Powerex A197 Data Sheet

ast

High

Speed

ecovery

7

Rectifier

The

A197

250

ampere,
for use in high
necessity. These
voltage
applications

FEATURES:

..

Published Current Ratings Up To

..

All-Diffused

..

Thermal

..

Cathode Strain Buffer

..

Soft

..

Rugged Hermetic Package

series is

tast

General

recovery,

frequency

diodes

capability

and

as:

..

Inverter

..

Free

..

High

'"

Low

Fatigue Resistant Pic-Pac4 Construction

Recovery With Low Recovered Charge

MAXIMUM

TYPES*

A197A
A197B
A197C
A197D
A197E

A197M
A197S
A197N
A197T
A197P
A197PA
A197PB

A197PC
A197PD
A197PE

1

Electric's

sIlIcon

applications

provide a superior

soft

recovery,

Feedback

Wheeling

Frequency

EMI

Power

REPETITIVE

REVERSE

VRRM

= -40°C

T

J

100 Volts
200

300
400
500
600

700
800
900

1000
1100
1200
1300
1400
1500

highly

rectifier

which

Diode

Rectification

Supplies

20,000

ALLOWABLE RATINGS

PEAK

VOLTAGE

to

+125°C

Volts

reliable, all-diffused, Pic-Pac,4

diode.

or

where a fast recovery

Diode

Hz

I

These

combination

is

required in

NON·REPETITIVE2

PEAl<

REVERSE

VOLTAGE,

T

J =

25°C

to

200

Volts
300
400
500
600

720
840
950

1075
1200
1300
1400
1500

1600

1700

diodes

of

speed,

such

AND

VRSM
+125°C

are designed

diode

is

a

blocking

demanding

SPECIFICATIONS

to

3

R

+125°C

DC

REVERSE

VOLTAGE,V

T J = -40°C

100 Volts
200
300
400
500
600
700
800
900

1000
1100
1200
1300
1400
1500

REPETITIVE

PEAl<

REVERSE

CURRENT,IRRM

=

125°C

T

J

25

mA
25
25
25

25
25
25
25
25
25
25
25
25
25
25

I

"'Models listed are stud cathode (forward polarity) types. Specify A197R- for stud
are for frequencies from

Peak

Forward Current,
Peak One-Cycle Surge (Non-Repetitive),
Minimum
Thermal
Storage

Operating
Stud
NOTES:

1 Assumes a heatsink
2 Non-repetitive voltage and current ratings, as contrasted to repetitive ratings,

3 Assumes a heatsink thermal resistance

4 "Pic-Pac"

2

I

t Rating (See Curve

Resistance, R8JC (D.

Temperature,

Junction

Torque

example,

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

the

is

50

to

20,000

Hz, except where noted otherwise.

IFM

(Tc

= +65°C,

11),

C.)

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

Tstg

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

Temperature,

thermal

forward surge current ratings are non-repetitive ratings

an

acronym

for Pressure Internal

TJ ................................................

resistance

Half

Sine

Wave

Forward

t

;;;,

1 msec. (Non-Repetitive)

of

less

of

less

than

2.0°C/watt.

than

l.O°C/watt.

Contact

Current, I

Package.

Pulse Base Width =

FSM

.......................•......

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

that

are used in fault

588

anode

(reverse polarity) types. Ratings and specifications

8.3

msec., D.F. = 50%)

apply

for occasional

coordination

44,000

275

Lb-in (Min.),

31 N-m (Min.), 36.7 N-m (Max.)

......

5000

(RMS Ampere)2 Seconds

-40°C to

-40°C

325

or

unpredictable overloads.

work.

720

Amperes
Amperes

0.18°C/Watt
+I50°C

to

+125°C

Lb-in (Max.)

For

til

W

Q:

W

"-

::::

<I:

I

I-

z

W

Q:
Q:

::>

L>

Cl

Q:

~

Q:

~

gJ
@

Z

~

Z

~

til

~

10,000

1,000

100

1.

MAXIMUM

1/

I

II

1.0
INSTANTANEOUS

25

.Q

..,,'P'

L~

2.0

FORWARD

3.0 4.0 5.0
FORWARD

DEVICE

° C

TJ '125°C

VOLTAGE -VOLTS

CHARACTERISTICS

SPECIFICATIONS

til

w

Q:

W

"-

::::

~

I-

Z

W

Q:
Q:

::>

u

Cl

Q:

~

Q:

~

<!

