Datasheet W6262Z#120, W6262Z#240 Datasheet (Westcode Semiconductors)

Rectifier Diode

Types W6262Z#120 to W6262Z#240

The data sheet

on

the subsequent pages

of

this document is a scanned copy

of

data for this product.

(Rating Report 96DR07

Issue

1)

This data reflects the old part number for this product which is: SW12-24CXC2850.

This part number must

NOT be used for ordering purposes - please use the ordering

particulars

The limitations

Only ZC outline

No reverse recovery data

detailed below.

of

this data are as follows:

drawing (W7) in datasheet

available

The following links will direct you to the appropriate outline drawings

Outline

Outline

Where any information

W7

- 37.7mm Clamp height capsule

W42

- 26mm Clamp height capsule

on

the product matrix page differs from that

in

the following data,

the product matrix must be considered correct

An

electronic data sheet for this product is presently

For further information

on

this product, please contact your local ASM or distributor.

in

preparation.

Alternatively, please contact Westcode as detailed below.

existing

Ordering Particulars

W6262

Fixed Type

Code

ZC - 37. 7mm Clamp height capsule

ZD - 26mm

Typical Order Code: W6262ZD200, 26mm clamp height, 2000V V

IXYS

Semiconductor GmbH

Edisonstra~e

D-68623 Lampertheim

Tel:

[phone]
Fax: [phone]
E-mail: [e-mail]

IXYS

3540 Bassett Street
Santa Clara CA 95054 USA
Tel:

+1
Fax:
E-mail: [e-mail]

The

information contained herein

permission

In the interest

Devices with a suffix
and limits contained in this report.

15

Corporation

[phone]

+1

[phone]

of

and

in the

of

product improvement, Westcode reserves

code

is

manner

permitted by the proprietors

(2-1etter, 3-letter or letter/digitJIetter combination) added to

confidential and is protected by Copyright.

Z#

••

Voltage

V

Clamp height capsule

RRM

12-24

WESTCODE

An

~IXYS

Westcode

the

right to change specifications

Company

www.westcode.com

www.ixys.com

The

information

may

not

Semiconductors Ltd.

their

generic code are

be

at

any time without

used

or

disclosed except with the written

prior

notice.

not

necessarily subject to the conditions

code

/100

RRM

Westcode Semiconductors Ltd

Langley Park Way, Langley Park,

Chippenham, Wiltshire, SN15 1GE.

E-mail: [e-mail]

Westcode Semiconductors Inc

E-mail: [e-mail]

Fixed Code

Tel: [phone]

Fax: [phone]

Long Beach CA 90807 USA

Tel:

Fax:

©

Westcode

0

3270 Cherry Avenue

+1

(562) 595

+1

[phone]

Semiconductors Ltd.

6971

I Page Issue

:-

1

QUALITY

Rating Report No: 96DR07 Issue 1 Date: 2nd August, 1996

Origin: Q.E.L.

Written by: M

This diode consists

weld capsule.

Voltage Grades) A blocking voltage derating factor

V

RSM

V

RRN1

IF(AV) : Single phase: 50 Hz, 180

Double Side Cooled

Single Side Cooled T HS

13~

)

of

0.13% per deg. Celsius

)

to

this device for Tj below

of

a diffused 76

T

==

HS

==

AND

Diode Capsule

0

half

55°C,

100 ° C

EVALUATION

Checked:

mm

is

25°C

sinewave;

100

LABORATORY

Pages:

Type:

diameter silicon slice, reference DQHXC, mounted in a cold

applicable

°c

SW12-24CXC2850

C!Lf!t:.:t-ct~.

APproved:~

10

12

:

1300 - 2500V

: 1200 - 2400V

6268 A, 4616 A

2852A

- 24

I

: t

==

1

FSM

I

FSM

I2t : t = I

2

I

t : t = 10ms; T

T

HS

T

stg

Oms

: t = J

Oms

Oms;

: Operating Range

: Non-operating

) Double side cooled

half

sinewave; TJ (initial)

half sinewave; TJ (initial)

T J (initial) = 175°C; V

(initial) = 175°C; V

J

RM

RM

==

==

= 0.6V

$

175°C V

175

DC

V

RRM(MAX)

10V

RM

= 0.6V RRM(MAX)

RM

$IOV

11327 A

9885 A

67.0 kA

73.7

kA

: -40 To +175

:-5STo+17SoC

DC

-2-

R.R.

