ADATE209

Rev. 0 | Page 3 of 16

SPECIFICATIONS

ELECTRICAL CHARACTERISTICS

70°C ± 20°C, unless otherwise noted. Typical values are based on design, simulation analyses, and/or limited bench evaluations. Typical

values are not tested or guaranteed.

Table 1.

Parameter

Min

Typ

Max

Unit

Test

Level1

Test Conditions/Comments

TOTAL FUNCTION

DROUTx Pin Range

−1.0

+3.5

V

I

POWER SUPPLIES

6.65

7.0

7.35

V

I

Defines PSRR conditions

−4.73

−4.5

−4.28

V

I

Defines PSRR conditions

−1

+1.3

+3.3

V

I

40

mA

I

Exceeding 40 mA through any input

termination resistor may cause damage to the

device or cause long-term reliability concerns

50

76

100

mA

II

60

80

110

mA

II

Total Power Dissipation

0.5

0.87

1.3

W

II

Quiescent; excludes current draw through data

input termination resistors

0.97

W

III

VLx = 0.0 V, VHx = 2.0 V; driver toggling into

open circuit; excludes current draw through

data input termination resistors

TEMPERATURE MONITORS

Temperature Sensor Gain

−4.7

mV/°C

III

Temperature Sensor Offset

3.1

V

III

Voltage reading at 30°C

DRIVER DC SPECIFICATIONS

High Speed Differential Logic Input

Characteristics (DAx, DBx, TERMx)

Input Termination Resistance

45

48

55

Ω

II

9 mA pushed into DAxB/DBxB/TERMxB signal,

0.6 V forced on DAx/DBx/TERMx signal; DAxT,

DBxT, TERMxT open; measure voltage from

DAx/DBx/ TERMx signal to DAxB/DBxB/TERMxB

signal, calculate resistance (ΔV/ΔI)

Input Voltage Differential

0.25

0.8

V

IV

Common-Mode Voltage

−1.0

+3.3

V

IV

Input Bias Current

−10

+1.2

+10

μA

II

Each pin tested at −1.0 V and +3.3 V, while other

high speed pins (DAxB, DBx, DBxB, TERMx,

TERMxB) are left open, termination pins (DAxT,

DBxT, TERMxT) open

Pin Output Characteristics

Output High Range, VHx

−0.9

+3.5

V

I

Output Low Range, VLx

−1.0

+3.4

V

I

Output Termination Range, VTx

−1.0

+3.5

V

I

Output High Range, VHx

−0.9

+4.0

V

I

Output Low Range, VLx

−1.0

+3.9

V

I

Output Termination Range, VTx

−1.0

+4.0

V

I

Functional Amplitude (VHx − VLx)

0.2

4.5

V

I

Amplitude can be programmed to VHx = VLx,

accuracy specifications apply when VHx − VLx ≥

200 mV

DC Output Current-Limit Source

50

60

70

mA

II

Driver high, VHx = 3.5 V, short DROUTx pin to

−1.0 V, then measure current