Westcode Semiconductors W0735S040, W0735S150, W0735RX040, W0735RX150 Data Sheet

Rectifier Diode Stud

Types

The data sheet

W0735S/RX040 to W0735S/RX150

on

the subsequent pages of this document is a scanned copy

of

existing

data for this product.

(Rating Report

This data reflects the old part number for this product which is:

96DR08 Issue 1)

SW02-15PHN/R470.

This part number must NOT be used for ordering purposes - please use the ordering

particulars detailed below.

The limitations of this data are as follows:

Only

S/RA

outline drawing (W23)

in

datasheet

No reverse recovery information available

Device no longer available at grade

02 (200V V

RRM

)

The following links will direct you to the appropriate outline drawings

%" Glass and metal stud

in

the following data,

Outline

Where any information

Outline W23 -

W27

- %" Glass and metal stud removed

on

the product matrix page differs from that

the product matrix must be considered correct

An electronic data sheet for this product is presently

in

preparation.

For further information

on

this product, please contact your local ASM or distributor.

Alternatively, please contact Westcode as detailed below.

Ordering Particulars

W0735

S/RA

Fixed Type

Code

S/RB -

- %" Glass and metal stud

%" Glass and metal stud removed

Typical Order Code: W0735SA120, Normal polarity %" Glass and metal stud, 1200V V

IXYS

Semiconductor

Edisonstrar..e 15

D-68623 Lampertheim
Tel:

[phone]

Fax:

+496206

E-mail: [e-mail]

IXYS Corporation

3540 Bassett Street

Clara

Santa

Tel:

Fax:
E-mail: [e-mail]

CA

+1

[phone]

+1

[phone]

503-627

95054

GmbH

USA

S/R#

••

Voltage code

V

/100

RRM

04-15

Westcode Semiconductors

Langley Park Way, Langley Park,

Chippenham, Wiltshire, SN15 1GE.

WESTCODE

An

DIXYS

Company

www.westcode.com

www.ixys.com

E-mail: [e-mail]

Westcode Semiconductors Inc

Long Beach

E-mail: [e-mail]

Fixed Code

Tel: +44

Fax: +44 (0)1249 659448

(0)1249444524

3270 Cherry Avenue

Tel:

+1
+1

Fax:

0

RRM

Ltd

CA

90807
[phone]
[phone]

USA

The

information contained herein

permission

of

and in

the

In the interest

Devices
and limits contained

of

product improvement,

with a suffix

in

is

confidential

and

manner permitted by

Westcode

code

(2-letter, S.letter or ietter/digiUletter combination) added to their generic code are

this report.

is protected by Copyright.

the

proprietors

Westcode

reserves

the

right to change specifications

The

information

Semiconductors Ltd.

at

may

any

not

be

used

or

disdosed

time

without

prior notice.

not

necessarily subject to the conditions

except with the written

©

Westcode

Semiconductors Ltd.

I Page Issue

QUALITY AND EVALUATION LABORATORY

:-

1

Rating Report No: 96DR08 Issue 1

Origin:

PAR

96012 Pages:

Diode Stud Base

/19

j r

1-._

.I

/J

Written by:

spring pressure in a stud base, top-hat housing with a flexible lead.

Voltage Grades
V

RSM

V

RRM

IF(AV)

IF(nns) Max.

IF Max.

I

FSM

(

~.fo~

This

diode consists

: Single phase: 50

:

t'"

lOms

half

) A blocking voltage derating factor
)

)

sinewave; TJ (initial) =

.

of

a diffused 24

of

0.13%

per

deg. Celsius is applicable

to

trus device for TJ below

Hz,

180°

half

sinewave; TeASE = 140°C

(Limited by connecting lead)

(Limited

Type:

Checked:

mm

diameter silicon slice, reference DDLXNIR, mounted

by

connecting lead)

190°C

SW02-15PHNIR470

('1

gt~

2YC

V

'"

O.6V

RM

RRM

Date: 23rd Aug. 1996

Approved:

(MAX)

11

//

/C)~·

02 -

:
: 300 - 1600V

: 200 - 1500V

: 350 A

550A

550A

9.0kA

p~

15

under

I

: t = 10ms

FSM

2

I

t : t = lOms; T

2

I

t : t = lOms; T J (initial) = 190°C; V

I2t :

t'"

TeASE:

T

: Non-operating

stg

half

sinewave; TJ (initial) '"

(initial) = 190°C; V

J

3ms; TJ (initial) = 190°C; V

Operating Range

RlvI

RMs

RM

190°C

= 0.6V

lOY

S lOY

RRM

V

RM

(MA)()

slOV

10.0

kA

: -40 to +190

: -55 to +190

°C

°C

-2-

Characteristics (Maximum values unless otherwise stated)

