Varo Semiconductor Silicon Rectifiers and Bridges 1981-82 Archive...VARO VaroDevicePartNumberIndexbyPageNumber VAROSEMICONDUCTOR,INC.,P.O.BOX40676 1000NORTHSHILOH,GARLAND,TEXAS75040

VARO:the world's leading rectifier company

Varo Semiconductor is the largest producer of high

voltage diodes in the United States, and is a leadingmanufacturer of silicon rectifiers, diodes, bridges andmultipliers for customers throughout the world.

VARO FIRSTS

First to offer a high voltage diode to the television

industry, paving the way for a "100% solid state" colorand b& w chassis.First to offer a full-wave bridge in a DIP package.

First (and currently, only) to offer a full-wave bridge

utilizing Sehottky rectifiers in a DIP package.

First U.S. company to manufacture high voltage glassencapsulated diodes.

VARO QUALITY

All of Varo's manufacturing facilities are located in

Garland, Texas. This enhances process monitoring andcontrol, leading to high product quality and reliability.Every Varo device is mechanically inspected andelectrically tested prior to shipment: no AQL or lotsampling. Only 100% testing.

HOW TO USE THIS CATALOGStandard devices are listed in the table of contents, and

are grouped into four classifications. Find your general

area of interest, then locate the specific device by pagenumber. Application Notes are listed by subject matter.

HOW TO ORDER VARO PRODUCTSPhone or write/cable/telex:

Varo Sales Representative

Varo Distributor (many of Varo's items are stocked

by local Varo Distributors)

Varo Semiconductor. Marketing Department

TERMS

Net 30 days. FOB Point: Varo Factory; Garland, Texas

WARRANTYThe seller warrants t>at at time of shipment theproducts manufactured by Seller and sold hereunderwill be free from defects in material and workmanshipand will conform to the specifications furnished orapproved in writing by the Seller. Seller's obligationunder this warranty, however, is expressly limited to

replacing, repairing, or issuing credit for (at Seller's

option) any products returned to Seller during theschedule period shown below and if (a) Seller hasreceived written notice within 30 days after discoveryof any defect by Buyer, (b) the defective products arereturned to Seller, transportation charges prepaid by

Buyer, and (c) Seller's examination of such products

discloses to Seller's satisfaction that defects in such

products have not been caused by misuse, neglect,

improper installation, repair, alteration, or accident.

This warranty is in lieu of all other warranties

(express; implied, including merchantability andfitness; or statutory), and in no event shall Seller beliable to Buyer for loss of profits, loss of use, or

damages of any kind based upon a claim for breach ofwarranty.

Warranty schedule is as follows:

Standard Products — All products identified with anEIA number or Varo model, series, or print number arewarranted for one year from date of shipment.

©VAHO SEMICONDUCTOR, INC. P.O. BOX 40676. 1000NORTHSHILOH. GARLAND. TEXAS 75040, {214)271-8511 TWX 91 0-860-51 78

Table of Contents

Device Part Number Cross Reference

Alpha-numeric listing of Vara device part numbers iii thru x

Representatives and Distributors

North American Representatives 1North American Distributors

. .. . 3

International Representatives fi

Low Voltage Rectifiers Q

Epoxy Bridge Rectifiers

1 Amp Dual In-line Bridge 111 Amp 131 Amp Fast Recovery 152 Amp 172 Amp Fast Recovery 195 Amp Fast Recovery 216 Amp 231 Amp 2510 Amp Fast Recovery 271 5 Amp 2930 Amp 3130 Amp Fast Recovery 33

Integrated Bridge Rectifiers

10 Amp 3525 Amp 3725 Amp Fast Recovery 3936 Amp, 3-Phase 41

TO-3 Package

30 Amp 43

t„ Test Set 45

Axial Lead Rectifiers

3 Amp, 100 Amp Peak Surge 473 Amp, 200 Amp Peak Surge 49

Schottky Barrier Rectifiers

750 mAmp Dual In-line Bridge 511 Amp 533 Amp 575 Amp 616 Amp, T0220 6512 Amp, T0220 6715 Amp 6930 Amp 73

Continued

Table of Contents

30 Amp, Center Tapped 7'

40 Amp 860 Amp 8!60 Amp, Braided Lead 8!

Schottky Barrier Rectifiers, High Temperature

30 Amp 960 Amp 975 Amp 9

High Efficiency Rectifiers

10 Amp, T0220 920 Amp, T0220 Center Tapped 1030 Amp 1050 Amp 1070 Amp 10

High Voltage Rectifiers 10!

Industrial Applications

Full Wave Bridge 1VA/VB Rectifiers, 1 kV to 6 kV 1

'

VG Rectifiers, 1 kV to 20 kV 1

"

VF Rectifiers, 5 kV to 20 kV 1Assemblies for X-Ray Apparatus, 1 00 kV to 1 50 kV 1Subassembly for X-Ray Apparatus, 7 kV 12(Assemblies for X-Ray Apparatus, 90 kV to 180 kV 12Subassembly for X-Ray Apparatus, 9 kV 122Power Rectifier Subassembly Diode 1 2(Power Rectifier Subassembly Diode, Fast Recovery 12!Power Rectifier Assemblies, 100 kV to 300 kV 12;VC Power Rectifiers, 2 kV to 8 kV 125

Television Applications 131

Glass Passivated and Encapsulated Diodes, 9 kV to 1 5 kV 13!

Diode, 13 kV (& 2mA 13;Diode, 13 kV

©VARO

Varo Device Part Number Index by Page Number

VARO SEMICONDUCTOR, INC., P.O. BOX 406761000 NORTH SHILOH, GARLAND, TEXAS 75040

(214) 271-8511 TWX 910-860-5178

Varo Part

NumberH439H440H441H442H443

H463-3H463-5

H466H467H468

H485-62H500H521H540H541H542

H655

H656H657H658H659H660H661

H701H702H703H704

H850

H1152H1153H1701H1802

IN4436IN4437IN4438MH919MH920MH931MH932MH1001MH1002MH1003MH1201MH1203MH1204MH1209

Description

2 kV, HV Full-Wave Bridge .4 kV, HV Full-Wave Bridge .6 kV, HV Full-Wave Bridge .8 kV, HV Full-Wave Bridge .10 kV, HV Full-Wave Bridge

Page

9 kV, HV X-Ray Avalanche Diode 1227 kV. HV X-Ray Avalanche Diode 120

100 kV, HV X-Ray Rectifier Assembly 119125 kV, HV X-Ray Rectifier Assembly 119150 kV, HV X-Ray Rectifier Assembly 119

22 kV, HV Diode 14113 kV, HV Diode 13713 kV, HV Diode 139100 kV, HV X-Ray Rectifier Assembly 119125 kV, HV X-Ray Rectifier Assembly 119150 kV, HV X-Ray Rectifier Assembly 119

8.3 kV, HV Diode 123

100 kV, HV Power Rectifier Assembly 127125 kV, HV Power Rectifier Assembly 127150 kV, HV Power Rectifier Assembly 127200 kV, HV Power Rectifier Assembly 127250 kV, HV Power Rectifier Assembly 127300 kV, HV Power Rectifier Assembly 127

90 kV, HV X-Ray Rectifier Assembly 121120 kV, HV X-Ray Rectifier Assembly 121150 kV, HV X-Ray Rectifier Assembly 121180 kV, HV X-Ray Rectifier Assembly 121

9 kV, HV Power Rectifier Diode 125

30 kV, HV Diode 14345 kV, HV Diode 1479 to 15 kV, HV Glass Diodes 13530 kV, HV Diode 145

10 Amp Integrated Bridge Rectifier

HV Multiplier

353535150150150150150150150150150150150

Varo Part

NumberR622R624R626R628R631R632R634R636R638

R702R704R706R711R712R714R716

R711XR712XR714XR716X

V322V324V326V328V330V331V332V334V336V338

V330XV331XV332XV334XV336X

V342V344V346V348V350V351V352V354V356V358

V350XV351XV352XV354XV356X

V3310

V3510

VA10VA15VA20VA25VA30VA35

Description

36 Amp, 3-Phase Integrated Bridge Rectifier

.

30 Amp Integrated Rectifier, Center Tapped

30 Amp Integrated Rectifier, Center Tapped, Fast Recovery

3 Amp Diffused Silicon Epoxy Rectifier

.

Page

4141

41

41

41

414141

41

43434343434343

43434343

47474747474747474747

Same as V330, with Fast Recovery 47Same as V331 , with Fast Recovery 47Same as V332, with Fast Recovery 47Same as V334, with Fast Recovery 47Same as V336, with Fast Recovery 47

3 Amp Diffused Silicon Epoxy Rectifier 49494949494949494949

Same as V350, with Fast Recovery 49Same as V351 , with Fast Recovery 49Same as V352, with Fast Recovery 49Same as V354, with Fast Recovery 49Same as V356, with Fast Recovery 49



HV Diffused Silicon Rectifier 113113113113113113

Varo PartNumber

VA10XVA15XVA20XVA25XVA30X

VB10VB20VB30VB40VB50VB60

VB10XVB20XVB30XVB40XVB50XVB100XVB150X

VC20VC30VC40VC50VC60VC70VC80

VC20XVC30XVC40XVC50XVC60XVC70XVC80X

VE08VE18VE27VE28VE47VE48VE67VE68VE87VE88VE108

VE08XVE18XVE28XVE48XVE68X

VF5VF7VF10VF12VF15VF20VF25VF30VF40VF50

DescriptionPage

Same as VA10, with Fast Recovery 113Same as VA15, with Fast Recovery 113Same as VA20, with Fast Recovery

1 13Same as VA25, with Fast Recovery 113Same as VA30, with Fast Recovery '.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.'.

1 13


Same as VB10, with Fast Recovery 113Same as VB20, with Fast Recovery 113Same as VB30, with Fast Recovery 113Same as VB40, with Fast Recovery 113Same as VB50, with Fast Recovery 113HV Diffused Silicon Rectifier, Fast Recovery 113HV Diffused Silicon Rectifier, Fast Recovery 113

HV Diffused Silicon Power Rectifier 129129129129129129129

Same as VC20, with Fast Recovery 129Same as VC30, with Fast Recovery 129Same as VC40, with Fast Recovery 129Same as VC50, with Fast Recovery 129Same as VC60, with Fast Recovery 129Same as VC70, with Fast Recovery 129Same as VC80, with Fast Recovery ............... 129

1 Amp Epoxy Bridge Rectifier 1313131313131313131313

1 Amp Epoxy Bridge Rectifier, Fast Recovery 1515151515


Vara Part

Number

VF5XVF7XVF10XVF12XVF15XVF20XVF25XVF30XVF40XVF50X

VG1VG2VG3VG4VG5VG7VG10VG12VG15VG20

VG1XVG2XVG3XVG4XVG5XVG7XVG10XVG12XVG15XVG20X

VH048VH148VH247VH248VH447VH448VH647VH648VH847VH848VH1048

DescriptionPage

Same as VF5, with Fast Recovery 117Same as VF7, with Fast Recovery 117Same as VF1 0, with Fast Recovery 117Same as VF12, with Fast Recovery 117Same as VF15, with Fast Recovery 117Same as VF20, with Fast Recovery 117Same as VF25, with Fast Recovery 117Same as VF30, with Fast Recovery 117Same as VF40, with Fast Recovery 117Same as VF50, with Fast Recovery 117


Same as VG1 , with Fast Recovery 115Same as VG2, with Fast Recovery 115Same as VG3, with Fast Recovery 115Same as VG4, with Fast Recovery • • • 115Same as VG5, with Fast Recovery 115Same as VG7, with Fast Recovery 115Same as VG10, with Fast Recovery 115Same as VG12, with Fast Recovery 115Same as VG1 5, with Fast Recovery 115Same as VG20, with Fast Recovery 115


VH048XVH148XVH248XVH448XVH648X

VH048TTVH148TTVH247TTVH248TTVH447TTVH448TTVH647TTVH648TTVH847TTVH848TT

VH048XTTVH148XTTVH248XTTVH448XTTVH648XTT

5 Amp Epoxy Bridge Rectifier, with Fast Recovery

.

