_1Pb/104 M_1Pb/104 M_1Pb/104
TD W3H 115 N 2)
1600
100
900
115/85
0,95
4,3
0,50
125
M_1Pb/104
IsoPACKTM AC-Switches Type
3 phase AC-Switches, fully controlled 3 phase AC-Switches, half controlled
IsoPACKTM modules are UL recognized Sets of srews will be included at customer's request at no cost. Requests must be made at time of order. 1) IsoPACK 42: 30 pcs. M 5 x 11 for 5 modules – see page 122 2) IsoPACK 54: 30 pcs. M 6 x15 for 5 modules – see page 122
31
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
1400
Schwarz HKS 46
400 VRMS
20 mm
VRRM [V] *) highest Voltage on request
25 mm 30 mm 34 mm 50 mm 50 mm Single
TT400N...
*) TZ630N...
TT240N...
3200 TZ530N...
Accessories
*)
60 mm TZ800N...
*)
TZ740N...
TT430N...
*)
TT500N... TT570N...
TT375N...
TT310N...
Outlines
TT425N...
TT380N...
TZ430N...
TZ400N...
TZ240N...
Stacks
TZ500N... TZ600N...
TZ425N...
690 VRMS TZ310N...
3000
TZ375N...
TZ150N...
TT215N...
Presspacks
TT250N... TT251N... TT285N... TT330N...
TT150N...
*)
TT170N... TT210N...
TT180N...
TT162N...
2000
TT142N...
SCR / Diode Modules
TT140N...
TT122N...
2400
TT131N...
12:17 Uhr
TT121N...
TT70N...
550 VRMS
TT106N...
1800
TT104N...
2200
TT92N...
IGBT
07.02.2006
TT61N...
kuka-2006-de-inhalt.qxd Seite 32
Explanations 32
Overview PowerBLOCK Thyristor Modules for Phase Control 3600
3400
2800
2600
1600
1200 70 mm Single
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Schwarz HKS 46
PowerBLOCK Thyristor Modules for Phase Control Type
ITRMSM A
ITSM A 10 ms, Tvj max
∫i2dt A2s·103 10 ms, Tvj max
ITAVM/Tc A/°C 180° el sin
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
120 160 160
1400 1800 1800
9,8 16,2 16,2
60/85 92/85 104/85
0,80 0,85 0,85
3,40 2,15 2,15
150 150 150
Baseplate = 20 mm
TT 61 N TT 92 N TT 104 N
VDRM VRRM V VDSM = VDRM VRSM = VRRM + 100 V 1200 … 1600 1200 … 1600 1200 … 1400
Baseplate = 25 mm
TT 70 N TT 106 N
1600 … 2400* 1200 … 1800
150 180
1450 2000
10,5 20,0
70/85 106/85
1,00 0,90
3,80 2,60
100 150
300 150
F = 1000 F = 1000
0,35 0,33
0,08 0,08
125 140
TP25/105 TP25/105
Baseplate = 30 mm
TT 121 N TT 131 N
1200 … 2000* 1200 … 1600
200 220
2350 3200
27,6 51,2
121/85 131/85
0,85 0,85
2,00 1,50
150 150
180 180
F = 1000 F = 1000
0,23 0,23
0,06 0,06
125 125
TP30/105 TP30/105
Baseplate = 34 mm
TT 122 N TT 140 N TT 142 N TT 162 N TT 180 N
1600 … 2200 1600 … 2200 1200 … 1600 1200 … 1600 1200 … 1600
220 250 230 260 285
2950 3200 4100 4400 4100
43,5 51,2 84 97 84
122/85 140/85 142/85 162/85 180/85
1,00 0,90 0,90 0,85 0,85
2,15 1,75 1,10 0,95 0,90
100 150 150 150 150
300 300 200 200 200
F = 1000 F = 1000 F = 1000 F = 1000 F = 1000
0,2 0,19 0,22 0,20 0,20
0,06 0,06 0,06 0,06 0,06
125 125 125 125 130
TP34/105 TP34/105 TP34/105 TP34/105 TP34/105
Baseplate = 50 mm
TT 150 N TT 170 N TT 210 N TT 215 N TT 250 N TT 251 N TT 285 N TT 330 N
1800 … 2600 1200 … 1800 1200 … 1800 1800 … 2200 1200 … 1800 1200 … 1800 1200 … 1600 1200 … 1600
350 350 410 410 410 410 450 520
4000 4600 5800 6300 7000 8000 8000 8000
80 106 168 198 245 320 320 320
150/85 170/85 210/85 215/85 250/85 250/85 285/92 330/85
1,20 0,95 1,00 0,95 0,80 0,80 0,80 0,80
2,30 1,00 0,85 0,92 0,70 0,70 0,70 0,60
60 150 150 100 150 250 250 250
300 250 200 300 250 250 250 250
F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000
0,13 0,17 0,13 0,13 0,13 0,13 0,117 0,117
0,04 0,04 0,04 0,04 0,04 0,04 0,04 0,04
125 125 125 125 125 125 135 135
TP50/105 TP50/105 TP50/105 TP50/105 TP50/105 TP50/105 TP50/105 TP50/105
Baseplate = 60 mm
TT 240 N TT 310 N TT 380 N TT 375 N TT 400 N TT 425 N TT 430 N TT 500 N TT 570 N
2800 … 3600 2000 … 2600 1200 … 1800 1800 … 2200 2000 … 2600 1200 … 1800 1800 … 2200 1200 … 1800 1200 … 1600
700 700 800 900 800 800 800 900 900
5500 9000 11000 10600 11000 12500 12000 14500 14000
151 405 605 561 605 781 720 1051 980
240/85 310/85 380/85 375/85 400/85 425/85 430/85 500/85 570/87
1,17 1,00 1,00 0,85 1,00 0,90 0,95 0,90 0,90
1,70 0,86 0,38 0,56 0,50 0,30 0,45 0,27 0,27
100 120 120 120 150 120 150 200 200
350 300 250 300 300 250 300 250 250
F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000
0,078 0,078 0,078 0,078 0,065 0,078 0,065 0,065 0,065
0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02
125 125 125 125 125 125 125 125 135
TP60/105 TP60/105 TP60/105 TP60/105 TP60/105 TP60/105 TP60/105 TP60/105 TP60/105
PowerBLOCK modules are UL recognized
Common anode or cathode on request
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180° el sin
RthCK °C/W
Tvj max °C
Outline / page
120 150 150
F = 1000 F = 1000 F = 1000
0,52 0,37 0,37
0,16 0,10 0,10
125 130 140
TP20/105 TP20/105 TP20/105
* Highest voltage on request
33
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SCR / Diode Modules
Presspacks
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Explanations 34
PowerBLOCK Single Thyristor Modules for Phase Control Type
Baseplate = 50 mm
TZ 150 N TZ 240 N TZ 310 N TZ 375 N TZ 400 N TZ 425 N TZ 430 N TZ 500 N TZ 600 N
VDRM VRRM V VDSM = VDRM VRSM = VRRM + 100 V 1800 … 2600 2800 … 3600 2000 … 2600 1800 … 2200 2000 … 2600 1200 … 1800 1800 … 2200 1200 … 1800 1200 … 1400
Baseplate = 70 mm
TZ 530 N TZ 630 N TZ 740 N TZ 800 N
3000 … 3600 2200 … 2800 1800 … 2200 1200 … 1800
PowerBLOCK modules are UL recognized
Schwarz HKS 46
ITRMSM A
ITSM A 10 ms, Tvj max
2
∫i2dt A s ·103 10 ms, Tvj max
ITAVM/Tc A/°C 180° el sin
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
350 700 700 1050 1050 800 1050 1050 1050
4000 5500 8000 10600 11000 12500 12000 14500 14000
80 151 320 561 605 781 720 1051 980
150/85 240/85 310/85 375/85 400/85 425/85 430/85 500/85 600/85
1,20 1,17 1,00 0,85 1,00 0,90 0,95 0,90 0,90
2,30 1,70 0,86 0,56 0,50 0,30 0,45 0,27 0,27
60 100 120 120 150 120 150 200 200
1500 1500 1500 1500
20000 23000 26500 30000
2000 2650 3500 4500
530/85 630/85 740/85 800/85
1,05 0,95 0,90 0,85
0,49 0,37 0,21 0,17
80 150 200 200
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180° el sin
RthCK °C/W
Tvj max °C
Outline / page
300 350 300 300 300 250 300 250 250
F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000
0,13 0,078 0,078 0,078 0,065 0,078 0,065 0,065 0,065
0,04 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02
125 125 125 125 125 125 125 125 135
TP50.1/105 TP50.1/105 TP50.1/105 TP50.1/105 TP50.1/105 TP50.1/105 TP50.1/105 TP50.1/105 TP50.1/105
400 400 350 240
F = 1000 F = 1000 F = 1000 F = 1000
0,045 0,042 0,042 0,042
0,01 0,01 0,01 0,01
125 125 125 125
TP70/106 TP70/106 TP70/106 TP70/106
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Schwarz HKS 46
Overview PowerBLOCK Thyristor/Diode Modules for Phase Control 3600
3400
3200
TD240N...
3000
2800
2600
2400
TD430N...
TD400N...
TD122N... TD140N...
550 VRMS
TD70N...
1800
*)
TD375N...
2000
TD215N...
TD310N...
690 VRMS
TD150N...
2200
*)
*)
20 mm
25 mm
30 mm
34 mm
50 mm
TD500N... TD570N...
TD425N...
TD250N... TD251N... TD285N... TD330N...
TD170N... TD210N...
TD162N... TD180N...
TD142N...
TD131N...
TD121N...
TD106N...
1200
TD104N...
400 VRMS
TD92N...
1400
TD61N...
1600
60 mm
VRRM [V] *) highest Voltage on request
35
IGBT
SCR / Diode Modules
Presspacks
Stacks
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Explanations
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IGBT
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Seite 36
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 36
PowerBLOCK Thyristor/Diode Modules for Phase Control Type
ITRMSM A
ITSM A 10 ms, Tvj max
∫i2dt A2s·103 10 ms, Tvj max
ITAVM/Tc A/°C 180° el sin
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
120 160 160
1400 1800 1800
9,8 16,2 16,2
60/85 92/85 104/85
0,80 0,85 0,85
3,40 2,15 2,15
150 150 150
Baseplate = 20 mm
TD61N TD92N TD104N
VDRM VRRM V VDSM = VDRM VRSM = VRRM + 100 V 1200 … 1600 1200 … 1600 1200 … 1400
Baseplate = 25 mm
TD70N TD106N
1600 … 2400* 1200 … 1800
150 180
1450 2000
10,5 20,0
70/85 106/85
1,00 0,90
3,80 2,60
100 150
300 150
F = 1000 F = 1000
0,35 0,33
0,08 0,08
125 140
TP25/105 TP25/105
Baseplate = 30 mm
TD121N TD131N
1200 … 2000* 1200 … 1600
200 220
2350 3200
27,6 51,2
121/85 131/85
0,85 0,85
2,00 1,50
150 150
180 180
F = 1000 F = 1000
0,23 0,23
0,06 0,06
125 125
TP30/105 TP30/105
Baseplate = 34 mm
TD122N TD140N TD142N TD162N TD180N
1600 … 2200 1600 … 2200 1200 … 1600 1200 … 1600 1200 … 1600
220 250 230 260 285
2950 3200 4100 4400 4100
43,5 51,2 84 97 84
122/85 140/85 142/85 162/85 180/85
1,00 0,90 0,90 0,85 0,85
2,15 1,75 1,10 0,95 0,90
100 150 150 150 150
300 300 200 200 200
F = 1000 F = 1000 F = 1000 F = 1000 F = 1000
0,20 0,19 0,22 0,20 0,20
0,06 0,06 0,06 0,06 0,06
125 125 125 125 130
TP34/105 TP34/105 TP34/105 TP34/105 TP34/105
Baseplate = 50 mm
TD150N TD170N TD210N TD215N TD250N TD251N TD285N TD330N
1800 … 2600 1200 … 1800 1200 … 1800 1800 … 2200 1200 … 1800 1200 … 1800 1200 … 1600 1200 … 1600
350 350 410 410 410 410 450 520
4000 4600 5800 6300 7000 8000 8000 8000
80 106 168 198 245 320 320 320
150/85 170/85 210/85 215/85 250/85 250/85 285/92 330/85
1,20 0,95 1,00 0,95 0,80 0,80 0,80 0,80
2,30 1,00 0,85 0,92 0,70 0,70 0,70 0,60
60 150 150 100 150 250 250 250
300 250 200 300 250 250 250 250
F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000
0,13 0,17 0,13 0,13 0,13 0,13 0,117 0,117
0,04 0,04 0,04 0,04 0,04 0,04 0,04 0,04
125 125 125 125 125 125 135 135
TP50/105 TP50/105 TP50/105 TP50/105 TP50/105 TP50/105 TP50/105 TP50/105
Baseplate = 60 mm
TD240N TD310N TD375N TD400N TD425N TD430N TD500N TD570 N
2800 … 3600 2000 … 2600 1800 … 2200 2000 … 2600 1200 … 1800 1800 … 2200 1000 … 1800 1200 … 1600
700 700 908 800 800 800 900 900
5500 9000 10600 11000 12500 12000 14500 14000
151 405 561 605 781 720 1051 980
240/85 310/85 375/85 400/85 425/85 430/85 500/85 570/87
1,17 1,00 0,85 1,00 0,90 0,95 0,90 0,90
1,70 0,86 0,56 0,50 0,30 0,45 0,27 0,27
100 120 120 150 120 150 200 200
350 300 300 300 250 300 250 250
F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000
0,078 0,078 0,078 0,065 0,078 0,065 0,065 0,065
0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02
125 125 125 125 125 125 125 135
TP60/105 TP60/105 TP60/105 TP60/105 TP60/105 TP60/105 TP60/105 TP60/105
PowerBLOCK modules are UL recognized
Common anode or cathode on request
* Highest voltage on request
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180° el sin
RthCK °C/W
Tvj max °C
Outline / page
120 150 150
F = 1000 F = 1000 F = 1000
0,52 0,37 0,37
0,16 0,10 0,10
125 130 140
TP20/105 TP20/105 TP20/105
Modules for current source inverter with higher blocking Diodes on request
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Schwarz HKS 46
Overview PowerBLOCK Diode/Thyristor Modules for Phase Control 1100
3600
3400
3200
3000
2800
2600
2400
DT310N...
690 VRMS
1800
*)
DT430N...
2000
DT150N...
2200
550 VRMS
*)
20 mm
25 mm
30 mm
34 mm
50 mm
DT500N...
DT425N...
DT285N...
DT250N...
DT170N... DT210N...
DT162N...
DT142N...
DT131N...
DT121N...
DT106N...
1200
DT104N...
400 VRMS
DT92N...
1400
DT61N...
1600
60 mm
VRRM [V] *) highest Voltage on request
37
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
kuka-2006-de-inhalt.qxd
07.02.2006
IGBT
12:17 Uhr
Seite 38
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 38
PowerBLOCK Diode/Thyristor Modules for Phase Control Type
ITSM A 10 ms, Tvj max
∫i2dt A2s·103 10 ms, Tvj max
ITAVM/Tc A/°C 180° el sin
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
120 160 160
1400 1800 1800
9,8 16,2 16,2
60/85 92/85 104/85
0,80 0,85 0,85
3,40 2,15 2,15
150 150 150
Baseplate = 20 mm
DT61N DT92N DT104N
Baseplate = 25 mm Baseplate = 30 mm
DT106N
1200 … 1800
180
2000
20,0
106/85
0,90
2,60
150
150
F = 1000
0,33
0,08
140
TP25/105
DT121N DT131N
1200 … 2000* 1200 … 1600
200 220
2350 3200
27,6 51,2
121/85 131/85
0,85 0,85
2,00 1,50
150 150
180 180
F = 1000 F = 1000
0,23 0,23
0,06 0,06
125 125
TP30/105 TP30/105
Baseplate = 34 mm
DT142N DT162N
1200 … 1600 1200 … 1600
230 260
4100 4400
84 97
142/85 162/85
0,90 0,85
1,10 0,95
150 150
200 200
F = 1000 F = 1000
0,22 0,20
0,06 0,06
125 125
TP34/105 TP34/105
Baseplate = 50 mm
DT150N DT170N DT210N DT250N DT285N
1800 … 2600 1200 … 1800 1200 … 1800 1200 … 1800 1200 … 1600
350 350 410 410 450
4000 4600 5800 7000 8000
80 106 168 245 320
150/85 170/85 210/85 250/85 285/92
1,20 0,95 1,00 0,80 0,80
2,30 1,00 0,85 0,70 0,70
60 150 150 150 250
300 250 200 250 250
F = 1000 F = 1000 F = 1000 F = 1000 F = 1000
0,13 0,17 0,13 0,13 0,13
0,04 0,04 0,04 0,04 0,04
125 125 125 125 135
TP50/105 TP50/105 TP50/105 TP50/105 TP50/105
Baseplate = 60 mm
DT310N DT425N DT430N DT500N
2000 … 2600 1200 … 1800 1800 … 2200 1200 … 1800
700 800 800 900
9000 12500 12000 14500
405 781 720 1051
310/85 425/85 430/85 500/85
1,00 0,90 0,95 0,90
0,86 0,30 0,45 0,27
120 120 150 200
300 250 300 250
F = 1000 F = 1000 F = 1000 F = 1000
0,078 0,078 0,065 0,065
0,02 0,02 0,02 0,02
125 125 125 125
TP60/105 TP60/105 TP60/105 TP60/105
PowerBLOCK modules are UL recognized
Schwarz HKS 46
ITRMSM A
VDRM VRRM V VDSM = VDRM VRSM = VRRM + 100 V 1200 … 1600 1200 … 1600 1200 … 1400
Common anode or cathode on request
* Highest voltage on request
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180° el sin
RthCK °C/W
Tvj max °C
Outline / page
120 150 150
F = 1000 F = 1000 F = 1000
0,52 0,37 0,37
0,16 0,10 0,10
125 130 140
TP20/105 TP20/105 TP20/105
Modules for current source inverter with higher blocking Diodes on request
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Seite 39
Overview PowerBLOCK Diode Modules for Phase Control 4400
DZ950N...
4200 4000 3800 3600 3400
3000
DD435N...
DD175N...
3200
2800
DZ1070N...
DZ540N...
2200 690 VRMS
DD/ND261N...
DD98N...
DD/ND231N...
2400
DD540N...
2600
2000
DD/ND600N...
DZ600N...
30 mm 34 mm
DD/ND350N...
25 mm
DD/ND260N...
DD151N...
DD/ND171N...
DD106N...
1400 400 VRMS
DD/ND89N...
1600
DD/ND104N...
