Powerex C437, C438, C376, C377, C378 Data Sheet

5.2

Condensed Electrical And Thermal Characteristics And Ratings

I

GETYPE

I CONSTRUCTION

SPECIFICATIONS

1'-V,_o_lt--'ag::...e_R_a--'ng::...e

Forward Conduction

I(RMS)

I

TSM

2

1

t Max. 12t for fusing 1.5 msec (A2sec)

ReJc

tq

QR

R

dildt

T

J

dV/dt

IGT

VGT

V

TM

ReJc

Package Outline No.

Max. Mounting Force

Expanded Electrical Characterization, see page:

I Voltage Drop Model: V F ; A +

2 Transient Thennal Resistance Model: RSJC ;

_____________

Max. forward conduction sinusoidal:
@T

=

65°C,

= 50V

J.Lsec

J.Lsec

J

50% duty (A)

(J.Lsec)

reapplied

reapplied

reapplied
reapplied

(AI

(V/J.Ls)

-40°C

2

B·

LN(l) + CI

charge(J.Ls), T

J.Ls)

of

to +

1

c

@60Hz.
@600Hz.
@

1000Hz.

@

1200Hz.
@2500Hz.
@5000Hz.

@ 10,000 Hz.

Max. peak one-cycle, non-

repetitive surge current (A)

Max. thermal impedance (OC/w)

Thrn-offtime @ rated voltage and T

V

?:

R

@ 20V I
@

lOOV/J.Lsec

@

200V/J.Lsec

@ 400V I
Max. reverse recovered
Critical rate-of-rise

of

on-state current

Junction operating temperature range
Min. critical rate-of-rise

voltage, exponential to rated V

@ Max. T
Max. required gate current to trigger (mA)

@

-40°C

@

+25°C

Max. required voltage to
trigger (V) from

Max: forward voltage
drop for the
current

range:

Transient thermal

resistance for
time:

INVERTER SCRs

650

AMPERES

50Hz.
60Hz.

J

=

25°C

J

(0C)

off-state

DRM

125°C

IMIN(A)
IMAx(A)
A

B

C

0

T

MIN(s)

T

MAX(s)

F

G

Lbs
KN

+ D

~l.

G

F.

t

276

I C437/C438 I C376 I C377/C378 I C397/C398

AMPLIFYING I AMPLIFYING I AMPLIFYING I AMPLIFYING

GATE GATE GATE

I

L

:.~0-1200

100,000

-40

I 500-1400 I 500-1400 J 500-1200

750
585
500
425
200

-

-

7000
7500

.045

30

40

-

75

800

to + 125

200

400
200

5

500

4000

2.96

- .45
9E-5
.0667

.001

.01
.292
.618

276

2000

8.9

216

500
500 600 610
500 600 -
500 600
480 500
400 440

- 350

5800
6000

54,000

.06 .06 .06

-

-

20

-

40

800 800 800

0

-40to + 1250 -40

200

400
200 200

5

300 300

7000 7000

-2.32

1.09

.0015 .0054 .00068

- .137
.001

.01
.292
.618 .618

276 276

2000 2000

8.9 8.9 8.9

187

600 650

7200/6800

750017000

85.000172.500 100,000

-

-

40/30 60

-

90 75

to +

200 200

400 300

5 5

3.04 .265

-.31

.024
.001

.01 .01

.292 .307

188/189

125

GATE

400
250

150

-

7000
7500

40

TYP.

50

-

0

-40

to + \25

150

200

4000

.247

-.0176
.001

.628

276

2000

200

0

137

5.3

Expanded Electrical Characterization

IC3761

10000

vi

UJ

a:

UJ

0..

~

~

.....

z

UJ

a:
a:

::J

u

UJ

.....

..

.....

V)

,

z

0

..

'"

UJ

0..

10000

u;

UJ

a:

UJ

0..

~

~

~

a:

~

. )

~

V)

z

o

..

'"

UJ

Cl.

1000

2.

1000

I

3.

SINUSOIDAL

.....

,

CURREI\lT WAVEFORMS

-

...

~

::.-

<-:::-,

r:-..

