Westcode Semiconductors W2054NC360, W2054NC450 Data Sheet

Rectifier Diode

W2054NC360 to W2054NC450

The data sheet

on

the subsequent pages of this document is a scanned copy of existing

data for this product.

This data reflects the

number must

NOT be used for ordering purposes - please use the ordering particulars

(Rating Report 97D05

old part number for this product which is: SW36-45CXC920. This part

Issue 1)

detailed below.

The

limitations of this data are as follows:

No recovery data available

in

this datasheet

Please use the following link to view an up to date outline drawing for this device

Outline

W5

Where any information 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

in

preparation.

local ASM or distributor.

Alternatively, please contact Westcode as detailed below.

Ordering Particulars

W2054

NC

Voltage code

Outline Code V

Fixed Type Code

Typical

IXYS

Edisonstra~e

D-68623 Lampertheim

Tel:

Fax:
E-mail: [e-mail]

IXYS Corporation

3540 Bassett Street
Santa Clara CA
Tel:

Fax:
E-mail: [e-mail]

The information contained herein is confidential and is protected by Copyright. The infannation may not be used
permission

In the interest
Devices with a suffix code (2-letter, 3-letter

and

Order Code: W2054NC360, 27.7mm clamp height, 3600V V

Semiconductor

[phone]

[phone]

+1

[phone]

+1

(408) 496 0670

of

and

of

product improvement, Westcode reserves the right to change specifications at any time without prior notice.

limits contained

GmbH

15

95054 USA

in

the manner permitted by the proprietors Westcode Semiconductors Ltd.

in

this report.

Fixed

An

[1IXYS Company

or

letter/digitl1etter combination) added

E

TOE

www.westcode.com

www.ixys.com

to

their generic code are not necessarily subject to the conditions

••

/100

RRM

36-45

RRM

or

disdosed except with the written

0

Fixed Code

Westcode Semiconductors Ltd

Langley Park Way, Langley Park,

Chippenham, Wiltshire, SN15 1GE.

E-mail: [e-mail]

E-mail: [e-mail]

Tel: [phone]

Fax: [phone]

Westcode Semiconductors Inc

3270 Cherry Avenue

Long Beach CA

Tel:

Fax:

© Westcode Semiconductors Ltd.

90807 USA

+1

[phone]

+1

[phone]

'iiiE"lli~ID;'''ID'>E''lilll:1

II.

:::::::::::::::::::::::::::::::::::;:::::::::::::::::::::;::::::;;:;:;:::::::::::::;:::;;:::,:::::::;::::::::::::::::::::::::::'

••••

:rs··E:MI·~:Qk'D'··I~m;\BS·············

::::;Q~.:

VRR'"
V

.II.I...

..

:::::-~--;-._:

.::,.jy:~:.'.j~l.

..

U.

..

:~:_:~~V::Y]:L

....Nm

Type SW36-45CXC920

VOLTAGE RATINGS

Repetitive peak reverse voltage, (note 1).

RSM

Non-repetitive peak reverse voltage, (note 1).

.

,~::V-:r\.~:.::·

__

:~:.

Rectifier Diode

Date:- June 97
Rat. Report.97D05
Issue

:-1

MAXIMUM

LIMITS

3600-4500 V
3700-4600

UNITS

V

RATINGS

IF(,V)
IFt,V)
IF(RMS)
IF(d.o,)
I

FSM1

IFSM2

1'1
1'1
1'1

T

HS

T

"Q

Notes:-

1)

2) Double sided cooled, single phase; 50Hz,

3)

4) Half-slnewave,

5)

Mean on-state current, T
Mean on-state current, T

RMS

Nominal
D.

C. on-state current, T
Peak non-repetitive surge
Peak non-repetitive surge tp=10ms,

11

capacity for fusing tp=1 Oms, VR",=0.6V

11

capacity for fusing tp=1 Oms,

11

capacity for fusing tp=3ms,
Operating temperature range.
storage temperature range.

De-rating factor

Single sided cooled, single phase;

Double sided cooled.

on-state current, T

of

0.13% per K is applicable for T

160°C Tj initial.

HS=

55

HS=

100·C

HS=

25·C.

tp=10ms,

VR~lOV,

50Hz

·C,

100'C.
(Note 3)

HS=

25·C.

(Note 5)

VRM=O,6VRRM,

VR~10V,

VR~1

OV,

180·

half-sinewave.

180·

half-sinewave.

(Note 2)

(Note 2)

(note 4).

, (note

RRM

(note

4).