1800 550 VRMS
1200 20 mm
50 mm
50 mm Single
60 mm
70 mm Single
VRRM [V] *) highest Voltage on request
39
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Explanations 40
PowerBLOCK Rectifier Diode Modules for Phase Control Type
Baseplate = 20 mm
Baseplate = 25 mm Baseplate = 30 mm Baseplate = 34 mm Baseplate = 50 mm
◆
◆
Baseplate = 60 mm
◆
Baseplate = 70 mm
VRRM V VRSM = VRRM + 100V
IFSM A 10 ms, Tvj max
∫i2dt A s ·103 10 ms, Tvj max
IFAVM/Tc A/°C
V(TO) V Tvj = Tvj max
28,8 28,8 20 31,25 31,25 33,8
89/100 89/100 98/100 104/100 104/100 106/100
0,75 0,75 0,82 0,70 0,70 0,70
2,3 2,3 2 2,1 2,1 2
0,45 0,45 0,39 0,39 0,39 0,39
0,1 0,1 0,1 0,1 0,1 0,08
150 150 150 150 150 150
DP20/106 DP20/106 DP20/106 DP20/106 DP20/106 DP25/106
151/100
0,75
0,9
0,3
0,06
150
DP30/106
170/100 170/100 175/100 231/100 231/100 260/100 260/100 260/100 260/100 285/100 350/100 350/100 435/100 540/100 600/100 700/100 435/100 540/100 600/100 600/100 700/100 950/100 1070/100
0,75 0,75 0,90 0,80 0,80 0,70 0,70 0,70 0,70 0,75 0,75 0,75 0,84 0,78 0,75 0,78 0,84 0,78 0,75 0,75 0,78 0,85 0,80
0,8 0,8 1,8 0,84 0,84 0,68 0,68 0,68 0,68 0,4 0,4 0,4 0,6 0,31 0,215 0,185 0,6 0,31 0,215 0,215 0,185 0,28 0,17
0,26 0,26 0,17 0,17 0,17 0,17 0,17 0,17 0,17 0,17 0,13 0,13 0,078 0,078 0,078 0,065 0,078 0,078 0,078 0,078 0,065 0,042 0,045
0,06 0,06 0,04 0,04 0,04 0,04 0,04 0,04 0,04 0,04 0,04 0,04 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,02 0,01 0,01
150 150 150 150 150 150 150 150 150 150 150 150 150 150 150 150 150 150 150 150 150 150 160
DP34/107 DP34/107 DP50/107 DP50/107 DP50ND/107 DP50/107 DP50ND/107 DP50/107 DP50ND/107 DP50/107 DP50/107 DP50ND/107 DP50.1/107 DP50.1/107 DP50.1/107 DP60/107 DP60/107 DP60/107 DP60/107 DP60/107 DP60/107 DP70/107 DP70/107
DD 89 N ND 89 N DD 98 N DD 104 N ND 104 N DD 106 N
1200 … 1800 1200 … 1800 2000 … 2500 1200 … 1800 1200 … 1800 1200 … 2200
140 140 160 160 160 180
2400 2400 2000 2500 2500 2600
DD 151 N
1200 … 2200*
240
4600
DD 171 N ND 171 N DD 175 N DD 231 N ND 231 N DD 260 N ND 260 N DD 261 N ND 261 N DD 285 N DD 350 N ND 350 N DZ 435 N DZ 540 N DZ 600 N DZ 700 N DD 435 N DD 540 N DD 600 N ND 600 N DD 700N DZ 950 N DZ 1070 N
1200 … 1800 1200 … 1800 3000 … 3400 2000 … 2600 2000 … 2600 1200 … 1800 1200 … 1800 2000 … 2600 2000 … 2600 400 … 8001) 1200 … 1800 1200 … 1800 2800 … 4000 2000 … 2600 1200 … 1800 1800 … 2200 2800 … 4000 2000 … 2600 1200 … 1800 1200 … 1800 1800 … 2200 3600 … 4400 1800 … 2800*
270 270 350 410 410 410 410 410 410 450 550 550 1100 1150 1150 1150 900 900 950 950 1100 1500 1700
5600 5600 4000 6400 6400 8300 8300 8300 8300 8300 11000 11000 12000 14000 19000 21000 12000 14000 19000 19000 21000 29000 35000
PowerBLOCK modules are UL recognized ■ Not for new design ◆ New type
Schwarz HKS 46
IFRMSM A
Common anode or cathode on request VRSM = VRRM + 50V
1)
2
105,8 157 157 80 205 205 344 344 344 344 344 605 605 720 980 1805 2205 720 980 1800 1800 2205 4205 6125
* Highest voltage on request
rT mΩ Tvj = Tvj max
RthJC °C/W 180° el sin
RthCK °C/W
Tvj max °C
Outline / page
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Seite 41
Schwarz HKS 46
PowerBLOCK Fast Thyristor Modules Type
Baseplate = 20 mm Baseplate = 25 mm Baseplate = 30 mm
Baseplate = 50 mm
TT 46 F TD 46 F DT 46 F TT 60 F
VDRM VRRM V VDSM = VDRM VRSM = VRRM + 100 V 800 … 1200
ITRMSM A
ITSM A 10 ms, Tvj max
∫i2dt A s ·103 10 ms, Tvj max
120
1150
800 … 1300*
150
ITAVM/Tc A/°C 180° el sin
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180° el sin
RthCK °C/W
Tvj max °C
Outline / page
6,60
45/85
1,30
3,4
120
F ≤ 25
C = 500
0,52
0,16
125
TP20/105
1300
8,45
60/85
1,30
4
200
F ≤ 25 E ≤ 20
C = 500
0,35
0,08
125
TP25/105
2
TT 71 F TD 71 F DT 71 F
1000 … 1300
180
2100
22,00
71/85
1,30
3,1
160
F ≤ 25 E ≤ 20
C = 500
0,3
0,06
125
TP30/105
TT 81 F 1) TD 81 F 1) DT 81 F 1)
400 … 800
180
2200
24,20
81/85
1,25
2
160
E ≤ 20 F ≤ 25
C = 500
0,3
0,06
125
TP30/105
TT 101 F TD 101 F DT 101 F
1000 … 1300
200
2400
28,80
101/85
1,20
2,1
160
F ≤ 25
C = 500
0,23
0,06
125
TP30/105
TT 111 F 1) TD 111 F 1) DT 111 F 1)
800 … 1000
200
2600
33,80
111/85
1,20
1,4
200
E ≤ 20 F ≤ 25
C = 500
0,23
0,06
125
TP30/105
TT 180 F TD 180 F DT 180 F
1000 … 1300*
350
6000
180,00
180/85
1,30
0,9
200
F ≤ 25 E ≤ 20 S ≤ 18
C = 500
0,13
0,04
125
TP50/105
TT 200 F TD 200 F DT 200 F
1000 … 1300*
410
6400
205,00
200/85
1,20
0,75
200
F ≤ 25 E ≤ 20 S ≤ 18
C = 500
0,13
0,04
125
TP50/105
TZ 335 F
1000 … 1200
700
10000
500,00
335/85
1,15
0,42
200
G ≤ 30 F ≤ 25
C = 500
0,08
0,02
125
TP50.1/105
PowerBLOCK modules are UL recognized 1) VRRM ≤ 1000 V : VRSM = VRRM +50 V
Common anode or cathode on request
* Highest voltage on request
41
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Seite 42
SCR / Diode Modules
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Explanations 42
PowerBLOCK Fast Asymmetric Thyristor Modules VDRM VRRM V VDSM = VDRM
VRRM VRRM [(VRRM(C)) tp = 1µs]
ITRMSM A
ITSM A 10 ms, Tvj max
∫i2dt A2s·103 10 ms, Tvj max
AD 50 F
1000 … 1200*
15 [50]
120
1300
8,45
AD 60 F
1000 … 1200*
15 [50]
150
1450
AD 96 S
800 … 1200*
15 [50]
200
AD 116 S
800 … 1200
15 [50]
AD 180 S
800 … 1300*
AD 220 S
800 … 1300*
Type
Baseplate = 20 mm
Baseplate = 34 mm
Baseplate = 50 mm
PowerBLOCK modules are UL recognized
Schwarz HKS 46
ITAVM/Tc V(TO) rT A/°C V mΩ 180° el sin Tvj = Tvj max Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180° el sin
RthCK °C/W
Tvj max °C
Outline / page
D ≤ 15 C ≤ 12 B ≤ 10 D ≤ 15 C ≤ 12 B ≤ 10
C = 500 F = 1000
0,45
0,16
125
TP20/105
C = 500 F = 1000
0,39
0,16
125
TP20/105
D ≤ 15 C ≤ 12 B ≤ 10 A≤8 E ≤ 20 D ≤ 15
C = 500 F = 1000
0,23
0,06
125
TP34/105
C = 500 F = 1000
0,23
0,06
125
TP34/105
D ≤ 15 C ≤ 12 B ≤ 10 A≤8 F ≤ 25 E ≤ 20 D ≤ 15
C = 500 F = 1000
0,13
0,04
125
TP50/105
C = 500 F = 1000
0,13
0,04
125
TP50/105
50/85
1,30
3,75
120
10,5
60/85
1,20
208
120
2350
27,60
95/85
1,30
2,15
400
220
2600
33,80
115/85
1,10
1,45
400
15 [50]
350
4800
115,00
180/85
1,30
0,9
500
15 [50]
410
5200
135,00
220/85
1,10
0,6
500
* Highest voltage on request
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Seite 43
Schwarz HKS 46
PowerBLOCK Fast Diode Modules Type
IFSM A 10 ms, Tvj max
∫i2dt A2s·103 10 ms, Tvj max
IFAVM/Tc A/°C
100 120 120 150 150
850 1600 1600 1900 1900
3,60 12,80 12,80 18,05 18,05
45/85 61/100 61/100 81/100 81/100
0,90 1,00 1,00 0,95 0,95
Baseplate = 20 mm
DD 46 S DD 61 S DD 62 S DD 81 S DD 82 S
VRRM V VRSM = VRRM + 100V (50 Hz) 800 … 1200 1) 1000 … 1400 1) 400 … 1000 1) 1000 … 1400 400 … 1000 1)
Baseplate = 30 mm
DD 121 S DD 122 S
1000 … 1400 400 … 1000 1)
200 200
2000 2000
20,00 20,00
121/100 121/100
0,95 0,95
1,7 1,7
Baseplate = 50 mm
DD 230 S ND 230 S DD 241 S ND 241 S DD 242 S ND 242 S
1800 … 2600 1800 … 2600 1000 … 1400 1000 … 1400 600 … 1000 1) 600 … 1000 1)
410 410 410 410 410 410
7500 7500 7500 7500 7500 7500
281,00 281,00 281,00 281,00 281,00 281,00
230/100 230/100 240/100 240/100 240/100 240/100
1,00 1,00 1,10 1,10 1,10 1,10
0,8 0,8 0,5 0,5 0,5 0,5
PowerBLOCK modules are UL recognized 1) VRRM ≤ 1000 V : VRSM = VRRM +50 V
IFRMSM A
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
IRM A Tvj = Tvj max
RthCK °C/W
Tvj max °C
Outline / page
-di/dt = 100 A/µs
RthJC °C/W 180° el sin
3,9 2,2 2,2 1,7 1,7
82 62 87 65
0,68 0,62 0,62 0,48 0,48
0,16 0,16 0,16 0,16 0,16
125 150 150 150 150
DP20/106 DP20/106 DP20/106 DP20/106 DP20/106
95 70
0,28 0,28
0,06 0,06
150 150
DP30/106 DP30/106
135 135 98 98
0,15 0,15 0,15 0,15 0,15 0,15
0,04 0,04 0,04 0,04 0,04 0,04
150 150 150 150 150 150
DP50/107 DP50ND/107 DP50/107 DP50ND/107 DP50/107 DP50ND/107
Common anode or cathode on request
43
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Explanations 44
Overview Phase Control Thyristors in Disc Housings VDRM - Concept 8000 V
7000 V
T201N T281N
5200 V 5000 V 4800 V 1500 VRMS
T501N T551N T553N T571N
Ceramic Disc
4200 V 4000 V 3800 V 3600 V 3400 V 3200 V 2900 V 2600 V 2400 V 2200 V 2000 V 1800 V 1600 V 1400 V 1200 V
T731
600 V 400 V Pellet Ø Case Ø
T379N
T1851N T1651N
T1551N T1451N
T2351N T2161N
T2563N T2871N
T3441N T2401N T2851N
T4003N T4021N
Pellet Ø 88,5 mm Case Ø 120 mm T1971N T3101N T1401N
Epoxy Disc
4400 V
T1081N T1201N
T1503N T1901N T2251N
T729N High Power-Discs
T380N T901N T869N
1100 VRMS
T308N 690 VRMS 550 VRMS
T218N T298N
400 VRMS
T358N T378N
T508N
T459N
T659N
T639N
T699N
T588N
T879N
T829N
T1049N
T2001N T1601N
T1929N
T2101N
T2479N
T1219N
T1589N
T1039N
T1329N
T1869N
T2709N
T1189N
T1509N
T1989N
T3159N
T2509N
T3709N
58 mm
65 mm 100 mm
T3401N T3801N T4301N T4771N
T719N
Epoxy-Discs
T618N
T348N
T398N
T568N
T828N
T1078N
21 mm
23 mm 41 mm
25 mm
30 mm 32 mm 50 mm
T1258N 38 mm 42 mm 57/60 mm
46 mm
51 mm 55/56 mm 75 mm
75 mm 120 mm
80 mm 110 mm
100 mm 150 mm
119 mm 170 mm
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Seite 45
Schwarz HKS 46
Pulsed Power Applications Type
T 4003 NH T 1503 NH T 2563 NH D 2601 NH
VBO kV
VRRM kV
VTM/ITM V/kA
ITSM kA
di/dtcr(on) A/µs single pulse
5,4 7,7 … 8,2 7,7 … 8,2 9
1,8/5 3,0/4 2,95/5 5,5/4
100 55 90 22
5000 5000 5000
VDRM kV
VRRM kV
VD DC kV
VTM/ITM V/kA
ITSM kA
di/dtcr(on) A/µs single pulse
3
3 4,5
typ 1,5 typ 2,5
2,0/4 1,2/2,5
29 35
1000
5,2 7,5 7,5
di/dtcr(off) A/µs single pulse
7500
RthJC °C/W
Tvj max °C
Outline / page
0,0045 0,006 0,0045 0,0075
120 120 120 140
T172.40L/112 T150.40L/112 T172.40L/112 D120.26K/116
RthJC °C/W
Tvj max °C
Outline / page
125 140
T100.26K/111 D100.26K/116
Traction Crow Bar Type
T 1101 N D 2201 N
0,012 0,01
45
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Explanations 46
Phase Control Thyristors up to 600 V VDRM 2) VRRM V VDSM = VDRM VRSM = VRRM + 50 V 200 … 600 200 … 600 200 … 600 200 … 600 200 … 600 200 … 600 200 … 600 200 … 600* 200 … 600*
ITRMSM A
∫i2dt A2s · 103 10 ms, Tvj max
ITSM kA 10 ms, Tvj max
VT/IT V/kA Tvj max
ITAVM A/°C 180 ° el sin Tc = 85 °C
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
330 600 800 900 1500 2000 2500 4900 7000
151 80 151 225 720 1050 2000 8820 18000
5,5 4,0 5,5 6,7 12,0 14,5 20,0 42,0 1) 60,0 2)
1,33/0,6 1,92/1,1 1,63/1,5 1,76/2,0 1,65/2,5 1,81/3,5 1,5/4,5 1,22/6 1,50/15
210 348 398 568 828 1078 1258 2509 3710
0,80 1,00 1,00 0,80 1,00 1,02 1,00 0,75 0,75
0,850 0,700 0,400 0,440 0,230 0,200 0,100 0,072 0,0475
ITRMSM A
∫i2dt A s · 103 10 ms, Tvj max
ITSM kA 10 ms, Tvj max
VT/IT V/kA Tvj max
ITAVM A 180 ° el sin Tc = 85 °C
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
T 86 N T 130 N
VDRM VRRM V VDSM = VDRM VRSM = VRRM + 100 V 1200 … 1800* 1200 … 1800
T 160 N
Type
T 210 N T 348 N T 398 N T 568 N T 828 N T 1078 N T 1258 N T 2509 N T 3709 N
(di/dt)cr A/µs DIN IEC 747 - 6 200 200 200 200 300 200 120 200 200
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
200 200 200 200 150 150 200 200 200
F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000
0,1500 0,1000 0,1000 0,0680 0,0450 0,0330 0,0330 0,0184 0,0125
140 140 140 140 140 140 140 140 140
TSW27/108 T41.14/109 T41.14/109 T41.14/109 T50.14/109 T50.14/109 T60.14/109 T75.26/109 T100.26/109
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
TSW27/108 TSW27/108 TFL36/108 TSW27/108 TFL36/108 T41.14/109 T41.14/109 TSW41/108 TFL54/108 T41.14/109 TFL54/108 T41.14/109 TSW41/108 T41.14/109 T50.14/109 T50.14/109 T57.26/109
up to 1800 V Type
(di/dt)cr A/µs DIN IEC 747 - 6
200 300
20 45
2,00 3,00
1,99/0,4 1,96/0,6
86 130
1,00 1,08
2,60 1,53
150 150
200 180
F = 1000 F = 1000
0,3000 0,2000
125 125
1200 … 1800
300
58
3,40
1,96/0,6
160
1,08
1,53
150
200
F = 1000
0,1500
125
T 178 N T 218 N T 221 N
1200 … 1800 1200 … 1800 1200 … 1800
300 400 450
34 58 163
2,60 3,40 5,70
1,9/0,6 2,2/0,8 1,74/0,8
178 218 221
0,92 0,90 1,10
1,50 1,35 0,75
150 150 150
180 200 200
F = 1000 F = 1000 F = 1000
0,1400 0,1100 0,1200
125 125 125
T 298 N T 345 N T 358 N T 370 N T 378 N T 388 N T 508 N T 509 N
600 … 1600 1200 … 1800 1200 … 1800 1200 … 1800 1200 … 1600 1200 … 1800 1200 … 1800 1200 … 1800
600 550 700 650 800 730 800 800
90,6 238 106 320 202 205 238 238
4,25 6,90 4,60 8,00 6,35 6,40 6,90 6,90
2,0/1,1 1,56/1,0 2,07/1,2 1,65/1,2 1,85/1,2 2,1/1,5 1,92/1,6 1,92/1,6
298 345 358 370 378 388 510 510
0,85 0,80 0,85 0,80 0,80 0,90 0,80 0,80
0,90 0,70 0,90 0,50 0,75 0,75 0,60 0,60
150 150 150 200 150 120 120 120
200 250 250 250 250 220 250 250
F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000
0,0880 0,0800 0,0680 0,0850 0,0680 0,0680 0,0530 0,0530
125 125 125 125 125 125 125 125
* Highest voltage on request
Schwarz HKS 46
2
1)
Case non-rupture current 32 kA (sinusoidal half wave 50 Hz)
2)
Case non-rupture current 38 kA
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Seite 47
Schwarz HKS 46
Phase Control Thyristors up to 1800 V Type
T 588 N T 589 N T 618 N T 619 N T 648 N T 649 N T 718 N T 719 N T 878 N T 879 N T 1049 N T 1189 N T 1500 N T 1509 N T 1986 N T 1989 N T 3159 N
VDRM VRRM V VDSM = VDRM VRSM = VRRM + 100V 1200 … 1800 1200 … 1800 1200 … 1400 1200 … 1400 1200 … 1600 1200 … 1600 1200 … 1600 1200 … 1600 1200 … 1800 1200 … 1800 1200 … 1800 1200 … 1800 1200 … 1800 1200 … 1800 1200 … 1800 1200 … 1800 1200 … 1800
* Highest voltage on request
1)
ITRMSM A
∫i2dt A2s · 103 10 ms Tvj max
ITSM kA 10 ms Tvj max
VT/IT V/kA Tvj max
ITAVM A 180 ° el sin Tc = 85 °C
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
1250 1250 1250 1250 1300 1300 1500 1500 1750 1750 1870 2800 3500 3500 4200 4200 7000
320 320 451 451 605 605 781 781 1200 1200 1280 2530 5611 5611 6480 6480 16245
8,0 8,0 9,5 9,5 11,0 11,0 12,5 12,5 15,5 15,5 16,0 22,5 33,5 1) 33,5 1) 36,0 36,0 57,0 2)
2,15/2,4 2,15/2,4 1,75/2,0 1,75/2,0 2,1/2,5 2,1/2,5 1,94/3,0 1,94/3,0 1,95/3,6 1,95/3,6 1,34/1,8 2,05/5,4 2,1/7,0 2,1/7,0 2,05/8,0 2,05/8,0 1,37/6,0
588 588 618 618 649 649 718 718 879 879 1050 1190 1500 1500 1990 1990 3160
0,800 0,800 0,800 0,800 1,000 1,000 0,850 0,850 0,850 0,850 0,850 0,900 0,900 0,900 0,900 0,900 0,850
0,5000 0,5000 0,4200 0,4200 0,3800 0,3800 0,3500 0,3500 0,2700 0,2700 0,2250 0,1900 0,1500 0,1500 0,1200 0,1200 0,0820
Case non-rupture current 32 kA (sinusoidal half wave 50 Hz)
2)
(di/dt)cr A/µs DIN IEC 747 - 6 200 200 200 200 120 120 120 120 200 200 200 200 200 200 200 200 200
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
250 250 250 250 250 250 250 250 250 250 250 240 240 240 250 250 250
F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000
0,0450 0,0450 0,0450 0,0450 0,0380 0,0380 0,0380 0,0380 0,0320 0,0320 0,0265 0,0230 0,0184 0,0184 0,0133 0,0133 0,0085
125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125 125
T50.14/109 T57.26/109 T50.14/109 T57.26/109 T60.14/109 T57.26/109 T60.14/109 T57.26/109 T60.14/109 T57.26/109 T75.26/109 T75.26/109 T75.26K/110 T75.26/109 T100.35/109 T100.26/109 T110.26/110
Case non-rupture current 38 kA
47
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Explanations 48
Phase Control Thyristors up to 3000 V Type
■
■
Schwarz HKS 46
∫i2dt A2s · 103 10 ms Tvj max
ITSM kA 10 ms Tvj max
VT/IT V/kA Tvj max
ITAVM A 180 ° el sin Tc = 85 °C
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180 ° el sin
Tvj max °C
650
245
7,0
2.35/1,2
270
1,070
0,870
60
300
C = 500 F = 1000 C = 500 F = 1000 C = 500 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 C = 500 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 C = 500 F = 1000 F = 1000 F = 1000 C = 500 F = 1000 F = 1000 C = 500 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000
0,0910
125
TSW41/108
0,0560
125
T50.14/109
0,0455
125
0,0377 0,0330 0,0330 0,0320 0,0320 0,0290
125 125 125 125 125 125
T60.14/109 T57.26/109 T57.26/109 T60.14/109 T57.26/109 T57.26/109 T60.14/109 T75.26/109
0,0265 0,0231 0,016 0,0184 0,0184 0,0124 0,0133 0,0133 0,0097 0,0099 0,0099 0,0099
125 125 125 125 125 125 125 125 125 125 125 125
T75.26/109 T75.26/109 T75.14/109 T75.26/109 T75.26/109 T100.26/110 T100.35/110 T100.26/110 T120.35K/111 T110.35/110 T110.26/140 T120.26K/111
0,0085 0,0085 0,0085 0,0085 0,0085 0,0054 0,0048
125 125 125 125 125 125 125
T110.35/110 T110.26/110 T120.26K/111 T110.26/110 T120.26K/111 T150.35K/111 T150.26K/111
T 271 N
VDRM VRRM V VDSM = VDRM VRSM = VRRM + 100V 2000 … 2500
T 308 N
2000 … 2600*
550
101
4,5
2,88/1,1
308
1,100
1,600
60
350
T 458 N T 459 N T 639 N T 658 N T 659 N T 699 N T 708 N T 709 N
2000 … 2600
1000
405
9,0
2,75/2,0
459
1,000
0,840
120
300
1800 … 2200 2200 … 2600 2200 … 2600 1800 … 2200 1800 … 2200 2000 … 2600
1250 1500 1500 1500 1500 1500
562 660 660 744 744 845
10,6 11,5 11,5 12,2 12,2 13,0
1,88/1,8 2,53/2,85 2,53/2,85 2,32/2,85 2,32/2,85 2,84/3,0
640 659 659 699 699 700
0,850 1,000 1,000 0,950 0,950 1,050
0,510 0,500 0,500 0,450 0,450 0,530
120 150 150 200 200 50
400 300 300 300 300 300
T 829 N T 1039 N T 1218 N T 1219 N T 1329 N T 1589 N T 1866 N T 1869 N T 2101 N T 2156 N T 2159 N T 2160 N
2000 … 2600 1800 … 2200 2000 … 2800 2000 … 2800 1800 … 2200 2000 … 2800* 1800 … 2200 1800 … 2200 2000 … 2600 2000 … 2800 2000 … 2800 2200 … 2800
1800 2200 2625 2625 2600 3200 4100 4100 5050 4600 4600 4600
1201 1711 2531 2531 2645 3920 6125 6125 10100 8000 8000 8000
15,5 18,5 22,5 22,5 23,0 28,0 35,0 35,0 45,0 40,0 1) 40,0 1) 40,0
1,78/1,8 1,53/2 1,52/1,0 1,38/1,0 1,13/1,0 2,45/5,0 2,2/8,0 2,2/8,0 1,2/2,0 2,65/8,8 2,65/8,8 2,65/8,8
829 1039 1220 1220 1329 1589 1869 1869 2340 2159 2159 2159
0,950 0,90 1,05 1,000 0,900 1,100 0,900 0,900 0,820 1,050 1,050 1,050
0,425 0,300 0,33 0,275 0,234 0,237 0,155 0,155 0,162 0,154 0,154 0,154
50 200 150 150 200 150 200 200 150 150 150 150
350 300 350 350 300 400 300 300 250 400 400
T 2476 N T 2479 N T 2480 N T 2709 N T 2710 N T 4301 N T 4771 N
2200 … 2800 2200 … 2800 2200 … 2800 1600 … 2200 1600 … 2200 2200 … 2900 2200 … 2900
5100 5100 5100 5800 5800 9420 10110
9460 9460 9460 12500 12500 41400 41400
43,5 1) 43,5 1) 43,5 50,0 1) 50,0 91,0 91,0