No. : 96DR07/CXC2850

R.R.

Issue : I

Page

Issue : I

Characteristics

=

A : T

B : T

C : TJ= 25°C

D:T

25°C

J

= 25 C

J

=25°C

J

°

A )

B)

V F = A + B.ln(iF) + C.i

C )

D )

V

at

IFM

FM

l\h(J-HS)

IRRM

V

fr

=

Double

Single side

: at V

RRM(MAX)

: at dIldt =

6800

side

A

cooled
cooled

(Maximum

+ D

F

) Steady-state d.c. and
) I $ a.c. resistive load.

values unless otherwise stated)

"iF

0.74 V

0.0647

mn

0.741315

-4.783379E-4

1.888101E-5

3.638078E-3

0.541253

2.842161E-3

3.968936E-5

: 4.131844E-3

1.18

V

0.011

K/W

0.022

KlW

: 150

mA

Reverse recovery

diR/dt =

Q

(total area)

RR

Q

(50% chord)

RA

trr

(50% chord)

IRM

Mounting

Outline

JEDEC Outline No.

Force

Drawing

NOTE:

at

IFM

= A; tp =

AI~lS;

V

RM

All characteristics are at T

= V

~LS

VJ

= T

Jma

,{

operating

: 27

(2700 -

: 100A293

unless stated otherwise.

-47

kN

4700

kg.£)

R.R.

No.

R.R.

Issue : 1

Page Issue : 1

- 3 -

CONTENTS

Ratings

Characteristics 2

: 96DR07/CXC2850

Contents

Voltage

Dissipation and Heatsink Temperature

Limit

Ratings 4

vs

Mean Current

Forward Voltage Characteristic

Transient Thermal Impedance Characteristic

Surge Current

and

12t

vs

Duration

of

Surge 9

Outline Drawing

3

5&6

7

8

10

Voltage Ratings

R.R. No. : 96DR07/CXC2850
R.R. Issue : 1
Page Issue : 1

- 4 -

Voltage Class

12
14
16
18
20
22
24

1.

This Report

SaleslProduction.

2. A blocking voltage derating factor

is

applicable

to

higher or lower voltage grades when supply has been agreed

V

RRM

V V

1200
1400
1600 1700
1800 1900
2000 2100
2200 2300
2400

of

0.13% per deg. Celsius is applicable

V

RSM

l300
1500

2500

by

to

this device for TJ below

25

DC.

14000

(j)12000

~

ell

~

§ 10000

:0

ell

0..

. iii

en

o

"0

"-

ell

2:

6000

o

lJ..

E

E 4000

.--------------.

Double Side Cooled

-------------

6 Phase

..

_---

_

..

-..

_-----

1

---.~.---~.---.~-

Phase d.c.

3 Phase

-----.----

:.

/---A-·-----·---·---·-fr--··--------

------,L~I

".--,,--.--:"-~

----

--,-----i----

-----------.---.----.

..

__

.......

_--------_.

Page
Page
R.R

No.

RR

Issue 1

No.
Issue 1

96DR07

5

2000----------

o

180

G'

o~

ci.

E

140

Q)

f-

.:;,c:

c

Ci5

120

..!-

ro

Q)

I

100

Q)

:0

'(ji

<fJ

80

'E

....

(I)

0.

E

60

::J

E

'x

ro

40

2

-_

..

_----

...

_-_ ....... -

..

--_....

...---------~---

..

-----

....

~---.

a 1000 2000 3000 4000 5000 6000 7000 8000 9000

_

..

-_._------------------

..

Mean Forward Current (Amps)

...

_---_

..

__

...

_ ...

_----

._-------_

(Whole

..

_-------_._-

--"

Cycle Averaged)

----------"

~~--.---

.. ----""

.-------.----

----r-

j

.._---

10000!