'"

w

"-

W

...J

ro

~

o

...J
...J

<I:

::;;

::>

::::

6.0

x

<I:

::::

10,000

1,000

-

-

-

-

I---

20,000

SINUSOIDAL PULSE

2.

MAXIMUM

CURRENT

..........

-

-

-

-

.....

~

~,<~~>,

/q~~Oo

100

ALLOWABLE

.......

""'"

.......

t?-

BASE

WIDTH -MICROSECONDS

SINUSOIDAL

(TC

= 65°C)

"

'-l!.o

/ 0

-<Cb

r-,0

1,000

PEAK

WAVEFORM

PULSES

PER

~O

'"

FORWARD

A197

SEC

i'-

10,000

~

IQ,oOO

Q:

w

"-

::::

<I:

I

I-
Z

w

Q:

0:

::>

u

Cl

0:

~

Q:

1,000

~

'"

<I:

W

"-

W

oj

~

o

...J
...J

<I:

::;;

::>

::;;

~

::::

3.

~

10,000

Q:

W

"-

::::

<I:

I

I-

Z

W

Q:
Q:

::>

u

Cl

~

~

1,000

'"

<I:

W

"-

W

...J

ro

~

g

...J

<I:

::::

::>

~

<I:

::::

j------

400

1,000

~

3,300

r-.

= 5,.000

-IO,~

-26~l

100

10

SINUSOIDAL PULSE BASE

MAXIMUM

f---

I-

20,000

10010

5.

MAXIMUM

CURRENT,

(Tc

ALLOWABLE

SINUSOIDAL

1,000

2,000

3

300

1\

,

,\

5,00~

10,000

I'

I'

......

.......

1'-

TRAPEZOIDAL

ALLOWABLE

= 65°C),

60

PULSES

"-

r--.

"

~

"'"

"'-

"'-

""

"'"

"

100

WAVEFORM

60

400

_\.

.'"

'"

WIDTH -MICROSECONDS

FORWARD

PULSES

\.

'\.

"-

'"

"

'\.

'"

I"

I~

100

PULSE

TRAPEZOIDAL

DI/DT

100

~

"

BASE

WIDTH -MICROSECONDS

PEAK

(RISING & FALLING)

AlpS

PER

SEC

~

1,000

CURRENT

(Tc

= 90°C)

PER

SEC

i'-

"'"

""

"""-

1,000

FORWARD

WAVEFORM

=

10,000

10,000

589

til
W

0:

W

"-

::::

«

I

I-

Z

w

0:
0:

::>

u

0

a:

;l:

'"

a:

0

U-

<I:

'"

w

"-

~

0:

W

"-

::;;

~

I-
Z

w

Q:

0:

::>

u

Cl

0:

~

0:

~

«

'"

w

"-

W

...J

ro

«

3:

o

...J
...J

«

::;;

::>

::;;

~

::::

10,000

1,000

100

10,000

1,000

6.

4.

10

~

r--

r--.

-

-

I-

SINUSOIDAL PULSE

SINUSOIDAL

2,000

3,300

5,000

.,

I

!-.....

10,000

20,000

MAXIMUM

CURRENT,

(TC = 90°C),

I'-

.......

1'

........

.......

r-,

TRAPEZOIDAL PULSE

"-

"'-

.......

"-

"-

~

~

0.Q2~

III

100

BASE

PULSE

PULSES

400

I'OOO~

!"-.

......."'"

100 1,000

ALLOWABLE

TRAPEZOIDAL

DIIDT

I'-.

['-.

"

"

"

0.05"

0.1

'\.

'\.

r-..,

'"

WIDTH

ENERGY

PER

60

"

I'-.

""

I"

-

.......

I'-.

'"

"""-

"

BASE

(RISING &

100 AlpS

1""

WIDTH -MICROSECONDS

PEAK

PULSE

"-

"

0.2

G

0.5

I'..

WATTS-SEC

PER

1.0 I'..

"'"

\

,

'"

~

1,000

- MICROSECONDS

(TJ = 125°C)

SEC

i'

~

'1

FORWARD

WAVEFORM

FALLING)

ENERGY

IN
PULSE

"

",

"'r-..,

=

'1'\

10,000

10,000