21

21

2121

21

Same as VH048, with Turret-Type Terminals 23Same as VH148, with Turret-Type Terminals 23Same as VH247, with Turret-Type Terminals 23Same as VH248, with Turret-Type Terminals 23Same as VH447, with Turret-Type Terminals 23Same as VH448, with Turret-Type Terminals 23Same as VH647, with Turret-Type Terminals 23Same as VH648, with Turret-Type Terminals 23Same as VH847, with Turret-Type Terminals 23Same as VH848, with Turret-Type Terminals 23

Same as VH048X, with Turret-Type Terminals 21Same as VH148X, with Turret-Type Terminals 21Same as VH248X, with Turret-Type Terminals 21Same as VH448X, with Turret-Type Terminals 21Same as VH648X, with Turret-Type Terminals 21

Varo PartNumber

Description Page

VHE701VHE702VHE703VHE704





VJ048VJ148VJ247VJ248VJ447VJ448VJ647VJ648VJ847VJ848VJ1048

VJ048XVJ148XVJ248XVJ448XVJ648X

VJ048TTVJ148TTVJ247TTVJ248TTVJ447TTVJ448TTVJ647TTVJ648TTVJ847TTVJ848TTVJ1048TT

VJ048XTTVJ148XTTVJ248XTTVJ448XTTVJ648XTT

30 Amp High-Efficiency Rectifier 103103103103







Same as VJ048, with Turret-Type Terminals 25Same as VJ148, with Turret-Type Terminals 25Same as VJ247, with Turret-Type Terminals 25Same as VJ248, with Turret-Type Terminals 25Same as VJ447, with Turret-Type Terminals 25Same as VJ448, with Turret-Type Terminals 25Same as VJ647, with Turret-Type Terminals 25Same as VJ648, with Turret-Type Terminals 25Same as VJ847, with Turret-Type Terminals 25Same as VJ848, with Turret-Type Terminals 25Same as VJ1 048, with Turret-Type Terminals 25

Same as VJ048X, with Turret-Type Terminals 27Same as VJ148X, with Turret-Type Terminals '.[ 27Same as VJ248X, with Turret-Type Terminals 27Same as VJ448X, with Turret-Type Terminals 27Same as VJ648X, with Turret-Type Terminals 27

Varo Part

Number

VK048VK148VK247VK248VK447VK448VK647VK648VK848VK1048

VK048XVK148XVK248XVK448XVK648X

VL048VL148VL247VL248VL447VL448VL647VL648VL848VL1048

VM08VM18VM28VM48VM68VM88VM108

VS048VS148VS247VS248VS447VS448VS647VS648VS847VS848VS1048

Description

30 Amp Epoxy Bridge Rectifier

.

30 Amp Epoxy Bridge Rectifier, Fast Recovery

1 5 Amp Epoxy Bridge Rectifier

.

1 Amp Dual In-Line Bridge.

2 Amp Epoxy Bridge Rectifier

.

Page

31

31

31

31

31

31

31

3131

31

3333333333

29292929292929292929

1-

V1

1'

1-

1

1

1717171717171717171717

VS048XVS148XVS248XVS448XVS648X

VS048TTVS148TTVS247TTVS248TTVS447TTVS448TTVS647TTVS648TTVS847TTVS848TTVS1048TT


Same as VS048, with Turret-Type Terminals 17Same as VS148, with Turret-Type Terminals — 17Same as VS247, with Turret-Type Terminals 17Same as VS248, with Turret-Type Terminals 17Same as VS447, with Turret-Type Terminals 17Same as VS448, with Turret-Type Terminals 17Same as VS647, with Turret-Type Terminals 17Same as VS648, with Turret-Type Terminals 17Same as VS847, with Turret-Type Terminals 17Same as VS848, with Turret-Type Terminals 17Same as VS1048, with Turret-Type Terminals 17

VIII

Varo Part Description pageNumber

VS048XTT Same as VS048X, with Turret-Type Terminals 19VS148XTT Same as VS148X, with Turret-Type Terminals 19VS248XTT Same as VS248X, with Turret-Type Terminals 19VS448XTT Same as VS448X, with Turret-Type Terminals 19VS648XTT Same as VS648X, with Turret-Type Terminals 19

VSB52 750 mA Schottky Dual In-Line Bridge 51VSB53 51VSB54 51

VSK12 12 Amp Schottky Rectifier 67VSK13 67VSK14 67

VSK31 30 Amp 175°C Schottky Rectifier 93VSK32 93

VSK51 60 Amp Schottky Rectifer 85VSK51B 89








VSK3020S 30 Amp Schottky Rectifier 73VSK3030S 73VSK3040S 73VSK41 73

VSK3020T 30 Amp Schottky Rectifier, Center Tapped 77VSK3030T 77VSK3040T 77


Varo PartNumber

VT200VT400VT600VTA200VTA400VTA600VTB200VTB400VTB600VTC200VTC400VTC600VTD200VTD400VTD600VTH200VTH400VTH600

VY100XVY200XVY400XVYA100XVYA200XVYA400XVYB100XVYB200XVYB400XVYC100XVYC200XVYC400XVYD100XVYD200XVYD400XVYH100XVYH200XVYH400X

Description

25 Amp Silicon Integrated Rectifier

25 Amp Integrated Rectifier, Fast Recovery

.

373737373737373737373737373737373737

393939393939393939393939393939393939

W110 1 Amp Epoxy Bridge Rectifier 13

oVARO

VARO SEMICONDUCTOR, INC., P/V BOX 406761000 NORTH SHILOH, GARLAND, TEXAS 75040

(214) 271-851 1 TWX 910-860-5178

North American Representatives

ALABAMARep, Inc. 205/881-9270

P.O. Box 4286 Huntsville, AL 35802

ILLINOIS (Southern)KEBCO 314/576-41 1175 Worthington Maryland Heights, MO 63043

ARIZONASummit Sales 602/998-48507825 E. Redfield Rd.Scottsdale, AZ 85260

ARKANSASAmmon & Rizos Co. 405/942-2552P.O. Box 12274Oklahoma City, Ok 731 1

2

CALIFORNIA (Northern)W. W. Posey Co. 408/746-07711265 Oakmead Pkwy Sunnyvale, CA 94086

CALIFORNIA (Southern)Corcoran Assoc. 213/823-4589 or 823-2425P.O. Box 45897 Los Angeles, CA 90045

CALIFORNIA (Orange County)Corcoran Assoc. 714/848-4380

8281 Forelle Huntington Beach, CA 92646Attention: Herman Miller

INDIANAC-S Electronic Sales 31 7/659-1 8741 1 57-B S. Jackson Frankfort, IN 46041

IOWAD. Dolin Sales Co. 312/286-62006232 Pulaski Rd. Chicago, IL 60646

KANSASKEBCO 913/649-10517070 W. 107th - Suite 160 Overland Park, KS 66212

LOUISIANAAmmon & Rizos Co. 214/233-55914255 LBJ Freeway, Suite 251 Dallas, TX 75234

MAINEComp Rep Assoc., Inc. 617/329-34541 00 Everett St. Westwood, MA 02090

MARYLANDProfessional Rep, Inc. 301/653-3600

1 07 Sudbrook Lane Baltimore, MD 21 208

COLORADOTechnology Mktg. Assoc., Inc. 303/841-3435

P.O. Box 626 Parker, CO 801 34Shipping Address: 6559 E. Parker Rd. Suite 204

CONNECTICUTComp Rep Assoc. 203/239-9762 & 239-1 41

1

605 Washington Ave. North Haven, CT 06473

MASSACHUSETTSComp Rep Assoc. Inc. 617/329-34541 00 Everett St. Westwood, MA 02090

MICHIGANAmtech Representatives, Inc. 313/474-830022725 Orchard Lake Rd., Suite 7Farminton, Ml 48024

CONNECTICUT (Fairfield County)Cooper-Simon & Co. 516/487-1 14238 Middle Neck Rd. Great Neck, L.I., NY 1 1 021

DELAWAREKnowles Associate 2 1 5/947-564

1

1 Fairway Plaza, Suite 310.

Huntingdon Valley, PA 19006

FLORIDAOEM Mktg. Corp. 305/299-10001 221 Lee Rd. Orlando, FL 3281

GEORGIARep, Inc. 404/938-4358

1 944 Cooledge Rd. Tucker, GA 30084

ILLINOIS (Northern)D. Dolin Sales Co. 312/286-6200

6232 Pulaski Rd. Chicago, IL 60646

MINNESOTANortec Sales, Inc. 612/835-7414

4530 W. 77th St., Suite 1 48 Minneapolis, MN 55345

MISSISSIPPIRep, Inc. 205/881-9270

P.O. Box 4286 Huntsville, AL 35802

MISSOURIKEBCO 31 4/576-41 1176 Worthington Maryland Heights, MO 63043

NEBRASKAKEBCO 913/649-1051P.O. Box 4805 Overland Park, KS 66204

NEW JERSEY (Northern)Cooper-Simon & Co. 516/487-1 14238 Middle Neck Rd. Great Neck, L.I. NY 1 1021

Continued

NEW JERSEY (Southern)Knowles Associates 215/947-5641

1 Fairway Plaza, Suite 310Huntingdon Valley, PA 19006

NEW YORK (Metro Area)Cooper-Simon & Co. 516/487-1 14238 Middle Neck Rd. Great Neck, L.I. NY 1 1 021

NEW YORK (Upstate)Bob Dean, Inc. 607/272-218771 4 W. Clinton St. Ithaca, NY 1 4850

TENNESSEERep, Inc. 615/475-4105

P.O. Box 287 Jefferson City, TN 37760

TEXASAmmon & Rizos Co. 214/233-55914255 LBJ Freeway, Suite 251 Dallas, TX 75234

TEXASAmmon & Rizos Co. 512/454-51311 1 1 W. Anderson Ln., Suite 202Austin, TX 78752

NORTH CAROLINARep. Inc. 919/851-3007

7330 Chapel Hill Rd. #206A Raleigh, NC 27607

OHIO (Northern)J. C. Hofstetter Co. 216/241 -4880 216/725-4477

701 4 River Styx Rd. Medina, OH 44256

OHIO (Southern)J. C. Hofstetter Co. 513/296-1010

3300 S. Dixie Dr. Dayton, OH 45439

OKLAHOMAAmmon & Rizos Co. 405/942-2552P.O. Box 1 2274 Oklahoma City, OK 731 1

2

OREGONWestern Technical Sales, Inc. 503/640-46212271 N.E. Cornell Rd. Hillsboro, OR 97221

PENNSYLVANIA (Eastern)Knowles Associates 21 5/947-5641

1 Fairway Plaza, Suite 310Huntingdon Valley, PA 19006

PENNSYLVANIA (Western)J. C. Hofstetter 41 2/327-1 410112 Skyline Rd.Pittsburgh, PA 15239

RHODE ISLANDComp Rep Assoc, Inc. 617/329-34541 00 Everett St. Westwood, MA 02090

SOUTH CAROLINARep, Inc. 919/851-30077330 Chapel Hill Rd. #206A Raleigh, NC 27607

TEXASAmmon & Rizos Co. 713/781-62403300 Chimney Rock Rd., Suite 21

1

Houston, TX 77056

UTAHTechnology Mktg. Assoc, Inc. 801/254-6410

9468 Union Square, Suite 129Sandy, UT 84070

VIRGINIAProfessional Rep, Inc. 301/653-3600


WASHINGTON D.C.Professional Rep, Inc. 301/653-3600


WASHINGTONWestern Technical Sales, Inc. 206/641-3900

P.O. Box 3923 Beilevue, WA 98009

WISCONSIND. Dolin Sales Co. 414/482-1 1 1

1

131 W. Layton Milwaukee, Wl 53207

CANADACantronics, Ltd. 416/635-6220

1 1 79 Finch Ave., Suite 202Downview, Ontario, Canada M3J 2G1

CANADACantronics, Ltd. 514/842-1183

3475 rue de la Montagne Suite 51

1

Montreal, Quebec, Canada H3G 2A4

PUERTO RICOComp Rep Assoc Inc. 809/832-9529K2H8 Miradero - Box 724 Mayaguez, PR 00708

©VARO


(214)271-8511 TWX 910-860-5178

North American Distributors

NORTHEASTALLIED ELECTRONICS25 Lowell St.Wilmington, Mass. 01887

ALLIED ELECTRONICS100 E. Old Country Rd.Mineola, N.Y. 11501

ALLIED ELECTRONICS1 Bala Ave., Unit FBala Cynwyd, PA 19004

MILGRAY ELECTRONICS191 HanseAve.Freeport, N.Y. 11520

MILGRAY/DELAWAREVALLEY3002 GreentreeExecutive CampusMarlton, NJ 08053

MILGRAY/NEW ENGLAND79 Terrace Hall Ave.Burlington, Mass. 01803

MILGRAY/CONNECTICUT378 Boston Post Rd.Orange CT 06477

PIONEER/PITTSBURGH259 Kappa Dr.Pittsburgh, PA 15238

SUMMIT DISTRIBUTORS916 Main St.Buffalo, N.Y. 14203

PHONE: (617)942-0150

PHONE: (516)248-2360

PHONE: (215)667-6940

PHONE: (516)546-6000

PHONE: (609)983-5010

PHONE: (617)272-6800

PHONE: (203)795-0711

PHONE: (412)782-2300

PHONE: (716)887-3450

SOUTHEASTALLIED ELECTRONICS PHONE:San Casa Professional Bldg.,5440 N. State Rd.,#7, Rm. 24Ft. Lauderdale, Florida 33319

(305) 486-0500

ALLIED ELECTRONICS2964 Peach Tree Rd., N.W.,Suite 537Atlanta GA 30305

ALLIED ELECTRONICS975 Walnut St.Cary, N.C. 2751

1

PHONE: (404)237-3366

PHONE: (919)467-0720

ALLIED ELECTRONICS110 N.Columbus St.Alexandria, VA 22314

BLUFF CITY ELECTRONICS PHONE:3339 Fontaine Rd.Memphis, Tennessee 38126

P.O. Box 41

8

Memphis, Tennessee 38126

PHONE; (703)836-5002

(901)345-9500

HAMMONDELECTRONICS, INC.2923 Pacific Ave.Greensboro, N.C. 27420

MILGRAY/FLORIDA1850 Lee Rd., Suite 104Winterpark, Florida 32789

MILGRAY/ATLANTA1 7 Dunwoody ParkSuite 102Atlanta, Georgia 30338

MILGRAY/WASHINGTON11 820 Park Lawn Dr.Rockville, Maryland 20852

RESISATCAP, INC. PHONE1 1 547 Memorial Parkway So.Huntsville, Alabama 35803

PHONE: (919)275-6391

PHONE: (305)647-5747

PHONE: (404)393-9666

PHONE: (301)468-6400

(205)881-9270

MIDWESTALLIED ELECTRONICS1355 McLean Blvd.Elgin, Illinois 60121

ALLIED ELECTRONICS1361 Wayne Rd.Westland, Ml 48185

ALLIED ELECTRONICS31 40 Harbor LaneMinneapolis, Minn. 55441

ALLIED ELECTRONICS1 5 Progress Pkwy.St. Louis, Missouri 63043

ALLIED ELECTRONICS35104 Euclid Ave.Willoughby, Ohio 44094

ALLIED ELECTRONICS61 14 W.Capitol Dr.

