CS8-08IO2 Datasheet CS8-08IO2, CS8-12IO2 | P1-P3

1 - 3

Phase Control Thyristors V

RRM

= 800-1200 V

I

T(RMS)

= 25 A

I

T(AV)M

= 16 A

V

RSM

V

RRM

Type

V

DSM

V

DRM

VV

900 800 CS 8-08io2

1300 1200 CS 8-12io2

Symbol Test Conditions Maximum Ratings

I

T(RMS)

T

VJ

= T

VJM

25 A

I

T(AV)M

T

case

= 85°C; 180° sine 16 A

I

TSM

T

VJ

= 45°C; t = 10 ms (50 Hz), sine 250 A

V

R

= 0 t = 8.3 ms (60 Hz), sine 270 A

T

VJ

= T

VJM

t = 10 ms (50 Hz), sine 200 A

V

R

= 0 t = 8.3 ms (60 Hz), sine 220 A

I

2

t T

VJ

= 45°C t = 10 ms (50 Hz), sine 310 A

2

s

V

R

= 0 t = 8.3 ms (60 Hz), sine 306 A

2

s

T

VJ

= T

VJM

t = 10 ms (50 Hz), sine 200 A

2

s

V

R

= 0 t = 8.3 ms (60 Hz), sine 200 A

2

s

(di/dt)

cr

T

VJ

= T

VJM

repetitive, I

T

= 48 A 150 A/ms

f = 50 Hz, t

P

=200 ms

V

D

= 2/3 V

DRM

I

G

= 0.2 A non repetitive, I

T

= I

T(AV)M

500 A/ms

di

G

/dt = 0.2 A/ms

(dv/dt)

cr

T

VJ

= T

VJM

;V

DR

= 2/3 V

DRM

1000 V/ms

R

GK

= ¥; method 1 (linear voltage rise)

P

GM

T

VJ

= T

VJM

t

P

= 30 ms10W

I

T

= I

T(AV)M

t

P

= 300 ms5W

P

G(AV)

0.5 W

V

RGM

10 V

T

VJ

-40...+125 °C

T

VJM

125 °C

T

stg

-40...+125 °C

M

d

Mounting torque 2.5 Nm

22 lb.in.

Weight 6g

Features

●

Thyristor for line frequencies

●

International standard package

JEDEC TO-64

●

Planar glassivated chip

●

Long-term stability of blocking

currents and voltages

Applications

●

Motor control

●

Power converter

●

AC power controller

Advantages

●

Space and weight savings

●

Simple mounting

●

Improved temperature and power

cycling

Dimensions in mm (1 mm = 0.0394")

Data according to IEC 60747

IXYS reserves the right to change limits, test conditions and dimensions

CS 8

12

3

1 = Anode, 2 = Cathode, 3 = Gate

TO-64

2

3

M5

1

2 - 3

CS 8

0.0 0.5 1.0 1.5 2.0

0

10

20

30

40

50

10

-2

10

-1

10

0

10

1

10

-1

10

0

10

1

10

2

0 255075

0

1

2

3

4

I

T

t

gd

V

G

V

I

G

t

V

T

A

s

mA

AV

Symbol Test Conditions Characteristic Values

I

R

, I

D

T

VJ

= T

VJM

; V

R

= V

RRM

; V

D

= V

DRM

£ 3mA

V

T

I

T

= 33 A; T

VJ

= 25°C £ 1.6 V

V

T0

For power-loss calculations only (T

VJ

= 125°C) 1.0 V

r

T

18 mW

V

GT

V

D

= 6 V; T

VJ

= 25°C £ 2.5 V

T

VJ

= -40°C £ 3.5 V

I

GT

V

D

= 6 V; T

VJ

= 25°C £ 30 mA

T

VJ

= -40°C £ 50 mA

V

GD

T

VJ

= T

VJM

;V

D

= 2/3 V

DRM

£ 0.2 V

I

GD

£ 1mA

I

L

T

VJ

= 25°C; t

P

= 10 ms £ 100 mA

I

G

= 0.09 A; di

G

/dt = 0.09 A/ms

I

H

T

VJ

= 25°C; V

D

= 6 V; R

GK

= ¥ £ 80 mA

t

gd

T

VJ

= 25°C; V

D

= 1/2 V

DRM

£ 2 ms

I

G

= 0.09 A; di

G

/dt = 0.09 A/ms

t

q

T

VJ

= T

VJM

; I

T

= 16 A, t

P

= 300 ms; di/dt = -20 A/ms typ. 60 ms

V

R

= 100 V; dv/dt = 20 V/ms; V

D

= 2/3 V

DRM

R

thJC

DC current 1.5 K/W

R

thJH

DC current 2.5 K/W

d

S

Creepage distance on surface 1.55 mm

d

A

Strike distance through air 1.55 mm

a Max. acceleration, 50 Hz 50 m/s

2

Accessories:

Nut M5 DIN 439/SW8

Lock washer A5 DIN 128

Fig. 1 Gate voltage and gate current

Triggering:

A = no; B = possible; C = safe

Fig. 2 Gate controlled delay time t

gd

Fig. 3 On-state characteristics

B

C

B

lim.

typ.

typ. lim.

T

VJ

= 125°C

T

VJ

= 25°C

I

GD

: T

VJ

= 25°C

I

GD

: T

VJ

=125°C

A

I

GT

: T

VJ

= 25°C

I

GT

: T

VJ

= 0°C

I

GT

: T

VJ

= -40°C

3 - 3

0 50 100 150

0

5

10

15

20

23456789110

200

400

600

800

100

1000

10

-3

10

-2

10

-1

10

0

10

1

0

50

100

150

200

250

300

0 5 10 15 20 25 30

0

10

20

30

40

50 100 150

0

10

-3

10

-2

10

-1

10

0

10

1

10

2

10

3

0.0

0.5

1.0

1.5

2.0

2.5

3.0

3.5

I

T(AV)M

I

2

t

I

TSM

A

t

T

c

P

T

W

I

T(AV)M

A

T

amb

t

s

Z

thJH

K/W

A

2

s

°C

ms °C

CS 8

Fig. 7 Power dissipation versus on-state current and ambient temperature

Fig. 4 Surge overload current

I

TSM

: crest value, t: duration

Fig. 5 I

2

t versus time (1-10 ms) Fig. 6 Maximum forward current at

case temperature 180° sine

Fig. 8 Transient thermal impedance junction to heatsink

R

thJH

for various conduction angles d:

dR

thJH

(K/W)

DC 2.5

180° 2.79

120° 2.95

60° 3.17

30° 3.32

Constants for Z

thJH

calculation:

iR

thi

(K/W) t

i

(s)

1 0.252 0.005

2 0.333 0.0225

3 0.5 0.145

4 0.833 0.43

5 0.416 2.75

6 0.166 23

50Hz, 80%V

RRM

T

VJ

= 45°C

T

VJ

= 125°C

V

R

= 0 V

DC

180° sin

120°

60°

30°

d = DC

d = 180°

d = 120°

d = 60°

d = 30°

T

VJ

= 45°C

T

VJ

= 125°C

R

thJA

:

2.8 K/W

3.2 K/W

3.6 K/W

5.2 K/W

7 K/W

ase

CS8-08IO2

CS8-08IO2

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