Westcode Semiconductors M0336S120, M0336S140, M0336RA120, M0336RA140 Data Sheet

Fast Recovery Diode Stud

The data sheet

M0336S/RA

on

the subsequent pages

120

to M0336S/RA 140

of

this document is a scanned copy of existing

data for this product.

This data

reflects the old part number for this product which is: SM02-14PHN/R170. This

part number must

(Rating Report 86NR2

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

Issue 2)

detailed below.

The limitations of this data are as follows:

Device no longer available for grades

Please use the following link to view

an

02

to 10 (200V to 1

up to date outline drawing for this device

Outline W23

Where any information 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.

OOOV

V

)

RRM

in

the following data,

Alternatively, please contact Westcode as detailed below.

Ordering Particulars

M0336

Fixed Type Code

Fixed Outline Code

SA

RA

S/RA

Voltage Code

= Normal polarity V

= Reverse polarity

••

/100 Fixed Code

DRM

12-14

Typical Order Code: M0336SA 120, Normal polarity 3/4" glass and metal stud, 1200V V

IXYS

Semiconductor

Edisonstrar..e 15
D-68623 Lampertheim

Tel: +49

6206 503-0
Fax: [phone]
E-mail: [e-mail]

IXYS Corporation

3540 Bassett Street
Santa Clara CA 95054 USA

+1

[phone]

Tel:

Fax:

+1

[phone]

E-mail: [e-mail]

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

permission

of

and in the manner permitted by the proprietors
In the interest
Devices

and limits contained in this report.

of

product improvement, Westcode reserves the right to

with

a suffix code

GmbH

E

An

tnXYS

Westcode

(2~letter,

3-1etter or letter/digit/letter combination) added to their generic code are not necessarily subject to the conditions

Company

www.westcode.com

www.ixys.com

Semiconductors Ltd.

change

specifications at any time without prior notice.

E

or

disclosed except

with

Westcode Semiconductors Ltd

Langley Park Way, Langley Park,

Chippenham, Wiltshire, SN15 1GE.

E-mail: [e-mail]

Westcode Semiconductors

Long Beach CA 90807 USA

E-mail: [e-mail]

the

written

0

Tel: [phone]

Fax: +44

(0)1249 659448

3270 Cherry Avenue

Tel:

+1

Fax:

+1

© Westcode Semiconductors Ltd.

RRM

Inc

[phone]
[phone]

QUALITY

EVALUATION

LABORATORY

Rating

Origin:

Written

under
Rating

Ratings
Voltage

Report:

86NR2

Issue

2

Diode Tvpe SM2-14PHN!R170

by~

~hu4f)~lop

The SM2-14PHN!R170

spring

Report

pressure

No. 86NR2,

Grades

diode

in a stud

is

superseded.

series

base,

employs

top

hat

a 24

housing

mm

Date:
Pages:

silicon

with

18th

22

slice

flexible

2-14
300-1500V

I 200-1400V

November, 1991

mounted

lead.

IF(AV);
I

F(;rms) max. '

Single

phase;

50

Hz,

180

0

e

half

sinewave;

TeASE

C 100

o

e:

150A
400A
400A

C

V
V

V

=

RM
RM
RM

125°C
125°C

0.6V

=

10V

~

10V

~

V
V

RRM

I

(

FSM

I

FSM
2

r

t

2

r

t

2

r

t

Te

Operating

T

t'

Non-operating

s 9

10

t

=

t = 10

10

t

=

10

t

=

t

3 ms;

half

rns

half

rns
rns;
ms; T J

Range

T

J

(initial)

T

J

sinewave;

sinewave;

(initial)

(initial)

T

J(initial)

T }

initial)

C

125°C
125°C

=

125°C

""

RM

b

RM

(MAX)

O.6V

10V

RRM

!