Milwaukee, Wisconsin 53216

PHONE: (312)697-8200

PHONE: (313)595-6565

PHONE: (612)559-9545

PHONE: (314)878-1229

PHONE: (216)951-0908

PHONE: (414)463-2662

Continued

BELL INDUSTRIES3422 W. Touhy Ave.Chicago, Illinois 60645

DEECO, INC.2500 16th Ave., S.W.Cedar Rapids, Iowa 52406

GRAHAM ELECTRONICS3433 E. Washington Blvd.Ft. Wayne, IN 46801

P.O. Box 776Ft. Wayne, In 46801

GRAHAM ELECTRONICS133 S. Pennsylvania St.Indianapolis, Indiana 46204

KLAUS RADIO, INC.905 S. Neil St.Champaign, Illinois 61820

KLAUS RADIO, INC.227 BucklinLaSalle, Illinois 61301

KLAUS RADIO, INC.8400 N. Pioneer Pkwy.Peoria, Illinois 61615

KLAUS RADIO, INC.1008 Jersey St.Quincy, Illinois 62301

PHONE: (312)982-9210

PHONE: (319)365-7551

PHONE: (219)423-3422

PHONE:

PHONE:

PHONE:

PHONE:

PHONE:

PHONE:KLAUS RADIO, INC.451 Blackhawk Trail, Box CEldridge, Iowa 52748

MARSH ELECTRONICS PHONE:1563 S. 101 St.Milwaukee, Wisconsin 53214

MILGRAY/CLEVELAND PHONE:6155RocksideRd.Cleveland, Ohio 44131

MILGRAY/KANSAS PHONE:6901 W. 63rd St.Overland Park, Kansas 66202

(317)634-8202

(217)356-1896

(815)223-7400

(309)691-4840

(217)223-7560

(319)285-8484

(414)475-6000

(216)447-1520

(913)236-8800

OHM ELECTRONICS746 Vermont St.Palatine, Illinois 60067

PIONEER/CHICAGO1551 Carmen Dr.Elk Grove, Illinois 60007

PIONEER/CLEVELAND4800 E. 131 St St.Cleveland, Ohio 441 05

PIONEER/DAYTON4433 Interpoint Blvd.Dayton, Ohio 45424

PIONEER/INDIANA6408 Castleplace Dr.Indianapolis, Indiana 46250

PIONEER/MICHIGAN13485 StamfordLivonia, Michigan 48150

PIONEER/TWIN CITIES10203 BrenRd., EastMinnetonka, Minn. 55343

RM ILLINOIS, INC.265 Eisenhower LaneLombard, Illinois 601 48

RM ELECTRONICS4310 Roger B. Chaffe Dr.Wyoming, Michigan 49508

STOTTS-FRIEDMAN CO.2600 E. River Rd.Dayton, Ohio 45439

SOUTHWESTALLIED ELECTRONICS6539 E. 31st St.Suite 4, Tulsa, OK 74145

ALLIED ELECTRONICS401 E. 8th St.

Ft. Worth, Texas 76102

PHONE: (312)359-5500

PHONE: (312)437-9680

PHONE: (216)587-3600

PHONE: (513)236-9900

PHONE: (317)849-7300

PHONE: (313)525-1800

PHONE: (612)935-5444

PHONE: (312)932-5150

PHONE: (616)531-9300

PHONE: (513)298-5555

PHONE: (918)663-7630

PHONE: (817)336-5401

Continued

ALLIED ELECTRONICS654E.NorthbeltRd.,Suite 224Houston, Texas 77060

ALTAIR CO.5829 S. Garnett Rd.Tulsa, Oklahoma 74145

ALTAIR CO.3101 Longhom Blvd.,Suite 103Austin, Texas 78758

ALTAIR CO.9501 BaythorneHouston, Texas 77041

P.O. Box 4031

3

Houston, Texas 77040

ALTAIR CO.405 N. Piano Rd.Richardson, Texas 75080

PIONEER/DALLAS13710 Omega St.Dallas, Texas 75240

SHERMAN ELECTRONICS702 San Pedro Ave.San Antonio, Texas 7821

2

WESTALLIED ELECTRONICS4305 Winfield Scott Plaza,Suite CScottsdale, AZ 85251

ALLIED ELECTRONICS1 1901 Westminster, Unit MGarden Grove, CA 92643

ALLIED ELECTRONICS31 60 Alfred St.Santa Clara, CA 95050

ALLIED ELECTRONICS7651 W. 41st St.Wheat Ridge, CO 80033

ALLIED ELECTRONICS5900 4th Ave. S.Suite 209Seattle, WA 98109BELL INDUSTRIES521 S. 48th St.

Bldg. 107Tempe, AZ 85281

BELL INDUSTRIES81 55 W. 48th Ave.Wheat Ridge, CO 80033

PHONE: (713)445-7123

PHONE: (918)252-5781

PHONE: (512)837-4490

PHONE: (713)462-3029

PHONE: (214)231-5166

PHONE: (214)386-7300

PHONE: (512)224-1001

PHONE: (602)990-9549

PHONE: (714)554-0731

PHONE: (408)727-1690

PHONE: (303)425-7144

PHONE: (206)767-5772

PHONE: (602)966-7800

PHONE: (303)424-1985

BELL INDUSTRIES306 E. Alondra Blvd.Gardena, CA 90248

BELL INDUSTRIES1161 N. Fairoaks

Sunnyvale, CA 94086

P.O. Box 8050, Sunnyvale,CA 94086

BELL INDUSTRIES6024 S. W. Jean Rd.Lake Oswego, Oregon 97034

BELL INDUSTRIES1900 132nd, N.E.Bellevue, WA 98005DUNLAP ELECTRONICS915 N. "B"St.Sacramento, CA95814

INTEGRATEDELECTRONICS CO.436 E. 58th Ave.Denver, CO 80216STANDARD SUPPLY CO.3424 S. Main St.Salt Lake City, Utah 841 10

P.O. Box 151250Salt Lake City, Utah 841 10

WESTATES ELECTRONICS PHONE:18401 N. 25th Ave.

Phoenix, Arizona 85023

WESTATES ELECTRONICS PHONE:20151 Bahama St.Chatsworth, CA91311

WESTATES ELECTRONICS PHONE:3001 Redhill Ave.,

Bldg. 3-108

Costa Mesa, CA 92626

WESTATES ELECTRONICS PHONE:9787 Aero Dr., Suite ESan Diego, CA 92123

PHONE: (213)515-1800

PHONE: (408)734-8570

PHONE: (503)241-4115

PHONE: (206)747-1515

PHONE: (916)444-8070

PHONE: (303)534-6121

PHONE: (801)486-3371

(602) 866-7525

(213)341-4411

(714)549-8401

(714)292-5693

CANADAELECTRO SONIC, INC.11 00 Gordon Baker Rd.Willowdale, Ontario M2H 3B3

R.A.E. INDUSTRIALELECTRONICS3455 Gardner Ct.Burnaby, B.C. V5G 4J7

PHONE: (416)494-1666

PHONE: (604)291-8866

©VARO

VARO SEMICONDUCTOR, INC., P.O BOX 406761000 NORTH SHILOH. GARLAND. TEXAS 75040

(214)271-8511 TWX 910-860-5178

International Representatives

AFRICA— SOUTHFAIRMONT ELECTRONICS(PTY) LTD.

"Northwards", 368 Jan Smuts Ave.Craighall, Johannesburg 2001

P.O. Box 41102Craighall 2024, Transvaal, R.S.A.

ARGENTINA

REYCOM ELECTRONICA S.R.L.Uruguay 651 9 Floor AArgentina

AUSTRALIA

R&D ELECTRONICS(PTY) LTD. (Melbourn Hqtr)P.O. Box 206Burwood, Victoria, Australia 3125

257 Burwood HighwayBurwood, Victoria, Australia 3125

P.O. Box 57 (Sydney Office)Crows Nest, New South WalesAustralia 2065

TELEX: 960-83227PHONE: 27-11-789-

1230/4

TELEX:PHONE:

390-1746646-1741

DENMARK

NORDISK ELEKTRONIK TELEX: 855-35200Transformervej 17 PHONE: (01)84-20-002730 HerlevCopenhagen, Denmark

FINLAND

OYFINDIPAB TELEX: 857-123129Teollisuustie 7 PHONE: 90-5052255SF-02700 Kauniainen, Finland

TELEX:PHONE:

790-33288288-8232

PHONE: 439-2440

GERMANY

INDEG-INDUSTRIE-ELEKTRONIK TELEX:6780 Pirmasens PHONE:Postfach 1563Fabrikstrasse 5/Germany

INDEG-INDUSTRIE-ELEKTRONIK TELEX:Kemnatenstrasse 66 PHONE:8000 Munchen 19 Germany

HONG KONG

CET LTD. TELEX: 780-851481402 Tung Wah Mansion PHONE: 5-729376

841-452269

49-06331-94065

841-521533849-089-175024

AUSTRIAic73 rieiiiieasy nucJU

Wanchai. Hong Kong

W. MOOR GesmbH. TELEX: 847-1357011150 Vienna PHONE 0222-85-86-46 INDIAStorchengasse 1/1/1 ECHBEE CORPORATION TELEX: 953-0115479

EASTERN BLOCKKamer Building — 5th Floor38 Cawasji Patel Street

PHONE: 258341

EURODIA GesmbH. TELEX: 847-132150 Bombay— 400 001 IndiaWaldgasse 37 PHONE: 43-222-64-62-24A-1101 Vienna, Austria 43-222-62-37-41 ISRAEL

MILCHAN BROS., LTD. TELEX: 922-341162BELGIUMAND LUXEMBOURG 29 Karlebach Street

P.O. Box 20026PHONE: 285282 3 4

INELCO BELGIUM S.A. TELEX: 846-25441 Tel Aviv, IsraelAvenue des Croix de Guerre, 94 PHONE (32)221601601120Bruxelles ITALYOorlogskruisenlaan, 941 1 20 Brussels, Belgium ELTRONIC S.r.L TELEX: 843-332695

C. SO Sempione 60 PHONE: 39-2-349-2615BRAZIL 20154 Milano, Italy

COSELE, LTDA.Rua da Consolacao 867Conj. 22 - 2o. Andar01301 Sao Paulo, Brazil

TELEX: 391-1121008PHONE: 55-1 1-230-1733

Continued

JAPAN

MATSUSHITA ELECTRIC TELEX:TRADING CO., LTD. PHONE:

48, Andojibashi-dori

4-ChomeMinami-ku, Osaka 542, Japan

P.O. Box 288Osaka 530-91

MATSUSHITA ELECTRIC TELEX:TRADING CO., LTD. PHONE:World Trade Center Bldg. — 30th Floor4-1. Hamamatsu-cho 2-chomeMinato-ku, Tokyo 105

Trade Center. P.O. Box 18Tokyo 105

781-522-8771

(06) 282-51 1

1

781-522-8771

(03) 435-4552

TELEX:PHONE:

MEXICO

CONSTANTINO BOHATYREV R.GelatiNo. 12,Depto501

Col. San Miguel ChapultepecMexico 1 8, D.F.

