°C, unless

otherwise specified

Symbol

Parameter

Test Condition

Min.

Typ.

Max.

Unit

High Level Output Voltage

Ω

Ω (see note 1)

5

5

4.5

6

6

6

V

V

V

Low Level Output Voltage

Ω

Ω (see note 1)

–6

–6

–6

–5

–5

– 4.5

V

V

V

Output Voltage Balance

Ω

0.4

V

High Level Input Voltage

2

V

Low Level Input Voltage

0.8

V

Input Clamp Voltage

– 1.5

V

High Level Input Current

40

µA

Low Level Input Current

– 400

µA

Positive Supply Current

30

mA

Positive Supply Current

40

mA

Negative Supply Current

–30

mA

Negative Supply Current

–40

mA

Output Short Circuit Current

25

100

mA

Output Short Circuit Current

– 100

– 25

mA

Output Current Balance

Ish/Isl = Ibal

0.625

1.6

mA/mA

Output Leakage Current

See fig.2,3 and note 3

– 70

70

µA

µA

Rise time (see note 4 and 5; see

figure 4A)

Ω ±1%

2

2.7

µs

Ω ±1%

10

µs

Ω ±1%

50

µs

Ω ±1%

0.65

1.2

µs

Ω ±1%

3.25

6

µs

Fall time (see note 4 and 5; see

figure 4A)

Ω ±1%

2

2.7

µs

Ω ±1%

10

µs

Ω ±1%

50

µs

Ω ±1%

0.65

1.2

µs

Ω ±1%

3.25

6

µs

Note 1: The Output under load must not drop below 90% of the open circuit drive level.

Note 2: This represents the static condition only. Applications can see 130mA normal current draw for clock and data lines with up to 500mA

transients when all lines are transitioning at the same time. Over 500ft of cable slew rate is governed by the drivers ability to sink current.

The currents are rougly equivalent to the short circuit current.

L5170

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