4950A

101 x
122 x
91 x

-40

-40

(MAX)

103A2S
1Q3

1Q3

to
to

4500A

2

S

A
2

S

A

125°C
150°C

r

- 2 -

Characteristics

(maximum

'v

O·

,

r

s.

,

V

FM

Rth(J_C)

(

Rth(C_HS)

IRRM

Q

rr

t

rr

Mounting
Outline

JE~EC

values

T

= 125°C

J

TJ ::

l

IFM

T

J

:

{IFM

(

(V

RM

drawing

Outline

125°C

470A

125°C
550A

=

50V;

torque

unless

TVJ

No

•

TVJ

:

V

RM

;dI/dt

=

otherwise

125°C

=

=

VRRM(Max)

=

40A/uS

125°C

stated)

1.02V
O.7mohms

1.35V

20mA
75uC
3uS

2.5-2.77Kgf.m
100A281

. (

CONTENTS

Ratings
Voltage

2.

Introduction

3.

Notes

(a)
(b)
(c)

4.

Reverse

(a)
(b)

Limit

Forward

Transient

5urge

Rating

Recovered

5.

Factor

Reverse

Square
Square
Square
Square
Energy
Energy
Sine
Sine
5ine

wave
wave

wave
wave
per

per
Wave
wave
wave

Outline

and

characteristics

grade

on

table

the
5quare
Energy
Housing

Recoverv
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

rating
rating

per

pulse

- 3 -

characteristics

by

Measurement

per

pulse

90°C
60DC
90°C
60DC

90°C
60°C

Case
Case

Case
Case
Case
Case

200A/uS
200A/uS
100A/uS
100A/uS

Page

1 ,

4
5

'5

5
5

5
6

'7

B

9
10
11

12
13

14

15
16

17

18
19
20
21

22

2

Changes

Voltage

to

86NR2

grade

(Issue

increased

1)

from

12

to

14

- 4 -

Vol-tage

Ratings

Voltage

2
4
6

8
10
12
14

Clas8

VRHM

V

200
400
600

800
1000
1200
1400

VnSH

V

300
500
700

90'0
1100
1300
1500

supply

This

has

Report

been

is

agreed

applicable

by

Salss/Production.

to

higher

or

low-er

voltegl!!

Ql'edcs

when

2.0

Introduction
The

all

diffused

recovery

3.0

Notes

(a)

diode

~haracteristics

silicon

on

the

Square

series

Ratings

wave

comprises

slices.

with

ratings

- 5 -

fast
All
good

recovery

these

US"

diodes

factors.

stud

have

based

devicMs

controlled

with

reverse

forward

(b)

obtained

(c)

gives
into

4.0

Reverse

On
voltage,
The

following

reverse

These

current

Energy

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

width

'"

Ep

AV

125

Loss

caused

to

additional

of

of

the

loss.

are

200

characteristics

enable

the

Energy

in

joules,

x f

-

Ep

by

forward

Loss

numb'er

for

reverse

is

recommended

given

and

rapid

not

x f x

coupling

heating

energy

of

for

100A/uS

estimation

covered

per

pulse

and

f be

Rth

circuit

recovery

leading

by

for a given

the

between
at

high

loss

variables

loss

for

use

edge

of

the

frequency

repetition

housing
frequency)

per

pulse.

has

where

linear

device

and

affecting

been

it

rates

disDipation

ratings.

current

rate

anode

has

been

reverse

made

is

necessary

of

rise

and

pulse

current

incorporated

:i.n

these

of

to

be

(which

recovery

ratings.

to

include

(a)

Determination

From

(see

Note
reverse
waveform
evaluated

T

CASE

where

t

duration

A

Area

f

rated

The

total

IN

(ToT)

waveforms

1)

and

recovery

bs A joules

from:

( )

new =

rt '"

1.

of

under

reverse

frequency

dissipation

W(original)

by

of

reverse

loss

T

CASE

77 x

reverse

at

Measurement

recovery

voltage

waveform

per

pulse.