NETHERLANDS

NIJKERK ELEKTRONIKA BVDrentestraat 7

1083 HK Amsterdam, Netherlands

Postbus 79201008 AC Amsterdam, Netherlands

NEW ZEALAND

DAVID REID PROFESSIONAL TELEXPRODUCTS LTD. PHONE:3-5 Auburn St.Takapuna. Auckland. 9 New Zealand

CPO Box 2630Auckland. New Zealand

383-170976905-277-2480

TELEX: 844-11625PHONE: (31) 020-428933

791-2612

499197

NORWAY

NORDISK ELECTRONIC (NORGE)Box 122Smedsvingen 41364Hvalstad

Norway

SWEDEN

NORDISK ELEKTRONIK ABSandhamnsgatan 71Box 27301S-102 54 StockholmSweden

SWITZERLAND

W. MOOR AGBahnstrasse 58CH-8105 RegensdorfZurich Switzerland

TAIWAN

ORIGINEERING LTD.P.O. Box 55-0466Taipei, Taiwan Roc

UNITED KINGDOM(England, Scotland and Ireland)

GOTHIC ELECTRONICSCOMPONENTS, LTDP. O. Box 301 Beacon House8 Hampton St.Birmingham, B19 3JU, England

POWER TECHNOLOGYArkwright Rd., ReadingBerkshire RG2 OLT England

TELEX:PHONE:

856-1754602-786210

TELEX: 854-10547PHONE: 08/63-50-40

TELEX: 845-52042PHONE: 01-840-6644

TELEX: 785-26626PHONE: 563-0578

TELEX: 851-338731PHONE: 44-21-236-8541

TELEX: 851-847203PHONE: (0734) 866766

©VARO

Low Voltage Rectifiers

Epoxy Bridge Rectifiers

1 Amp Dual In-line Bridge 111 Amp 131 Amp Fast Recovery 152 Amp 172 Amp Fast Recovery 195 Amp Fast Recovery 216 Amp 231 Amp 2510 Amp Fast Recovery 271 5 Amp 2930 Amp 3130 Amp Fast Recovery 33

Integrated Bridge Rectifiers

1 Amp 3525 Amp 3725 Amp Fast Recovery 3936 Amp, 3-Phase 41

TO-3 Package

30 Amp 43

trrTest Set 45

Axial Lead Rectifiers

3 Amp, 1 00 Amp Peak Surge 473 Amp, 200 Amp Peak Surge 49

Schottky Barrier Rectifiers

750 mAmp Dual In-line Bridge 511 Amp 533 Amp 575 Amp 616 Amp, T0220 6512 Amp, T0220 671 5 Amp 6930 Amp 7330 Amp, Center Tapped 7740 Amp 8160 Amp 8560 Amp, Braided Lead 89

Schottky Barrier Rectifiers, High Temperature

30 Amp 9360 Amp 9575 Amp 97

High Efficiency Rectifiers

10 Amp, T0220 9920 Amp, T0220 Center Tapped 10130 Amp 10350 Amp 10570 Amp 107

QVARO


(214)271-8511 TWX 910-860-5178

1AmpDual In-Line Bridge vm SeriesDLS 051

25V, 50V, 100V, 200V, 400V, 600V, 800Vand 1000VV^^ Ratings

25Amps PeakOne HalfCycle Surge Current

Glass Passhrated Diodes

Standard .10"—2,54MM DipLead Spacing2 Dibs Will Fit Into Standard 14 Pin Dip Socket

Moisture Resistant Epoxy Case

MAXIMUM RATINGS(At Ta=25°C unless otherwise noted) SYMBOL VM08 VM18 VM28 VM48 VM68 VM88 VM108 UNITS

DC Blocking VoltageWorking Peak Reverse VoltagePeak Repetitive Reverse Voltage

VrwmVrrm

50 100 200 400 600 800 1000 Volts

RMS Reverse Voltage Vrirmsi 35 70 140 280 420 560 700 VoltsPeak Surge Current, % Cycle at 60 Hz (non-rep)and TA = 40°C (Fig. 2) 'KM 25 Amps

Peak Surge Current, 1 sec at 60 Hzand TA = 40°C (Fig. 2) 'him

11 Amps

Avg. Forward Current at TA = 40°C (Fig. 1

)

'o 1 AmpJunction Operating and StorageTemperature Range Tj. TSTS -50 to +150 °C

Max. Soldering Temperatureand Time 10 sec. at 265 °C

ELECTRICAL CHARACTERISTICS(At Ta=25°C unless otherwise noted) SYMBOL UNITS

Maximum Instantaneous Forward VoltageDrop (per diode) at 1 Amp (Fig. 3) „. V^m 1.2 Volts

Maximum Reverse Current (per diode) atRated VRRM and TA = 25°C (Fig. 4) 'rm

3.0 mA

Maximum Reverse Current (per diode) atRated VRBM and TA = 125°C (Fig. 4) 'rm 0.5 mA

_A Cc— 7SK +

VM 48~U V-

A

_G(DIA)

Itt

J=l -4

SEATING PLANE

LTR INCHES MILLIMETERSA .370-.390 9,40-9,91B .280-.320 7,11-8,13

C .240-.260 6,10-6,60D .010-.020 0,25-0,51

E .008-.015 0,20-0,38

F .380 MAX 9,65 MAXG .057-.067 1,45-1,70H .140-.160 3,56-4,06

I .070-.080 1,78-2,03

J .055 MAX 1,40 MAXK .120-.130 3,05-3,30L .040-.060 1,02-1,52

M .016-.020 0,41-0,51N .080-.100 2,03-2,54O 190-.210 4,83-5,33

11

1200

1000

600

DC FORWARD CURRENT & ALLOWABLE POWER DISSIPATIONvs AMBIENT TEMPERATURE

o 400

200

2000

1600°

12001

400

If

60 80 100 120 140 160

AMBIENT TEMPERATURE, T A (°C)

CAPACITIVE LOAD DERATING CURVE

1UU

80

, 70

>

^60

Naveform Measured at

Either AC Terminal

'so/ /-> \ Vol,a8e

5

w n\\ f ConductionCurrentTin

-- c —20

10

C =180° Conduction Angle (Resistive Load)C

1 = Decreased Conduction Angle

40 60 80 100 120 140 160

C1

FORWARD CONDUCTION ANGLE (DEGREES)

PEAK SURGE CURRENT vs NUMBER OF CYCLESAT 60 Hz (SINE WAVE INPUT) AND TA = 40 C

TYPICAL INSTANTANEOUS FORWARD VOLTAGE

DROP vs DC FORWARD CURRENT

1 10

NUMBER OF CYCLES AT 60 HzFIGURE 2

REVERSE CURRENT vs AMBIENT TEMPERATURE

AT DC BLOCKING VOLTAGE

-.. -4--j

1

'1

1- -j— ~d

[

- —

i

~~ ":

" r~ :L""'"

~" "

.100

.010

1

. 1

T A = 100°C / / \ = 25'C

0.2 0.4 0.6 0.8 1.0

TYPICAL INSTANTANEOUS FORWARD VOLTAGEFIGURE 3 DROP (PER DIODE), V FM (VOLTS)

25 50 75 100 125 150

FIGURE 4 AMBIENT TEMPERATURE, TA , (°C)

12 © 1 981 Varo Semiconductor. Specifications subject to change without notice.

©VARO


(214)271-8511 TWX 910-860-5178

1AmpEpoxy Bridge Rectifiers ve seriesDLS028

June 1981

Controlled Avalanche Series with 250V, 450V,650V, and 850VMinimum Avalanche Ratings

Non-controlled Avalanche Series with 25V, 50V,

100V, 200V, 400V, 600V, 800V, and 1000VVrrm Ratings

Glass Passivated Silicon Chips

MAXIMUM RATINGS (AtTA=25°Cunless otherwise noted)

SYMBOL CONTROLLEDAVALANCHE

NON-CONTROLLEDAVALANCHE

UNITS

Series Number VE27 VE47 VE67 VE87 W110 VE08 VE1B VE28 VE48 YE68 VE88 VE108

DC Blocking VoltageWorking Peak Reverse Voltage

Peak Repetitive Reverse Voltage

VrmVrwmVrrm

200 400 600 800 25 50 100 200 400 600 800 1000 Volts

RMS Reverse Voltage Vr (RMS) 140 280 420 560 17 35 70 140 280 420 560 700 Volts

Power Dissipation in V(BR j Region for100 Msec Square Wave Prm 200 NA Watts

Continuous Power Dissipation in V|MR )Region at TA = 65°C

Pr 1 NA Watts

Peak Surge Current, V4 Cycle at 60 Hz,

(Non-Rep) at TA = 65°C (Fig. 2)•fsm 25 Amps

Peak Surge Current, 1 sec. at 60 Hz and

TA = 65°C (Fig. 2)•frm 4 Amps


)

>o 1 Amps

Junction Operating and StorageTemperature Range

Tj. TSTC -50 to +150 °C

Max Soldering Temperature & Time 10Secat265°C

ELECTRICAL CHARACTERISTICS(At Ta=25°C unless otherwise noted) SYMBOL

CONTROLLEDAVALANCHE

NON-CONTROLLEDAVALANCHE UNITS

Series Number VE27 VE47 VE67 VE87 W11o[ VE08 VE18 VE28 VE48 VE68 VE88 VE108

Minimum Avalanche Voltage V |BR) 250 450 650 850 NA Volts

Maximum Avalanche Voltage V.BR) 700 900 1100 1300 NA Volts

Maximum Instantaneous ForwardVoltage Drop (Per Diode) at 1 Amp (Fig. 3) Vfm 1.2

Volts/

Leg

Maximum Reverse Current at Rated Vrm'rm 5 u*

Maximum Reverse Current at Rated

VMl atTJ =125°C(Fig.4) 'rm 500 PA

Insulation Strength from Circuit to Case (Min.) 2000 vdcCOmponent program ot Underw nters La boraton es. inc.

+'r ='

LTR INCHES MILLIMETERS

A .185-.215 4,70-5,46

B .350-.365 8.89-9.27

C .190-.215 4.83-5.46

D 1.0 MIN. 25,4 MIN.

E .022-.028 DIA. .558-.711 DIA.

13

DC FORWARD CURRENTVS AMBIENT TEMPERATURE

2.0

1ft

Davi< • with 1 lo. 20 t >WG(orli

solda

rger)cc

-ad todpparwi

ivict

••

10Indt infra* •if. J

05

20 40 60 80 100

AMBIENT TEMPERATURE, T^

FIGURE 1

120

LU

PEAKS

oUJCO

10

NUMBER OF CYCLES AT 60 Hz60 100

FIGURE 2

TYPICAL INSTANTANEOUS FORWARD VOLTAGE DROP

zUJcccc

oacc<2oc

ou.

co3oUJz<I-z<r-co

10.0

coQ.1.0

<

(PER LEG)VS FORWARD CURRENT

-/w^—

/ // /

l°T

1-© 1

1

A

" l~•>/

'1 h

/ 1

.2 .4 .6 .8 1.0 1.2 1.4 1.6 1.8 2.0

INSTANTANEOUS FORWARD VOLTAGE. VF .

FIGURE 3 (VOLTS), PER LEG

I 100

REVERSE CURRENT VS JUNCTIONTEMPERATURE AT OC BLOCKING VOLTAGE

50 75 100 125

JUNCTION TEMPERATURE, T,

FIGURE 4

innCAPACITIVE 10A0 DERATING CURVE

an

;n

S either AC terminal

r?, sn/ /~\ \ Applied voltage

* \ y^ Conduction MUM

* .inJ

m•— c —J \ \J /

in

C 180° Conduction Angle (Resistive Uadl

i)

2n 40 60 BO 100 120 140 160 180

C1

E0RWAR0 CONDUCTION ANGLE I DEGREES I

14 © 1 981 Vara Semiconductor. Specifications subject to change without notice.

©VARO


(214)271-8511 TWX 910-860-5178

1 AmpFastRecoveryTime Epoxy Bridge RectifiersOLS043

200 Nanosecond Reverse RecoveryTime

50V, 100V, 200V, 400V, and600VV,^ Ratings


MAXIMUM RATINGS(At 1a=25°C unless otherwise noted) SYMBOL VE08X VE18X VE28X VE48X VE68X UNITS

DC Blocking Voltage,Working Peak Reverse Voltage,

Peak Repetitive Reverse Voltage,

VrmVrwmVrrm

50 100 200 400 600 Volts

RMS Reverse Voltage VR(RMS) 35 70 140 280 420 VoltsPeak Surge Current, V> Cycle at 60 Hz,

(Non-Rep) and TA = 40°C (Fig. 2) 'fsm17 Amps

Peak Surge Current, 1 sec. at 60 Hz

andTA = 40°C (Fig. 2) 'frm3 Amps

Avg. Forward Current at TC = 40°C, (Fig. 1) 'o 1 AmpsJunction Operating and Storage

Temperature RangeTJ. TSTG -50 to +135 °C

Max Soldering Temperature & Time 10Sec.at265°C


Maximum Instantaneous Forward VoltageDrop (Per Diode) at 1 Amp (Fig. 3) Vfm 1.5

Volts/

Leg

Maximum Reverse Recovery Time,l F = 1 Amp, l R = 2 Amp (Fig. 5)

t rr 200 nsec

Maximum Reverse Current at Rated V^ 'rm 10 /iA

Maximum Reverse Current at RatedVRM atTA = 125°C (Fig. 4) 'rm 2 mA

Insulation Strength Circuit to Case (Min.) 2000 vdc

VE Series Bridges have been recognized under the components program of Underwriters Laboratories, Inc.

ACCf JDAC


A .185-.215 4,70-5,46

B .350-.365 8,89-9,27

C .190-.215 4,83-5,46

D 1.0 MIN. 25,4 MIN.

E .022-.028 DIA. .558-.711 DIA.

15


2.0

1.5 Device with No. 20 AW((pr laruer) coDDer wire

>

1.0

soldered

in free ai

heat sink

to devirj

withoi

e leads,

i"

0.5

.