(note 4).

below 25°C.

j

(note 4).

4),

MAXIMUM

LIMITS

2055, 1455

920 A

3750

3380
19000 A
20900

1.81

x 10"

2.19 x

10·

x

10·

1.62

-40

10

+160

-40 to +160

UNITS

A

A
A

A

A's

2

A

s

2

A

s

°c
°c

SW36-4lCXC920 R.t. R'1l. 97005

bm'

1 Juno

97

Page 2

of

12

CHARACTERISTICS MIN

Maximum

V

FM

Threshold

Vo

Slope

R.

1J.~

Peak
Thennal

Ra

Thennal

F

Mounting
Weight.

WI

Notes:-

1)

Unless

peak

voltage.

resistance.

reverse

resistance
resistance

force.

otherwise

on-state

current.

indicated

vo~age.

junction
junction

T,=160·C.

to
to

heatsink
heatslnJ<

19

TYP

-

-

-

-

-

-

-

MAX TEST CONDITIONS

IFM=3000A.

-

-

-

-

-

-

-

510

1.7

0.80

0.30

50

0.022

0.044
26

-

Rated
Double
Single

V

RRM

sided

sided

•

cooled

cooled

UNITS

V
V

mO

mA

KN.J
KN.J

kN

9

SW36-45CXC920

Rat

Rep.

97005 Issue 1 June

97

Page

3 or I 2

Introduction

Contents

Ratings
Characteristics
Contents
Voltage Rating Information
Computer

Modelling Parameters
Device Dissipation Calculations
ABCD Coefficents
Thermal

Mean Forward Current
Mean Forward Current

Mean Forward
Mean Forward Current

Impedance Calculations

vs

Power Dissipation Double Sided Cooled

vs

Heatsink Temperature Double Sided Cooled

Current

vs

Power Dissipation Single Sided Cooled

vs

Heatsink Temperature Single Sided Cooled
Limit Forward Voltage Characteristics
Transient Thermal Impedance Characteristic

2

3

4

5

5

6

6

7

7

8

8

9

10

Surge Current and 12t

vs

Duration

of

Surge

Layout Drawing & Ordering Information

SW)6~45CXC920

Rat.

Rep.

97[.>{)5

Issue 1 June

91

Page 4

of

12

11
12

Voltage Ratings

Voltage Grade 'H'

36 3600 3700

38 3800 3900
40
42

This

report is applicable

Sales/Production.

A blocking voltage de-rating
25

cc.

VFSM

VFRM

VRRM

V V

4000
4200 4300 2040

to

other and higher voltage grades when supply has been agreed

factor

of

0.13% per deg Celsius is applicable to this device

VRSM

4100

Computer Modelling Parameters

1.

Device Dissipation Calculations

+

'V

2

-4*ff2
ff2

*

rs

Where

Va=

0.80 V, rs=0.30

-v

1 -

AV

mOhms

0 V 0 s

- 2 *

*r

*(-w

AV

VF VR

D.C.

1900
1950
2000

by

for

T J

below

)

W =

Rth

ff

flT

AV

R

lh

= Supplementary thermal impedance, see table below.

=

Form

factor, see table below.

Squarewave Double
Side

Cooled
Squarewave Single 0.0582 0.0540
Side

Cooled
Sinewave Double
Side Cooled
Sinewave Single
Side Cooled

0.0317

0.0538

0.0271 0.0252

0.0496 0.0478

0.0514 0.0497

0.0229

0.0467

0.0477

0.022

0.044

0.044

SW36--45CXC910 Rat. Rep.

971)(15

!!.sue I June

97

Page 5

of!

2

2.

ABCD Coefficients

The on-state characteristic

tangent used for rating purposes
representative equation for

VI

= A + B.ln(lf) +

The constants, derived by curve fitting software, are given

characteristics where possible. The resulting values for
a limited current range which is generally that over which the curve is plotted.

160°C

Coefficients

A

8

C
D

3.

Thermal Impedance Calculations

Where p ;: 1 to

t
rt
rp;:
tp;:

n,

n is the number of terms

;: Duration of heating pulse
;:

Thermal resistance
Amplitude

Time Constant

of

IF

vs

VF

and

VF

in

terms of

6.137258 x 10'

-2.801941 x

1.561647 X

1.534938 x

pth term.

of

10"L

10-4
10""

r,

=

at

time

pth term.

is represented

(ii) a set of constants A, 8,

iF

given as:

in

two ways;

(i)

the well established Va and

C,

D,

forming the coefficients

C·(lf) + D·fil

in

this report for both hot and cold

VF

agree with the true device characteristic

25°C

Coefficients

1-

6.866731 x

1.348722 x

1.199521 x 1

7.579789 x

e

-,~

A

8

C
D

I;:~rp(

in

the series.

in

seconds.

t.