1,43/3,0 1,43/3,0 1,43/3,0 2,35/11 2,35/11 1,20/4 1,20/4
2480 2480 2480 2709 2709 4300 4640
0,950 0,950 0,950 0,900 0,900 0,770 0,770
0,154 0,154 0,154 0,125 0,125 0,107 0,107
200 200 200 200 200 300 300
400 400 400 300 300 250 250
Not for new design
ITRMSM A
* Highest voltage on request
1)
Case non-rupture current 38 kA (sinusoidal half wave 50 Hz)
Outline / page
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Schwarz HKS 46
Phase Control Thyristors up to 4500 V ITRMSM A
∫i2dt A2s · 103 10 ms Tvj max
ITSM kA 10 ms Tvj max
VT/IT V/kA Tvj max
ITAVM A 180 ° el sin Tc = 85 °C
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
T 379 N T 380 N T 729 N T 730 N T 731 N T 869 N T 901 N T 929 N T 1401 N T 1971 N
VDRM VRRM V VDSM = VDRM VRSM = VRRM + 100 V 3600 … 4200 3200 … 3800 3600 … 4200 3600 … 4200 3600 … 4400 3000 … 3600 2800 … 3600 3000 … 3600 3600 … 4400 3600 … 4400
800 750 1840 1840 2010 2000 2050 2200 3450 3700
205 211 1250 1250 1280 1445 1445 1530 6480 6480
6,4 6,5 15,8 15,8 16,0 17,0 17,0 17,5 36,0 36,0
3,26/1,2 2,8/1,2 3,4/3,5 3,4/3,5 1,86/1,2 3,18/3,8 1,75/1,2 2,7/3,6 1,95/2,0 1,95/2,0
422 380 730 730 910 860 950 930 1600 1730
1,20 1,20 1,20 1,20 1,08 1,08 1,16 1,00 1,29 1,29
1,600 1,200 0,570 0,570 0,650 0,500 0,494 0,430 0,330 0,330
T 1601 N T 1929 N T 2001 N T 3401 N T3801 N T 3101 N
2800 … 3600 3000 … 3800 2800 … 3600 3100 … 3600 3100 … 3600 4000 … 4400
4160 4200 4460 8350 8950 6830
8400 6850 8400 37850 37850 34000
41,0 37,0 41,0 87,0 87,0 83,0
1,5/2,0 2,9/8,0 1,5/2,0 1,4/4 1,4/4 1,75/4
1920 1930 2060 3800 4100 3160
1,00 1,08 1,00 0,82 0,82 1,01
0,250 0,200 0,250 0,145 0,145 0,185
Type
(di/dt)cr A/µs DIN IEC 747 - 6
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
100 100 80 80 300 80 300 80 300 300
500 350 400 400 500 400 300 500 350 350
0,033 0,045 0,0215 0,0215 0,0185 0,0210 0,0185 0,0215 0,0097 0,0086
125 125 120 120 125 125 125 125 125 125
T57.26/109 T57.26K/110 T75.26/109 T75.26K/110 T76.26K/110 T75.26/109 T76.26K/110 T75.26/109 T120.35K/111 T120.26K/111
300 150 300 300 300 300
300 450 300 300 300 400
F = 1000 F = 1000 F = 1000 F = 1000 H = 2000 F = 1000 F = 1000 F = 1000 H = 2000 H = 2000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 F = 1000 H = 2000
0,0097 0,0099 0,0087 0,0054 0,0048 0,0054
125 125 125 125 125 125
T120.35K/111 T110.26/110 T120.26K/111 T150.35K/111 T150.26K/111 T150.35K/111
49
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Explanations 50
Phase Control Thyristors up to 5500 V Type
T 1451 N T 1551 N T 2161 N T 2351 N T 2401 N T 2851 N T 3441N T 4021 N
∫i2dt A2s · 103 10 ms Tvj max
ITSM kA 10 ms Tvj max
9250 9250 14600 14600 22000 31000 31000 50000
43,0 43,0 54,0 54,0 67,0 79,0 79,0 100,0
ITRMSM A
∫i2dt A2s · 103 10 ms Tvj max
510 600 1260 1260 1150 2830 2600 3610 3940 4520 4840 6060
88,2 115 845 845 442 5780 5780 11500 11500 21100 21100 40500
VDRM VRRM V VDSM = VDRM VRSM = VRRM + 100 V 4800 … 5200 4800 … 5200 4800 … 5200 4800 … 5200 4800 … 5200 4800 … 5200 4800 … 5200 4800 … 5350
ITRMSM A
VDRM VRRM V VDSM = VDRM VRSM = VRRM + 100 V 6000 … 7000 6000 … 6500 6000 … 7000 6000 … 7000 6000 … 6500 6000 … 7000 6000 … 7000 6000 … 7000 6000 … 7000 7000 … 8000 7000 … 8000 7500 … 8000
3610 3920 4630 5000 5970 6230 6600 8480
VT/IT V/kA Tvj max
ITAVM A 180 ° el sin Tc = 85 °C
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
1,70/2,0 1,70/2,0 1,85/3,0 1,85/3,0 2,10/4,0 1,70/4,0 1,70/4,0 1,80/6,0
1690 1830 2170 2360 2750 3000 3200 3920
0,92 0,92 0,81 0,81 1,09 0,765 0,765 0,92
0,370 0,370 0,360 0,360 0,250 0,235 0,235 0,142
ITSM kA 10 ms Tvj max
VT/IT V/kA Tvj max
ITAVM A 180 ° el sin Tc = 85 °C
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
4,2 4,8 13,0 13,0 9,4 34,0 34,0 48,0 48,0 65,0 65,0 90,0
3,40/0,5 2,75/0,5 2,65/1,0 2,65/1,0 2,75/1,0 2,7/2,0 2,7/2,0 2,65/3 2,65/3 3,0/4,0 3,0/4,0 2,95/6,0
245 280 640 600 540 1330 1230 1685 1850 2130 2280 2740
1,29 1,35 1,30 1,30 1,35 1,18 1,18 1,22 1,22 1,24 1,24 1,425
4,180 2,8 1,350 1,350 1,4 0,759 0,759 0,490 0,490 0,440 0,440 0,310
(di/dt)cr A/µs DIN IEC 747 - 6 300 300 300 300 300 300 300 300
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180 ° el sin
Tvj max °C
450 450 450 450 ≤ 350 600 600 550
H = 2000 H = 2000 H = 2000 H = 2000 H = 2000 H = 2000 H = 2000 H = 2000
0,0097 0,0086 0,0075 0,0065 0,0054 0,0054 0,0048 0,00445
125 125 125 125 125 125 125 125
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180 ° el sin
Tvj max °C
H = 2000 F = 1000 H = 2000 H = 2000 F = 1000 H = 2000 H = 2000 H = 2000 H = 2000 H = 2000 H = 2000 H = 2000
0,0430 0,0430 0,0185 0,0205 0,0230 0,0086 0,0097 0,0075 0,0065 0,0054 0,0048 0,00445
125 125 125 125 125 125 125 125 125 125 125 125
Outline / page
T120.35K/111 T120.26K/111 T120.35K/111 T120.26K/111 T150.35K/111 T150.35K/111 T150.26K/111 T172.35K/112
up to 10 000 V Type
◆
◆
◆
Schwarz HKS 46
T 201 N T 281 T 501 N T 551 N T 571 T 1081 N T 1201 N T 1651N T 1851 N T 1901 N T 2251N T 2871 N New type
(di/dt)cr A/µs DIN IEC 747 - 6 300 150 300 300 150 300 300 300 300 300 300 300
600 1000 600 600 1000 600 600 600 600 550 550 550
Outline / page
T58.26K/110 T58.26K/ 110 T76.26K/110 T76.35K/111 T76.26K/110 T120.26K/111 T120.35K/111 T120.35K/111 T120.26K/111 T150.35K/111 T150.26K/111 T172.35K/112
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Schwarz HKS 46
Phase Control Thyristors Light Triggered Thyristors Type
VBO V
VRRM V
ITRMSM A
∫i2dt A2s · 103 10 ms Tvj max
ITSM kA 10 ms Tvj max
VT/IT V/kA Tvj max
ITAVM A 180 ° el sin Tc = 85 °C
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
T 553 N T 1503 N T 2563 N T 4003 N
6500 7500 7500 5200
7200 7700 … 8200 7700 … 8200 5400
1200 3900 5600 5600
684 15125 40500 50000
11,7 55,0 90,0 100,0
2,65/1,0 3,0/4,0 2,95/5,0 1,8/5,0
550 1770 2520 3480
1,30 1,24 1,28 0,92
1,35 0,44 0,278 0,142
300 300 300 300
600 550 550 500
H = 2000 H = 2000 H = 2000 H = 2000
0,0200 0,0063 0,0048 0,0048
120 120 120 120
T76.35L/112 T150.40L/112 T172.40L/112 T172.40L/112
ITRMSM A
ITSM kA 10 ms, Tvj max
VT/IT V/kA Tvj max
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
VGT V Tvj = 25 °C
IGT mA Tvj = 25 °C
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
200
2,05
2,1/0,4
1,25
1,8
S ≤ 18 C = 500
B = 50
2,0
150
0,350
125
TSW27/108
2,0
150
0,260
125
TSW27/108
2,0
200
0,180
140
T41.14/109
2,0
200
0,108
140
T41.14/109
Fast Thyristors up to 600 V Type
VDRM, VRRM VDSM = VDRM VRSM = VRRM+50 V
V ■
■
■ 1)
T 72 F
400 … 600
200 D ≤ 15
T 102 F
200 … 600
220
2,75
1,95/0,5
1,20
1,4
200
D ≤ 15
T 178 F
200 … 600
300
1,90
1,85/0,5
1,02
1,55
300
T 308 F
200 … 600
600
4,00
1,9/1,0
1
0,7
300
E ≤ 20 D ≤ 15 E ≤ 20 D ≤ 15 1)
L = 500 M = 1000 B = 50 C = 500 L = 500 M = 1000 B = 50 C = 500 C = 500 M = 1000
Not for new design Only in connection with (dv/dt)cr = B or C
51
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Explanations 52
Fast Thyristors up to 600 V Type
VDRM, VRRM VDSM = VDRM
ITRMSM A
ITSM kA 10 ms, Tvj max
VT/IT V/kA Tvj max
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
VGT V Tvj = 25 °C
IGT mA Tvj = 25 °C
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
E ≤ 20 D ≤ 15 S ≤ 18 D ≤ 15
C = 500 M = 1000 C = 500 M = 1000
2,0
200
0,0500
140
T50.14/109
2,0
250
0,0330
140
T50.14/109
VRSM = VRRM+50 V
V T 698 F
200 … 600
1100
11,00
1,65/2,0
1,02
0,32
300
T 1078 F
200 … 400
2000
14,50
1,81/3,5
1,02
0,2
200
VDRM, VRRM VDSM = VDRM
ITRMSM A
ITSM kA 10 ms, Tvj max
VT/IT V/kA Tvj max
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
VGT V Tvj = 25 °C
IGT mA Tvj = 25 °C
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
B = 50 C = 500 L = 500 M = 1000 B = 50 C = 500 L = 500 M = 1000 B = 50 C = 500 L = 500 M = 1000 B = 50 C = 500 L = 500 M = 1000
2,0
150
0,280
125
TSW27/108
2,0
150
0,200
125
TSW27/108
2,0
150
0,163
125
T41.14/109
2,0
150
0,117
125
T41.14/109
up to 1400 V Type
VRSM = VRRM+50 V
V ■
T 80 F
1200 … 1300*
200
2,45
2,4/0,4
1,30
2,40
160
F ≤ 25 E ≤ 20 S ≤ 18
■
T 120 F
1200 … 1300*
240
2,90
2,2/0,5
1,20
1,60
160
F ≤ 25 E ≤ 20 S ≤ 18 1)
T 128 F
1200 … 1300*
300
2,45
2,6/0,6
1,28
2,15
160
F ≤ 25 E ≤ 20 S ≤ 18 1)
T 188 F
1000 … 1300*
400
2,90
2,44/0,8
1,20
1,35
160
F ≤ 25 E ≤ 20 S ≤ 18 1)
■ 1)
Schwarz HKS 46
Not for new design Only in connection with (dv/dt)cr = B or C
* Highest voltage on request
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Schwarz HKS 46
Fast Thyristors up to 1400 V Type
VDRM, VRRM VDSM = VDRM
ITRMSM A
ITSM kA 10 ms, Tvj max
VT/IT V/kA Tvj max
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
VGT V Tvj = 25 °C
IGT mA Tvj = 25 °C
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
F ≤ 25 E ≤ 20 S ≤ 18 1) F ≤ 25 E ≤ 20 S ≤ 18 1)
C = 500 M = 1000
2,2
250
0,080
125
TFL54/108
B = 50 C = 500 L = 500 M = 1000 B = 50 C = 500 L = 500 M = 1000 C = 500 L = 500 M = 1000 C = 500 L = 500 M = 1000 B = 50 C = 500 L = 500 M = 1000 B = 50 C = 500 L = 500 M = 1000
2,2
250
0,068
125
T50.14/109
2,2
250
0,085
125
TSW41/108
2,2
250
0,080
125
TFL54/108
2,2
250
0,0530
125
T50.14/109
2,2
250
0,0380
125
T57.26/109
2,2
250
0,0380
125
T57.26K/110
2,2
300
0,0180
125
T75.26K/110
VRSM = VRRM+50 V
V T 290 F
1000 … 1300
550
6,40
2,1/1,0
1,20
0,75
200
T 318 F
1000 … 1200*
700
6,00
2,25/1,2
1,30
0,70
200
T 320 F
1000 … 1300*
9,15
1,95/1,2
1,15
0,42
200
F ≤ 25 G ≤ 30
T 340 F
1000 … 1400
600
6,40
1,65/1,0
0,90
0,70
200
N ≤ 60
T 408 F
1000 … 1200*
750
6,40
2,20/1,4
1,20
0,63
200
■
T 599 F
1200 … 1300*
1500
10,00
1,66/1,0
1,15
0,42
200
■
T 600 F
1200 … 1300*
1500
10,00
1,66/1,0
1,15
0,42
200
F ≤ 25 E ≤ 20 S ≤ 18 1) G ≤ 30 F ≤ 25 E ≤ 20 1)
■
T 1052 S
1000 … 1200
2200
20,00
2,70/4,0
1,45
0,3
400
■
■
■ 1)
Not for new design Only in connection with (dv/dt)cr = B or C
600
F ≤ 25 E ≤ 20 D ≤ 15
* Highest voltage on request
53
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Explanations 54
Fast Thyristors up to 2000 V Type
VDRM, VRRM VDSM = VDRM
ITRMSM A
ITSM kA 10 ms, Tvj max
VT/IT V/kA Tvj max
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
VGT V Tvj = 25 °C
IGT mA Tvj = 25 °C
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
2000
18,00
2,70/3,5
1,35
0,33
250
N ≤ 60 M ≤ 50 L ≤ 45 K ≤ 40 1)
B = 50 C = 500 L = 500 M = 1000
2,2
250
0,0210
125
T75.26K/110
VRSM = VRRM+50 V
V T 930 S
1600 … 2000*
* Highest voltage on request 1) Only in connection with (dv/dt)cr = B or C
Fast Asymmetric Thyristors Type
VDRM V VDSM = VDRM
VRRM V (VRRM(C)) tp = 1 µs
ITRMSM A
ITSM kA 10 ms Tvj max
VT/IT V/kA Tvj max
V(TO)/rT V/mΩ Tvj = Tvj max
(di/dt)cr A/µs DIN IEC 747 - 6
tq µs typ.
(dv/dt)cr V/µs DIN IEC 747 - 6
VGT V Tvj = 25 °C
IGT mA Tvj = 25 °C
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
A 158 S
1000 … 1300*
15 (50)
400
2,45
2,60/0,6
1,3/2
400
C = 500 F = 1000
2,7
300
0,117
125
T41.14/109
A 198 S
1000 … 1300*
15 (50)
400
2,70
2,0/0,25
1,1/1,3
400
300
0,117
125
T41.14/109
1000 … 1300*
15 (50)
800
5,00
2,75/1,5
1,3/0,9
500
C = 500 F = 1000 C = 500 F = 1000
2,7
A 358 S
2,7
300
0,053
125
T50.14/109
A 438 S
1000 … 1300*
15 (50)
900
5,50
2,1/1,5
1,1/0,6
500
D ≤ 15 C ≤ 12 B ≤ 10 A ≤ 8 1) E ≤ 20 D ≤ 15 D ≤ 15 C ≤ 12 B ≤ 10 A ≤ 8 1) F ≤ 25 E ≤ 20 D ≤ 15
C = 500 F = 1000
2,7
300
0,053
125
T50.14/109
* Highest voltage on request 1) VDRM ≤ 1000 V
Schwarz HKS 46
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Schwarz HKS 46
Overview Rectifier in Disc Housings VRRM – Concept D471N
9000 V
D2601NH D2601N
D711N
6800 V
D1481N
D3001N D3041N
5800 V
D6001N
5000 V D749N
4800 V 1500 VRMS 4600 V
D1800N D1809N
Ceramic Disc
4500 V D1069N
4400 V Epoxy Disc
4000 V
D3501N
D849N D269N
3600 V 1100 VRMS
High Power-Discs
3400 V 3200 V D748N
2800 V
D2209N D2200N
D4709N
D1029N
2600 V
D1709N
2400 V
D2659N D2650N
D660N
2200 V 690 VRMS
D4201N
D428N
2000 V
D798N
1800 V 550 VRMS 1600 V
D1049N
Epoxy-Discs
1400 V 400 VRMS 1200 V 600 V
D448N
D758N
17 mm
21 mm
D2228N
D4457N
D5807N / D5809N
D8019N
30 mm
38 mm
46 mm
56 mm
65 mm
75/80 mm
101 mm
50 mm
57/60 mm
100 mm
120 mm
150 mm
400 V Pellet Ø Case Ø
30 mm
41 mm
75 mm
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Explanations 56
Rectifier Diodes up to 800 V Type
■
D 255 N D 255 K D 448 N D 758 N D 2228 N D 2898 N D 4457 N D 5807 N D 5809 N D 6247 N D 8019 N D 8407 N
VRRM V VRSM = VRRM + 50 V
IFRMSM A
IFSM kA 10 ms, Tvj max
∫i2dt A2s ·103 10 ms Tvj max
IFAVM/Tc A/°C 180° sinus
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
200 … 800* 200 … 800* 200 … 800* 400 … 800* 200 … 600 400 … 600 400 … 600 400 … 600 400 … 600 400 … 600 200 … 600 400 … 600
400 400 710 1195 4000 6100 7000 9100 9100 9800 13300 13200
4,6 4,0 5,1 8,8 28,5 32,3 52,0 70,0 70,0 52,0 95,0 70,0
105,8 80,0 130,0 387,2 4061,0 5200,0 13500,0 24500,0 24500,0 13500,0 45000,0 24500,0
255/110 255/75 450/122 760/115 2230/110 2894/100 4460/111 5800/108 5800/58 6242/68 8020/56 8408/64
0,65 0,65 0,70 0,70 0,70 0,66 0,70 0,70 0,70 0,66 0,70 0,66
0,850 0,850 0,510 0,310 0,0975 0,060 0,047 0,040 0,040 0,047 0,027 0,036
0,2300 0,3450 0,1020 0,0670 0,0254 0,0254 0,0128 0,0098 0,0166 0,0130 0,0125 0,0098
180 180 180 180 180 180 180 180 180 180 180 180
DSW27/113 DSW27/113 D41.14/114 D41.14/114 D60.14/114 D60.14/114 D60.8/114 D73.8/114 D75.26/114 D60.8/ 114 D100.26/115 D73.8/ 114
VRRM V VRSM = VRRM + 100 V
IFRMSM A
IFSM kA 10 ms, Tvj max
∫i2dt A s ·103 10 ms Tvj max
IFAVM/Tc A/°C 180° sinus
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
RthJC °C/W 180 ° el sin
Tvj max °C
Outline / page
1200 … 1800 1200 … 1800 1200 … 1800* 1200 … 1800
710 710 1650 2590
10,8 10,8 11,8 18,5
583,2 583,2 696,0 1710,0
450/130 450/130 800/130 1050/130
0,77 0,77 0,81 0,81
0,0855 0,0855 0,046 0,038
180 180 180 180
DFL54/113 DFL54/113 D50.14/114 D57.26/114
up to 1800 V Type
D 452 N D 452 K D 798 N D 1049 N ■
Schwarz HKS 46
Not for new design
2
* Highest voltage on request
0,48 0,48 0,28 0,17
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Schwarz HKS 46
Rectifier Diodes up to 3000 V Type
■
■
VRRM V VRSM = VRRM + 100 V
IFRMSM A
IFSM kA 10 ms, Tvj max
∫i2dt A2s ·103 10 ms Tvj max
IFAVM/Tc A/°C 180° sinus
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
RthJC °C/W 180 ° el sin
Tvj max °C
D 121 N D 121 K D 251 N
1200 … 2000 1200 … 2000 1200 … 2000
360 330 400
2,60 2,40 5,30
33,8 28,8 140,5
120/130 120/130 250/130
0,72 0,72 0,80
1,90 1,90 0,85
0,324 0,434 0,151
180 180 180
D 251 K
1200 … 2000
400
4,70
110,5
250/102
0,80
0,85
0,236
180
D 400 N D 400 K D 428 N D 660 N D 748 N D 1029 N D 1030 N D 1709 N D 2200 N D 2209 N D 2650 N D 2659 N D 4201 N D 4709 N
1600 … 2200 1600 … 2200 1200 … 2000 1200 … 2200 2000 … 2800 1800 … 2600 1800 … 2600 2000 … 2400 2000 … 2800 2000 … 2800 2000 … 2400 2000 … 2400 1600 … 2200 2000 … 2800
710 710 840 1435 1260 2040 2040 2700 4900 4900 4710 4710 11200 8400
9,80 9,80 6,00 10,25 9,00 14,50 14,50 18,00 35,00 35,00 33,50 33,50 73,50 60,00
480,2 480,2 180 525 405 1051 1051 1620 6125 6125 5611 5611 27000 18000
400/130 400/130 430/139 660/130 750/100 1030/100 1030/100 1700/90 2200/100 2200/100 2650/100 2650/100 4830/100 4700/100
0,70 0,70 0,81 0,70 0,83 0,82 0,82 0,83 0,83 0,83 0,82 0,82 0,668 0,83
0,62 0,62 0,54 0,50 0,52 0,28 0,28 0,20 0,145 0,145 0,148 0,148 0,081 0,07
0,095 0,095 0,069 0,050 0,045 0,038 0,038 0,0245 0,017 0,017 0,0169 0,0169 0,0092 0,008
180 180 180 180 160 160 160 160 160 160 180 180 160 160
Outline / page
DSW27/113 DSW27/113 DSW27/113 DFL36/113 DSW27/113 DFL36/ 113 DSW41/113 DSW41/113 D41.14 /114 D41.14K/115 D50.14 /114 D57.26 /114 D57.26K/115 D75.26 /114 D75.26K/115 D75.26 /114 D75.26K/115 D75.26 /114 D120.35K/116 D110.26 /115
Not for new design
57
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Explanations 58
Rectifier Diodes up to 5000 V Type
■
■
■
◆
D 269 N D 475 N D 475 K D 749 N D 849 N D 850 N D 1069 N D 1809 N D 1800 N D 3501 N D 6001 N
VRRM V VRSM = VRRM + 100 V
IFRMSM A
IFSM kA 10 ms, Tvj max
∫i2dt A2s ·103 10 ms Tvj max
IFAVM/Tc A/°C 180° sinus
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
RthJC °C/W 180 ° el sin
Tvj max °C
3200 … 3600 3200 … 4000 3200 … 4000 3600 … 4800* 2800 … 4000* 2800 … 4000* 3600 … 4400 3200 … 4800 3200 … 4800 3200 … 4200 4500 … 5000
550 745 745 1540 1790 1790 2200 3850 3850 8200 13000
4,0 10,9 10,9 11,0 12,8 12,8 15,5 27,5 27,5 56 110
80 594 594 605 819 819 1201 3781 3781 15680 60500
270/100 475/100 475/100 750/100 850/100 850/100 1070/100 1800/100 1800/100 3690/100 6070/100
0,86 0,765 0,765 0,85 0,84 0,84 0,85 0,85 0,85 0,734 0,80
1,540 0,612 0,612 0,650 0,485 0,485 0,460 0,253 0,253 0,133 0,090
0,098 0,085 0,085 0,039 0,038 0,038 0,027 0,0169 0,0169 0,0092 0,0046
150 160 160 160 160 160 160 160 160 160 160
VRRM V VRSM = VRRM + 100 V
IFRMSM A
IFSM kA 10 ms, Tvj max
∫i2dt A s ·103 10 ms Tvj max
IFAVM/Tc A/°C 180° sinus
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
RthJC °C/W 180 ° el sin
Tvj max °C
5800 … 6800 5800 … 6800 5800 … 6800 5800 … 6800 8000 … 9000 8500 … 9000
1670 3610 6340 6620 1200 4820
10,5 24,5 53,0 53,0 10,0 50,0
550 3000 14040 14040 500 12500
790/100 1650/100 2900/100 2900/100 565/100 2240/100
0,840 0,750 0,840 0,840 1,040 0,944
0,870 0,420 0,216 0,216 1,780 0,412
0,0315 0,0158 0,0092 0,00855 0,0315 0,00855
160 160 160 160 160 160
Outline / page
D57.26/114 DSW41.1/113 DSW41.1/113 D57.26/114 D57.26/114 D57.26K/115 D75.26/114 D75.26/114 D75.26K/115 D120.35K/116 D150.26K/116
up to 10000 V Type
D 711 N D 1481 N D 3001 N D 3041N D 471 N D 2601 N ■
Schwarz HKS 46
Not for new design
◆
New type
2
* Highest voltage on request
Outline / page
D58.26K/115 D76.26K/116 D120.35K/116 D120.26K/116 D58.26K/115 D120.26K/116
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Schwarz HKS 46
GCT – Freewheeling Diodes Type
V(DRM) V
D 911 SH D 1031 SH D 1121SH D 1331 SH D 931 SH D 1131 SH D 1951 SH
V(D)D *) kV Tc = 25 typ.