..

(

orlglna

-4

-Vt

F

10

recovery

loss

waveform

the

original

is

now

given

+ Axf

current

present

must

A

1)

- A

loss

obtained

be

constructed.

new

case

(rt

( t

per

per

case

by

from a

during

recovery,

temperature

6

.1

0

+

pulse

pulse

in

in

temperature

high

an

Let

the

can

microseconds

joules

(W.S.)

frequency
instantaneous
area

under

then

be

shunt

this

Note 1

- 6 -

Reverse

recovery

Recovery

This

device

current.

Loss by Measurement
has

a low

When

reverse

measuring

the

recovered

charge

charge
care

and

p~ak

must be

reverse

taken

to

ensure

that:

(a)

a.c.

coupled

affected

(b)

The

measuring

100

screen

without

(c)

Measurement
out

with

(

(b)

diode

Design

In

circumstances
conditions,
from

curves
Let

E be

page

12).

Let

f be

anode

Method

or

for

on

page

the

the

devices

by

prior

oscilloscope

heights -to

overload.

of

reverse

an

appropriate
to

cathode.

where

design

12.

value

of

operating

such

passage

recovery

it

is

purposes,

energy

frequency

as

current

of

high

has

cope

with

snubber

not

possible

the

per

reverse

in

transformers

amplitude

adequate

the

voltage
of

O.luF & 50hms

to

additional

cycle

Hz

are

dynamic

initial

forw~rd

forward

current.

range -typically

waveform shOUld be

connected

measure

losses

in

voltage

may

joules

be

(curves

not

current

carried

and

estimated

across

current

on

Then

~here

original

TeASE

is

TeASE

the

new = TeASE

new

is

the

case

temperature

original
required

given

- ERth x f

maximum

with

case

the

temperature

frequency

and

ratings.

TeASE

(

- 7 -

FORWARD

1

0000-,----.---.----,-----,-----,

1--+--+---+--1------11---+--+--+---1-----

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

--I-----+---+----\-----.lI

5000

U}

30001--+--+----\---,f-----

G_

L

«

"-

f-

Z

W

a:

IT

::J

U

Cl

IT

«

3:

IT

o

LL

(j)

:.J

o

w

z

«

f-

z

«

f-

UJ

Z

H

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

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

-----1-------1----

1000--'---+------1-----+----+--1----------V-

I--+--+---I----I-----~-----~~

I~

__

-_---+-f-----

__

-_'--I----_---~~-_-

I----I----\--

5001---,-1----1-----

3D

0

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

__ -__

1----1-7<-/-

1;1------

/-Y------_~-=_

7

CHARACTERISTIC

------r------,-

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

____

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

1-------1---

--

----~----------------I---+----------r==_____---;::::::

--,---~-~--~-~---~--~---

----

I--

__

I-

____

-----1----\------1-----

--+-

OF

LIMIT

-----1------------

___

1--_

-

DEVICE

---1--------

----_1

---1---+----_

_____

----1---------1--------1----

--

__

----

---

1--

____

---

-------

!-----

~~

~

_____

1---_

_______

___

_

------+--_

~

_

_25(VV

------

-------1-----

--1-----

-+-~_JZ+-_-

--l-------j------------I----

/ -

--

__________

1---

-

=_~

---f----

~==

-

--

__________

~----

I--

___

+-

__

~~

:~

____

~

----I-----i-----f----

--

---

----

----

=~-~-~-~

_

=

---

__

~

---1----.,1'-+--1------

:1

OO-l----1'----i-----'----+----'-----+----'-----+----'-----+--_-----L-_--+-_-'-

1.0

MAXIMUM

1.2

INSTANTANEOUS

--~-------

1.4

-------+------II-------I-----I---------+---+------l---------f-------

1.6

1.8

FORWARD VOLTAGE / VOLTS

2.0

2.2

__

f-------

2.4