A :

TJ==

2YC

B : T

==

25°C

J

= 25

J
J

= 25

D

C

D

C

C : T

D : T

R.R. No.
R.R. Issue. 1
Page

Issue 2

0.79

0.342

-1.98094636E-02

96DR08IPHNtR470

V

m.O

0.933861601

2.35239372E-04

5.52084713E-03

A )

B)

V F = A + B.ln(i

C )

D )

V

at

IFM

==

at

at

dIldt =

V

1500

RRM(MAX)

diR:'dt =

chord)

Torque

FM

~(J-C)

~(C-HS)

IRRM :

V

:

FR

Reverse recovery at r

Q

(total area)

RR

Q

(50'Yo

RA

tRR

(50% chord)

IRl\1

Mounting

FM

)

F

==

AJr.tS;

+ C.iF + D

A;

tp

V

RM

=

.y

iF

)lS

= V

0.717850746

-1.l3820768E-02

2.83402379E-04

6.1013343IE-03

1.3

V

0.13

KlW

0.04 KIW

: 15 rnA

: 2.5 - 2.77 kg.m

Outline

JEDEC

Drawing

Outline No.

NOTE:

All characteristics are at T Vl = T

Jmax

operating unless stated othenvise.

lOOA281

:

CON1ENTS

Ratings

- 3 -

R.R

No.

RR

Issue. 1

Page Issue 2

96DROSIPHNIR470

Characteristics

Contents 3

Voltage Ratings 4

Device dissipation calculations 5

Calculating Vf using ABCD Coefficients

Thermal Impedance Calculation

Dissipation and Case Temperature

Limit Forward Voltage Characteristic

Transient Thermal Impedance Characteristic

Surge Current

Outline Drawing

Changes

Page 2

and

1

V

FM

2

t Vs Duration

at

IFM

Vs

Mean Current

of

Surge

change from 628A

to

1500A

to

bring in line with PHN300/400 test current.

2

6

6

7

S

9

10

11

Voltage Ratings

- 4 -

R.R.

No.

: 96DR08IPHN/R470

R.R. Issue. 1
Page Issue : 1

Voltage Class

2

4

6

8

10
12
14
15

1.

Tins Report is applicable to higher

SaleslProduction.

2.

A blocking voltage derating factor

V

RRM

V

RSM

Volts Volts

200

400

300

500
600 700
800

1000

900

1100
1200 1300
1400 1500
1500

or

lower voltage grades when supply has been agreed by

of

0.13% per deg. Celsius is applicable to this device for TJ below 25"C.

1600

1.

Device Dissipation Calculations

Where

Vo

=O.79V, r

=O.342

s

Rth

mn

= Supplementary thermal impedance, see table below.

R.R. No 96DR08/PHN1R470
R.R. Issue 1

Page Issue

-5-

Computer Modelling Parameters

W

ff

AV=-

L1T

Rth

= Form factor, see table below.

Conduction Angle

quarewave

Side Cooled

Single
Sinewave

Side Cooled

Single

Conduction Angle

Supplementary Thermal Impedance

30° 60°

0.1477 0.1397 0.1367

90°

120°

0.1351

0.1324 0.1317 0.1312 0.1308

Form Factors

3.46 2.45

3.98 2.78

90°

2 1.73

2.22 1.88

120

180°

0.1332 0.1306

0.1298

0

1.41

1.57

d.c.

d.c.

1

2.

Calculating Vf using ABCD Coefficients

IF

Vs

The on-state characteristic

tangent used for rating purposes and (ii) a set
representative equation for V F in tenns

VF, on page 8

of

IF

RR

No.

RR

Issue 1

Page Issue : 1

-6-

is

represented in two ways; (i) the well established

of

constants A,

given below:

B, C,

D, forming the co-efficients

: 96DR081PHN!R470

Vo

and

rs

of

the

V f = A + B *

The constants, derived

where possible. The resulting values for VF agree with the true device characteristic over a current range
which is limited

to

A

B

C

D

3.

Thennal Impedance Calculation

by

curve fitting software, are given in this report for both hot and cold characteristics

that plotted.

190°C

Coefficients

-1.9809463E-2

2.35239372E-4

5.52084713E-3

~

ft

=

.L..ip=1

In

(Ir) + C * (Ir) + D *

0.933862 A

B

C

D

p=n

fp

(1

- e

_..l..)

