Westcode Semiconductors M0334S120, M0334S, 180, M0334RX120, M0334RX180 Data Sheet

Fast Recovery Diode Stud

Types M0334S/RX120 to M0334S/RX180

The data sheet

on

the subsequent pages

of

this document is a scanned copy of existing

data for this product.

(Rating Report 80NR15 Issue 2)

This data reflects the old part number for this product which is: SM12-18PHN/R174.

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

particulars detailed below.

of

Only S/RJ outline drawing (W24)

The following

Where any information

The limitations

this data are

links will direct you to the appropriate outline drawings

Outline W22 -

Outline W24 -

on

the product matrix page differs from that

:X"

flag top ceramic stud

:X"

leaded ceramic stud

as

follows:

in

datasheet

in

the following data,

the product matrix must be considered correct

An electronic data sheet for this product

For further information

presently

on

this product, please contact your local ASM or distributor.

in

preparation.

is

Alternatively, please contact Westcode as detailed below.

M0334

Fixed Type Code

Typical

IXYS

Edisonstral1e 15
D-68623 Lampertheim
Tel:

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

IXYS Corporation

3540 Bassett Street
Santa
Tel:

Fax:
E-mail:

The information contained herein is confidential and
permission

In

Devices with a suffix code (2-letter, 3-letter or

and

Order Code: M0334RJ140, Reverse polarity,

Semiconductor

+496206

+1

+1

the interest

limits contained in this

503-0

Clara CA 95054 USA

[phone]

[phone]

[e-mail]

of

and

in

the manner permitted by the proprietors Westcode Semiconductors Ltd.

of

product improvement, Westcode reserves the right

report

S/RC -

S/RJ -

GmbH

letter/digiUletter combination) added to their generic code

Ordering Particulars

S/RX

:X"

flag top ceramic stud

:X"

leaded ceramic stud

E

An

t:'lIXYS Company

www.westcode.com

www.ixys.com

is

protected

by

Copyright. The information may not be used

to

change specifications at any time without prior notice.

••

Voltage code

V

/100 Fixed Code

RRM

12-18

:X"

leaded ceramic stud, 1400V V

Westcode Semiconductors Ltd

Langley Park Way, Langley Park,

Chippenham, Wiltshire, SN15 1GE.

E

E-mail: [e-mail]

Westcode Semiconductors Inc

E-mail: [e-mail]

or

disdosed except with the written

are

not necessarily subject

to

the conditions

0

RRM

Tel: +44 (0)1249 444524

Fax: +44

Long Beach CA

(0)1249 659448

3270 Cherry Avenue

Tel:

Fax:

© Westcode Semiconductors Ltd.

90807 USA

+1

[phone]

+1

[phone]

l

,

Rating

Report:

Origin:

Written

by:

The SM12-l8PHN/R
spring
The

pressure

report

Ratings

Voltage

Grades

80NR15

Jill

in a stud

supersedes

QUALITY

(Issue

Diode Type

diode

series

base,

Rating

Report

RATINGS

EVALUATION

2)

SM12-18PHN/R174

Checked:

employs

top

hat

housing

No. 80NR15.

AND

CHARACTERISTICS

LABORATORY

a 24

rom
with

silicon

flexible

Date:
Pages:

18th

November, 1986
22

APproved'~

slice

mounted

lead.

under

12-18
1300-1900V

IF(AV);

IF(rms)

IF

d.c.

I

FSM

I

FSM

12t t

12t t
12t t

Te

Operating

T t

Non-operating

s 9

Single
max.
max.

t = 10

::

10

t

:=

10 ms;
10

::

ms
rns

ms;

3

ms;

Range

phase;

half
half

T

J

T

)initial)

T

J

50 Hz, 180 C

sinewave;
sinewave;

(initial)

(initial)

::

::

:=

o

half

T

)initinl)

T

)inHinl)

125°C
125°C
125°C

sinewave;

125°C V

'"

125°C

=

V

RM

V

1:.

Rr4

V

.~

RM

T

0.6V
10V
10V

CASE

V

RRM

:=

RM

Hr·'

::

H1AX)

0.6V
10V

RRM

1200-l800V

400A

400A

(MAX)

:

4950A

x

91

103A2S

x

103A2S

x lO3

to

125°C

to

150°C

101
122

-40

-40

4500A

2

S

A

- 2 -

Characteristic

(maximum

V

fM

Rth(J_C)

Rth(C-HS)
I

RRM

Mounting
Outline

values

125"C

' IfM =

: T

=

J

torque

drawing

s

unless

470A

125°C:
550A

TVJ

V

RM

;dI/dt

otherwise

""

125°C

=

VRRM(Max)

= 40A/us

stated)

1.00V
O.74mohms

1.35V

O.04°C/W
20mA
160uC

2.5 -2.77
lOOA280

Kg.f.m.

JEDEC

Outline

No.

CONTENTS

Ratings

Voltage

2.

Introduction

3.

Notes

(a)

(b)

(o)

40

Raverse

(a)
(b)

Limit

Forward

Transient

Surge

Rating

Recovered

5.