I(FSM) kA sin, 10 ms Tvj max
∫i2dt A s · 103 sin, 10 ms Tvj max
V(F)/I(FM) V/2,5 kA Tvj = Tvj max sin
I(RM) A di/dt = 1000 A/µs I(FM) = 2,5 kA Tvj = Tvj max
Q(rr) mAs di/dt = 1000 A/µs I(FM) = 2,5 kA Tvj = Tvj max
RthJC °C/W
2,8 2,8 2,8 2,8 3,2 3,2 3,2
17 23 17,5 28 16 22 44
1445 2645 1530 3920 1280 2400 9680
6,0 4,2 5,6 4,2 5,6 5,6 4,0
1200**) 1500**) 1200**) 1500**) 1300**) 1300**) 1800**)
2,8**) 3,5**) 3,5**) 3,5**) 3,5**) 3,5**) 5,0**)
0,0100 0,0100 0,0075 0,0075 0,0100 0,0075 0,0045
4500 4500 4500 4500 6500 6500 6500
*) Estimate failure rate λ ~ 100 fit
2
Tvj max °C
Outline / page
140 140 140 140 140 140 140
D100.26K/116 D100.26K/116 D120.26K/116 D120.26K/116 D100.26K/116 D120.26K/116 D150.26K/116
DC
**) Clamp circuit L = 0,25 µH
GTO – Freewheeling Diodes Type
D 1170 S D 721 S D 1461 S D 1251 S D 921 S D 1381 S
V(DRM) V
2000, 2500 3500 … 4500 3500 … 4500 4500 4500 4500
*) Estimate failure rate λ ~ 100 fit
V(D)D *) kV Tc = 25 typ.
I(FSM) kA sin, 10 ms Tvj max
∫i2dt A2s · 103 sin, 10 ms Tvj max
V(F)/I(FM) V/2,5 kA Tvj = Tvj max sin
1,25 2,00 2,00 2,5 2,5 3,00
24,0 15,0 32,0 18,0 32,0 32,0
2880 1130 5120 1620 5120 5120
2,62/6,4 3,5/2,5 2,5/2,5 2,5/2,5 2,6/2,5 2,6/2,5
I(RM)**) Q(rr)**) A mAs di/dt = 250 A/μs di/dt = 250 A/μs I(FM) = 1 kA I(FM) = 1 kA Tvj = Tvj max Tvj = Tvj max 580 600 840 800 700 700
1,7 1,7 2,8 3,0 2,8 2,8
(-di/dt)com a/μs
RthJC °C/W
Tvj max °C
Outline / page
120 125 140 140 140 140
D75.26K/115 D76.26K/116 D100.26K/116 D76.14K/116 D100.26K/116 D100.26K/116
DC
500 500 500 500 500
0,0184 0,0180 0,0125 0,0100 0,0125 0,0125
GTO-Snubber **) V(R) = 0,5 V(RRM), V(RM) = 0,8 V(RRM)
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GTO Snubber Diodes and general use Type
V(RRM) V
VR(cr) V 1)
D 170 S D 170 U D 228 S D 56 S D 56 U D 291 S D 841 S snubberless: D 371 S D 801 S D 901 S 1)
Schwarz HKS 46
2500 2500 2500 4500 4500 3500 … 4500 4500
1500 1500 1500 3000 3000 3200 3200
4500 4500 3500 … 4500
3200 3200 2500
Maximum permissible link voltage, GTO snubber diode
I(FSM) kA sin, 10 ms Tvj = Tvj max 3,70 3,15 3,20 1,35 1,20 4,50 15,00 6,00 14,00 21,50
V(F) /I(FM) V/kA sin, 10 ms Tvj = Tvj max 2,3/0,8 2,15/0,65 2,12/0,5 4,5/0,32 4,15/0,28 4,15/1,2 3,5/2,5
VFRM typ. V di/dt = 1000 A/µs Tvj = Tvj max
R(th)JC °C/W DC
Tvj max °C
Outline / page
145 75 145 75
0,1800 0,2500 0,0750 0,2450 0,3250 0,0400 0,0100
140 140 125 125 125 125 125
DSW27.1/113 DSW27.1/113 D60.14/114 DSW27.2/113 DSW27.2/113 D58.26K/115 D76.14K/116
3,9/1,2 3,7/2,5 3,5/2,5
150 85 70
0,0350 0,0100 0,0125
125 125 125
D58.26K/115 D76.14K/116 D100.26K/116
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Schwarz HKS 46
Fast Rectifier Diodes up to 1000 V Type
■
1)
D 138 S D 358 S D 648 S D 649 S
VRRM V VRSM = VRRM + 100 V
IFRMSM A
IFSM kA 10 ms Tvj max
∫i2dt A2s ·103 10 ms Tvj = Tvj max
IFAVM/Tc A/°C 180° sinus
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
900 … 1000 600 … 1000 800 … 1000 800 … 1000
230 730 1400 1400
1,60 5,20 10,10 10,10
12,80 135,20 510,05 510,05
138/85 358/100 648/100 650/96
1,32 1,05 1,05 1,05
2,20 0,80 0,43 0,43
VRRM V VRSM = VRRM + 100 V
IFRMSM A
IFSM kA 10 ms Tvj max
∫i2dt A s ·103 10 ms Tvj = Tvj max
IFAVM/Tc A/°C 180° sinus
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
1000 … 1400 1000 … 1400 1000 … 1400 1200 1000 … 1400 1000 … 1400 1000 … 1400
290 400 400 455 730 1400 1400
1,90 4,30 3,90 3,20 5,20 10,10 10,10
18,05 92,45 76,05 51,20 135,20 510,05 510,05
185/100 211/100 150/100 238/85 368/100 658/100 660/95
1,00 1,00 1,00 1,45 1,00 1,00 1,00
1,80 1,00 1,00 1,10 0,80 0,45 0,45
IRM A Tvj max iF = IFAVM, diF/dt = 50 A/µs 47 1) 70 82 82
RthJC °C/W 180 ° el sin
IRM A Tvj max iF = IFAVM, diF/dt = 50 A/µs 80 100 100 45 102 122 122
RthJC °C/W 180 ° el sin
0,140 0,079 0,044 0,048
Tvj max °C
Outline / page
125 150 150 150
D41.14/114 D41.14/114 D50.14/114 D57.26/114
Tvj max °C
Outline / page
150 150 150 125 150 150 150
D41.14 /114 DSW27/113 DSW27/113 D41.14 /114 D41.14 /114 D50.14/114 D57.26/114
iFM = 225 A, -diF/dt = 100 A/µs
up to 1400 V Type
■ ■
■
D 188 S D 211 S D 211 U D 238 S D 368 S D 658 S D 659 S
2
0,150 0,155 0,245 0,080 0,080 0,044 0,048
Not for new design
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Explanations 62
Fast Rectifier Diodes up to 2600 V Type
■
D 170 S D 170 U D 228 S D 348 S D 438 S D 440 S D 509 S D 675 S D 689 S D 690 S D 1169 S D 1170 S D 1408 S
VRRM V VRSM = VRRM + 100 V
IFRMSM A
IFSM kA 10 ms Tvj max
∫i2dt A2s ·103 10 ms Tvj = Tvj max
IFAVM/Tc A/°C 180° sinus
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
2500 2500 2200, 2500 1600 … 2000 1600 … 2000 1600 … 2000 2400 … 2600 2000, 2500 2000 … 2600
400 330 450 645 740 740 1050 1200 1600
3,70 3,15 3,20 4,60 5,30 5,30 7,50 8,50 11,50
68,45 49,60 51,20 105,80 140,50 140,50 281,25 361,00 661,25
170/85 170/64 228/85 348/100 440/100 440/100 509/100 675/85 690/100
1,10 1,10 1,18 1,00 1,14 1,14 1,00 1,25 1,00
2000, 2500 2000, 2500 2000, 2500
3360 3360 3360
24,00 24,00 24,00
2880,00 2880,00 2880,00
1170/85 1170/85 1410/85
VRRM V VRSM = VRRM + 100 V
IFRMSM A
IFSM kA 10 ms Tvj max
∫i2dt A s ·103 10 ms Tvj = Tvj max
4000, 4500 4000, 4500
160 140
1,35 1,20
9,1 7,2
RthJC °C/W 180 ° el sin
Tvj max °C
1,400 1,500 1,800 0,900 0,725 0,725 0,800 0,500 0,500
IRM A Tvj max iF = IFAVM, diF/dt = 50 A/µs 340 2) 340 2) 280 160 770 3) 770 3) 205 860 4) 230
0,190 0,260 0,080 0,080 0,059 0,059 0,049 0,039 0,039
140 140 125 150 150 150 150 140 150
1,16 1,16 1,16
0,210 0,210 0,210
580 5) 580 5) 580 5)
0,0194 0,0194 0,0150
125 125 125
IFAVM/Tc A/°C 180° sinus
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
RthJC °C/W 180 ° el sin
Tvj max °C
56/85 56/73
1,64 1,64
8,00 8,00
IRM A Tvj max iF = IFAVM, diF/dt = 50 A/µs 230 1) 230 1)
0,2600 0,3400
125 125
Outline / page
DSW27.1/113 DSW27.1/113 D41.14/114 D41.14/114 D41.14/114 D57.26K/115 D57.26/114 D57.26K/115 D57.26/114 D57.26K/115 D75.26/114 D75.26K/115 D75.14/114
up to 6000 V Type
D 56 S D 56 U
iFM = 150 A, - diF/dt = 200 A/µs iFM = 500 A, - diF/dt = 200 A/µs 3) iFM = 500 A, - diF/dt = 250 A/µs
iFM = 1600 A, - diF/dt = 600 A/µs iFM = 1000 A, - diF/dt = 250 A/µs ■ Not for new design
1)
4)
2)
5)
Schwarz HKS 46
2
Outline / page
DSW27.2/113 DSW27.2/113
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Schwarz HKS 46
Avalanche Rectifier Diodes Type
VRRM V VRSM = VRRM + 100 V
IFRMSM A
IFSM kA 10 ms, Tvj max
∫i2dt A s ·103 10 ms, Tvj = Tvj max
IFAVM/Tc A/°C 180° sinus
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
V(BR) A min.
RthJC °C/W 180 ° el sin
Tvj max °C
126/100 200/35 126/80 190/9 128/100
0,86
3,2
4800
0,257
160
DSW27.2/113
0,86
3,2
4800
0,337
160
DSW27.2/113
0,86
3,2
4800
0,060
160
DP30.1/107
2
D 126 A 45
4500
315
2,30
26,45
D 126 B 45
4500
300
2,10
22,00
DD 126 A 45 K-B9*
4500
220
2,30
26,45
Outline / page
* Non isolated module
Welding Diodes up to 600 V Type
25 DN 06 38 DN 06 46 DN 06 46 DN 06 S 01 56 DN 06 56 DN 06 S 01 65 DN 06 65 DN 06 S 01
VRRM V VRSM = VRRM + 50 V 600 600 600 600 600 600 600 600
IFRMSM A
IFSM kA 10 ms, Tvj max
∫i2dt A2s ·103 10 ms Tvj max
IFAVM/Tc A/°C 180° sinus
V(TO) V Tvj = Tvj max
rT mΩ Tvj = Tvj max
RthJC °C/W 180 ° el sin
Tvj max °C
1800 6100 8000 9800 10050 13200 13300 17900
12,75 32,30 52,00 52,00 70,00 70,00 95,00 95,00
813 5200 13500 13500 24500 24500 45000 45000
1145/155 3885/120 5100/118 6240/125 6400/116 8400/111 8470/98 11400/107
0,7 0,66 0,7 0,66 0,7 0,66 0,7 0,66
0,188 0,060 0,047 0,047 0,040 0,036 0,027 0,027
0,0174 0,0124 0,00935 0,0064 0,0062 0,0058 0,0047 0,0047
180 180 180 180 180 180 180 180
Outline / page
25DN06/115 38DN06/115 46DN06/115 46DN06/115 56DN06/115 56DN06/115 65DN06/115 65DN06/115
63
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 64
Insulated Cells Type ISO 57/26 ISO 72/8 ISO 75/14 ISO 75/26 ISO 65/35 ISO 120/35 Insulating material: AlN
Schwarz HKS 46
VM V 6400 2250 3500 5900 10600 11700
VRMS VDC 2520 700 1250 2250 4180 4400
CTI - Value
Iso-Class
250 250 250 250 250 250
III a III a III a III a III a III a
Tc (max) °C 150 150 150 150 150 150
RthCK °C/W 0,010 0,005 0,005 0,005 0,010 0,002
RthC-C (typ) °C/W 0,088 0,028 0,0435 0,048 0,136 0,0275
at clamp. force at 12kN at 20kN at 20kN at 20kN at 12kN at 30kN
Fmax kN 30 45 45 45 30 70
Weight g 260 130 245 460 350 1650
Outline / page I57.26/117 I72.8/117 I75.14/117 I75.26/117 I65.35/117 I120.35/117
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Possible Combinations of Disc Devices and Heatsinks applicable line up to VRRM voltage up to
7000 V
6000 V
2500 V
2000 V
for air cooling for water cooling
BE/KK = Elements per Heatsink
1
K0.05.7F
K0.05.7F
K0.05.7F
K0.05.7F
K0.05.7F
1
KE01
KE01
KE01
KE01
2
KE02
KE02
KE02
KE02
K0.048F
K0.048F
2
K0.08.7F
K0.08.7F
K0.08.7F
K0.08.7F
K0.08.7F
1
K0.05F
K0.05F
K0.05F
K0.05F
K0.05F
K0.08F K0.92S
K0.08F K0.92S
2
K0.08F K0.92S K0.08F K0.92S K0.08F K0.92S
2600 V
1500 V
2, 4, 6
2200 V
690 V
1
KK32
KK32
2
KK34
KK34
K53
1
K0.12F K0.36S K0.12F K0.36S
K0.12F K0.36S
2
K0.17F K0.22F K0.17F K0.22F
K0.17F K0.22F
2
K0.65S
K0.65S
2
K0.024W
K0.024W
2, 4, 6
K63 K53
K63 K53
K63 K53
KE01
K63
K63
K0.65S K0.024W
K0.024W
K0.024W
K0.024W
K0.024W
D73.8
D75.26
D100.26
D110.26
D120.35
T75.26
T100.26
T110.26
T120.35
T110.35
T120.26
KA20;KC20;KD20 KA20;KC20;KD20 KA20;KC20;KD20 KA20;KC20;KD20 KA20;KC20;KD20
Outline
D41.14
D50.14
D57.26
T41.14
T50.14
T57.26
D60.8
D60.14 T60.14
T150.35
according to EN50178 pollution degree 2 pollution degree 3 on request
65
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations 66
Examples of implemented ModSTACK
TM
Up to 400 Vac
Irms [A]
at fsw [Hz]
B6I 400/600-460-G
460
3000
inverter
MS2/80
B6I 400/600-480-W
480
3000
inverter
MS2/80
Up to 500 Vac
Irms [A]
at fsw [Hz]
Remarks
for air cooling for water cooling
Remarks
Size Outline/Page
Size Outline/Page
Up to 690 Vac
Irms [A]
at fsw [Hz]
Remarks
Size Outline/Page
B6I 690/1100-100-G
100
2500
inverter
MS1/79
B6I 690/1100-150-G
150
2500
inverter
MS1/79
B6I 690/1100-250-G
250
2250
inverter
MS2/80
B6I 690/1100-375-G
375
1250
inverter
MS2/80
B6I 690/1100-460-W
460
2500
inverter
MS2/80
B6I 500/800-220-F
220
2500
inverter
MS1/79
B6I+B6I 690/1100-300-G
300
2250
AC/AC converter
MS3/81
B6I 500/800-220-G
220
2500
inverter
MS1/79
B6I+B6I 690/1100-330-G
330
2250
AC/AC converter
MS3/81
B6I 500/800-250-W
250
2500
inverter
MS1/79
2B6I 690/1100-330-G
2 x 330
2250
2 inverter parallel
MS3/81
2B6I 500/800-330-G
2 x 330
3000
2 inverter parallel
MS3/81
2B6I 690/1100-400-W
2 x 400
2500
2 inverter parallel
MS3/81
2B6I 500/800-350-W
2 x 350
3000
2 inverter parallel
MS3/81
B6I+B6I 690/1100-650-G
650
2250
AC/AC converter
MS4/82
2B6I 500/800-400-G
2 x 400
3000
2 inverter parallel
MS3/81
2B6I 690/1100-600-G
2 x 600
2250
2 inverter parallel
MS4/82
2B6I 500/800-450-W
2 x 450
3000
2 inverter parallel
MS3/81
Other topologies and ratings possible. Please refer to page 66.
2B6I 500/800-600-W
2 x 600
3000
2 inverter parallel
MS4/82
Other topologies and ratings possible. Please refer to page 66. Mod STACKTM Type Designation System: B6I 690/1100-100-G-xx Topology Max. Rated AC Voltage Max. Rated DC Voltage Max. Rated AC Current Cooling Options Descriptors G = forced air cooling W = water cooling F = fan included
Schwarz HKS 46
Options M = Master S = slave, single use O = fiber optic interface X = voltage signal interface
General Information: Nominal AC current is rated for a certain switching frequency and at Tamb = 45 °C for air cooled IGBT stacks and 40 °C for water cooled stacks. Starting from nominal current a maximum current of 1,2 xInom is possible. Higher switching frequencies result in a derating of the nominal output current.