1:p

25°C

jf;

Coefficients

0.717851

-1.l3820768E-2

2.83402379E-4

6.l

0 133431E-3

Where

pool

t

rr

r p

r

p

Term

r

t)

It)

to

n,

n is the number

==

Duration

==

Thennal resistance at time

==

Amplitude

==

Time Constant

of

heating pulse in seconds.

of

pth

of

of

tenns in the series.

t.

teml.

pth

term.

D.C. Stud Base Cooled

1

1.178635E-OJ

2 3

6.

872926E-03 3.721224E-03

1.457910E+O 1.03 8778E +00 9.527481E-02

4 5

8.985249E-04

4.601923E-03

1.227743E-03

1.026993E-04

Page

Dissipation and case temperature

Vs mean current

600~---------r--------~----------r---------'----------r--------~

cn

500

+---------~--------~----------+---------~---------+~~----~

-

m

-

No
Page Issue
R.R.

No

R.R.

Issue

d.c.

7

1

960R08

~

§

400

:;::;

+---------~-------~-----

~

.U5

.~

300+----------+----

o

"'Cl

.....

m

~200+_--------~-----~~~~----~--------+_------~--------~

o

u..

E

::s

.s

1004~--------~~------~---------+_--------+_--------+_---------1

x

m

:2

6 Phase

3 Phase

I

----~~---/------+--------~--------~

O-~;~------~----------+_--------~--------_+----------~------~

----

u

o

'-'

ci.

E

(l)

I-

(l)

U)

(1j

U

(l)

..0

U)

U)

o

200

.----------r---------,----------~--------~--------~--------~

180

-/----

160

-j-------l-~--------''''d__-_",o.c_~

-----

140

100

Mean Forvvard Current (Amps) (Whole Cycle Averaged)

-----

200

.-~-+~-+---

300

-+---------1---------+----------

400 500 600

·E

Q)

120

-

CL

E

::s

E

·~100

-.

:2

I

i

t-----.~-

I

~

jg

~

n..

--

'f'

<D <D

(j) (j)

<1l

.c

__

n..

C')

_j---_+-

<1l

.c

n..

80

~L·----------10~O---------240-0-+-------30~O~--+----4~O-O---------5~OO----+----6~OO

Mean Forvvard Current (Amps) (Whole Cycle Averaged)

__

~

__

~

I

___ J

10000

Forward Characteristic of Limit Device

Page.

Page Issue

R.R.No.
R.R.

Issue

8

1

96DR08

1

..-...

en

(])

....

(])

a.

E

$

+-'

c:

Q.)

....

....

::J

U

"C

....

ro

~

0

u..

en

::J

0

(])

c:

ro

......

c:

ro

......

tfJ

c:

1000

!'

I

/

(!

~

~

II

/

/

II

II

I

V

V

/

~

~

V

~

25°C

V

V

..-

V

l7'

V

~

190°C

A = 0.717850746

B = -1.13821E-02

C = 2.83402E-04
D = 6.10133E-03

25°C

A = 0.933861601

B = -1.98095E-02

C

= 2.35239E-04

D

= 5.52085E-03

~

V

V V

V

V

190°C

V
V

V

'/

~

V

V

I

100

0.5

I

I

I

! I

Maximum Instantaneous Forward Voltage (Volts)

I

1.5

2

I

I

!

i

2.5 3

3.5

TRANSIENT THERMAL IMPEDANCE (Junction to Case)

-

~

UJ

o

z

«

o

UJ

a..

~

..J

«

~

a:::

UJ

J:

0.01

I-

0.001

~-==±==f=r

---

j--r-+-ll

r I

--

! i II i I

'

i·

lutHlll1

-tll

I I I

I,

I

1

i

,:11

./

1:/

rt0

I I

0.001

0.01

II

I

111111

I I I

III

0.1

I I

1-4

I I

III

1

I I I I I I I

II

10

I I I I

II

100

0.13 KIW

;:0 ;:0 "U "U

. .

;:0 ;:0

•

iii

Z -

(J)

0

c .

<ll

ID

C))

o

;:0

o
en

0) 0)

co

<ll <ll

(J)
(J)

C

<ll

co

ID

TIME (Seconds)

1.00E+05

Maximum Non-Repetitive Surge Current

Initial Junction Temperature 190°C

@

i I I I I I I I I III

~--

--+-+1

.---.--

..

-~

--===~.'

---

-._-

--'

----'111I'j

I

J

-+--j

---

I-l-ttl

I 1 I I

I----I---t-H-

I I I 1 I I I

F+-R

r-1

-~-lIJ

--ilf-

I I i I I -

I i 0 "

I .