10'

10"L

10""

)

O"~

of

rs

the

over

D.C. Double

Term 1 2 3 4

rp

tp

Term

2.80202

rp
tp

SW36-45CXC920

1.155655 x

9.222825 x

1

x 10'< 4.27556 X

5.445761 2.121661

RAt.

Rep. 97D051ssue I June 97 Page 6

10"L

5.055660 x 10""

10"

1.703512x

2 3

10-0 5.20318 x

of12

10'

D.C. Single Side Cooled

2.48842

Side Cooled

2.503056

4.453273 x 10'"

0

10-

3.71583 x

x 10'

7.61462 X 10'" 1.40677 x 10'

x

lO"J

1.549315x10"J

1.143316x10·"

4

10"

5

2.00592 x 10"'

5

1.736643 x

1.582146 x 10'"

6

1.70787 X 10"

L

1.71541 x 1

10"0

0-<

7000

_6000

~

"'

~5000

C

o

+::l

[ 4000

,-

f/)

,!

c 3000

'E

"'

~

2000

LL

E

:l

1000

E

')(

"'

:E

0

~

./

o

Mean Forward Current (Amps) (Whole Cycle Averaged)

~

500

V/

/

~

V

~

Double Side Cooled

3 Phase /

6

Phase

/ /

/1

/

V/

V

/'"

V

/

/

L

V

h

~

/

/1/

//

V

/"

V

1000

1500 2000 2500

I

/

1/

I

/'

,/

I

/

,

/

/1

Phase

/

Page

No.

Page

Issue

RR

No.

R.R

Issue 1

.1-

d.c.

/

V

!/

3000 3500

7
1

97D05

/

V

-

0

0

"-:'

C.

E

(1)

t-

~

C

,-

en

I

-+J

(1)

"'

:J:

(1)

:c

'en

,!

E

...

(1)

a.

E

:l

E

')(

:E

"'

160

~

~

.........

140

120

100

80

60

40

~

I\..

""

'"

"

.........

"

\

\

\

i'.....

~

~

1\

\

""

"

~

\

1\

'"

"\~

\

"-

~

'~

"'\

'"

\

~

\'"

\ \ \

20

o

o 500 1000 1500 2000 2500

Mean Forward Current (Amps) (Whole Cycle Averaged)

CI)

VI

C\l

.t::.

n.

co

~

C\l

f.-

M

-

"-

-

-

\

"

-

.t::.

-n.

.,...

~

'"

~

C\l

'"

'"

3000

"

"'

U

-0

I

l-

3500

3500

ii)

3000

:t:

ns

!:

";

2500

o

:;:;

ns

0-

"in

2000

(/)

C

"E

ns

1500

~

o

u.

E

1000

:::7

E

"~

::!E

500

Page

No.

Page

Issue 1

RR

Single Side Cooled

,

I 1

Phase

6

Phase

3

Phase

'j

/ /

Ii

/

/

/

/

/

/

//

1/

/1/

/#

-

V

~/

/

/

//

V

V

I

II

/

/

/

./

/

V

/

No.

RR.

Issue 1

L

d.c.-

V

8

97D05

/

-

()

0

-

0..

E

Q)

I-

..li!

c:

en

I

ns

-

Q)

::t:

Q)

::c

"in

(/)

"e

I..

Q)

Il.

E

:::7

E

x

ns

::!E

/~

~

o

o 250 500 750 1000 1250 1500 1750 2000 2250

Mean

160

Forward

Current

(Amps) (Whole

Cycle

Averaged)

~

140

120

100

80

60

~

"

~

"'~

~"

'\

"

"'-"

\

\

\

~

~~

~'"

"-

"'-'"

~

1\

\

""

'"

I,\~

'"

~

\"

..

-

~

\ \ "\

'\

'\

Q)

(j)

co

.c:.

a.

...-

Cycle

'"

~--~

'"

Averaged)

I"-.

.-

~

"0_

I I

40

\

\

Ql

(j)

-

20

0

o 250 500 750 1000 1250 1500 1750 2000 2250

I

I

Mean

Forward

Current

~(j)

co

.r::::.

a..

i-a.

(!)

(Amps)

Q)

co

.r::::.

M

'\

'\

\

\

(Whole

r---

"

I--

Page

No.