Factor

Reverse

Square
Square
Square
Square
Energy

Energy

Sine
Sine
Sine

wave
wave
wave
wave
per

per
wave
wave
wave

Outline

and

characteristics

grade

on

table

the
Square
Energy
Housing

Recover~

Determination

Design

Characteristic

Thermal

Charge

recovery

frequency
frequency
frequency

frequency
pulse
pulse

frequency
frequency
energy

drawing

Ratings

wave

ratings

per

pulse

Loss

Loss

Method

Impedance

energy

rating
rating

rating

rating

200A/uS

IOOA/uS

rating
rating

per

pulse

- 3 -

characterishc$

by Measurement

per

pulse

0

90

e Case 200A/uS

60°C Case 200A/uS

0

90

e Case lOOA/uS

0

60

e Case lOOA/uS

90"C Case

n

60

e Case

Page

1 ,

4

5

'5

5
5

5
6

7

8

9

10

11

12
13

14

15

16

17

18

19

20

21
22

2

80NRl5

PI,

4

Old pp
Old

p9

Old

pH

Old

p12

Old

p13

Old

p14

(issue

Max
V

RWM

1)
grade

TB(operating

5,6,7,8

Curves
Omitted
redrawn
redrawn
redrawn

changes:

changed

omitted

replaced

redrawn

range)

on

MIN

separate

changed

sheets

Old p15
Old
Old p26
Old

p20,

21

pp16-27

omitted
omitted
omitted
redrawn

- 4 -

Voltage

Ratings

Voltage

12

14
16
18

Class

V

RfIM

V

1200
1400

1600

1800

V

RSM

V

1300
1500
1700
1900

supply

This

has

Report

been

is

applicable

agreed

to

higher

by

Sales/Production.

or

lower

voltage

grades

when

2.0

Introduction

The

all

diffused

recovery

3.0

Notes

(a)

diode

series

silicon

characteristics

on

the

Ratinqs

Square

wave

comprises

slices.

with

ratings

- 5 -

fast
All
good

recovery

these

US"

diodes

factors.

stud

have

based

devices

controlled

with

reverse

forward

(b)

obtained

(c)

gives

into

4.0

Reverse

On
voltage,
The

following

reverse

These

current
Energv
These

for

Let:

Then W

T

CASE

Housing
The

loss

rise

the

curves

Recovery

account

no

allowance

procedure

recovery

ratings

of

per

pUlse

curves

conditions

Ep

be

the

width

AV

= 125 -

=

in

Ep

Loss

caused

to

additional

of

Loss

of

the

for

loss.

are

given

for

200 and 100A/uS.

characteristics

enable

not

Energy

joules,

rapid

covered
per

and f

estimation

x f

Ep

x f x Rth

by

coupling

heating

forward

number

reverse

is

energy

of

circuit

recovery

recommended

leading

by

pulse

be

the

between
at

high

loss

variables

for

edge

linear

of

device

the

frequency

for a given

repetition

housing
frequency)

per

pulse.

affecting

loss

has

been

use

where

rates

dissipation

ratings.

current

rate

and anode

has

made

it

is

necessary

of

and

current

been

reverse

in

these

rise

of

to

be

pulse

(which

incorporated

recovery

ratings.

to

include

(a)

Determination
From

(see

Note

reverse

waveform

evaluated

t =

duration

A Area

f

rated

The

total

W

(TOT)

waveforms

1)

and

recovery

be A joules

from:

of

under

reverse
frequency
dissipation

W(original)

by Measurement

of

recovery
reverse
loss

reverse

voltage

waveform must be

per

pulse.

recovery

loss

at

the

is

now

+ Axf

current

present
A

loss

waveform

original

given

obtained

during

cons·!;ructed.

new

case

per

per

pulse

case

temperature

by

from a

recovery,

temperature

pulse

in

in

high

an

Let

the

can

then

microseconds

joules

(W.S.)

frequency

shunt
instantaneous
area

under

be

this

Note 1

- 6 -

Reverse

Recovery

This

recovery

that:

(a)

(b)

(c)

(b)

Design
In

circumstances
conditions,
from

curves
Let E be

page

12).

Let f be

Loss

device

has

current.

a.c.

coupled

affected
The

measuring

100

screen

without
Measurement

out

with

diode

anode

Method

or

for

on

page

the

the

by Measurement

a low

When

measuring

devices

by

prior

oscilloscope

heights -to

overload.

of

reverse

an

appropriate

to

cathode.

where

design

value

purposes,

12.

of

operating

reverse

such

passage

recovery

it

is

energy

frequency

recovered

the

charge

as

current

of

high

has

cope

with

snubber

not

possible

the

additional

per

reverse

in

charge
care

transformers

amplitude

adequate

the

voltage
of

O.luF,

'bo

cycle

Hz

and

must

dynamic

initial

waveform

5 ohms

measure

losses

in

peak

reverse

be

taken

forward

are

current.

to

no·t

range -typically

forward

current

should

connected

voltage
may

be

.

joules

(curves

ensure

be

carried

across

and

current

estimated

on

Then

Where

original

TeASE

TeASE

is

the

new ~ TeASE

new

is

the

case

temperature

original
required

given

- ERth x f
maximum

with

case

the

temperature

frequency

and

ratings.

TeASE

- 7 -

~ORWARD

CHARACTERISTIC

OF

LI~IT

DEVICE

1

MAXIMUM

INSTANTANEOUS

~ORWARD

~OLrAGE

/

~OLTS