PEAK SURGE CURRENT (PER LEG) VS NUMBER OFCYCLES AT 60 Hz (SINE WAVE INPUT) AND TA = 40°C

^ 100---,-

<

ST

= 17zo

zUJ

^LUocc

PEAKS

L

1SEC

20 40 60 80 100 120

AMBIENT TEMPERATURE, T A ( C)140 160 10

NUMBER OF CYCLES AT 60 Hz60 100

FIGURE 1 FIGURE 2

TYPICAL INSTANTANEOUS FORWARD VOLTAGEDROP (PER LEG) VS DC FORWARD CURRENT

-. 2.0CO

£ 1.0

a 0.1cccc

oQCC

% 0.01ccoLL

oQ0.001

0.4 0.5 0.6 0.7 0.8 0.9 1.0 1.1 1.2 1.3

TYPICAL INSTANTANEOUS VOLTAGE DROP

FIGURE 3 < PER LE VFM < V0LTS >

RECOVEREDTO < 25%CONDUCTION

TYPICAL RECOVERY TEST CIRCUIT

SEE PAGE 45 FOR DIAGRAM

10,000

REVERSE CURRENT VS AMBIENT

TEMPERATURE AT DC RATED VOLTAGE

Ovf

—

-A

FIGURE 4

25 50 75 100 125

JUNCTION TEMPERATURE , Tj . (°C)

CAPADTIVE LOAD DERATING CURVE

FIGURE 5

FIGURE 6

either AC terminal

/ C\ \ Applied voltage

/ / \ y^ Conduction Current/ / 1 \ / 1J c ' l

\ \ 1U— c —J V-y

C - 180" Conduction Angle {Resistive Load)

| 1 1

C' FORWARD CONDUCTION ANGLE I DEGREES I

16 © 1981 Varo Semiconductor. Specifications subject to change without notice.

oVAMO

VARO SEMICONDUCTOR, INC., P.O. BOX 406761000 NORTH SHILOH. GARLAND. TEXAS 75040

(214)271-8511 TWX 910-860-5178

c>^ 2AmpEpoxy Bridge Rectifiers vsseries0LS021


ControlledAvalanche Series with 250V, 450V,650V, and 850VMinimum Avalanche Ratings

Non-ControlledAvalanche Serieswith 50V, 100V,200V, 400V, 600V, 800Vand 1000VVrrm Ratings50AmpsPeakOne HalfCyck Surge Current

MAXIMUM RATINGS(At TA=25°C unless otherwise noted) SYMBOL

CONTROLLEDAVALANCHE

NON-CONTROLLEDAVALANCHE UMTS

Series Number VS247 VS447 «/S647 VS847 .S048 VS148 VS248 VS448 VS648 VS848 VSI048DC Blocking Voltage.Working Peak Reverse Voltage.Peak Repetitive Reverse Voltage.

VrwmVRRM

?00 400 600 800 50. 100 200 400 600 800 1000 Volls

RMS Reveise Voltage VR IRMSI 140 280 420 560 35 70 140 280 420 560 700 VolisPower Dissipation in V, BR , Regionlor 100 jisec Square Wave Frm 300 NA W^iis

Continuous Power Dissipation in Vj BR | Region atTA = 60°C Pr 1 NA Wain

Peak Surge Current. V, Cycle

at 60 Hi. (Non Rep) and TA - 60°C (Fig. 2) 'fsm50 Amps

Peak Surge Current, 1 sec at 60 Hz and

TA =60°C(Fig. 2) 'frm 8 Amps

Avg. Forward Current at T A = 60°C (Fig. 1) •o 2 Amps

Junction Operating and Storage Temperature Range. Tj. TSTC 50 to H50 °C

Maximum Soldering Temperature A Time 10 Seconds at 265* CFusing Data l 2 t 10 Amps

2-

Sec.

ELECTRICAL CHARACTERISTICS(At TA=25°C unless otherwise noted)

SYMBOL CONTROLLEDAVALANCHENON-CONTROLLED

AVALANCHE UNITS

Series Number VS247 VS447 VS647 VS847 VS048 VS148 VS248 VS448 VS648I VS84b|vS1048Minimum Avalanche Voltage. V (BR| 250 450 650 850 NA VoltsMaximum Avalanche Voltage. V(BR) 700 900 1100 1300 NA Volts

Maximum Instantaneous Forward VoltageDrop (per diode) at 2 Amps (Fig 3) VrM 1.2

Volts/

Leg

Maximum Reverse Current at Rated VRM 'rm 5 MA

Maximum Reverse Current at Rated VRMatTA = 125°C 'rm 500 MA

Insulation Strength From Circuit to Case (mm ) 2000 VoltsncPart Nos. VS247. VS447, VS647. VS847. VS048. VS148. VS248. VS448. VS648. and VS848 have been recognized under the Component Program ofUnderwriters Laboratories, Inc.

—

—

Ml-

1t>os

NOT*

TOPOPTOSiTI

LT INCHES MILLIMETERS

A 411 - 441 1044-1120

B 590 - 610 14.99-1549

C 137- 167 Dia 3.48 - 4.24 Dia

D 295 -.305 7 49 - 775E 037 - 043 Dia 94 -109 Dia

F 10Min 25.4 Min.

G 195-205 4 95 - 5.21

17


PEAK SURGE CURRENT (PER LEG) VS NUMBER OFCYCLES AT 60 Hz (SINE WAVE INPUT) AND TA = 60°C

3.0

£ 2.5s<

-6 2.0h-ZLUQC

55 1.5

1.0

0.5

With mm No. 16 AWGcopper wire soldered toleads of device with mmforced air flow of 400linear feet per minute,or mm No 20 AWGcopper wire with device

mounted on heat sink.Heat sink to be 60°Cmax 1/4 inch frombridge. (Fig 51

6°C7W

Device with No. 20AWG lor larger) copperwire soldered to

device leads, in free

air without heat sink

£ 10Qi

*5(

s

o.

rx

zo

I It

nr

OC3LU

cc3

PEAKS

oUJ

20 40 60 80 100 120 140

AMBIENT TEMPERATURE, TA (°C)

FIGURE 1

160

TYPICAL INSTANTANEOUS FORWARD VOLTAGE DROP(PER LEG)

VS FORWARD CURRENT10.0

COa. 1.0

<-°!

\uji

oVARO


(214)271-8511 TWX 910-860-5178

2 Amp Fast Recovery Time Epoxy Bridge Rectifiers200 Nanosecond Maximum Reserve Recovery50V, 100V, 200V, 400V, and 600V Vrrm Ratings35 Amps Peak One Half Cycle Surge Current

MAXIMUM RATINGS(At TA=25°C unless otherwise noted) SYMBOL VS048X VS148X VS248X VS448X VS648X UNITS

DC Blocking Voltage,Working Peak Reverse Voltage,Peak Repetitive Reverse Voltage

vrmvrwmVRRM

50 100 200 400 600 Volts

RMS Reverse Voltage VR(RMS) 35 70 140 280 420 VoltsPeak Surge Current, % Cycle at 60 Hz,(Non-Rep) and TA = 45°C (Fig. 2) 'FSM 35 Amps

Peak Surge Current, 1 sec. at 60 HzandTA -45°C (Fig. 2) 'PRM 6 Amps


)

'o 2 AmpsJunction Operating and StorageTemperature Range TJ-TSTG -50 to +135 °C

Maximum Soldering Temperature & Time 10 Seconds at 265° C

ELECTRICAL CHARACTERISTICS(At TA=25°C unless otherwise noted) SYMBOL UNITS

Maximum Instantaneous Forward VoltageDrop (Per Diode) at 2 Amps (Fig. 3) VFM 15

Volts/

Leg

Maximum Reverse Recovery Time,If = 1 Amp, Ir =2 Amps (Fig. 6) Vr 200 nsec

Maximum Reverse Current at Rated VRM 'rm 10 HA

Maximum Reverse Current at RatedVRM atTJ = 125

C 'rm 4 mA

Insulation Strength From Circuit to Case (min.) 2000 Volts DC

Part Nos. VS048X, VS148X, VS248X, VS448X and VS648X have been recognized under the Component Program of Underwriters Laboratories, Inc

fA V-

I

t

I

i

7o—»-6*cNOTE"VARO" OATECODE. ANDNEGATIVEPOLARITYMARKING ONSIDES

LT INCHES MILLIMETERS

A .411 - .441 10.44- 11.20B .590 - .610 14.99- 15.49C .137 -.167 Dia. 3.48 - 4.24 Dia.D .295 - .305 7.49 - 7.75E .037 - .043 Dia. .94- 1.09 Dia.F 1.0 Min. 25.4 Min.

G .195 -.205 4.95 - 5.21

19


PEAK SURGE CURRENT (PER LEG) VS NUMBER OFCYCLES AT 60 Hi (SINE WAVE INPUT) AND TA = 45 C

20 40 60 80 100

AMBIENT TEMPERATURE, T,

FIGURE 1


2.0

1.0

0.1

0.01

0.001

0.4 0.5 0.6 0.7 0.8 0.9 1.0 1.1 1.2 1.3

TYPICAL INSTANTANEOUS VOLTAGE DROP (PER LEG) VFM , (VOLTS)

FIGURE 3


f !

1

—y^~& jPo >

I

*

©VARO


(214)271-8511 TWX 910-860-5178

5Amp Fast RecoveryTime Epoxy Bridge Rectifiers200 Nanosecond RecoveryTime for35, 70, 140, 280, and420VRMS Operation

5 AmpsDC Forward CurrentAtThs= 60°C

65AmpsPeakOne HalfCycle Surge Current

2000VMinimum Circuit-to-Base Insulation


MAXIMUM RATINGS(At Ta=25°C unless otherwise noted) SYMBOL VH048X VH148X VH248X VH448X VH648X UNITS



VrmVrwmVrrm

SO 100 200 400 600 Volts

RMS Reverse Voltage VR(RMS) 35 70 140 280 420 VoltsPeak Surge Current, % Cycle at 60Hz andTHS=60°C (Non-Rep) (Fig. 2) •fsm 65 Amps

Peak Surge Current, 1 Sec. at 60 Hz andThs-60°C (Non-Rep) (Fig. 2) frm 18 Amps

Avg. Forward Current at

Ths=60°C (Fig. 1) •o 5 Amps

Junction Operating and Storage

Temperature TJ. TSTG -50 to +135 °C

Maximum Soldering Temperature & Time 10 Seconds at 265°C


Maximum Instantaneous Forward Voltage Drop(per diode) at l F=5 Amps (Fig. 3)

vFM 1.4 Volts/Leg

Maximum Reverse Recovery Time atlp=1 Amp, l R-2 Amps (Fig. 4) Vr 200 nsec

Maximum DC Reverse Current at Rated VRM•rm 10 MA

Maximum DC Reverse Current at Rated VRMandTj=125°C •rm 4 mA

Insulation Strength from Circuit to Case (min.) 2000 Volts DC

Part Nos. VH048X, VH148X, VH248X, VH448X,and VH648X have been recognized under the Component Program of Underwriters Laboratories, Inc.

HK

1|+VH24IX

| J

ACNEG.o

POS. AC

"VARO" DATE CODE ANDNEGATIVE POLARITY MARK-ING ON TOP OPPOSITE LEADS

LTR INCHES MILLIMETERSA .137-.167Dia. 3,48-4,24 Dia.B .411 -.441 10,44-11,20C .590-.610 14,99-15,49D .295-.305 7,49-7,75E .087 Typ. 2,21F .038-042 ,97-1,07G 1.0 Min. 25,40 Min.H .195-.205 4,95-5.21

21

E 3

DC FORWARD CURRENT VS TEMPERATURE

20

FIGURE 1

40 60 80 100

TEMPERATURE, PC)

120 140 160

« 100

PEAK SURGE CURRENT (PER LEG) VS NUMBEROF CYCLES AT THS - 60°C AND SINE WAVE INPUT

10

—^^

1SEC

10

NUMBER OF CYCLES AT 60 Hz

60 100

FIGURE 2


100

v>a.

<

-b 10Tj '125 •c .Tj-: !5°C

1.0

0.1

0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0 2.2

TYPICAL INSTANTANEOUS FORWARD VOLTAGE DROP(PER LEG) V FM (VOLTS)

FIGURE 3

RECOVERY WAVE FORM

ForwardConduction

FIGURE 4




TYPICAL MOUNTINGDevice fastened toaluminum heat sink.

S3?

Belleville spring washer12-15 inch-pound torqueusing 6-32 UNC 2A threador equivalent.