20

a

1000 2000 3000 4000 5000 6000 7000 8000 9000 10000

a

Mean Forward Current (Amps)

(Whole

Cycle Averaged)

Single Side Cooled

Page
Page
RR

No.

R.R

Issue 1

No.
Issue 1

6

96DR07

7000--

(j)6000

::::

C1l

S

......,

c 5000

o

:;::;

C1l

0.

'w

c5

4000

-e

ctl

§ 3000

u..

E

::J

.~

2000

ctl

~

1 000

----------------

----

--------~----'--

~

c-

__

---------r--A"-/--

-

------------------:

6

Phase

i

1 Phase d.c.

3 Phase

i

I

!--I~---~

~

l---r-----+-~

!

----:----~

i

__

l

------------+-----i---

-,

, i '

!

, ,

+--~

, ,

~~~

t
t

o

---------------'--

o 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500 6000

Mean Forward Current (Amps)

180 ----------------,---------------

.........

u

0......, 160

~

~

~

I

:0

'w

0.

E

c

C1l

(l)

(l)

r.n

'E

I-

m

0..

E

::J

E

'x

C1l

~

140

120

100 -

80

60-

40

20

-------""-"'''''

-----

----

---------------------

--~---

---------~

,

(Whole

----------

--+-----

, i

i-

Cycle

OJ

---~ -

ci

Averaged)

_:_-_··_··--1

--i-----!-

6500!

--------:----i

-------------;

0

"0

o

o 500 1000 1500 2000 2500 3000 3500 4000 4500 5000 5500 6000 6500

Mean Forward Current (Amps)

(Whole

Cycle Averaged)

Page No. 7

Issue 1

Page
R.R. No.

R.R. Issue 1

96DR07

,--.,

(J)

(l)

"-

(!)

CL

E

«

........-

.......

c

(!)

"-

"-

::::J

U

'"0

"-

co

~

a

LL

(J)

::::J

a

(l)

c

co

.......

c

co

.......

(J)

c

Forward

----------------------_.----_.----

--------------------,------------------;----------~-__/7.q---,-------

----------

--_._---------,----.

---r------!"-----

---i'--~

1000 -

-----'---------;----'---

: -175 C

Characteristic

----------------

-.-

..

-.-.--~----'/"---,~--+-.-+--:---~--+---;

0

of

Limit

-------------:

-,----+---~--~-

Device

! i .

;r----:;r--------

! I

) , .

A = 0.541253

B = 2.842161E-3

C = 3.968936E-5

o =

= 0.741315

A

B = -4.783379EA

= 1.888101E-5

C

D = 3.638078E-3

-~-~-~

--'-:

4,

131844E-3

----;-----1

100

0,6 0.7

0.8

0,9

1.1

1,2

Maximum Instantaneous Forward Voltage (Volts)

1.3 1.4

0.1

-

0.01

~

-

C1>

t.)

C

ca

"C

C1>

Co

E

ca

E

...

C1>

0.001

..c

t-

0.0001

0.001

/

Transient Themallmpedance (Junction to Heat Sink)

KIW

I--

-

v-

f"i-'"

.......

~

~

~

i..-'

/'

-

0.022

s.s.c.

0.011

D.S.C.

KIW

V

~

.......

.......

I..--'

V

V

~

V"

./

/

L-

_____

-

1.

-------

10

-

::0

?J

- z

!ll

c .

CD

.....

100

::0

?J

0

«>

(J)

o

::0

o

........

""0 ""0

I\)

to

to

CD

- z

!ll

c .

CD

.....

I\)

CD

0

(X)

0.01

-

0.1

---------

Time (Seconds)

Maximum Non-Repetitive Surge Current

c:x:

....

c

e

...

:I

ON

OJ

C0 <{,

OJ

....

:I

(/)