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IGBT Stack Topology
Acronym
IGBT Stack Topology
Acronym
1/2B2IHA
B6I
1/2B2IHK
1/2B2I + B6I
1/2B2I
1/2B2IHK + B6I
B2IH
B6I + B2I
B2I
B6I + B6I or 2B6I for parallel operation
67
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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Presspacks
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Explanations 68
PrimeSTACK
TM
Type With 600V IGBT Modules 2PS0600R06DLC-2G 2PS0900R06DLC-3G 2PS1200R06DLC-4G 2PS0800R06DN2-2G 2PS1200R06DN2-3G 2PS1600R06DN2-4G 6PS0300R06DLC-3G 4PS0300R06DLC-3G 6PS0400R06DN2-3G With 1200V IGBT Modules 2PS0200R12DLC-2G 2PS0300R12DLC-2G 2PS0400R12DLC-2G 2PS0600R12DLC-2G 2PS0300R12DLC-3G 2PS0450R12DLC-3G 2PS0600R12DLC-3G 2PS0900R12DLC-3G 2PS0400R12DLC-4G 2PS0600R12DLC-4G 2PS0800R12DLC-4G 2PS1200R12DLC-4G 6PS0100R12DLC-3G 6PS0150R12DLC-3G 6PS0200R12DLC-3G 6PS0300R12DLC-3G 2PS0400R12KE3-2G 2PS0600R12KE3-2G 2PS0800R12KE3-2G 2PS0600R12KE3-3G 2PS0900R12KE3-3G 2PS1200R12KE3-3G 2PS0800R12KE3-4G 2PS1200R12KE3-4G 2PS1600R12KE3-4G 6PS0200R12KE3-3G 6PS0300R12KE3-3G 6PS0400R12KE3-3G 2PS1200R12KE3-3W
Schwarz HKS 46
Implemented IGBT Module
Outline
Outline / page
BSM300GB60DLC BSM300GB60DLC BSM300GB60DLC BSM400GB60DN2 BSM400GB60DN2 BSM400GB60DN2 BSM300GB60DLC BSM300GB60DLC BSM400GB60DN2
C2 air cooling C3 air cooling C4 air cooling C2 air cooling C3 air cooling C4 air cooling C3 air cooling C3 air cooling C3 air cooling
PS_C2G/83 PS_C3G/85 PS_C4G/87 PS_C2G/83 PS_C3G/85 PS_C4G/87 PS_C3G/85 PS_C3G/85 PS_C3G/85
BSM100GB120DLC BSM150GB120DLC BSM200GB120DLC BSM300GB120DLC BSM100GB120DLC BSM150GB120DLC BSM200GB120DLC BSM300GB120DLC BSM100GB120DLC BSM150GB120DLC BSM200GB120DLC BSM300GB120DLC BSM100GB120DLC BSM150GB120DLC BSM200GB120DLC BSM300GB120DLC FF200R12KE3 FF300R12KE3 FF400R12KE3 FF200R12KE3 FF300R12KE3 FF400R12KE3 FF200R12KE3 FF300R12KE3 FF400R12KE3 FF200R12KE3 FF300R12KE3 FF400R12KE3 FF400R12KE3
C2 air cooling C2 air cooling C2 air cooling C2 air cooling C3 air cooling C3 air cooling C3 air cooling C3 air cooling C4 air cooling C4 air cooling C4 air cooling C4 air cooling C3 air cooling C3 air cooling C3 air cooling C3 air cooling C2 air cooling C2 air cooling C2 air cooling C3 air cooling C3 air cooling C3 air cooling C4 air cooling C4 air cooling C4 air cooling C3 air cooling C3 air cooling C3 air cooling C3 water cooling
PS_C2G/83 PS_C2G/83 PS_C2G/83 PS_C2G/83 PS_C3G/85 PS_C3G/85 PS_C3G/85 PS_C3G/85 PS_C4G/87 PS_C4G/87 PS_C4G/87 PS_C4G/87 PS_C3G/85 PS_C3G/85 PS_C3G/85 PS_C3G/85 PS_C2G/83 PS_C2G/83 PS_C2G/83 PS_C3G/85 PS_C3G/85 PS_C3G/85 PS_C4G/87 PS_C4G/87 PS_C4G/87 PS_C3G/85 PS_C3G/85 PS_C3G/85 PS_C3W/86
Other PrimeStacks on request Type 2PS0800R12KE3-2W 2PS0200R12KS4-2G 2PS0300R12KS4-2G 2PS0400R12KS4-2G 2PS0600R12KS4-2G 2PS0300R12KS4-3G 2PS0450R12KS4-3G 2PS0600R12KS4-3G 2PS0900R12KS4-3G 2PS0400R12KS4-4G 2PS0600R12KS4-4G 2PS0800R12KS4-4G 2PS1200R12KS4-4G 6PS0100R12KS4-3G 6PS0150R12KS4-3G 6PS0200R12KS4-3G 6PS0300R12KS4-3G 2PS0900R12KS4-3W 6PS0300R12KS4-3W With 1700V IGBT Modules 2PS0200R17DLC-2G 2PS0300R17DLC-2G 2PS0400R17DLC-2G 2PS0300R17DLC-3G 2PS0450R17DLC-3G 2PS0600R17DLC-3G 2PS0400R17DLC-4G 2PS0600R17DLC-4G 2PS0800R17DLC-4G 6PS0100R17DLC-3G 6PS0150R17DLC-3G 6PS0200R17DLC-3G 2PS0400R17KE3-2G 2PS0600R17KE3-2G 2PS0600R17KE3-3G 2PS0900R17KE3-3G 2PS0800R17KE3-4G 2PS1200R17KE3-4G 6PS0200R17KE3-3G 6PS0300R17KE3-3G
Implemented IGBT Module FF400R12KE3 FF100R12KS4 FF150R12KS4 FF200R12KS4 FF300R12KS4 FF100R12KS4 FF150R12KS4 FF200R12KS4 FF300R12KS4 FF100R12KS4 FF150R12KS4 FF200R12KS4 FF300R12KS4 FF100R12KS4 FF150R12KS4 FF200R12KS4 FF300R12KS4 FF300R12KS4 FF300R12KS4
Outline C2 water cooling C2 air cooling C2 air cooling C2 air cooling C2 air cooling C3 air cooling C3 air cooling C3 air cooling C3 air cooling C4 air cooling C4 air cooling C4 air cooling C4 air cooling C3 air cooling C3 air cooling C3 air cooling C3 air cooling C3 water cooling C3 water cooling
Outline / page PS_C2W/84 PS_C2G/83 PS_C2G/83 PS_C2G/83 PS_C2G/83 PS_C3G/85 PS_C3G/85 PS_C3G/85 PS_C3G/85 PS_C4G/87 PS_C4G/87 PS_C4G/87 PS_C4G/87 PS_C3G/85 PS_C3G/85 PS_C3G/85 PS_C3G/85 PS_C3W/86 PS_C3W/86
BSM100GB170DLC BSM150GB170DLC BSM200GB170DLC BSM100GB170DLC BSM150GB120DLC BSM200GB170DLC BSM100GB170DLC BSM150GB170DLC BSM200GB170DLC BSM100GB170DLC BSM150GB170DLC BSM200GB170DLC FF200R17KE3 FF300R17KE3 FF200R17KE3 FF300R17KE3 FF200R17KE3 FF300R17KE3 FF200R17KE3 FF300R17KE3
C2 air cooling C2 air cooling C2 air cooling C3 air cooling C3 air cooling C3 air cooling C4 air cooling C4 air cooling C4 air cooling C3 air cooling C3 air cooling C3 air cooling C2 air cooling C2 air cooling C3 air cooling C3 air cooling C4 air cooling C4 air cooling C3 air cooling C3 air cooling
PS_C2G/83 PS_C2G/83 PS_C2G/83 PS_C3G/85 PS_C3G/85 PS_C3G/85 PS_C4G/87 PS_C4G/87 PS_C4G/87 PS_C3G/85 PS_C3G/85 PS_C3G/85 PS_C2G/83 PS_C2G/83 PS_C3G/85 PS_C3G/85 PS_C4G/87 PS_C4G/87 PS_C3G/85 PS_C3G/85
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Schwarz HKS 46
IGBT PrimeSTACK Topology
Acronym half bridge, 2pack
PrimeSTACKTM Type Designation System: 2PS0600R12DLC-3X Topology (see below) PrimeSTACKTM Rated Current at Tc.max = 80°C Rated Voltage of Used IGBT
H - bridge, 4pack
Chip Type According to eupec Designation System Size Options (chopper, cooling etc.)
3 phase bridge, 6pack
Descriptors G = forced air cooling W = water cooling F = fan included
Options M = Master S = slave, single use O = fiber optic interface X = voltage signal interface
3 phase bridge + brake, 6pack + chopper
69
IGBT
SCR / Diode Modules
Presspacks
Stacks
Outlines
Accessories
Explanations
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SCR / Diode Modules
Presspacks
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Outlines
Accessories
Explanations 70
K 1.1 - M 12
G = 0,635 kg
K 0.55 - FB 54 - A
G = 1,760 kg
K0.55 - M 12 K0.55 - M 24 x 1,5
G = 1,760 kg G = 1,760 kg
113
11
15
M8
39
135
135
2
39
2
100
96 1
25
120
50
M24x1.5 M12 120
61
alternative 50
50
68
50
°
45
M6
50 75
M12
3xM8
75
5xM8
5xM8
90
36
36 100
36
36 100
Schwarz HKS 46
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Schwarz HKS 46
KM 10 ca. 80 44 20
6
20
G = 2,1 kg G = 3,1 kg G = 5,3 kg G = 8,8 kg 125 80
10
15.5
KM 11 KM 14 KM 17 KM 18 5.3
4.2
35
10 20 6.2 11
135
115 101.5 96
80±0.1
H = 120 mm H = 180 mm H = 300 mm H = 500 mm
in diesem Bereich Rz10 Ebenheit 0.02
KM 11 KM 14 KM 17 KM 18
5.3 Rz25
96 101.5 110 125
13
15.2
4.2
100±0.8
H
96
14.5 Rz25
71
IGBT
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Presspacks
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Explanations 72
KA 20.X-V 91(115)
for discs Ø 41, 50, 57, 60 mm maximum clamping force 10kN supply voltage 500Veff
45
91(115)
Anschluss an Stromschienen muss elastisch erfolgen. 14
6 34(46)
210
Anzahl d. Thy./Di. 6 (s=14mm) 4 (s=14mm) 2 (s=14mm) 6 (s=26mm) 4 (s=26mm) 2 (s=26mm)
Typ
L1
L2
-KA20.6-.. -KA20.4-.. -KA20.2-.. -KA20.62-.. -KA20.42-.. -KA20.22-..
370 280 190 445 325 210
259 168 77 331 216 101
0
85
22
72 90
11.5
85
(...) für Bauelemente s=26
20
32
25
5
49 (73) 101 (125)
49 (73)
49 (73)
Anschluss an Stromschienen muss elastisch erfolgen.
5
M8
14
60
40
192 (240) L2 L1
KC 20-XE 73 (85)
73 (85)
45 (57)
for discs Ø 41, 50, 57, 60mm maximum clamping force 10kN supply voltage 500Veff
14
Anschluss an Stromschienen muss elastisch erfolgen.
210
22
72
90
ÿ11.5
85
(...) für Bauelemente s=26 Anzahl d. Thy./Di. 3 (s=14mm) 2 (s=14mm) 1 (s=14mm) 3 (s=26mm) 2 (s=26mm) 1 (s=26mm)
Typ
L1
L2
-KC20-3E -KC20-2E -KC20-1E -KC20-3E -KC20-2E -KC20-1E
325 250 175 360 275 190
215 142 69 251 166 81 0
20
32 60 14
15
M8
5
6 88 (103) 161 (185) L2 L1
Schwarz HKS 46
25
85
0
Anschluss an Stromschienen muss elastisch erfolgen.
45
Zellenlage bei KC20.*-E
K
A
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Schwarz HKS 46
KD 20.X-V 103 (127)
for discs Ø 41, 50, 57, 60mm maximum clamping force 10kN supply voltage 500Veff
Anschluss an Stromschienen muss elastisch erfolgen. 14
103 (127)
45 (57) (...) für Bauelemente s=26
210
Typ
L1
L2
-KD20.6-.. -KD20.4-.. -KD20.2-.. -KD20.62-.. -KD20.42-.. -KD20.22-..
415 310 205 490 360 230
305 202 99 377 250 123
85
22
72 90
ÿ 11.5
85
Anzahl d. Thy./Di. 6 (s=14mm) 4 (s=14mm) 2 (s=14mm) 6 (s=26mm) 4 (s=26mm) 2 (s=26mm)
20
5
32 60 14
6
60 (84)
45
25
60 (84)
Anschluss an Stromschienen muss elastisch erfolgen.
1 5
60 (84) 118 (142) 221(269)
M 8
L2 L1
K 0.024 W
G = 3 kg
K 0.024 W
M12
for W1C-circuits
G = 3 kg
for B- and M-circuits ø12
ohne Rohrnippel gez.
26
17
2)
2)
14
26
14
5
185 150
27 26 80
152
l=*)
2)
65
40
80
230
26
1
1)
l=*)
5
26
ø12
3)
ohne Rohrnippel gez.
14
152
27
116
for discs Ø 50, 57, 60, 75mm
26 60
6.5
4.2
17
5
30°
Temperature Switch
3)
17
for discs Ø 50, 57, 60, 75mm
228
17
150
*) Bauelementhöhe 14 mm: l=60mm Bauelementhöhe 26 mm: l=72mm
*) Bauelementhöhe 14 mm: l=60mm Bauelementhöhe 26 mm: l=72mm
73
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Explanations
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Presspacks
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Explanations 74
K 53 V
G = 17 kg
K 63 V
G = 30 kg
M12
M12
for discs Ø 110, 120mm
for discs Ø 150mm 20
20 #10.2
35 10
20
#10.2
35
116
10
107
325
197
300
224
242
179
260 240 ø14
40
ø14
20
140
160
97 20 40
40 40 40
ø12 Example: Depending on applied components there may be different busbar dimensions.
Schwarz HKS 46
M8 - 20 tief
M8 - 20 tief
20 40
ø12 35
Example: Depending on applied components there may be different busbar dimensions.
55
193.5
80
40
160
163.5
60
120 20
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Schwarz HKS 46
KW 50
KW 60
KW 70-T
25
92
104
ø11,5
73
ø11,5
38
66
25
25
9,8
9,8
11.5
9.8
95
80 2
48
1
36
50
60
3
58 70
58
112
4 x M6 (Befestigungsgew.)
124 92
K 0.92S 296 261 243 195
78
125 159 166.5
6.6
for discs with housing T57.26, D57.26, T75.26, D75.26
5
Flachstecker 6.3 x 0.8
D
B
9
215
6.6 15
178 232 253
30 67
H
G
30
G
180
83
G
G
H
ÿ11
C
12.5 27.5
Isolierplatte
A
75
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Explanations 76
K O.05 F / K 0.05.7 F
G = 9 kg
K 0.12 F
G = 2,5 kg
for discs Ø 50, 60, 57, 75mm
K 0.08 F/K 0.08.7 F/K 0.08.8 F
G = 9 kg
for discs Ø 41, 50, 60mm
K 0.22 F
for discs Ø 41, 50, 60mm 246.5 180
Flachstecker 6,3x0,8
62 105 A1
20
C2
A2
121 136 151
M8
40
C1
199 20
11 HK Gate D1
D2 FlachsteckerØ6.5 6.3x0.8
165.5
B1
G
G
HK
HK
KK 34
G = 1,3 kg for discs Ø 41, 50mm
4 19
G = 1 kg for discs Ø 41, 50mm
G = 3 kg
for discs Ø 50, 60, 57, 75mm
Schwarz HKS 46
KK 32
B2
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Schwarz HKS 46
G = 2,5 kg
K 0.65 S
G = 3,3 kg
for discs with housing T41.14, D41.14, T50.14, D50.14, T60.14, D60.14
Flachstecker 6,3x0,8
266.5 200
62
105
4
for discs with housing T41.14, D41.14, T50.14, D50.14, T60.14, D60.14
135
K 0.17 F
19 C1
219
20
A1
A2
121 136 151
11 19 HK Gate Flachstecker D2 6.3x0.8
D1
K 0.36 S
G = 2,9 kg
G HK 6.5
185.5
G HK
B1
B2
K 0.048 F
for discs with housing T41.14, D41.14, T50.14, D50.14, T60.14, D60.14
G = 9 kg
for discs Ø 100, 110mm
296 261 243 195
125 159 166.5
5
78
120
43 86
6.6
200
M8
40 20
C2
219
Flachstecker 6.3x0.8 215
D
11
6.5 185.5
B1
HK G
180
HK G
M8
121
136 151
19
30 30 30
HK
B2
B
9
G HK
Gate
C
G HK
A2
6.6
A1
178 232 253
Flachstecker 6.3x0.8
12.5
Isolierplatte
A
77
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Explanations 78
KE 01
G = 18,8 kg for discs with maximum Ø 150mm
Schwarz HKS 46
KE 02
G = 18,5 kg for discs with maximum Ø 120mm
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Schwarz HKS 46
ModSTACK MS1
Size: 1
79
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Explanations 80 ModSTACK MS2
Size: 2
Schwarz HKS 46
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Schwarz HKS 46
ModSTACK MS3
Size: 3
81
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Explanations 82 ModSTACK MS4
Size: 4
Schwarz HKS 46
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Schwarz HKS 46
PrimeSTACK PS_C2G
83
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SCR / Diode Modules
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Explanations 84 PrimeSTACK PS_C2W
Schwarz HKS 46
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Schwarz HKS 46
PrimeSTACK PS_C3G
85
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SCR / Diode Modules
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Explanations 86 PrimeSTACK PS_C3W
Schwarz HKS 46
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Schwarz HKS 46
PrimeSTACK PS_C4G
87
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Explanations 88 PrimeSTACK PS_C4W
Schwarz HKS 46
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Schwarz HKS 46
EasyPIMTM750
L_750a
EasyPACK750
L_750b
EasyPACK750
L_750c
EasyPACK750
L_750f
89
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Explanations 90
EasyPIMTM1
Schwarz HKS 46
L_1a
EasyPACK1
L_1b
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Schwarz HKS 46
EasyPIMTM2
L_2a
EasyPIMTM2
L_2b
EasyPIMTM2
L_2c
91
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Explanations 92
EasyPIMTM2
Schwarz HKS 46
L_2d
EasyPIMTM2
L_2e
EasyPIMTM2
L_2f
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Schwarz HKS 46
EasyPACK2
L_2g
EasyPACK2
L_2h
EasyPACK2
L_2j
93
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SCR / Diode Modules
Presspacks
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Explanations 94
EconoPIMTM1
M_E1a
EconoPIMTM2
M_E2a
ϑ
EconoPACKTM1 B
M_E1b
Schwarz HKS 46
M_E3a
ϑ
EconoPACKTM2 B
M_E2b
ϑ ϑ
EconoPIMTM3
ϑ
EconoPACKTM3 B
M_E3b
ϑ
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EconoPACKTM 1B FourPACK
12:17 Uhr
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M_E1c
EconoPACKTM2 A (shortpin)
M_E2c
EconoPACKTM3 A
M_E3c
M_E2d
EconoPACKTM2 B FourPACK
M_E2e
EconoPACKTM3 B FourPACK
M_E3d
ϑ
EconoPACKTM2 A (longpin)
ϑ
ϑ
95
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Explanations 96
EconoPACKTM3 A SR-Drives Modul
M_E3e
EconoPACKTM3 A TriPACK
M_E3f
EconoPACKTM Shunt (Full Bridges)
M_E3g
EconoPACKTM Shunt (TriPACK-High)
M_E3h
EconoPACKTM Shunt (TriPACK-Low)
M_E2f
EconoPACKTM 2 B
M_E2g
Schwarz HKS 46
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Schwarz HKS 46
34 mm Module
M_34a
62 mm Module
M_62a
Single Switch 62
M_62b
plug-in depth 7mm min.
13
M5
screwing depth 10mm max.
2,8 x 0,5
M_62c
screwing depth 10mm max. screwing depth 8mm max.
20
20 6.5
80 94
3
2
5 4
GAR = DF GAL = FD
GAR = DF GAL = FD
GAL-Chopper:
GAR-Chopper: 3
4 5
6
1 2
7
24
Half Bridge: 1
3
2
5 4
5
2
GAL-Chopper:
3
3 2
1
3
7
Dual Diode 62
29
20
5
1
6
1
9
93 106.4
6 7
4
M_62d
3
93
2
Single Diode 62
5
106.4
GAR-Chopper: 3 1 2
1
79
6 7 1
2
28
28
Single Switches with Series Diode Half Bridge:
4
13,2
6.5
5 4
17
16
61,4 48
5 4
17 26 34
13 23
23
16
13,2
6 7
3
2
M4
15 27 30 48 61,4
3
ø6,4
2
14
20 M6
1
1
36.5 6
14
20
14
13,25
6 7
6
17
M6
5
13,25
6
25.4
6
22 29,5 30,5
30,5 30,9
10
5
10
Single Switch 62, collector sense
M_62e
screwing depth 10mm max.
plug-in depth 7mm min. screwing depth 10mm max.
20
30,5 30,9
6
6
25.4
36.5
screwing depth 8mm max.