I

. I

H·

jr

H-I

'i.

1.

! I J ,

J I i

"

rr.

1---

.

I I I I III I I I III .

VJ

./"1

yVI

~I-l-r

12tr-1

VR

Rt-'M

1

l

L

~V

r-

vi" I" 1 1 1 1

"t60%VRRM""

1

10V

. 1 OOE+07

__

l-l-l-l

~

~

iJ

•

::l 1 OOE+04 -

e>

(f)

s-.---+.....

U>

!::=

~

~

• ·

Q.--t---~4-r8Q.1

~

I-~

1.00E+03 l

~

~Iffi~'r

-.

----

'-

----

.-.-----I

.---

Pr

,-

Duration

-+----

--

I I ! 1 • i I

I

,,~

._--1

1='

. -

i . j 1

' . I

1

-1-

I

I I

I I J I

1

of

Surge (ms)

I, I i I I

h~1

.

-+

-

---"----t-

~L

-1- ,

i

~

1

i I

~

....

I I 1 I \ I I 1 ,

3

I.

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N-'

1 +-1

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5

Tl

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14

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10

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-=:::::",

i

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IL

/'

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~

I 1

//

././

LL

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~r--~

I

'I

Duration

/"L

,,!":

<:;.d-

k:::r--~

-

I I '60%VRRM

I

~

,_____

_

~

_........

11

11

I I

,5

of

Surge (Cycles @ 50 Hz)

10

--,

,~~

1

1

I

1',

i',

__

I~

JJ.llJU

1 I I

111

i

-I-

-1.

-+

-+

, , , , ,

-l _

!1"'1,-.___ .

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50

-1

~

~

......

~

,

100

ITSM:VRRM

TSM.

'1

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10.,

V

-+-

~

~

100E'06.~

r "

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o

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~

en

C

CD

.....

<t>

.....

o

1.00E""

c:nz-

en 0 en

c'

CD

~IIN

TERN A TIONAL

~I

G.A.

DWG

:£

WEIGHT.

t;1

mJIC'1-J

--.

r

11

o

~

DEVICE

~

(2.77-2.Skqf

~

NOTES:

§

DEV!CE

5

TYPE

~r-------------------------------------~--------------------~

1-.J1

I.

~~o.

250
RPIGHT

WI

MOUtHING:

OU

TUNE

~'Io.

No.1

02f\.216H05

GRA,MS

\ r I

t,.llrKEL

11'--'

~

PLATr:-

1'-\

I,AOUNTING

m)THREf\.OS

MARK!i'lG

SPEC

!NCLUDES

No.

Nm

21.4

4.3

MAX

THICl<~~ESS

_
_

L

TOROUE

MUST

NOT

MONOGR,f'"M,

POLARITY

MAX

!~

-[1-

27-24.5Nm

BE

LUBRICATED

SYMBOL.

~~

I

.!

PHN/R17D
PHN/R300
PHN/R400
PHN/R470

m 2

--t@1

w

2:

~

u..

w

U

x

w

a

w

v)

o

-'

u

Vl

is

w

[l)

J-

o

Z

>-

<.(

'"

z
o

;:::

«

0::

'"

o

lL.

~

FOR

3/8"

UNF

POLAITY

N R

i •

.31.62

/ 31.42

M10

OR

SCREW

~

A/F

3/4"-16Ui'JF

~-t.:=-t-

/J.-------~

W

...-..,1

------6

------

MAX

~1

co

0-J

-2/\

f-

::c

C)

W

::c

0

z

w

CD

z

2:

0

"-

1

X

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21

Nt

0

+1

a

0

N

;}.V)

!C'J

.

;;'

I

zl

~I

§i;1

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51

GO

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_____________

~

c.::

1

I

~18

P.o.

WESTCODE

BOX

57, CHIPPENHAM, WILTSHIRE, SN15

TEL

0249

441000.

SEMICONDUCTORS

TELEFAX

0249

659448,

441250

& 4411.33. I

DWG.

----1!'DWG

LTD..

IlL,

~

\..'fJ

COMPLIES

[lIMNS.

IN

t~O··l

OOA281

ENGLAND

~

'c::::::::J

V'n

TH

8S

.308.

MILLIMETRES'-----j

i

I

!

Drawing Number – W23

Outline Number – 100A281

Weight 250g

Westcode Customer Services email: [e-mail] Telephone: [phone] Fax: [phone]

Drawing Number – W27

Outline Number – 100A284

Westcode Customer Services email: [e-mail] Telephone: [phone] Fax: [phone]

Weight 250g