J2 50

£ 40

£ 30

20

10

C 180° Conduction Angle I Resistive Load I

C1

- Decreased Conduction Angle

40 60 80 100 120 140

C1

FORWARD CONDUCTION ANGLE I DEGREES I

FIGURE 6


.•'•^•*r.loVARO

VARO SEMICONDUCTOR, INC., P O BOX 406761000 NORTH SHILOH. GARLAND. TEXAS 75040

(214)271-8511 TWX 910-860-5178

6 Amp Epoxy Bridge Rectifiers vh SeriesDLS029

Glass Passhrated Silicon Chips

Controlled Avalanche Series with 250V, 450V,650V, and 850V Minimum Avalanche Ratings

Non-Controlled Avalanche Series with 50V, 100V,200V, 400V, 600V, 800V, and 1000V Vrrm Ratings100 Amps Peak One Half Cycle Surge Current

4MAXIMUM RATINGSAT T A-25 °C (Unless Otherwise Specified)

SYMBOL CONTROLLEDAVALANCHE

NON CONTROLLEDAVALANCHE UNITS

Series Number VH247 VH447 VHbJ? vhbj; VH0JW VMUa VHJ40 VHJJr vH,,4n VHnJM vmn4nDC Blocking Voltage,Working Peak Reverse Voltage,Peak Repetitive Reverse Voltage,

VrmVrwmVrrm

200 400 600 800 50 100 200 400 600 800 1000 Volts

RMS Reveise Voltage V R (RMS) 140 280 420 560 35 70 140 280 420 560 700 VoltsPower Dissipation in V (Bn) Regionfor 100 fistc Square Wave Prm 400 NA Watts

Continuous Power Dissipation in V (BR| Region atT MS 80°C Pr 2 NA Watts

Fusing Data I't 40 Amps'

Peak Surge Current, V, Cycle

at 60 Hz, (Non Rep) and THS 80°C (Fig 2) 'fsm100 Amps

Peak Surge Current, 1 sec at 60 Hz andT MS 80°C (Fig 2) 'frm 25 Amps

Avg. Forward Current at THS = 80°C (Fig. 1

)

lo 6 Amps

Junction Operating and Storage Temperature Range, Tj. TSTG 50 to *150 °CMaximum soldering temperature and time 10 Seconds at 265° C

ELECTRICAL CHARACTERISTICAt T A 25 °C (Unless Otherwise Specified)

SYMBOLCONTROLLEDAVALANCHE

NON CONTROLLEDAVALANCHE UNITS

Series Number VH247 VH447 VH64? VHB47 VH048 VH14B VH248 VH44B VH64B VHB4B VH104BMinimum Avalanche Voltage. V(BR) 250 450 650 850 NA VoltsMaximum Avalanche Voltage, V (BR| 700 900 1100 1300 NA Volts

Maximum Instantaneous Forward VoltageDrop (per diode) at 6 Amps (Fig. 3) vFM 13

Volts/

Leg

Maximum Reverse Current atRated VRM 'rm 5

^A

Maximum Reverse Current atRated Vrm at Tj = 125°C 'ri* 1.0 MA

Insulation Strength From Circuit to Case (mm.) 2000 VoltsDC

Part Nos VH247. VH447, VH647, VH847, VH048, VH148, VH248, VH448, VH648, and VH848 have been recognized under the Component Program olUnderwriters Laboratories, Inc.

/c

\J- 1* + 1 I »c (

NIC

'

: :l-A-l• *

!>»e«-) \- K>s•

t MOTS

1

1 I

VARO DATSCOOt ANDNEGATIVEPOLARITYMARKING ONTOP OPPOSITEII ADS

+VH247


A .411 -.441 10.44-11.20B .590 - .610 14.99-15.49

C .137 -.167 Dia. 3.48 -4.24 Dia.

D 295-305 7.49-7.75E 037 - .043 Dia .94- 1.09 Dia.

F 1.0 Min. 25.4 Min.

G 195-205 4.95-5.2123

DC FORWARD CURRENTVS TEMPERATURE

PEAK SURGE CURRENT (PER LEG) VSNUMBER OF CYCLES AT 60 H/^» .^.

5

4

3

2

Device(Vlumin

astene

ini Hea1 to

Sink

I

CompoHeat Si

io be m

ind (Fii

ik temr.

jasured

.5)erature

max

R6\I-HS

6°C/\ V

Devi

AWCwire

:e with

i (or lar

solderei

Mo 20)er) co(

1 to dev

per >

ice '

xN

n

lead

heat

, in tree

sink

air wit lOUt

rn 1UU —

r

-f"—

Q.s ' at ru , ^ b( ''( ; -<

j i .

^ / ; . --X, ^ i

_ ,

a.

rx

zo- 10

lii f re: i

1a = 6) (

zLUCC

=>

LUCOcc

PEAKS

i i

C)U 1c >

20 40 60 80 100

TEMPERATURE! C)120 140 160 10

NUMBER OF CYCLESAT60Hz60 100

FIGURE 1 FIGURE 2REVERSE CURRENT VS JUNCTION

TEMPERATURE AT DC BLOCKING VOLTAGE

TYPICAL INSTANTANEOUS FORWARD VOLTAGEDROP (PER LEG) VS DC FORWARD

10i

7^ r*^--^^~ :

Q_

< 1.0 \f> r

j

:z

•

zcc

5 0.1 '//D f/ . ,< / A.So 001

—

0.001

1000

100

10

1.0

.01

— := = = ^ ==

25 50 75 100 125

JUNCTION TEMPERATURE, T. (°C)

150

0.4 0.5 0.6 0.7 0.8 0.9 1.0 1.1

TYPICAL INSTANTANEOUS VOLTAGE DROP, V FM , (VOLTS)

FIGURE 3

FIGURE 4

CAPACIIIVE LOAD DERATING CURVE

FIGURE 5

UE VI(,E FASTENED TO

^^^ T ,m^ " COMPOUND

BEL j WASH HW l 1 M POUND ORGUE USINGb.iJ ?A J OHEOU VA ENT

FIGURE 6

either AC terminal

/ r\ \ Applied voltage

/ / \ r\ Conducnon Current

Jc'L

C I80'-Conduction Angle (Resistive Load)

|1 1 1

80 100 120 140 160 180

C1

FORWARD CONDUCTION ANGLE t DEGREES 1


©VARO


(214)271-8511 TWX 910-860-5178

10AmpEpoxy Bridge RectifiersDLS042

June 1981

10AmpsDC Forward Current atTc= 80° C100Amps PeakOne HalfCycle Surge Current

2000VoltsMinimum Circuit-to-Case Insulation


.

MAXIMUM RATINGS(At Ta=25°C unless otherwise noted) SYMBOL CONTROLLEDAVALANCHE


Series Number VJ247 VJ447 VJ647 VJ847 VJ048 VJ148 VJ24J VJ448 VJ648 VJ848 VJ1048



VrVrwmVrrm

200 400 600 800 50 100 200 400 600 800 1000 Volts

RMS Reverse Voltage vr(rms) 140 280 420 560 35 70 140 280 420 560 700 VoltsPower Dissipation in V (BR | Region for 100 M secSquare Wave Prm 400 NA Watts

Continuous Power Dissipation in V,BR) RegionatTc = 80°C(Fig.2) Pr 2 NA WattsPeak Surge Current, 1/2 Cycle at 60 Hz (Non-Rep.)andTc = 80°C(Rg. 2) 'fsm 100 Amps

Fusing Datal

Jt 40

Amp2-Sec

Peak Surge Current, 1 sec at 60 Hz and Tc = 80°C(Fig.2 'frm 30 AmpsAvg. Forward Current at Tc = 80°C (Fig. 1

)

>o 10 Amps

Junction Operating and Storage Temperature Range, Tj. TSTG -50 to +150 °C


ELECTRICAL CHARACTERISTICS(At Ta=25°C unless otherwise noted) SYMBOL

CONTROLLEDAVALANCHE


Series Number VJ247 VJ447 VJ647 VJ847 VJ048 |VJ1 48 |VJ248JVJ448]VJ648|VJ848JVJ 1048;

Minimum Avalanche Voltage, V(BR) 250 450 650 850, NA VoltsMaximum Avalanche Voltage, V (BR) 700 900 1100 1300 NA VoltsMaximum Instantaneous Forward VoltageDrop (per diode) at 10 Amps (Fig. 3) Vfm 1.3

Volts/

Leg

Maximum Reverse Current at Rated VRM 'rm 5 A.A

Maximum Reverse Current atRated VRM at T,= 125°C 'rm 2.0 mA

Insulation Strength From Circuit to Case (min.) 2000 VoltsDC

Maximum Thermal Resistance,Junction to Case X7J-C 3 °C/W

Devices listed herein have been recognized under the component program of Underwriters Laboratories. Inc

LTR INCHES MILLIMETERSA .137.167 Dia. 3.48-4.24 Dia.

B .411.441 10.4411.20

C .590-610 14.99-15.49

D .295.305 7.49-7.75

E .087 2.21

F .490.510 12.45-12.95

G .038.042 .970-1.07

H 1.0 Min. 25.40 Min.

I .195-205 4.955.21 25

DC FORWARD CURRENTVS CASE TEMPERATURE

12

55 10a.

2<

° 8>-"

zUJ

£ 6

(J

Q5 43cc

O

« 2

CASI : TFMP ISMF fcSUBi DONIFROBET)

HEMCK APOVEEN1

UNTIf*

INT MlHEOt

GPADDWAYTER

EDGHOLRQJ

EANDEEDGI

-C-3

fHEM

'c/w

iUNTl JG

20

FIGURE 1

40 60 80 100

CASE TEMPERATURE, Tc,120

"CI

140 160

100

90

80

70

60

PEAK SURGE CURRENT (PER LEG) VSNUMBER OF CYCLES AT 60Hz AND Tc = jjp°&mk *

SO

40

30

20

10

oLUCO

T10

NUMBER OF CYCLES AT 60Hz

60 100

FIGURE 2

100

10

1.0

0.1


T - 125

GVARO

VARO SEMICONDUCTOR, INC., P.O. BOX 406761000 NORTH SHILOH, GARLAND TEXAS 75040

(214)271-8511 TWX 910-860-5178

10Amp FastRecoveryTime Epoxy Bridge Rectifiers200 Nanosecond Reverse RecoveryTime

10 AmpsDC Forward Current atTc= 60° C75Amps PeakOne HalfCycle Surge Current

2000Voks Minimum Circuit-to-Case Insulation


MAXIMUM RATINGS(At TA=25°C unless otherwise noted) SYMBOL VJ048X VJ148X VJ248X VJ448X VJ648X UNITSDC Blocking Voltage,Working Peak Reverse Voltage,Peak Repetitive Reverse Voltage,

VrVRWMVRRM

50 100 200 400 600 Volts

RMS Reverse Voltage VR(RMS) 35 70 140 280 420 VoltsPeak Surge Current, % Cycleat 60 Hz, (Non-Rep) and TC =60°C (Fig. 2)

'fsm 75 Amps

Peak Surge Current, 1 sec at 60 Hz and Tc =60°C(Fig.2) >FRM 27 Amps

Avg. Forward Current at Tc = 60°C (Fig. 1

)

'o 10 Amps

Junction Operating and Storage Temperature Range, TJ. TSTG -50 to +135 °C


ELECTRICAL CHARACTERISTICS(At TA=25°C unless otherwise noted) SYMBOL UNITSMaximum Instantaneous Forward VoltageOrop (per diode) at 10 Amps (Fig. 3) Vfm 1.5

Volts/

Leg

Maximum Reverse Recovery Time,l F = 1 Amp, l R =2 Amp (Fig. 6) *rr 200 nsec

Maximum Reverse Current At Rated VHM •rm 10 JUA

Maximum Reverse Current atRated V„m at Tj = 125°C *RM 4 mA

Insulation Strength From Circuit to Case (min.) 2000 Volts DCPart Nos VJ048X. VJ148X. VJ248X. VJ448X and VJ648X have been recogri ized under the co nponent program of Underwriters Laboratories, Inc.


A .137-.167Dia. 3.48-4.24 Dia.B .411 -.441 10.44.11.20

C .590-610 14.99-15.49D .295-305 7.49-7.75E .087 2.21

F .490.510 12.45-12.95

G .038-042 .970-1.07H 1.0 Min. 25.40 Min.I .195-205 4.95-5.21

27


PEAK SURGE CURRENT (PER LEG) VS

12

SJ 10o.

S<

8

zLU

Si 6DoQ

1*

LT

ou_

y 2

CASEONThFROIVBETV\

ANDl

TEMP 1!HE MourAPOIN

IEEN THl"HE MOl

5 MEASlvJTING PT MIDW/EOUTEJNTING

JREDAD\Y

R EDGEHOLEE DGE

100

se 90

| 80~ 70« 60

NUMBER OF CYCLES AT 60Hz AND Tc = 60°C

"•50

^ 40z ,uo

I 30zLU

o 20LU

oLT

CO

<LU°- 10

OUJC/J

T20 40 60 80 100 120

CASE TEMPERATURE, Tc, (°C)

FIGURE 1

140 160 10


60 100

FIGURE 2


REVERSE CURRENT VS JUNCTION TEMPERATUREAT RATED VOLTAGE

100

10

1.0

.01

Tj- 125° :—

,

-Tj -25* C

0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0 2.2

TYPICAL INSTANTANEOUS VOLTAGE

FIGURE 3drop vFM (volts)

FIGURE 5


90

80

70

XL 60

ither AC terminal

f?, SO/ r\ \ Applied voltage

£ 401 Y^ Conduction Current

£ mJ

20

*— C —J \^/

in

C 180* Conduction Angle (Resistive Load)

»i

FIGURE 4

&

25 • 50 75 100 125

JUNCTION TEMPERATURE. Tj,(°C)

RECOVERY WAVE FORM

C FORWARD CONDUCTION ANGLE I DEGREES I



FIGURE 6

FOR TYPICAL MOUNTING DETAIL, see page 26

28 © 1981 Vara Semiconductor. Specifications subject to change without notice.

oVARO

VARO SEMICONDUCTOR, INC., P.0. BOX 406761000 NORTH SHILOH. GARLAND. TEXAS 75040

(214)271-8511 TWX 910-860-5178

15AmpEpoxy Bridge Rectifiers vl Series15 AmpsDC Forward Current atTc= 80°C


Externally Exposed Copper Mounting PadforLow Thermal Resistance

2200 Volts Minimum Circuit-to-Case Insulation

DLS 054

MAXIMUM RATINGS(At Ta=25°C unless otherwise noted) SYMBOL

CONTROLLEDAVALANCHE


Series Number VL247 VL447 VL647 VL048 V-L148 VL248 V/L448 V/L648 VL848 VL1048



VrVRWMVRRM

200 400 600 50 100 200 400 600 800 1000 Volts

RMS Reverse Voltage VR(RMS) 140 280 420 35 70 140 280 420 560 700 VoltsPower Dissipation in V(gR) Region for 100" secSquare Wave PRM 600 NA Watts