13,25
13,2
14
14
14
3
2
20 M6
1
2
5 4
1
3
6.5
M6
5
28
28 79 93 106.4
6.5
20
20
61,4 48
4
6 7
15 27 30 48 61,4
16
13,25
16
13,2
M4
9 24
20
29 93 106.4 1
3
2
2
1
97
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Explanations 98
EconoPACKTM+
M_E+a 0,8
20.5±1 W 12
15
20
25
16 17
21 22
26 27
23 24
28 29
ø2.1-0.3 ø2.5-0.3 ø4.3
104
94.5
18 19
13 14
147 61 39
11.5
122 110
150 137
12
M6
22 50
22 50
11.5
22 50
11
4.5
6±0.3 max. 10 17±0.5
157.5 162
15
28
+
+
+
20
25
ϑ
29
16
21
17
22
U
13
26 V
24
19
-
W
23
18
14
27
-
-
ø4.5
V
5.5
U
17±0.5 12.5 1,5
EconoDUALTM+
M_ED
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Schwarz HKS 46
IHM
H_IH1 61,5
18
IHM
H_IH2
IHM
H_IH5
screwing depth max. 16
M8
C (K)
C (K)
5
38
screwing depth max. 8
130
31,5
114
E (A)
140
5
30
C
124
C
20
E (A) DD... external connections ( to be done)
35
G E
14,5 11
E G
C
C
E
E FZ...
16,5
2,5
7
28
C
E
E
M4
C
18,5
IHM/IHV
H_IH4 C (K)
61,5
18
M8
C (K)
screwing depth max. 8
screwing depth max. 16 38
E (A)
E (A)
5
DD...
C
C
29,5
130
C
114
G E E
E FD...
C
C
124 140
40
40
E
C
20
C
15
C
G
E
E FD...-K
5,2
4,0 deep C
E
G
C
C
E
E
C
2,5 deep M4
G
28
7
10,65 48,8
10,35
E external connection (to be done) FZ...
99
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Explanations 100
IHV
H_IH6
IHM/IHV
H_IH7 61,5
5
38
screwing depth max. 16 29,5
5
C2
G1
G2
C1
E2
G1 E1 25,5 29,5 45
10 28
IHM/IHV
5 C2
3,5 deep
C1
E2
E E
C 2,5 deep
M4
screwing depth max. 8
8
79,4 external connection (to be done) C C C C FD... G E E E E
H_IH7B
C G E
E
E E
C G E
C
C
C
E
E
E
FZ...
G E
C
C
C
E
E
E
M8
61,5
13
38
screwing depth max. 16 190 57
29,5 1
2
171 V
3
W
4
16
U
+
+
5
30
+
7 36.5
-
-
CX CU
CY
CV
CZ CW 4 deep
5,5
26,4 Cu
+
Cv
3,35 8 7 6 5 GX EX EU GU GZ EZ EW GW GY EY EV GV 7 5 3x5=15 + Cw +
Gu
Gv
Gw
Eu
Ev
Ew
Cx
Cy
Cz
Gx Ex
Schwarz HKS 46
C
H_IH8
2,8x0,5
srewing depth max. 8
external connections (to be done)
external connection (to be done) C C C C FD...-K G E E E E
external connection (to be done) srewing depth max. 16
7
5
C C
5
IHM
FZ
C
6
41,25
61,5
FD...-K
E
G 7 20,25
28
6
29,5 43 47
E
4,0 deep
124 140
E2 G2
40 124 140
C2
E1
5,2
E2
C
C
30
7
4
15
E1
C
40 for M4 C1
4
3
20
external connections (to
124 160
C2
140
15
E1
20
for M8
3,5 deep
171
2
3
2
C1
190 57 1
40
1
80,1 68,6 50,5 39
38
screwing depth max. 8
130 114
29,5
7
M8 screwing depth max. 16
13
max 16
55,2
max 8
11,85
61,5
Gy
-
Ey
-
Gz Ez
U V W
external connections (to be done) -
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Schwarz HKS 46
IHM/IHV
H_IH9 9,75
for M5
H_IH10
IHV
H_IH12
C1 (K1)
38
screwing depth max. 16
IHV
5
E1/C2 (A1/K2)
73 57
10
E2 (A2) DD... 30
E1/C2
17.55
C2/E1 G1 G2 E2
4 deep
140
124
30 41,95
E2 C1
C1
C1
C1 C1
C1
G1 C2/E1
G1 C2/E1
G2 E2
5,5 2,8x0,5
E1/C2
E1/C2 (K2)
26,4
5
7 27,15
27,15
E2 (A2) FD...
IHV
E2 FF...
H_IH11
FD...-K
external connection (to be done) external connection (to be done)
101
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Explanations 102
EasyBRIDGE750
EasyBRIDGE1
Schwarz HKS 46
L_750d
L_1c
EasyBRIDGE750
EasyBRIDGE2
L_750e
L_2i
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Schwarz HKS 46
EconoBRIDGETM Rectifier 2
M_E2h
80 104,8
80 70,4 60,96
80 70,4 60,96
5,5
15,24
M_E2j
32 41,91
13
45 38 28,4
32 41,91
EconoBRIDGETM Rectifier 2
5,5
17
45 38 28,4
M_E2i
17
17 80 104,8
15,24
EconoBRIDGETM Rectifier 2
3.5 -0.5
M_E2g
3.5 -0.5
EconoBRIDGETM Rectifier 2
1
3,81 11,43
12 3,81 11,43
57,15 93±0,2 max. 107,5
57,15 93±0,2 max. 107,5
13 + 16
13
14 + 16
1+2 3+4 5+6
1-4 5-8 9-12
ϑ
7+8 12
ϑ
11
15 + 17 14 + 17
9+10
103
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Explanations 104
IsoPACKTM 42
M_1Pa
IsoPACKTM 54
M_1Pb 2,8 x 0,8
32
3
6
8,5 max.
30
30
12
M6
18
M5
Æ 6,4
84 48 3
30
30
71
2
14
8
2
54
Æ 6,4 1
34
3
94
6
5
12 11
42
10 4
5
13 21,5 41,5
6
3
46
6
80 94
46 80
4
4 10
94
9
10
11
2
4
2
5 7
8
6
6
1
5
2
7
3
14
8 9
10
4
Schwarz HKS 46
5
1
14 6
3 2 1
11
3
3 1
9
5
1
6
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Seite 105
Schwarz HKS 46
20 mm
TP20
25 mm
TP25
30 mm
TP30
50 mm
TP50
50 mm
TP50.1
60 mm
TP60
34 mm
TP34
105
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Presspacks
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Explanations 106
70 mm
20 mm
TP70
DP20
25 mm
DP25
30 mm
DP30
Baseplate
DD 126 A..
Schwarz HKS 46
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Schwarz HKS 46
30 mm
DP30.1
34 mm
DP34
50 mm
DP50
50 mm
DP50.1
Baseplate
DD 126 A.. ND...
50 mm
DP50ND
60 mm
DP60
70 mm
DP70
ND...
107
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Explanations 108
TSW27
TFL36
TSW41
TFL54
M12 x 1,75
M24 x 1,5
Schwarz HKS 46
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Schwarz HKS 46
T41.14
T50.14
T60.14
T75.14
T57.26
T75.26
T100.26
T100.35
X) = evacuation pipe
IGBT
109
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Explanations 110
X) = evacuation pipe
Schwarz HKS 46
T110.26
T110.35
T57.26K
T58.26K
T75.26K
T76.26K
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Schwarz HKS 46
T76.35K
T100.26K
T120.26K
T120.35K
T150.26K
T150.35K
111
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Explanations 112
T172.35K
T76.35L
Schwarz HKS 46
T150.40L
T172.40L
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Schwarz HKS 46
DSW27
DSW27.1
DSW27.2
DFL36
M12x1,75 M12x1,75 M12 x 1,75
DSW41
M24x1,5
DSW41.1
DFL54
M24x1,5
X) = evacuation pipe
IGBT
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X) = evacuation pipe
Schwarz HKS 46
07.02.2006
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D41.14
D50.14
D57.26
114 D60.8
D60.14
D73.8
D75.14
D75.26
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Schwarz HKS 46
D100.26
D110.26
2
c
a
2
b 1
Bezeichnung 25DN06 38DN06 46DN06 56DN06 65DN06
X) = evacuation pipe D41.14K
D57.26K
1
a Ø 22 Ø 34 Ø 43 Ø 50 Ø 58
b Ø 25 Ø 38 Ø 46 Ø 56 Ø 65
c 3,6 4,0 4,0 5,0 5,0 D75.26K
D58.26K
115
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Schwarz HKS 46
D76.14K
D76.26K
D120.35K
D150.26K
D100.26K
D120.26K
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I57.26
I65.35
I75.26
I120.35
I72.8
I75.14
X) = evacuation pipe
117
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V50..M M8 Nutr B M8 DIN 439-Ms Fastening Torque 6 Nm
2
23,5
24,5
14
~50 24.5
23.5
Zyl.-Bolt M5*30 DIN 84-5.8
Zyl. Bolt M5*30 DIN 84-5.8
with assembled cell
5.5
14
Hot Connection Bolt according to DIN 46200
V50..N
40
equal to Cell-hights
Labeling
5.5 Possible Outlets
Possible Outlets for Thyristor-
9
46
20
46
50
for ThyristorControl Leads
50
Control Leads
46 49
46 73
49
for components ø41mm, h = 14 mm Dust-degree 3 (VRRM = 2900 V) Supply Voltage 1 kVeff
V 50-14.45 M F = 4.5 kN V 50-14.60 M F = 6.0 kN
for components ø41mm, h = 14 mm Dust-degree 3 (VRRM = 2900 V) Supply Voltage 1 kVeff
V 50-14.45 N F = 4.5 kN V 50-14.60 N F = 6.0 kN
V61..M Hot Connection Bolt acc. to DIN 46200 Fastening Torque for the Nutr: 10 Nm
V61..N Zyl. Bolt M6*35 DIN 84-5.8
with assembled cell
14
26
equal to Cell-hights 14
26
25
~60
Zyl. Bolt M6x35 DIN 84-6.8
25
2
Nut M10 DIN 934-MS
55
55
25
11
Possible Outlets for ThyristorControl Leads
6.5
77.5
equal to Cell-hights
6,5
Possible Outlets for ThyristorControl Leads
61
55 58
61
95 55 58 V61-14.80 M F = 8.0 kN
Schwarz HKS 46
for components ø 50mm, h = 14 mm Dust-degree 3 (VRRM = 2900 V) Supply Voltage 1 kVeff
V61-14.80 N F = 8 kN V61-14.100 N F = 10 kN
for components ø 50mm, h = 14 mm Dust-degree 3 (VRRM = 2900 V) Supply Voltage 1 kVeff
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Schwarz HKS 46
V 72
V 89 A-B
M10
M16
Nut M10 Fastening Torque 10 Nm
Washer
Zyl. Bolt
Clamping plate DIN 267 Zn 8 gl c B (A3K)
a
M6*45
Bolt DIN 267 Zn 8 gl c B (A3K)
c
d e f
b
pre-pressed power unit
Isolating disc mounting instructions: -part are to be centered -the clamping plate must be fixed equally with 4 Bolts M10 - 8.8 (not included) until the washer is untight up to a gap of 0.2 mm. -glue untightened washer to avoid noises
6.5
for components ø60mm, h = 14/26 mm Dust-degree 3 (VRRM = 4000/5000 V) Supply Voltage 1,4/1,8 kVeff
68
72
For max. 2 kVeff applications Dust-degree 3 For higher voltage on request For components D = 75 mm Type Mat.-No. clamping force L
68 Clamping device
c
l
a
b
d
e
f
F
U eff
V72-14.150M V72-26.150M V72-26.80 M V72-26.120M V72-26.120MS
14 26 26 26 26
45 60 60 60 60
68 80 80 80 80
49 61 61 61 61
32 44 44 44 44
36 48 48 48 49
40,5 52,5 52,5 52,5 53,5
15 kN 15 kN 8 kN 12 kN 12 kN
1400V 1800V 1800V 1800V 2100V
V89-26.400N V89-26.300N V89-26.170N
6921 3586 12784
40KN 30KN 17KN
38 39 40
V 176
V 100
A-B washer clamping plate pre-pressed power unit pre-pressed power unit
Isolating disc Isolating disc mounting instructions: - part are to be centered - the clamping plate must be fixed equally with 4 Bolts M12 - 8.8 (not included) until the washer is untight up to a gap of 0.2 mm. - glue untightened washer to avoid noises
mounting instructions: - part are to be centered - the clamping plate must be fixed equally with 4 Bolts M12 - 8.8 (not included) until the washer is untight up to a gap of 0.2 mm. - glue untightened washer to avoid noises
For max. 2,5 kVeff applications Dust-degree 3 For components D = 75 mm
For max. 2,5 kVeff applications Dust-degree 3
For components D = 150 mm Type
Mat.-No. clamping force
V100-35.200N Type V176-35.650N V176-35.500N V176-35.400N
23551
20KN
Mat.-No. clamping force L 19610 19611 19612
65KN 50KN 40KN
57.5 58.5 59.5
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EiceDRIVER TM
2ED300C17-S / 2ED300C17-ST
Fault Detection
EDFA
E. A
VCEsat
VCEsat A Gate A
Dead time
INA
Pulse Stage
Pulse Former
Softshut down
Undervoltage
Pulse Memory
COM A
CA
VA+ VASense A
Dead time
INB CB
Sense A
DOCD
RC A
EDFA
E. B
VCEsat
VCEsat B
Fault Detection Logic
MODUS
Fault Detection
Gate B Pulse Stage
RESET FaultMomory
FAULT
VDC
Pulse Former
Softshut down
Undervoltage
Pulse Memory
COM B VB+ VBSense B
DC/DC Converter Control
GND
DOCD
Sense B RC B
2,95 mm RM 2,54 mm RM 2,54 mm 2,95 mm
24
45
28 mm TM
Max. 25 mm
20 mm
72 mm
2ED300C17-S
EiceDRIVER TM
d =1 mm
2ED300C17-S
26 mm
1002 0240 A A
PCB d =1 mm
60,5 mm 1
23 RM 2,54 mm
2,31mm
Schwarz HKS 46
2,31 mm
Clearance distance and creep page Primary/Secondary >15 mm Clearance distance Secondary/Secondary > 6 mm Creep page Secondary/Secondary > 14 mm
EiceDRIVER TM
2ED020I12-F
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Schwarz HKS 46
Mounting Hardware for EasyPIMTM, EasyPACK, EasyBRIDGE and EasyDUAL Modules Suitable for
Type
Outline
Part-No.
Easy750 housing Easy750housing
ScrewClamp Easy750 IsolationCap Easy750
SC750 IC750
24126 27332
Easy1 housing
ScrewClamp Easy1
SC1
23088
Easy2 housing
ScrewClamp Easy2
SC2
23089
IC750
SC750
SC1
SC2
SC750
SC1
SC2
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Gate Leads for PowerBLOCK Thyristor Modules Gate leads must be ordered separately Baseplate 30 mm 34, 50, 60 mm 50 mm Single 70 mm 34, 50, 60 mm 50 mm Single 70 mm
connection to
connection to
color
length [mm]
Part.no
Outline
5/4 6/7 5/4 6/7 5/4 5/4 5/4 6/7 5/4 5/4
G1/HK1 G2/HK2 G1/K1 G2/K2 G1/K1 G1/K1 G1/K1 G2/K2 G1/K1 G1/K1
G yellow / HK red G yellow / HK red G yellow / HK red G yellow / HK red G yellow / HK red G yellow / HK red G yellow / HK red G yellow / HK red G yellow / HK red G yellow / HK red
250 250 250 250 250 250 470 470 470 470
28118 28119 28128 28129 28128 28128 28133 28134 28133 28133
LZ 5 LZ 6 LZ 5 LZ 6 LZ 5 LZ 5 LZ 5 LZ 6 LZ 5 LZ 5
lead material: silicon cord type SiFF 0,5mm2
Mounting Hardware for Modules Type
Content
Quantity
IsoPACK 42 IsoPACKTM 54
M5x11 M6x15
30 30
TM
Schwarz HKS 46
Part-No. 4195 4210
length
length
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Schwarz HKS 46
Standard Gate Leads for Disc Type Devices Leads and gate leads must be ordered separately Disc outline/page
Material
T41.14/103 T50.14/103 T60.14/103 T75.14/103 T57.26/103 T75.26/103 T100.26/103 T100.35/103 T110.26/104 T110.35/104 T60.14/103 T75.14/103 T57.26/103 T75.26/103 T100.26/103 T100.35/103 T110.26/104 T110.35/104 T57.26K/104 T58.26K/104 T75.26K/104 T76.26K/104 T76.35K/104 T57.26K/104 T58.26K/104 T75.26K/104 T76.26K/104 T76.35K/104 T120.26K/105 T120.35K/105 T150.26K/105 T150.35K/105 T172.35K/105
epoxy
Connection
Color
2385 2386 2387 2386
HK G HK G
red yellow red yellow
Length mm 235 235 235 235
epoxy
12511 12510
HK G
red yellow
600 600
2)
ceramic
2387 2386
HK G
red yellow
235 235
1)
ceramic
12511 12510
HK G
red yellow
600 600
2)
ceramic
14232 14231
HK G
red white
1000 1000
2)
epoxy
Mat. no.
