2

520 - 77 - 3

Conditions: V

S

= 5V, T

A

= 0

°C to 70°C, R

L

= 150

Ω to GND and 144 Ω AC coupled unless otherwise shown

Supply Voltage

V

S

4.5

5.0

5.5

volts

Power Consumption

P

D

2 x150

Ω Loads DC

-

170

190

mW

Supply Current

I

S1

1% Accuracy, T

A

-

62

67

mA

V

SET

= (0.667) V

REF

Supply Current

I

S2

DC No Loads, T

A

-

16

20

mA

Reference Voltage

V

REF

10 k

Ω to ground

-

1.2

-

volts

PARAMETER

SYMBOL

CONDITIONS

MIN

TYP

MAX

UNITS

NOTES

ABSOLUTE MAXIMUM RATINGS

PARAMETER

VALUE

Supply Voltage (V

S

)

5.5 V

Input Voltage Range (any input)

V

Power Dissipation

300 mW

Operating Temperature Range

0

Storage Temperature Range

-65

Lead Temperature (soldering, 10 sec)

260

Conditions: V

S

= 5V, T

A

= 0

°C to 70°C, R

L

= 150

Ω to GND and 144 Ω AC coupled unless otherwise shown

GS9008 CABLE DRIVER - DC ELECTRICAL CHARACTERISTICS

GS9008 CABLE DRIVER - AC ELECTRICAL CHARACTERISTICS

Output Amplitudes across

75

Ω Load (See Note 1)

Output Amplitude

Temperature Coefficient

(See Note 2)

Output

Rise/Fall Times (20% to 80%)

NOTE 1. V

OUT

is measured across a correctly terminated load, back matched to the device. The peak to peak voltage of the device

itself is 2 x V

OUT

.

2. V

OUT

is proportional to V

SET

and V

SET

may be an external low impedance, high stability supply. In this case the amplitude

temperature coefficient will not be guaranteed.

PARAMETER

SYMBOL

CONDITIONS

MIN

TYP

MAX

UNITS

Input Signal Amplitude

V

IN

700

800

1000

mVp-p

Input Signal Rise/Fall Times

t

R

,t

F

-

-

750

ps

V

SET

= (0.5) V

REF

540

600

660

mVp-p

Notes 1 & 2

V

OUT

V

SET

= (0.667) V

REF

720

800

880

mVp-p

Notes 1 & 2

V

SET

= (0.833) V

REF

900

1000

1100

mVp-p

Notes 1 & 2

V

SET

= (0.5) V

REF

-

25

100

ppm/

T

C

V

SET

= (0.667) V

REF

-

-12

80

ppm/

V

SET

= (0.833) V

REF

-

-45

80

ppm/

V

SET

= (0.5) V

REF

400

630

800

ps

t

R

,t

F

V

SET

= (0.667) V

REF

400

575

800

ps

V

SET

= (0.833) V

REF

400

530

800

ps

Output Overshoot

t

R

= t

F

= 600 ps

-

0

-

%

See Fig. 3

Jitter

t

J

at 270 Mb/s

-

-

±25

ps

Propagation Delay

t

P

-

1

-

ns