OJ

N-

c

.-

(/)

~

:r:

X

C'\'l

Q)

a.

.s

o

f-

1000000

Cf)

0

..-

X

~

100000

E

:::l

.~

X

CO

~

~

10000

:1

. I

@ Initial Junction Temperature

175°C

I i

I

,

1.·

!

.[

I '

I

I I

I,··

i I

I~

i i

~~-i-i

~.r-i'N~~·

I·

..

-t

.

jl

.

I

.

:~IIII

1

3

is'

·f---·-·---·

-~

-II-~

-------T·

r----·--j-

r-rir----

i

.1

II

I I

Ii : i I

Ii

II

....

....

+.

-

1-"

·1·

I

~

.

I-+-'---f

Mf~.'''------··--''-ll-

I : I I

, !

11

I I I I

LUl

------..i

o

f

I !

'1

IJ

i-I-t'i'

.UJk

.--

....

"-1--'

t-L

I

11

J :

II

Iii

Ii

r-t

j

L

156

."

....

L

..

--------100.

2

I tVRRM =10V

2

I t:60%V

RRM

~.,

IFSMVRRM=10V

IFSM:60%V

RRM

..

;o;O"U"U

~;u~~

_.

1Z

c:

(J)

_1.

(J)

Z

CilZ

9 Cf) 0

CD

c:

(j)

(J)

0

;0
0

--.j

(J)

.

CD

Duration

of

Surge (ms)

Duration

of

Surge (Cycles @ 50 Hz)

ACAU

Ktr:1

UUAL:J-l

TYPE

~!

l~nERNATIONAL

~!

G.A.

DWG

~i

WEIGHT.

::::1

~I

F!NISH.

~I

DEVICE

sir

CENTRE

:701

DISTRIBUTED

c:

SURFACES

~I

CLAMPING

~I~------------------------------------~--------------------~

i:51

iSl

~'I

~!

~II

IviOUNTING:

LINE

1·---·-----

i

III

OUTLINE

1\10.

159B100H601

I.

7kg

~'·J!CKEL

TO

FORCE

PLATE

CLAMPING

OF

LOCATlmJ

OVER

AREA

WHICH

DEVICE

= 3700±1000kgf.

/

i·lo.

FORCE

HOLES

OF

COI\ITACT.

IS

CLAMPED

//~-

///

/ /

,///---

-10-

TO

BE

AND

(37±

/.\,PPLIED

BE

EVENLY

FLAT

TOL.

TO

BE

IOkN)

--~

ON

0.04

ON

WiDE.

I

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

_-----r----....

I

~~.

CXC974
CXCISC
CXCI8C
CXC20C
CXC21

CXC26C
CXC30C

~"

~

--......

.....

/",

C(C32C

CXC28S0

C

0.3.6/3.5x.3

DEPTH

/:~

2-HOLES,

~~b;~~E

\

NUMBER

MIN.

m1E

Ar~D

ONE

:11 /

~1

~I

~I

~

~

S I \ 1

~

I

QJ

~

;:;:

::2

61'

~

~

I!

~-J---~~-------

\;~J&~b,~PJ

\

~

: ?

/;/

~

"M~

41

~

I i

\ " 1

,",,"',

\

"\...~"

''''

....

........

""'~~~.--.__

I-

1

I

J

j

\

t

I

I

i.

:

X\\\

I / \

~

n L 1 r r

J

ll~J

"-........"~//

~~

Leu

I

I

rfJ73.1

±O.1

I

I

:

(~n··

o,li{ i

t;lA

/

//

//

vLj

/

/

____

~,/

-I

I

1

I

I

~:

•

I

I

(073.1

±O.·I

(~

,

;

j

;',

CREEP
OVER

CONVOLUTIONS

:::::

41.5

PATH

MIN.

--::ll.fll

~IUjj--r

~I::.i§;

~II

~I!~:

~

"I

~I

;::;;!

is'

i

Lf)

II.~

;z

E~i~)

POBOX

i,~

~

W I i

J co

WESTCODE

57, CHIPPENHAM,

TEL

0249

441000.

TELEFAX

SEMICONDUCTORS

WILTSHIRE,

0249

441250/659448.

SN15

UL,

LTD.,

ENGLAND.

I

J

Drawing Number – W7

Outline Number – 100A293

Weight 1700g

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

Drawing Number – W42

Outline Number – 100A310

Weight 1200g

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