1) 1)
1) with plug 6,3 x 1 mm at the free ends – lead material: silicon cord type SiFF 0,5 mm2 2) without plug at the free ends – lead material: teflon cord type FEP 0,5 mm2
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Clamping Force (kN) and Disc Diameter (mm) Typ T 178 N T 201 N T 218 N T 298 N T 308 N T 348 N T 358 N T 378 N T 379 N T 380 N T 388 N T 398 N T 399 N T 458 N T 459 N T 501 N T 508 N T 509 N T 551 N T 553 N T 568 N T 588 N T 589 N T 618 N T 619 N T 639 N T 648 N T 649 N T 658 N T 659 N T 699 N T 708 N T 709 N T 718 N T 719 N T 729 N T 730 N T 731 N
Schwarz HKS 46
Phase control thyristors kN 2,5 - 5 7 - 12 2,5 - 5 3-6 5 - 10 2,5 - 5 4-8 4-8 10,5 - 21 7,5 - 17,5 5 - 10 3-6 7,5 - 17,5 7,5 - 17,5 7,5 - 17,5 15 - 24 5 - 10 5 - 10 15 - 24 15 - 24 4-8 6 - 12 6 - 12 6 - 12 6 - 12 9 - 18 9 - 18 9 - 18 10,5 - 21 10,5 - 21 10,5 - 21 10,5 - 21 12 - 29 9 - 18 9 - 18 18 - 43 18 - 43 15 - 24
mm 41 58 41 41 50 41 41 41 57 56 50 41 57 60 57 75 50 57 75 75 41 50 57 50 57 57 50 57 60 57 57 60 75 60 57 75 75 75
Typ
Phase control thyristors kN
T 739 N T 821 N T 828 N T 829 N T 860 N T 869 N T 878 N T 879 N T 901 N T 909 N T 929 N T 1039 N T 1049 N T 1078 N T 1081 N T 1101 N T 1189 N T 1201 N T 1218 N T 1219 N T 1258 N T 1329 N T 1401 N T 1451 N T 1500 N T 1503 N/T 1503 NH T 1509 N T 1551 N T 1589 N T 1601 N T 1851 N/T 1651 N T 1866 N T 1869 N T 1901 N/T 2251 N T 1929 N T 1971 N T 1986 N T 1989 N
15 - 24 27 - 40 5,5 - 8 12 - 29 20 - 45 20 - 45 10,5 - 21 10,5 -21 15 - 24 15 - 24 20 - 45 16 - 32 12 - 24 8 - 16 36 - 52 27 - 40 16 - 32 36 - 52 20 - 45 20 - 45 12 - 24 20 - 45 36 - 52 36 - 52 24 - 56 63 - 91 24 - 56 36 - 52 30 - 65 36 - 52 45 - 65 30 - 65 30 - 65 63 - 91 42 - 95 36 - 52 30 - 65 30 - 65
Phase control thyristors kN
mm
Typ
75 100 50 75 74 75 60 57 75 75 75 75 75 50 120 100 75 120 75 75 60 75 120 120 74 150 75 120 100 120 120 100 100 150 110 120 100 100
T 2001 N T 2009 N T 2101 N T 2156 N T 2159 N T 2160 N T 2161 N T 2351 N T 2401 N T 2476 N T 2479 N T 2480 N T 2509 N T 2563 N/T 2563 NH T 2709 N T 2710 N T 2851 N/T3441 N T 2871 N T 3101 N T 3159 N T 3401 N/T 3801 N T 3441 N T 3709 N T 3801 N T 4021 N T 4003 N/T 4003 NH T 4301 N T 4771 N
36 - 52 36 - 52 36 - 52 42 - 95 42 - 95 42 - 95 45 - 65 45 - 65 63 - 91 42 - 95 42 - 95 42 - 95 24 - 56 90 - 130 42 - 95 42 - 95 63 - 91 90 - 130 63 - 91 42 - 95 63 - 91 63 - 91 30 - 65 63 - 91 90 - 130 90 - 130 63 - 91 63 - 91
mm
Typ
120 110 120 110 110 120 120 120 150 110 110 120 75 170 110 120 150 120 150 110 150 150 100 150 170 170 150 150
Fast Thyristors T 128 F T 178 F T 188 F T 308 F T 318 F T 408 F T 599 F T 600 F T 698 F T 930 S T 1052 S T 1078 F
Fast thyristors kN
3-6 1,5 - 2,5 3-6 2,5 - 5 5,5 - 10 5 - 10 9 - 18 9 - 18 5,5 - 11 16 - 32 16 - 32 8 - 16
mm
41 41 41 41 50 50 57 56 50 74 74 50
Fast Asymmetric Thyristors A 158 S A 198 S A 358 S A 438 S
2,5 - 4,5 2,5 - 4,5 4,5 - 9 4,5 - 9
41 41 50 50
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Clamping Force (kN) and Disc Diameter (mm) Rectifier diodes kN
Typ
D 269 N D 428 N D 448 N D 471 N D 660 N D 711 N D 748 N D 749 N D 758 N D 798 N D 849 N D 850 N D 1029 N D 1030 N D 1049 N D 1069 N D 1481 N D 1709 N D 1800 N D 1809 N D 2151 N D 2200 N D 2001 N D 2209 N D 2228 N D 2601 N/D2601NH D 2650 N D 2659 N D 2898 N D 3001 N/D3041N D 3501 N D 4201 N D 4457 N D 4709 N D 5807 N
3,2 - 7,6 3,2 - 7,6 2,6 - 4,6 10 - 16 6,1 - 14,7 10 - 16 6,1 - 14,7 10 - 24 3,2 - 7,6 6 - 14,7 10 - 24 10 - 24 10 - 24 10 - 24 10 - 24 14 - 34 15 - 36 12 - 24 24 - 60 24 - 60 27 - 45 24 - 60 27 - 45 24 - 60 12 - 24 36 - 52 24 - 60 24 - 60 12 - 24 36 - 52 36 - 52 36 - 52 30 - 45 42 - 95 40 - 60
mm
Typ
57 41 41 58 41 58 50 57 41 50 57 56 57 56 57 75 75 75 74 75 100 74 100 75 60 120 74 75 60 120 120 120 60 110 72
D 5809 N D 6001 N D 6247 N D 8019 N D 8407 N
Rectifier diodes kN
mm
Typ
30 - 60 55 - 91 30 - 45 40 - 80 40 - 60
75 150 60 100 73
25 DN 06 38 DN 06 46 DN 06 46 DN 06 S 01 56 DN 06 56 DN 06 S0 1 65 DN 06 65 DN 06 S 01
4-8 20 - 30 30 - 45 30 - 45 40 - 60 40 - 60 55 - 80 55 - 80
25 38 46 46 56 56 65 65
D 2201 N
27 - 45
100
D 138 S D 178 S D 188 S D 228 S D 238 S D 291 S D 348 S D 358 S D 368 S D 371 S D 438 S D 440 S D 509 S D 648 S D 649 S D 658 S D 659 S D 675 S D 689 S D 690 S D 721 S D 801 S D 841 S D 901 S D 911 SH D 921 S D 931 SH D 1031 SH D 1131 SH D 1169 S D 1170 S D 1251 S D 1121 SH D 1331 SH D 1381 S
Fast rectifier diodes kN 1,7 - 3,4 1,7 - 3,4 1,7 - 3,4 3,2 - 7,6 3,2 - 7,6 9 - 13 3,2 - 7,6 3,2 - 7,6 3,2 - 7,6 10 - 16 4,8 - 11,4 4,8 - 11,4 6 - 14,5 6 - 14,5 6 - 14,5 6 - 14,5 6 - 14,5 10 - 24 10 - 24 10 - 24 15 - 36 15 - 36 15 - 36 27 - 45 27 - 45 27 - 45 27 - 45 27 - 45 36 - 52 18 - 50 8 - 50 15 - 36 36 - 52 36 - 52 27 - 45
mm
Typ
41 41 41 41 41 58 41 41 41 58 41 56 57 50 57 50 57 56 57 57 75 75 75 100 100 100 100 100 120 75 74 75 120 120 100
D 1408 S D 1461 S D 1951 SH
Fast rectifier diodes kN 18 - 50 27 - 45 55 - 91
mm 75 100 150
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Letter Symbols/Kurzzeichen B FBSOA f fo F G IC ICAVM ICES IGES IEGS iCBO ICRM iEBO iFB IFB iRB IRB iD iG IGD iGM IGT IH IL iR IRMS IRM iT/iF ITAV/IFAV ITAVM/IFAVM ITINT/IFINT ITM/IFM IT(OV)/IF(OV) IT(OV)M/IF(OV)M
Schwarz HKS 46
DC current gain forward biased safe operating area frequency repetition frequency clamping force weight maximum permissible DC collector current maximum permiss. average collector current collector-emitter cut-off current gate-leakage current gate-leakage current collector-base cut-off current permissible repetitive peak collector current emitter-base cut-off current forward base current maximum permissible peak forward current reverse base current maximum perm. peak reverse base current forward off-state current gate current gate non trigger current peak gate current gate trigger current holding current latching current reverse current RMS current peak reverse recovery current on-state current on-state current (average value) maximum average on-state current on-state current at intermittent duty on-state current (peak value) on-state current at shorttime duty maximum overload on-state current
Kollektor-Basis-Gleichstromverhltn. Sicherer Vorwärts-Arbeitsbereich Frequenz Wiederholfrequenz Anpresskraft Gewicht höchstzulässiger Dauergleichstrom Kollektor-Dauergrenzstrom Kollektor-Emitter-Reststrom Gate-Emitter Reststrom Emitter-Gate Reststrom Kollektor-Basis-Reststrom höchstzulässiger periodischer KollektorSpitzenstrom Emitter-Basis-Reststrom Vorwärts-Basisstrom höchstzul. Vorwärts-Basis-Spitzenstrom Rückwärts-Basisstrom höchstzulässiger Rückwärts-BasisSpitzenstrom Vorwärts-Sperrstrom Steuerstrom nicht zündender Steuerstrom Spitzensteuerstrom Zündstrom Haltestrom Einraststrom Rückwärts-Sperrstrom Strom-Effektivwert Rückstromspitze Durchlassstrom Durchlassstrom (Mittelwert) Dauergrenzstrom Durchlassstrom bei Aussetzbetrieb Durchlassstrom (Spitzenwert) Überstrom bei Kurzzeitbetrieb Grenzstrom
IT(RC)M ITRMSM/IFRMSM ITSM/IFSM IF (max) IFRM ∫i2 dt diG/dt diT/dt/diF/dt (di/dt)cr L M PON POFF P PD PG PR PRQ PTT + PRQ PT/PF PTAV/PFAV PTT Ptot Qr Qs R rT RthCA RthCK RthJA RthJC RBSOA t T TA TC
repetitive turn-on current (from snubber) maximum RMS on-state current surge non repetitive on-state current DC forward current repetitve peak forward current maximum rated value rate of rise of gate current rate of rise of on-state current critical rate of rise of on-state current inductance tightening torque turn-on dissipation turn-off dissipation power dissipation forward off-state dissipation gate dissipation reverse power dissipation turn-off dissipation switching dissipation on-state power dissipation on-state power dissipation (average value) turn-on dissipation total power dissipation recovered charge lag charge resistance slope resistance thermal resistance, case to coolant thermal resistance, case to heatsink thermal resistance, junction to coolant thermal resistance, junction to case reverse biased safe operating area time period coolant temperature case temperature
periodischerEinschaltstrom (aus RC) Durchlassstrom-Grenzeffektivwert Stoßstrom-Grenzwert Dauergleichstrom Periodischer Spitzenstrom Grenzlastintegral Steilheit des Steuerstromes Steilheit des Durchlassstromes kritische Stromsteilheit Induktivität Anzugsdrehmoment Einschaltverlustleistung Ausschaltverlustleistung Verlustleistung Vorwärts-Sperrverlustleistung Steuerverlustleistung Rückwärts-Sperrverlustleistung Ausschaltverlustleistung Schaltverlustleistung Durchlassverlustleistung Durchlassverlustleistung (arithmetischer Mittelwert) Einschaltverlustleistung Gesamtverlustleistung Sperrverzugsladung Nachlaufladung Widerstand Ersatzwiderstand Wärmewiderstand Gehäuse-Kühlmittel Übergangs-Wärmewiderstand Gesamtwärmewiderstand innerer Wärmewiderstand Sicherer Rückwärts-Arbeitsbereich Zeit Periodendauer Kühlmitteltemperatur Gehäusetemperatur
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Letter Symbols/Kurzzeichen Tcop tg tgd Th tp tq trr Tvj Tvj max tw tf tfb min toff ton ts Tvj op Tst vD vDM VDRM VDSM vG VGD VGE (th) VGT VISOL vL vR
operating temperature trigger pulse duration gate controlled delay time heatsink temperature current pulse duration (sinusoidal) circuit commutated turn-off time reverse recovery time junction temperature maximum permissible junction temperature current pulse duration (trapezoidal) fall time minimum duration of forward base current turn-off time turn-on time storage time operating temperature storage temperature forward off-state voltage forward off-state voltage (peak value) repetitive peak forward off-state voltage non-repetitive peak forward off-state voltage gate voltage gate non trigger voltage gate threshold voltage gate trigger voltage insulation test voltage no-load voltage of trigger pulse generator reverse voltage
Betriebstemperatur Steuerimpulsdauer Zündverzug Kühlkörpertemperatur Strompulsdauer (Sinusform) Freiwerdezeit Sperrverzugszeit Sperrschichttemperatur höchstzul. Sperrschichttemperatur Stromflusszeit (Trapezform) Fallzeit Mindestdauer des Vorwärtsbasisstroms Abschaltzeit Einschaltzeit Speicherzeit Betriebstemperatur Lagertemperatur Vorwärts-Sperrspannung Vorwärts-Sperrspanng (Spitzenwert) periodische Vorwärtsspitzenspannung Vorwärts-Stoßspitzenspannung Steuerspannung nicht zündende Steuerspannung Gate-Schwellenspannung Zündspannung Isolat.-Prüfspannung Leerlaufspannung des Steuergenerators Rückwärts-Sperrspannung
VR VRG VRGM vRM VRMS VDC
direct reverse voltage reverse gate voltage peak reverse gatevoltage reverse voltage (peak value) RMS or DC voltage value
VRRM
repetitive reverse voltage
VRRM(C)
repetitive peak reverse voltage after commutation non-repetitive peak reverse voltage on-state voltage threshold voltage repetitive peak voltage collector-emitter saturation emitter voltage maximum permissible collector-voltage
VRSM vT/vF V(TO) VM VCE sat VCES, VCE dvD/dt dvR/dt (dv/dt)cr VL VW W Wtot ZthCA ZthJA ZthJC Θ
rate of rise of forward off-state voltage rate of rise of reverse voltage critical rate of rise of off-state voltage air quantity water quantity energy total energy transient thermal impedance, case to coolant transient thermal impedance, junction to coolant transient thermal impedance, junction to case
current conduct. angle
Rückwärts-Gleichsperrspannung Rückwärts-Steuerspannung Rückwärts-Spitzensteuerspannung Rückwärts-Sperrspannung (Spitzenw.) Bemessungsspannung Effektivwert/Gleichspannung periodische RückwärtsSpitzensperrspannung periodische Spitzensperrspannung nach der Kommutierung Rückwärts-Stoßspitzenspannung Durchlassspannung Schleusenspannung periodische Spitzensperrspannung Kollektor-Emitter-Sättigungsspannung höchstzulässige Kollektor-EmitterSperrspannung Steilheit der Vorwärts-Spannung Steilheit der Rückwärts-Spannung kritische Spannungssteilheit Luftmenge Wassermenge Verlustenergie Gesamtverlustenergie transienter äußerer Wärmewiderstand transienter Gesamtwärmewiderstand transienter innerer Wärmewiderstand Stromflusswinkel
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Type designations Presspacks
IGBT Modules
T 930 S 18 T M C T D A 930 0 1 4 6 7 8 9 3
average on state current (A) standard ceramic disc high power ceramic disc epoxy disc 19 mm high epoxy disc 35 mm high epoxy disc 8 mm high epoxy disc 14 mm high epoxy disc 26 mm high light triggered thyristor, ceramic disc N K
phase control device phase control diode with cathode on case (only flatbase or metric) fast thyristor with central gate fast thyristor with distributed gate, fast diode fast diode with cathode on case (only flatbase or metric) avalanche diode avalanche diode with cathode on case (only flatbase or metric) Diode: soft recovery for high current pulses Thyristor: high turn-on di/dt capability softrecovery diode repetitive peak off-state and reverse voltage in 102 V
F S U A B NH
SH 18 B C E T
metric thread with cable metric thread with solder pin flat base disc A B C D S E F G K
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thyristor diode asymmetric thyristor
turn-off time: 8 µs 10 µs 12 µs 15 µs 18 µs 20 µs 25 µs 30 µs 40 µs
M P N T T 930 S 18 T M C U O 1 2 B C F G H
50 µs 55 µs 60 µs 80 µs
FF 400 R 33 KF x
120 µs no guaranteed turn off time on request on request
FP FM FD/DF FB
critical rate of off-state voltage 50 V/µs 500 V/µs 1000 V/µs 1500 V/µs 2000 V/µs
DD F4 FS
FZ FF
400 R S 33
B01...n contruction variation S01...n electrical selection
K/V/X/Y F L S E T 1…n C D -K G I B1 … n S1 … n
PowerBLOCK Modules TT 162 N 16 K O F -K TT DD ND, DZ, TZ TD, DT AD
with 2 thyristors with 2 diodes with 1 thyristor or 1 diode with 1 thyristor and 1 diode with 1 asymmetric thyristor and 1 diode 162 average on state current (A) N phase control device F fast thyristor with central gate S fast thyristor with gate cathode interdigitated, fast diode 16 repetitive peak off-state and reverse voltage in 102 V K mechanical construction: module O turn off time (see disk devices) F critical rate of rise of off-state voltage (see disk devices) -K design with common cathode -A design with common anode B01...n construction variation S01...n electrical selection
BSM 100 GB 120 DL x BSM BYM 100 GA GB GD GT BSM 100 GB 120 DL x GP
example for a High-PowerModule single switch with one IGBT and FWD half bridge (two IGBTs an FWDs) Power Integrated Module Matrix Module chopper module Power Integrated Module with B4 rectifier dual diode module 4-pack 3 phase full bridge (6-pack) max. DC-collector current (A) reverse conducting fast Diode collector-emitter-voltage in 102 V mechanical construction: module fast switching type type with low vCEsat fast short tail IGBT Chip low sat IGBT Chip thin IGBT3 internal reference numbers EmCon Diode higher Diode current design with common cathode module in big housing integrated cooling Construction variation Electrical selection example for a standard module switch with IGBT and FWD diode module max. DC-collector current (A) single switch with one IGBT and FWD half bridge (two IGBTs and FWDs) 3 phase full bridge (6-pack) 3 single switches an FWDs (Tripack) Power Intergrated Module
B6/Break/Inverter chopper module (diode on collector side) GAR chopper module (diode on emitter side) A single diode 120 collector-emitter-voltage 1 in 10 V DL Typ with low vCEsat DN2 fast switching type DLC low loss type with EmCon Diode S with collector sense G Design Variation Exxx special type GAL
Bridge Rectifiers and AC-Switches TD B6 H K 135 N 16 L OF DD diode module TT thyristor module TD thyristor/diode B6 three phase bridge W3 three phase AC-switch C fully controlled H half controlled U uncontrolled K common cathode of thyristors 105 output current (A) (W3C: RMS-current) N phase control thyristor/diode 16 repetitive peak off-state voltage in 100 V L IsoPACK R EconoBRIDGE without integr. brake chopper IGBT RR EconoBRIDGE with integr. brake chopper IGBT O no guaranteed turn-off time F critical rate of rise of off-state voltage
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Typenbezeichnungen Scheibenbauelemente T 930 S 18 T M C T D A 930 0 1 4 6 7 8 9 3
IGBT Module
Thyristor Diode asymmetrischer Thyristor Dauergrenzstrom (A) Standardkeramik-Scheibe Hochleistungskeramik-Scheibe Epoxy-Scheibe 19mm hoch Epoxy-Scheibe 35mm hoch Epoxy-Scheibe 8mm hoch Epoxy-Scheibe 14mm hoch Epoxy-Scheibe 26mm hoch lichtgezündeter Thyristor, Keramik-Scheibe
N K
Netz-Bauelement Netz-Diode mit Kathode am Gehäuse (nur Flachboden oder Gewindebolzen) schneller Thyristor mit Zentralgate schneller Thyristor mit verzweigtem Gate, schnelle Diode mit Aode am Gehäuse schnelle Diode mit Kathode am Gehäuse (nur Flachboden oder Gewindebolzen) Avalanche Diode mit Kathode am Gehäuse (nur Flachboden oder Gewindebolzen) Avalanche Diode mit Kathode am Gehäuse (nur Flachboden oder Gewindebolzen) Diode mit softrecovery Verhalten für hohe Strompulse Thyristor zum einschalten von hohen Stromanstiegen Diode mit softrecovery Verhalten periodische Vorwärts- und Rückwärts-Spitzensperrspannung in 102 V
F S U A B NH
SH 18
B C E T
mit metrischem Gewinde u. Seil mit metrischem Gewinde u. Lötöse Flachboden Scheibe A B C D
IGBT
Freiwerdezeit 8µs 10µs 12µs 15µs
S E F T 930 S 18 T M C G K M P N T U 0 1 2 B C F G H
18µs 20µs 25µs
FF 400 R 33 KF x
30µs 40µs 50µs 55µs 60µs 80µs 120µs keine garantierte Freiwerdezeit auf Anfrage auf Anfrage
FF
FZ
FP FM FD/DF FB DD F4 FS 400
kritische Spannungssteilheit: 50V/µs 500V/µs 1000V/µs 1500/µs 2000V/µs
R S 33 K/V/X/Y
B01...n Konstruktionsvariante S01...n elektrische Selektion
F L S E
PowerBLOCK Module
T
TT 162 N 16 K O F -K TT DD ND, DZ, TZ TD, DT AD
mit 2 Thyristoren mit 2 Dioden mit 1 Thyristor oder 1 Diode mit 1 Thyristor und 1 Diode mit 1 asymmetrischen Thyristor und 1 Diode 162 Dauergrenzstrom (A) N Netz-Element F schneller Thyristor mit Zentralgate S schneller Thyristor mit verzweigtem Gate, schnelle Diode 16 periodische Vorwärts- und Rückwärts-Spitzensperrspannung in 102 V K mech. Ausführung: Modul O Freiwerdezeit (siehe Scheibenbauelemente) F kritische Spannungssteilheit (siehe Scheibenbauelemente) -K Ausführung mit gem. Kathode -A Ausführung mit gem. Anode B01...n Konstruktionsvariante S01...n elektrische Sonderspezifikation
SCR / Diode Modules
Presspacks
1…n C D -K G I B1 … n S1 … n BSM 100 GB 120 DL x BSM BYM 100 GA BSM 100 GB 120 DL x GB
Stacks
GD
Beispiel für ein Hochleistungsmodul Einzelschalter mit IGBT und Freilaufdiode Halbbrücke (zwei IGBT’s und Freilaufdioden) Integriertes Modul mit IGBT, NTC, B6, Chopper Matrix Module Choppermodul Integriertes Modul mit IGBT, NTC, und B4 Doppeldiodenmodul Halbbrücke Vollbrücke max. Kollektor-Dauergleichstrom (A) rückwärts leitend schnelle Diode Kollektor-Emitter- 2 Sperrspannung in 10 V mechanische Ausführung: Modul schnell schaltender Typ Typ mit niedriger vCEsat schneller short Tail IGBT Chip sehr kleine Schwellenspannung IGBT thin IGBT3 interne Referenznummer EmCon Diode größerer Dioden Strom Design mit common Kathode Modul im größeren Gehäuse mit integrierter Kühlung konstruktive Variationen elektrische Selektion Beispiel für ein Standardmodul Schalter Diodenmodul max. Kollektor-Dauergleichstrom (A) Einzelschalter mit IGBT und Freilaufdiode
GT
3 Einzelschalter mit IGBT und Freilaufdiode GP Integriertes Modul B6/ Break/WR GAL Choppermodul (Diode kollektorseitig) GAR Choppermodul (Diode emitterseitig) A Einzeldiode 120 Kollektor-Emitter-Sperrspannung in 101 V DL Typ mit niedriger vCEsat DN2 schnell schaltender Typ DLC low lost Typ mit EmCon Diode S mit Hilfskollektor G Design Variation Exxx Sondertyp
Brückengleichrichter und Drehstromsteller TD B6 H K 135 N 16 L OF DD Dioden-Modul TT Thyristor-Modul TD Thyristor/Dioden-Modul B6 Sechspuls-Brücke W3 Dreiphasen-Wechselweg C vollgesteuert H halbgesteuert U ungesteuert K gemeins. Kathode der Thyristoren 135 Ausgangsstrom (A) (W3C: Effektivstrom) N Netzthyristor/Diode 16 periodische Spitzensperrspannung in 100 V L IsoPACK R EconoBRIDGE ohne integr. Bremschopper IGBT RR EconoBRIDGE mit integr. Bremschopper IGBT O keine garantierte Freiwerdezeit F kritische Spannungssteilheit
Halbbrücke (zwei IGBTs und Freilaufdioden) Vollbrücke
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Package Units Bipolar Products Standard Thyristors and Diodes
Standard Epoxy Discs
Standard Ceramic Discs
Flatbase / Metric Types
Housing Diameter Diode Housing 100mm Diode Housing 110mm Diode Housing 41mm Diode Housing 50mm Diode Housing 57mm Diode Housing 60mm Diode Housing 72mm Diode Housing 75mm Thyristor Housing 50mm Thyristor Housing 57mm Thyristor Housing 75mm Thyristor Housing100mm Thyristor Housing110mm Diode Housing 41mm Diode Housing 56mm Diode Housing 58mm Diode Housing 74mm Thyristor Housing 120mm Thyristor Housing 56mm Thyristor Housing 74mm Flatbase 36mm Flatbase 54mm Metric Wrench Size 27mm Metric Wrench Size 32mm Metric Wrench Size 42mm
Packing Unit 3 2 16 10 3 6 6 2 10 3 2 3 2 16 3 3 2 2 3 2 10 5 10 10 5
High Power Thyristors and Diodes
Ceramic ETT Discs
Ceramic LTT Discs
Ceramic Diodes
PowerBLOCK
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PB20 20mm PB25 25mm PB30 30mm PB34 34mm PB50 50mm PB60 60mm PB70 70mm
Packing Unit 10 8 4 5 6 4 2
Thyristor Housing 57mm Thyristor Housing 75mm Thyristor Housing 110mm Thyristor Housing 120mm Thyristor Housing 150mm Thyristor Housing 170mm Thyristor Housing 75mm Thyristor Housing 150mm Thyristor Housing 170mm Diode Housing 58mm Diode Housing 74mm Diode Housing 100mm Diode Housing 120mm Diode Housing 150mm
Rectifier Modules
IsoPACK™ Bridge
Housing Width
Packing Unit 3 2 2 2 1 1 3 1 1 3 2 3 2 1
Packing Unit
42mm 54mm
4 3
45mm
10
25,4mm 25,4mm
40 20
EconoBRIDGE™ Rectifier
EasyBRIDGE Housing Diameter
Housing Diameter
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Package Units IGBT Low Power Modules EasyPIM™ Modules EasyPIM™ 750 EasyPIM™ 1 EasyPIM™ 1B EasyPIM™ 2
Housing Size (overall)
Packing Unit
25,4mm x 35,6mm 33mm x 45,6mm 33mm x 45,6mm 45,6mm x 55,9mm
40 20 24 20
EasyPACK Modules EasyPACK™ EasyPACK™ EasyPACK™ EasyPACK™
Housing Size (overall)
750 1 1B 2
25,4mm x 35,6mm 33mm x 45,6mm 33mm x 45,6mm 45,6mm x 55,9mm
Packing Unit 40 20 24 20
IGBT Medium Power Modules EconoPIM™ Modules EconoPIM™ 1 EconoPIM™ 2 EconoPIM™ 3
34mm Modules 62mm Modules Standard 34mm Standard 62mm
Housing Size (overall)
Packing Unit
41mm x 80mm 45mm x 107mm 62mm x 122mm
Housing Size (overall) 34mm x 94mm 62mm x 106,4mm
EconoPACK™ Modules
16 16 16
EconoPACK™ 1 EconoPACK™ 2 EconoPACK™ 3
Packing Unit
EconoPACK™ + EconoDUAL™ EconoPACK™ + EconoDUAL™
10 10
Housing Size (overall) 41mm x 80mm 45mm x 107mm 62mm x 122mm
Housing Size (overall) 162mm x 150mm 152mm x 62mm
Packing Unit 16 16 16
Packing Unit 10 4
IGBT High Power Modules IHM Modules IHM 73 IHM 130 IHM B 130 IHM190 IHM B 190
Housing Size (overall)
Packing Unit
73mm x 140mm 130mm x 140mm 130mm x 140mm 190mm x 140mm 190mm x 140mm
4 2 2 1 1
IHV Modules
Housing Size (overall)
IHV 130 IHV 190
130mm x 140mm 190mm x 140mm
Packing Unit 2 1
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Business Excellence due to Quality Management
Business Excellence due to Environment Management
In quality and reliability of our innovative products and services for power electronics we are a worldwide leading company. We have developed and introduced a quality management which continuously supervises the stability and the performance of our production and business progresses. The qualification of our innovative products and services with the most progressive quality tools contributes effectively and efficiently to a positive business development. Our quality management is permanently brought in line with the requests and expectations of our customers, partners and employees. The base are the standards DIN EN ISO 9001:2000 and the ISO/TS 16949, which includes the requirements of the automobile industry. In addition to this standards we use the EFQM-Model for Business Excellence to force the continual improvement of our company. Our competent and qualified employees are motivated to fulfill the requests and wishes of our customers to their highest satisfaction at all times.