--

-

:----

-

100

10

MAXIMUM

--

-

-

VS.

--

--

I~

-r-.

,

5000Hz

~

2500Hz

.....

'''''1'

100

PULSE BASE-WIDTH (MICROSECONDS)

ALLOWABLE PEAK ON-STATE CURRENT

PULSE WIDTH

~::..::.::..-

100

10

ENERGY

-

- -

-.;:;.-

-

-

......

PULSE BASE-WIDTH (MICROSECONDS)

PER

PULSE

,---

""-

....

~

100

--

-0,

I~

....

'05

FOR

t-...

''"::::

~I'"

FOR

"-

400Hz

1000Hz

Te

~90·C

VSIH'800VOLT

RC

SNUBBER T

--VR

----VR ~ BOOVOLT
IIIBLE

1000

T c =

90°C

"'-

'

SiDE

""-

5n,

10

VOLT

fOiLiDI

,

"

')

~

I

\,

I

0.10
1000

SINUSOIDAL PULSES

25,uf

60Hz

4-

10000

10.0

10000

TRAPEZOIDAL CURREI\lT WAVEFORMS

10000

f:=~IT

u;.

UJ

a:

UJ

Cl.

~

~

.....

Z

w

a:

~

u

w

....

i':!

V)

I

..

W

0..

~PULSE

1000

-"

I

Z

o

'"

100

10

4.

MAXIMUM

10000

u;

w

a:

w

0..

~

~

.....

z

w

a:

~IOOO

u

w

....

i':!

'{'

z

o

..

'"

w

0..

100

10

5.

MAXIMUM

~IT

- PULSE BASE
_ WIDTH

""'

""-,

--

BASE

WIDTH

,I

~

"

f\,

/

....

....

,

....

I'..

.....

....

PULSE BASE WIDTH (MICROSECONDS)

ALLOWABLE PEAK ON-STATE CURRENT

VS.

PULSE

v<

~

....

"I'..

V

....

....

....

...........

......

r-

-

-

l'IOOOOHz

PULSE BASE-WIDTH (MICROSECONDS)

ALLOWABLE PEAK Ol\l-STATE CURRENT

VS.

PULSE

"

~l'.

."-

'.:--..

~

....

5000~5z00HZ

10000HIz

100 1000

WIDTH

L

....

.........

""

r::-......

"-

.....

"-

"

5000Hf
10000Hz

100

WIDTH

:-..

'~

~":>

"-

~

Te

--VR'IO

----VR~800

t

RC

DOUBLE SIDE COOLED

FOR

"-

,

....

.....

t-..

L"---

....

::-.-,

2500Hz

l

FOR

1000Hz

~65·C

*"'

100Al",s

SNUBBER:

T c =

1000Hz

"

T c =

,

400Hz

Vsw'

800VOLT

5n,O.25,IJf

65°C

Te'90·C

VR'IOV

----VR'BOOV

:!:-m-'IOOA/"'S
RC

SNUBBER: 5

DOUBLE

,

400Hz

1000

90°C

'"

51

DE

~

-

,,~

Vsw'

BOOVOLT

n,

COOLED

f-1-

.25",

60Hz

10000

f

60Hz

10000

187

10000

=~IT

= PULSE

u;

W

0:

W

Cl.

~

:0.

....

....

_

z

W

0:

~

1000

u

w

v

'{'

Z

'"

o

..

'"

w

Cl.

............

100

10

6. ENERGY

......

...

WIDTH

1/

...

"

...

...

BASE

11<1'-

.<..

......

....

"-

~~-

f"..,

...

PER

....

...

.A

.....

-........

...........

',"-

............

,,~

...

,

~

.......

.~

r-.

05

100

PULSE BASE-WIDTH (MICROSECONDS)

PULSE

,

t'~

~

~~

,

....

,

....

~

~

~

~O

FOR

TRAPEZOIDAL CURRENT

PULSES

I

"'0

v(

~..I'

"

~

~

"'v

~~"

"-

~

.25

''\,

"-

1000

"

.5

......

"'\

~O

1'\

r"-

IO

.

"IJ

5.0

'ji

10000