Page

Issue 1

R.R.

No.

R.R

Issue 1

9

97005

10

Forward Characteristic of Limit Device

I I

25°C

/

V

/

V

V

/'

V

V

/

V

/

V

~

i

V

I

IV;

/ /

!/

V

.....

V

160°C

V

f--

0.1

o

0.5

Maximum

1 /

/

I

I

1/

I

160°C

A = 6.137258e-01
B =

-2.801941e-02-

c = 1.561647e-04

0=

1.534938e-02 -

/

I

J

:;

1

1

Instantaneous Forward Voltage (Volts)

1.5

A = 6.866731 e-01
B = 1.348722e-02
C =

0=

25°C

1.

199521 e-04

7.57978ge-03 -

2

-

l-

-

I--

I--

I-

-

I--

1--

2.5

0.1

-

~

/l.)

u

c:

<U

"t:I

0.01

/l.)

0..

E

iii

E

/l.)

..c:

I-

0.001

/

0.001

/

V

/

Transient Thermal Impedance (Junction to Heat Sink)

I

V

/'

r

/

y

,;'

VV

0.01 0.1

',/

0.044

KIW

y:'--

y

,/

----

/

~

~

~i-"

'"

V

V

/

-

S.S.c

0.022

D.S.C

KIW

V

.,/

/"

,/

;:u;o-o-o

••

III III

::u

;0

(Q

Z

co

-..J

o

o

01

(Q

CDCD

1::

0

c:.

CD

......

0

Time (Seconds)

10

100

1;;

(l)O-Z

c:.

CD

Maximum Non-Repetitive Surge Current

100000

~

c:

-

e

....

::!

()

c:u

OJ

...

::!

fIl

c:u

c:

in

....

~

J:

~

CO

c:u

a.

~

....

0

I-

10000

1000

100

~

~

1

-....:::

~

f--­f---

r-..

-............:

-

f--

3

F:::

~

l-

-

l-

-

5

f::::

~

T

10

@ Initial Junction Temperature

-.:::::

:::::::

f:::::

::::

:::

:::t::

I

r:::

.-

.-

~

V

v

V

i--'~

i-

~

....

v~

.....

r--

-

--

---- ----

-

--

......

--

--

5

10

160°C

-~

--

~

.....

1---.---...

50

--

100

2

I

tVRRM

2

I t:60%VRRM

=10V

I

IFSM:VRRM=10V -

I FSM:60% V

RRM

1.0e+8 :

-

1.0e+7

~

N

«

...

-

f--

1.0e+6

1.0e+5

N_

E

:::l

E

')(

co

:E

.....

.::0

:::0

"0

:::0

co

ro

Z

c·

coro

-...j

o

o

01~~

iJ

Q)

co

ro

.....

.. • Q)

:::0

:.....

IJ)

l£?~~

ro

....

Duration

of

Surge

(ms)

Duration

of

Surge

(Cycles @ 50

Hz)

I----- -

-+-

I

- - -

-

!

t

¢47

±O.1

----+--

03.6/3.5x2.3
HOLE
AND

"1

IN

CATHODE

IN

ANODE.

DEEP

J;

100A249

ORDERING INFORMATION

s w

Fixed

Type Code

code:

Typical order

SW45CXC920, 4500

WESTCODE

SEMICONDUCTORS

WWW: hUp:/Iwww.westcode.com

A member

of

lhe

intc(~1

the BTR group

a:

Product

ir'npfcvo"rlcnt Westcodo reserves the righl to C.,3n90 specificadO'ls

In

• •

Voltage Code

(see ratings)

VARM

@)

!

1

r-

...

-----,--:~-_'_

¢47 1 25.4

±O.1

:J~.

(Please quote 10 digit code

c X C

Fixed Outline

Code

P.O.

Box

Tel:

[phone] Fax: [phone]

3270

at

any

U.K Westcode Semiconductors Ltd

57,

Chippenham, Wiltshire, England SN15 1JL

USA:

Cherry Avenue, Long Beach, California 90807

Tel:

lime \v!t"out noliCH

CR

MIN.

EEP

PATH.

as

below)

920

Fixed Type

Code

E-mail: [e-mail]

Westcode Semiconductors Inc

310

595

6971

Fax:

3105958182

;,.

Woslcodo Semiconductors L:d.

SW)6-45CX{''920 Rat. Rep. 971)(J5

Is..

..

uc I JUtlC 971"Jge

12

of

12

Drawing Number – W5

Outline Number – 100A249

Not recommended for new designs

Weight 510g

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