The use of our products leads to saving of electrical energy. Consequently we feel committed to protect the environment and the natural resources also at the manufacture of our products. Our measures in designing towards an environmental - protective way includes the production sequences of operations as well as the complete product spectrum. In a responsible pollution control we find a social responsibility and at the same time an essential base for the continuous success of our enterprise. Success is an entrepreneurial aim at the development of new techniques and products, a criterion for the quality of our deliveries and performances and a suitable remedy for the defense of dangers and for the minimization of ambient environment risks. We pursue our progress in the range of the work safety and the pollution control regularly, judge the achievements and lay down new main emphases and aims. Our ambient environment management system is certified to DIN EN ISO 14001.
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Qualitätsmanagement Qualität und Zuverlässigkeit unserer innovativen Produkte und Leistungen für die Leistungselektronik sind weltweit führend. Wir haben ein Qualitätsmanagement entwickelt und eingeführt, das die Stabilität und die Leistung unserer Fertigungs- und Geschäftsprozesse kontinuierlich überwacht, unsere innovativen Produkte und Leistungen mit den fortschrittlichsten Qualitätswerkzeugen qualifiziert und in seiner effektiven und effizienten Umsetzung seinen Beitrag zu einer positiven Geschäftsentwicklung leistet. Unser Qualitätsmanagement wird ständig den Anforderungen und Erwartungen unserer Kunden, Partner und Mitarbeiter angepasst und kontinuierlich verbessert. Grundlage dafür bilden die Normen DIN EN ISO 9001:2000 sowie die ISO/TS 16949, welche die Forderungen der Automobilindustrie beinhalten. Weiterhin nutzen wir das EFQM-Modell für Business Excellence, um die ständige Verbesserung unseres Unternehmens zu unterstützen. Unsere kompetenten Mitarbeiter sind qualifiziert und motiviert die Anforderungen und Wünsche unserer Kunden immer zur höchsten Zufriedenheit aller zu erfüllen.
Umweltmanagement Der Einsatz unserer Produkte ermöglicht die Einsparung von elektrischer Energie. Konsequenterweise fühlen wir uns auch bei der Herstellung unserer Produkte zur Schonung der Umwelt und der natürlichen Ressourcen verpflichtet. Unsere Maßnahmen zur umweltgerechten Gestaltung umfassen die Produktionsabläufe sowie die gesamte Produktpalette. In einem verantwortungsvollen Umweltschutz sehen wir eine gesellschaftliche Verantwortung und zugleich eine wesentliche Basis für den kontinuierlichen Erfolg unseres Unternehmens. Er ist ein unternehmerisches Ziel bei der Entwicklung neuer Techniken und Produkte, ein Kriterium für die Qualität unserer Lieferungen und Leistungen und ein geeignetes Mittel zur Abwehr von Gefahren und zur Minimierung von Umweltrisiken. Wir verfolgen regelmäßig unsere Fortschritte im Bereich der Arbeitssicherheit und des Umweltschutzes, bewerten das Erreichte und setzen uns neue Schwerpunkte und Ziele. Unser Umwelt - Managementsystem ist zertifiziert nach DIN EN ISO 14001.
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Vertriebsbüro Mitte-Süd Gerhard Mewißen Am Schützenrain 63 D-64354 Reinheim-Ueberau Phone 06162 4132 Fax 06162 4133 Mobile 0171 2136243
[email protected]
Jost Wendt
Vertriebsbüro Nord Harald Zely
Jörg Moneke Gerhard Mewißen
Jost Wendt Zum Dicken Busch 37 D-22885 Barsbütte -Hamburg Phone 0406 7044592 Fax 0406 7044593 Mobile 0175 2981581
[email protected]
Vertriebsbüro Süd
Siegfried Löw
Europe Infineon Technologies AG Headquarters Industrial Sales Max-Planck-Str. 5 D-59581 Warstein Phone 02902 764-0 Fax 02902 764-1102
Sales Partner D. Schuricht GmbH & Co.KG Lise-Meitner-Str. 4 D-28359 Bremen Phone 0180 5223435 Fax 0180 5223436
Regional Offices Vertriebsbüro Mitte-Nord
Germany Infineon Technologies AG Industrial Sales Max-Planck-Str. 5 59581 Warstein/Deutschland Phone 02902 764-0 Fax 02902 764-1102
Jörg Moneke Burgfeld 12 D-37130 Gleichen-Klein Lengden Phone 05508 974445 Fax 05508 974447 Mobile 0170 2267265
[email protected]
Vertriebsbüro West Industrial Sales Distribution Ernst Heukelbach Max-Planck-Straße 5 D-59581 Warstein Phone 02902 764-1142 Fax 02902 764-1510
[email protected]
Harald Zely Spiekerstraße 28 D-45966 Gladbeck Phone 02043 67693 Fax 02043 67159 Mobile 0171 2136244
[email protected]
Siegfried Löw Brunnweiher 9 D-71116 Gärtringen Phone 07034 26665 Fax 07034 26907 Mobile 0171 2136388
[email protected]
Austria Infineon Technologies / eupec Mr. Roman Bulant Operngasse 20 B Top 31 A 1040 Wien Phone +43 15877070-333 Fax +43 15877070-500 Mobile +43 676 5792003
[email protected]
Belgium
Denmark Hans Buch AS Alex Vittrup Roskildevej 8-10 DK -2620 Albertslund Phone +45 436850-21 Fax +45 436850-56 Mobil: +45 40703382
[email protected]
Vladimir Zizek Uslavska 75 326 00 Plzen Phone +420-377-473715 Fax +420-377-471876 Mobile +420-736-538133
[email protected]
see Infineon Technologies AG Industrial Sales
Hungaria see Infineon Technologies AG Industrial Sales
Italy France Infineon Technologies France S.A.S Industrial Sales Daniel Schueffenecker 2 ter, rue Marcel DORET Burolines II F-31700 BLAGNAC Phone +33 53455 1330 Fax +33 53455 1334 www.infineon.com Sorelec SA BP 89 9 avenue des Peupliers 35512 Cesson-Sévigné Cedex Phone +33 299834567 Fax +33 299833969
Great Britain Infineon Technologies U.K. Ltd. Industrial Sales Steve Wright Fleet Mill, Minley Road, Fleet, Hampshire, GU51 2RD Phone 44 1252 772259 Fax 44 1252 772261
[email protected]
See Industrial Sales France
Czech Republic/ Slovak Republic
Greece
Power Semiconductors Ltd. Caxton Centre Porters Wood Valley Road GB-St. Albans Herts AL3 6XT Phone +44 17278111-10 Fax +44 17278111-12
[email protected]
Infineon Technologies Italia S.r.l. Industrial Sales Mr. Renzo Verzaro Via Vipiteno 4 I-20128 Milano Phone +39 0 2252044448 Fax +39 0 2252044033
[email protected]
Netherlands See Industrial Sales France
Poland ITC-Electronics Mr. Piotr Papke Glogauer Str.8 D-31061 Alfeld Phone +49 5181 8066-61 Fax +49 5181 8066-89
[email protected]
ITC Moscow Russia, 105066 Moscow 35, Nishnaya Krasnoselskaya
[email protected] Phone +7 4953639575 Fax +7 4953639125 ITC Electronics Saint Petersburg 14, Nab.Obvodnogo Canala Phone +7 8127030006 Fax +7 8127030006
[email protected] ITC Novosibirsk Russia, 630091 Novosibirsk Krasniy Prospekt 82/1
[email protected] Phone +7 3832277888 Fax +7 3833356930 ITC Ekaterinburg Russia, 620014 Ekaterinburg Vainera str. 55/B
[email protected] Phone +7 3433787790 Fax +7 3432575396 ITC Ukraine, Kiev Ukraine, 02160 Kiev 7a, Prospect Vossoedineniya office 107
[email protected] Phone +38 044596890 Fax +38 0445011303
Russia/Ukraine/GUS INTECH electronics GmbH 125445 Moskau Usievicha 24/2 Phone +7 0957975545/35 Fax +7 0954518608
[email protected]
ITC Kazakhstan, Almaty Kazakhstan, 480008 Almaty 162 g, Shevchenko street,
[email protected] Phone +7 3272686514 Fax +7 3272686614
INTECH Ukraine 02002 Kiev, Ukraine Mariny Raskovoi ul. 13, office 910 PO Box 294 Phone +38 0445165444 Fax +38 0445165444
[email protected]
133
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134 Spain / Portugal Infineon Sales Isabel Toledano c/ Lugano, 35 E-28420 La Navata (Madrid)) Phone +34 91-8426640 Fax +34 91-8426641
[email protected]
Sweden / Finland / Norway Infineon Technologies Sweden AB Tommy Andersson Isafjordsgatan 16 S-16481 Kista Phone +46 8 757 4107 Fax +46 8 757 4919
[email protected]
Central Region Infineon Technologies Industrial Power, Inc. P.O. Box 6 Union Grove, WI 53182 Phone +1 262878-9898 Fax +1 262878-2898
[email protected] [email protected] Infineon Technologies Industrial Power, Inc. 16690 Champion Forest Drive PMB 332 Spring, TX 77379-7023 Phone +1 28137476-22 Fax +1 28137476-21
[email protected]
Western Region Switzerland see Infineon Technologies AG Headquarter
Turkey see Infineon Technologies AG Headquarter
Infineon Technologies Industrial Power, Inc. 7829 Center Blvd. SE Suite 162 Snoqualmie, WA 98065 Phone +1 42539650-60 Fax +1 42539650-61
[email protected]
Latin America America USA Headquarters Infineon Technologies Industrial Power, Inc. 1050 Route 22 Lebanon, NJ, 08833 Phone +1 90823656-00 Fax +1 90823656-20
[email protected]
Regional Offices Eastern Region Infineon Technologies Industrial Power, Inc. P.O. Box 187 Concord, MA 01742-0187 Phone +1 781275-9016
[email protected]
Schwarz HKS 46
Please contact: Infineon Technologies Industrial Power, Inc. in Lebanon, NJ
[email protected]
Canada Please contact: Infineon Technologies Industrial Power, Inc. in Lebanon, NJ
[email protected]
Africa South African Republic The Components Group PTY Ltd. 91, Silverstone Crescent, Kyalami Business Park, Kyalami 1685 Midrand, Southafrica Phone +27 11 466-1828 Fax +27 11 466-1878
Korea Seoul Infineon Technologies Korea Co. Ltd. Hong Sung Il 4th Floor, Sigma Tower 7-19 Shincheon-dong, Songpa-gu Seoul Korea 138-734 Fax +82 234600901
[email protected]
Shanghai Infineon Technologies International Trade (Shanghai) Co. Ltd. Andrew Huang No. 8, Lane 647, SongTao Road, ZhangJiang Hi-Tech Park, Pudong, Shanghai 201203, P.R.China. Fax +8621 50806204
[email protected]
Beijing Australia / New Zealand Infineon Technologies Australia Pty. Ltd. Con Tsaousidis 885 Mountain Highway Bayswater , Victoria 3153 Melbourne Australia
[email protected]
DABO Industrial Systems Co. Ltd. Kim Chang-Soo Rm 909, DaeRung TechnoTown-3rd 448, KaSan-Dong, KumChon-Gu Seoul, Korea Fax +82221073328
[email protected]
China Hong Kong
Victoria Fastron Technologies PTY. Ltd. Mr. Mike Trubridge 25 Kingsley Close 3178 Rowville, VIC Victoria 3178, Australia Phone +61 39763-5155 Fax +61 39763-5166
Asia Asean Sales Infineon Technologies AP Pte. Ltd. Derrick Lee 8 Kallang Sector Singapore 349282 Phone +65 6876 3109 Fax +65 6876 2864
[email protected] Achieva Components Pte. Ltd. Gary Oh 240 Macpherson Road #02-03, Pines Industrial Bldg Singapore 348574 Fax +65 67476880
[email protected]
Beijing Jingchuan Electronic Technology Development Co. Ltd. Zhou Wen Ding RM1803, Tower A, Bldg.20 Area 1, Fangchengyuan Fangzhuang Beijing, China P.C.100078 Fax: +86 1087639588
[email protected]
Infineon Technologies HK Ltd. Avent Yuen Suite 302 Level 3 Festival Walk, 80 Tat Chee Avenue Kowloon Tong, HongKong Fax +852 28279762
[email protected]
India Bangalore
Shenzhen
Infineon Technologies India Pvt. Ltd. Padmanabha Gowda 10th Floor, Discover Building International Tech Park Whitefield Road Bangalore 560066, India Fax +91 8051392333
[email protected]
Eurotone Electric Ltd Bernard Yuen Room 401, Tianan Hi-Tech Plaza Tower A Tianan Cyber Park, Futian, Shenzhen, China Fax: +86 75583438233
[email protected]
Arihant Electricals Amit Jain 24/4866, Ansari Road, Darya Ganj, New Delhi - 110002 Fax +91 3256918 / 3273554
[email protected] Ingram Micro Electronics Naresh Rana 159, 1st Floor Okhla Industrial Estate, Phase 3 New Delhi 110020. Fax +91 11 51709187
[email protected]
Taiwan Infineon Technologies Taiwan Ltd. Cindy Liang 12F-1, No.3-2 Yuan Qu St., Nan Kang Software Park, Taipei Taiwan 115, R.O.C. Fax +886 226557505
[email protected] Elecbiz Enterprises Co. Ltd. Roger Sheng Room C, 7F, No. 20, Min Chuan W. Rd. Taipei, Taiwan, R.O.C. Fax +886 225313192
[email protected] Yuban & Co. Cheng Ray 9F, No. 19-2, San Chong Road Nan-King, 115 Taipei, Taiwan Fax +886 226550666
[email protected]
Japan IFX Japan Adresse Gate City Osaki East Tower 21F 1-11-2 Osaki, Shinagawa-ku, Tokyo, 141-0032, Japan Phone +81 35745-7221 Fax +81 35745-7413
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Terms and Conditions of Delivery All our deliveries and services are exclusively subject to the “General Conditions for the Supply of Products and Services of the Electrical and Electronics Industry” recommended by the Zentralverband Elektrotechnikund Elektroindustrie (ZVEI) e.V.– (Version January 2002), hereinafter referred to as “General Conditions of Supply”. Conflicting or deviating terms and conditions of our customers are rejected, unless and to the extent we have given our explicit written consent. The General Conditions of Supply shall apply even where we have performed the delivery and service without expressly rejecting conflicting or deviating conditions of our customer. Minimum Order Value Orders will only be handled in whole packing units and multiple of these. For order-values below 250 Euro we will charge our customers an additional handling charge of 40 Euro. Data in this Brochure and Product related Data Specifically due to technological progress we have to reserve the right to change this brochure and/or product related date at any time. The product data contained in this brochure is exclusively intended for technically trained customers and their staff. Our customers and their technical departments are required to evaluate the suitability of our products for the intended application and the completeness of the product data with respect to such application.
This brochure like the relevant product data sheet is describing the specifications of our products for which a warranty is granted. Any such warranty is granted exclusively pursuant to the above General Conditions of Supply. There will be no guarantee of any kind for the product, any of its characteristics and/or its specifications. Customers that require product information in excess of the data given in this brochure or which concerns the specific application of our product, are asked to contact our closest sales office. (www.infineon.com ) For those who are specifically interested we may provide application notes. Dangerous Substances and Applications According to technical requirements our products may contain dangerous substances. For information on the types in question please contact our closest sales office. (www.infineon.com ) Should our customer intend to use the product in aviation applications, in health or live endangering or life support applications, he is required to give us notification. For any such applications we urgently recommend - to perform joint Risk and Quality Assessments - the conclusion of Quality Agreements - to establish joint measures of an ongoing product survey, and notify to our customers that we may make delivery depended on the realization/establishment of any such measures. If and to the extent necessary or required by applicable law, our customers are required to forward equivalent notices to your customers.
Lieferbedingungen Für unsere Lieferungen und Leistungen gelten ausschließlich die „Allgemeinen Lieferbedingungen für Erzeugnisse und Leistungen der Elektroindustrie“ des Zentralverbandes Elektrotechnik- und Elektroindustrie (ZVEI) e.V. (Stand: Januar 2002), nachfolgend auch „die Allgemeinen Lieferbedingungen“ genannt. Entgegenstehende oder von den Allgemeinen Lieferbedingungen abweichende Bedingungen des Kunden erkennen wir nicht an, es sei denn, wir hätten ausdrücklich schriftlich ihrer Geltung zugestimmt. Die Allgemeinen Lieferbedingungen gelten auch dann, wenn wir in Kenntnis entgegenstehender oder von unseren Allgemeinen Lieferbedingungen abweichender Bedingungen des Kunden die Lieferung an den Kunden vorbehaltlos ausführen. Mindestbestellwert Aufträge werden nur in ganzen Verpackungseinheiten und vielfachen davon abgewickelt. Für Aufträge mit einem Bestellwert unter 250 Euro berechnen wir unseren Kunden eine zusätzliche Bearbeitungsgebühr von 40 Euro. Katalog- und Produktdaten Inhaltliche Änderungen des Katalogs, insbesondere der darin enthaltenen Produktdaten, bleiben – insbesondere infolge technologischer Fortentwicklungen – vorbehalten. Die in diesem Katalog enthaltenen Produktdaten sind ausschließlich für technisch versierte Kunden und/oder Anwender bestimmt. Die Beurteilung der Eignung unserer Produkte für die Kundenanwendung sowie die Beurteilung der bereitgestellten Produktdaten für diese Anwendung obliegt dem Kunden bzw. den technischen Abteilungen des Kunden. In diesem Katalog werden ebenso wie auf den einschlägigen Produktdatenblättern diejenigen Merkmale unserer Produkte beschrieben, für die wir eine liefer-
vertragliche Gewährleistung übernehmen. Eine solche Gewährleistung richtet sich ausschließlich nach Maßgabe der vorgenannten Allgemeinen Lieferbedingungen. Garantien jeglicher Art werden von uns für die in diesem Katalog aufgeführten Produkte und deren Eigenschaften keinesfalls übernommen. Sollte der Kunde von uns Produktinformationen benötigen, die über den Inhalt dieses Katalogs oder des Produktdatenblatts hinausgehen und insbesondere eine spezifische Verwendung und den Einsatz unseres Produktes betreffen, sollte er sich mit dem für ihn zuständigen Vertriebsbüro (www.infineon.com) in Verbindung setzen. Für Interessenten halten wir auch Application Notes bereit. Gefahrenstoffe und gefährliche Anwendungen Aufgrund der technischen Anforderungen könnten unsere Produkte gesundheitsgefährdende Substanzen enthalten. Bei Rückfragen zu den in den Produkten jeweils enthaltenen Substanzen sollte sich der Kunde ebenfalls mit dem für ihn jeweils zuständigen Vertriebsbüro (www.infineon.com) in Verbindung setzen. Sollte der Kunde beabsichtigen, unsere Produkte in Anwendungen der Luftfahrt, in gesundheits- oder lebensgefährdenden oder lebenserhaltenden Anwendungsbereichen einzusetzen, bitten wir um Mitteilung. Wir weisen darauf hin, dass wir für diese Fälle - die gemeinsame Durchführung eines Risiko- und Qualitätsassessments - den Abschluss von speziellen Qualitätssicherungsvereinbarungen - die gemeinsame Einführung von Maßnahmen einer laufenden Produktbeobachtung dringend empfehlen und gegebenenfalls die Belieferung von der Umsetzung solcher Maßnahmen abhängig machen. Soweit erforderlich und/oder gesetzlich vorgeschrieben, hat der Kunde entsprechende Hinweise an dessen Abnehmer zu geben.
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