Continuous Power Dissipation in V(br) Regionat TC = 40°C

PR 4 NA Watts

Peak Surge Current, V* Cycle at 60 Hz, (Non-Rep)and TC = 80°C (Fig. 2)

'fsm 100 Amps

Peak Surge Current, 1 sec at 60 Hz and Tfj=80°C (Fig. 2) •frm 30 Amps


)

'o 15 Amps

Avg. Forward Current at TA = 40°C (No Heat Sink) 'o 5 AmpsJunction Operating and Storage Temperature Range TJ. TSTG -50 to +150 °CFusing Data in 40 Amp2

ELECTRICAL CHARACTERISTICS(At TA=25°C unless otherwise noted) SYMBOL

CONTROLLEDAVALANCHE


Series Number VL247 VL447 VL647 VL048|VL14S|VL24E]V-L448|\/L648|VL848]V1.1048

Minimum Avalanche Voltage, V (BR) 250 450 650 NA VoltsMaximum Avalanche Voltage V (BR) 700 900 1100 NA VoltsMaximum Instantaneous Forward VoltageDrop (per diode) at 15 Amps (Fig. 3)

V FM 1.4 Volts/Leg

Maximum Reverse Current atRated VRM at Tj = 40°C, (Fig. 4) •rm 5 uA

Maximum Reverse Current atRated VRM at Tj = 175°C, (Fig. 4) •rm .5 mA

Insulation Strength From Circuit to Case (min.) 2200 Volts

Maximum Thermal Resistance, Junction to Case ReJ-C 1.5 t/WRecognized Under Components Program of Underwriters Laboratories, Inc

LTR INCHES MILLIMETERSA .162-. 168 Dia. 4,11-4,27 Dia.B .345-.355 Dia. 8,76-9,02 Dia.C .23-27 Typ. 5,84-6,86 Typ.D .138-158 Typ. 3,51-4,01 Typ.E .38-42 Typ. 9.65-10,67 Typ.F .245-.255 Typ. 6,22-6,48 Typ.G .85- .89 Square 21,59-22,61 SquareH .76-78 Square 19,30-19,81 SquareI .030-034 Typ. ,76- ,86 Typ..1 .09-11 2,29-2,79K .38-42 9,65-10,67L .29-30 7,37-7,62M .75 Max. 19,05 Max.

Overall

package heightwith leads

formed up at90° angles

from the

mounting plan

is .75" —19,05mmmaximum.

29

18

15

~ 12


CAONFRBE

>E TETTHE l\DM ArvuFFf<

/IP. IS

IIOUN'•OINT1 THF

VIEASlING PMIDWndTP

IREDAD

EDHORe

3E ANLE EDJ-C = 2

D THEGE..o°c/w

MOU

1.

SITING

20 40 60 80 100 120 140

CASE TEMPERATURE, Tc , (°C)

160 180

w 100? 90< 80

? 70

u. 60

ST 50LLl

rr

7 40O

w 10

PEAK SURGE CURRENT (PER LEG) VSNUMBER OF CYCLES AT 60Hz AND Tc = 80°C

I I1

1

-

I I

I

'

i_I

I

I

i

: ^ I

I

I

!

I

'

j

i

oV)

I

10

NUMBER OF CYCLES AT 60Hz60 100

FIGURE 1

TYPICAL INSTANTANEOUS FORWARD VOLTAGEDROP (PER LEG) VS DC FORWARD CURRENT—i

—

1

;|

,

Tj = I50°C /t = 25* C

1

'

/0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0

TYPICAL INSTANTANEOUS FORWARD VOLTAGEDROPVFM , (VOLTS)

REVERSE CURRENT VS JUNCTIONTEMPERATURE AT DC BLOCKING VOLTAGE

1000

100

° 1.C

.01

r=^=I

»MtNA—

j

y

^X^y

3^" :f *

25 50 75 100 125

JUNCTION TEMPERATURE, Tj, (°C)

150

FIGURE 4

FIGURE 5

1. Standard parts have terminals bent up at 90° angle from mountingplane. To order terminals parallel to mounting plane (see front pagephoto), change the second digit of the part number from "4" to "3".

Example: Change VL247 to VL237.

2. Also available with center-tap common cathode, common anode anddoubler circuits as shown below.

COMMONCATHOOE

COMMONANODE

_ DOUBLER a 2

rt nAC AC

Add suffix "B"to part no.


©VARO


(214)271-8511 TWX 910-860-5178

30AmpEpoxy Bridge Rectifiers vk Series

30AmpsDC Forward Current atTc= 80° C


Externally ExposedCopperMountingPadForLowThermal Resistance

2200 VoltsMinimum Circuit-to-Case Insulation %MAXIMUM RATINGS(At Ta=25°C unless otherwise noted) SYMBOL

CONTROLLEDAVALANCHE


Series Number VK247 VK447 VK647 VK048 VK148 VX248 VK448 VK648 VK848 VX104S



VRWMVRRM

200 400 600 50 100 200 400 600 800 1000 Volts

RMS Reverse Voltage Vr(rmS) 140 280 420 35 70 140 280 420 560 700 Volts

Power Dissipation in V(br) Region for 100 usee

Square WavePRM 1500 NA Watts

Continuous Power Dissipation in V(gp) Regionat TC = 40°C

PR 4 NA Watts

Peak Surge Current, Vi Cycle at 60 Hz, (Non-Rep)

andTc=80°C(Fig. 2) fsm 300Amps

Peak Surge Current, 1 secat60HzandTc=80°C (Fig. 2) frm 75 Amps


)


40 60 80 100 120 140

CASE TEMPERATURE. Tc , (°CI

160 180

PEAK SURGE CURRENT (PER LEG) VSNUMBER OF CYCLES AT 60Hz AND Tc = 80°C

^ 1000<

i(0U.

UJ

(NON-R

8l-

UJ

cccc

O

occ

W

UJ 10 ^^_^^_

o111

W

10


FIGURE 1 FIGURE 2

1000

500

0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0 2.2 2.4

FIGURE 3

TYPICAL INSTANTANEOUS FORWARD VOLTAGEDROP VFM , (VOLTS)

REVERSE CURRENT VS JUNCTIONTEMPERATURE AT DC BLOCKING VOLTAGE

1000

< 1003.

sa.

t-*10

?UJcccc-)

1.0

.01

\WlvlWUl/tf

y8'

25 50 75 100

JUNCTION TEMPERATURE "125 150

FIGURE 4


ither AC terminal

/f~\

\ Applied voltage

/ / 1 \^ conduction Current

-Jc'U

V- c -J

C 180" Conduction Angle [Resistive load)

NOTES: 1. Standard parts have terminals bent up at 90° angle from mountingplane. To order terminals parallel to mounting plane (see front pagephoto), change the second digit of the part number from "4" to "3".Example: Change VK247 to VK237.

2. Also available with center-tap common cathode, common anode anddoubler circuits as shown below.

COMMONCATHODE

rt

COMMON « - DOUBLER o 2

Add suffix "B"to part no.

FOR TYPICAL MOUNTING DETAIL, see page 30

FIGURE 5C FORWARD CONDUCTION ANGLE I DEGREES I


GVARO

VARO SEMICONDUCTOR, INC., P.O. BOX 406761000 NORTH SHILOH, GARLAND. TEXAS 75040

(214)271-8511 TWX 910-860-5178

30Amp Fast Recovery Epoxy Bridge RectifiersDLS 082

30AmpsDC Forward Current AtTc= 60° C

150AmpsPeakOne HalfCycle Surge Current

ExternallyExposed CopperMountingPad

ForLow Thermal Resistance

2200 VoltsMinimum Circuit-to-Case Insulation«

MAXIMUM RATINGS at TA = 25°

C

(Unless Otherwise Specified) SYMBOL UNITS

Series Number VK048X VK148X VK248X VK448X VK648X



VRVRWMVRRM

50 100 200 400 600 Volts

RMS Reverse Voltage VR (RMS) 35 70 140 280 420 Volts

Peak Surge Current, Vi Cycle at 60 Hz, (Non-Rep)

and Tc = 60° C (Fig. 2)'fsm 150 Amps

Peak Surge Current, 1 sec at 60 Hz and Tq = 60° C (Fig. 2) 'frm 65 Amps


)

30

25


- 20

15

10

1

. CASlETEMP IS ME/kSUREC1 \ON THE MOUNTING PAD ^FROM A POINT MIDWAYBETWEEN THE OUTER

- EDGE AND THF MOUNTINGHOLERojr=

EEDGE1.0°C/ W.

20 40 60 80 100 120 140

CASE TEMPERATURE, Tc , (°C)

160 180

PEAK SURGE CURRENT (PER LEG) VSNUMBER OF CYCLE AT 60Hz and Tc = 60° C

^ 1000<

2(A

Q.UJ

(NON-R

8r-

LU

rxtr

u

oDC3to

<ui 10

UJ

10


FIGURE 1 FIGURE 2

1000

500

5

©VARO


(214) 271-8511 TWX 910-860-5178

DLS022

10 Amp Silicon Avalanche Integrated Full Wave Bridge Rectifiers

Controlled Avalanche Junctions with 250V, 450V,and 650V,Minimum Avalanche Ratings

10 AmpsDC Forward Current atTc = MXPC100 Amps Peak One HalfCycle Surge Current2000 VbhsDC Minimum Circuit-To-Case Insulation

•asterisk denotes jedec registered information

MAXIMUM RATINGS* 1 >

The IN4436, IN4437, and IN4438, Integrated Bridge Rectifiers with SAR®(siliconavalanche rectifier) characteristics, offer single-phase, full-wave rectification in rigidly

constructed, hermetically sealed, welded packages. The electrically isolated groovedpackages offer minimum size and maximum ease in mounting.

SAR characteristics insure that the avalanche voltage occurs below the point where, inconventional rectifiers, the junction perimeter is degraded or destroyed under trans-ient overvoltage conditions. SAR characteristics control the avalanche voltage of

the internal junction so that avalanche occurs across the entire junction area. Thiseliminates the need to buy more expensive, overrated devices to provide adequateprotection against voltage transients.

Proper heat sinking of the IN4436, IN4437, and IN4438, allows great flexibility in DCoutput current range. This feature coupled with the electrically isolated case (insula-tion strength of 2000 volts minimum) allows the IBR to be used in many applicationsunder conditions of reduced space, current, and cost than were previously possible.


12

10

20 40 60 80 100 120 140 160

CASE TEMPERATURE, Tc ,

GVARO


(214)271-8511 TWX 910-860-5178

25Amp Silicon Avalanche Integrated Rectifiers VT ScriesDLS025

140V,280V, and 420VRMS Operation250V, 450V, and 650VMinimumAvalanche Voltages25AmpDC Output Current at Tc= 10CfC250Amp One/Cycle Surge Current2000VMin. Circuit-To-Case Insulation

MAXIMUM RATINGSI'I(60 Hz Resistive md Inductive Load) SYMBOL 200V 400V 600V UNIT CIRCUIT!!)


VdmVltWMVtKM

200 400 600 Volt ALL

RMS Reverse Voltage VtniMS) 140 280 420 Volt ALL

Avg. Forward Current at TC =100°C (Fig. 2) lo (Circuit Output) 25 Amp ALL

Peak Surge Current, l/t Cycle @ 60 Hz (Non-Rep)at Tc = 100°C (Fig. 3) IrsM 250

Amp/Leg ALL

Peak Surge Current, 1 sec at 60 Hz and Tc — 100°C(Non-Rep)

lf|HMS| 53Amp/Leg

ALL

Power Dissipation in V|t»| Region for 100 usee..Square Wave (Fig. 4)

Prm 1500 Watt ALL

Continuous Power Dissipation in Vnti Region atTc = 50°C P» 4

Watt/Leg

ALL

Junction Operating and Storage Temp. Range Tj. T.I,. — 65 to +150 °C ALL

ELECTRICAL CHARACTERISTICS(At Tc = 25'C unlets otherwise specified) SYMBOL 200V 400V 600V UNIT CIRCUITS

Minimum Avalanche Voltage Vim 250 450 650 Volt ALLMaximum Avalanche Voltage Vim 700 906 1100 Volt ALLMax. Instantaneous Forward Voltage Drop at25 Amps Vfm 1.5

Volt/

Lee ALL

Max. Reverse Current at Rated Vmn, and Tc= 150°C Ism 5mA/Leg

ALL

Max. Thermal Resistance, Junction -to-Case R»jc 101 °C/W VTVTHInsulation Strength, Circuit-to-Case 2000 (Min.) VDC ALL

Notes:

1. Case Temperature (Tc) is measured on bottom of case within 0.125' (3.18mm) of center of case.2. See Reverse Side for Part Number and Circuit Selection Guide.3. For Full Wave Bridge, Single and Three Phase.

PRESS MOUNTING

^it - n we aSHTO SM TNK-M M-tastlSINGLE STUD

TO-3 OUTLINE L 'MOUNTING FLANGE

THREE PHASE, 'FULL WAVE BRIDGE

Ltr Inches Millimeters Ltr Inches Millimeters Ltr Inches Millimeters Ltr Inches Millimeters

A .032 Typ. ,81 G .830 Max 21.08 M .120 3,05 T 2.250 57,15B 1.0 Max. 25,4 H .930 Max. 23,62 N .34-40 8,64-10,16 U 1.125 28,58

C .187 Typ. 4,75 I .7505-.7545 19,06-19,16 P .135 Max. 3,43 V .156 Dia. 3,96D .25 Min. 6,35 J .875 22,23 Q 1.177-1.197 29,90-30,40 w .164 4,17E .125 Typ. 3,18 K 1.10 Max. 27,94 R .525R Max. 13,34 X .375 9,53

F .110Dia. 2,79 L 1.20 Max. 30,48 S .151-.161 Dia. 3,84-4,09 Y .50 12,70

37

TYPICAL FORWARD VOLTAGE DROP VS FORWARD CUmENTAT VARIOUS TEMPERATURES (Per Leg af (nip)

0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0 2.2 2.4

INSTANTANEOUS FORWARD VOLTAGE (VOLTS)

FIG. 1

PEAK SURCE CURRENT (Per Le«)

PEAK FORWARD CURRENT vs NUMBER OF CYCLESat Tc =100°C AND SINE WAVE INPUT

KHKI

^-^

oc

£<

1

o-100

oc

= *" *».UJ

s

s

i

10

c.i


FI6. 3

60 100

VT» VIB¥1

NEC*NEG Bl>CK NK Bl>CK

mAC »C AC

Hi

DERATING CURVE

MAXIMUM ALLOWABLE DC OUTPUT CURRENT

30

25

| 20

\\\%\\

VT VTA VTB

Z ,VTC VTD VTH

1 15C_3

S 12.5

5

75 100 125

CASE TEMPERATURE (°C)

FIG. 2

150 175 200

NONREPETmVE REVERSE POWER SURGEMAXIMUM ALLOWABLE PEAK SQUARE WAVE

REVERSE POWER VS PULSE DURATION

I04

Iff\ >Ns. c = 25°C*!S S

'•«

'-.^rc = ioo°c " XV XI0

2

PULSE DURATION (/tSEC.)

FIG. 4

104

PART NUMBER SELECTION CHARTTYPE 200V 400V 600V

FULL WAVE BRIDGE VT 200 VT 400 VT 600CENTER TAPCOMMON CATHODE VTA200 VTA400 VTA600CENTER TAPCOMMON ANODE VTB200 VTB400 VTB600THREE PHASECOMMON CATHODE VTC200 VTC400 VTC600THREE PHASECOMMON ANODE VTD200 VTD400 VTD6O0THREE PHASEFULL WAVE BRIDGE* VTH200 VTH400 VTH600

FIG. 5

•Assembly of VTC and VTD (200V, 400V, or 600V) in single

mounting flange. See drawing.

NOTE: Standard device has flags-only termination.To order TO-3 Mount add /T to part no.To order Single Stud Mount add /S to part no.


©VARO


(214)271-8511 TWX 910-860-5178

DLSQ32

25 Amp Fast Recovery Time Integrated Rectifiers VY Series

200 Nanosecond Reverse Recovery

100V, 200V, and 400V, Vrrm Ratings

150 Amps One Half Cycle Surge Current2000V Minimum Circuit-To-Case Insulation

MAXIMUM RATINGSAT T

A = 2S°C (unless otherwise specified)SYMBOL VY100X VY200X VY400X UNITS


VrmVRWM 100 200 400 Volts

Peak Repetitive Reverse Voltage vrrmPeak Reverse Voltage, % Cycle at 60HZ (non-rep) Vrm (non-rep) 120 240 480 VoltsRMS Reverse Voltage VR (RMS) 70 140 280 VoltsPeak Surge Current, V4 Cycle at 60HZ (non-rep)per diode (Fig. 2)

•f$m 150 Amps

Avg. Forward Current at Tc= 100°C (Fig. 1

)

lo 25 Amps

Junction Operating and Storage Temperature Range TJ. TSTG -65 to +1508C

NOTE case temperature (Tc) Is measured on bottom of case within .125 riches of center.ELECTRICAL CHARACTERISTICSAT T

A= 25°C (unless otherwise specified) SYMBOL UNITS

Maximum Instantaneous Forward Voltage Dropet 25 Amps per diode (Fig. 3) Vfm 1.8 Volts

Maximum Reverse Recovery Time, If 1 Amp,U- 2 Amp (Fig. 4) trr 200 nsec

Maximum Reverse Current at Rated Vrm andTc » 150°C, per diode *RM

5 mA

Thermal Resistance, Junction to Case Rej-c 1 °C/WInsulation Strength, Circuit to Case, Min. 2000 Volts DC

PRESS MOUNTING

» - is exaft*. eweauiD sm mm-n rhm*

SINGLE STUD

dplflLF""

ME L »TO-3 OUTLINEMOUNTING FLANGE

THREE PHASE.FULL WAVE BRIDGE

Ltr Inches Millimeters Ltr Inches Millimeters Ltr Inches Millimeters Ltr Inches Millimeters

A .032 Typ. ,81 G .830 Max. 21,08 M .120 3,05 T 2.250 57,15B 1.0 Max. 25,4 H .930 Max. 23,62 N .34-.40 8,64-10,16 U 1.125 28,58C .187 Typ. 4,75 I .7505-.7545 19,06-19,16 P .135 Max. 3,43 V .156 Dia. 3,96D .25 Min. 6,35 J .875 22,23 Q 1.177-1.197 29,90-30,40 w .164 4,17E .125 Typ. 3,18 K 1.10 Max. 27,94 R .525R Max. . 13,34 X .375 9,53

. F .110 Dia. 2,79 L 1.20 Max. 30,48 S .151 -.161 Dia. 3,84-4,09 Y .50 12,70

39

DC FORWARD CURRENTVSCASE TEMPERATURE

PEAK SURGE CURRENT (Per Diode) VS NUMBEROF CYCLES AT 60 Hz (SINE WAVE INPUT)

VYVYVY

VYA1, VYC), VYH

40 60 80 100 120CASE TEMPERATURE,

T

c , (°C)

140 160

" 150zo- 100

T ; AT OR3E.DW 100°(

owI/)

NUMBER OF CYCLES AT 60 Hz

TYPICAL INSTANTANEOUS FORWARD VOLTAGEDROP (Per Diode) VS DC FORWARD CURRENT

100T i= 15C °C

cV-L» <

10

i n

1 —!

—

0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8TYPICAL INSTANTANEOUS FORWARD VOLTAGE DROP

FIGURE 3 VFM . (VOLTS)

RECOVERY WAVE FORM

ForwardConduction



Time- 7

FIGURE 4

ANY OF THE CIRCUITS SHOWN BELOW ARE AVAILABLE IN THEVY SERIES. SPECIFY BY ADDING LETTERS "A", "B", "C" ETCAFTER THE "VY" IN THE PART NUMBER. SEE PART NUMBERSELECTION CHART.

rwi VYA| IVYBl

pos no

IVYCl

COS UFO

IVYDl

o d o il

IVYHIPOS RED 9mAC AC AC

UJ

CIRCUIT 100V 200V 400V

FULL WAVE BRIDGE VY100X VY200X VY400XCENTER TAPCOMMON CATHODE VYA100X VYA200X VYA400X

CENTER TAPCOMMON ANODE VYB100X VYB200X VYB400X

THREE PHASECOMMON CATHODE VYC100X VYC200X VYC400X

THREE PHASECOMMON ANODE VYD100X VYD200X VYD400X

* THREE PHASEFULL WAVE BRIDGE VYH100X VYH200X VYH400X

•Assembly of VYC and VYD (100V. 200V, 400V) in single mounting flange. Seedrawing.

NOTE: Devices have standard flag terminals as shown (187"-4.75mm).To order TO-3 Mount add suffix T" to part no.To order Single Stud Mount add suffix S to part no


©VARO


(214)271-8511 TWX 910-860-5178

DLS036

36 Amp, 3 Phase Full-Wave Silicon Integrated Rectifiers

R620 Controlled Avalanche Series with250V, 450V, 650V and 850V Minimum Avalanche Ratings

R630 Series with 100V,200V,400V, 600V and 800W^, Ratings

MAXIMUM RATINGS(AtTA = 25°C Unless Otherwise Specifled)

SYMBOL

(CONTROLLEDAVALANCHE)

UNITSR622| R624 R626| R628 R631 R632 R634 R636| R638


VRMVrwmVrrm

200 400 600 800 100 200

I

400! 600 ' 800 Volt

RMS Reverse Voltage Vr(rmS) 140J

280 420 560 70I

140 280 I 420 560 VoltAvg. Forward Current at Tc = 1 00°C >0 36 36 AmpPeak Surge Current, Vt Cycle@60 Hz(Non-Rep) atTc = 1 00°C (Fig 3)

'fsm 250 250Amp/Leg

Peak Surge Current, 1 sec.@ 60 Hz,TC =100°C (Non-Rep) FIRMS)

53 53Amp/Leg

Power Dissipation in V,BR , Regionfor 1 00 usee. Square Wave Prm

1500 NA Watt

Continuous Power Dissipation in V(BR)Region atTc = 50°C

Pr 4 NA Watt/Leg

Junction Operating and Storage Temp.Range

Tj, Tst, -65IO + 150 °C

NOTE: 1 . These valuesmay be applied underthree-phase, 60 Hz sine wave operation with resistive loads2. Case Temperature (Tc ) is measured on bottom of case within 0. 1 25" (3, 1 8mm) of center

ELECTRICAL CHARACTERISTICS(AtTA = 25° unless otherwise specified)

SYMBOL

(CONTROLLEDAVALANCHE) UNITS

R622 R624 R626 R628 R631]R632 1 R634 1 R636 1 R638

Minimum Avalanche Voltage V(BR) 250 450 650 850 NA VoltMaximum Avalanche Voltage V(BR) 700 900 1100 1300 NA VoltMaximum Instantaneous Forward VoltageDrop per diode at 25 Amps (Fig 2)

v F„ 1.5 1.5Volt/

Leg

Maximum Reverse Current at Rated VRWM Irm 5(Tc = 150°C) 5(TC = 150°C) mAMaximum Thermal Resistance,Junction-to-Case

R0jc 0.75 °C/W

41

1000

500

1 100

0.1

TYPKAl FORWARD VOLTAGE DROP n FORWARD CURRENTAT VARIOUS TEMPERATURES (Per Leg •( Mft)

^*^

=5 ^S-+r ,

- //

Ti- 150 C j — 25 C

—/"////

0.2 04 0.6 0.8 10 1.2 1.4 1.6 1.8 2.0 22 24INSTANTANEOUS FORWARD VOLTAGE (VOLTS)

FK. 1 FIG. 2

IBR DERATING CURVE

AVERAGE RECTIFIED DC OUTPUT CURRENT

VS CASE TEMPERATURE

SHORT TERM OPERATION

3E

IN THIS REGION

l 28Q_

O8 21

I 14o

S 7

\ ABSOLUTE\ MAXIMUM

CONTINUOUS OPERATION

WITHIN THIS ENVELOPE

\ RATING\ CURVE

50 75 100 125

CASE TEMPERATURE { C)

150 175

PEAK SURGE CURRENT (Pet Leg)

PEAK FORWARD CURRENT

VS NUMBER OF CYCLES AT Tc = 100 C AND SINE WAVE INPUTIHHI

100

10

C_

FIG. 3NUMBER OF CYCLES AT 60Hz

60 100

Ltr Inches Millimeters

A .032 Typ. ,81

B 1.0 Max. 25,4

C .187 Typ. 4,75

D .25Min. 6,35

E .125 Typ. 3,18

F .110 Dia. 2,79

G .830 Max. 21,08

H .930 Max. 23,62

1 .7505-7545 19,06-19,16

J .875 22,23

K 1.10 Max. 27,94

L 1 .20 Max. 30,48

M .120 3,05N .34-.40 8,64-10,16

P .135 Max. 3,43

Q 1.177-1.197 29,90-30,40R 525R Max. 13,34

S .151-.161 Dia. 3,84-4,09

« twttt P« ta l/_ _J \in ir *~y' " * c

Neg

PRESS MOUNTING

% - 21 MC J»u. WMMMKI SM TMMK-M HOI r»rtl

SINGLE STUDTO-3 OUTLINE t^

MOUNTING FLANGE

>

:

;

; ;

K:

A

NOTE : all devices have 1 .87" (4,75mm)FlagTermnals

To order:TO-3 mount add suffix T" to part No.Single-Stud Mount, add suffix "S" topart No.


©VARO


(214)271-8511 TWX 910-860-5178

30Amp CenterTapped Silicon Integrated RectifiersDLS 048

Controlled Avalanche Types with 250V,450V, and 6

Documents

Varo Semiconductor Silicon Rectifiers and Bridges 1981-82 Archive...VARO VaroDevicePartNumberIndexbyPageNumber VAROSEMICONDUCTOR,INC.,P.O.BOX40676 1000NORTHSHILOH,GARLAND,TEXAS75040