Parameter

Symbol

Rating

Units

Power Supply

VCC

+7

V

Control Input Voltage

/RE, DE

-0.3 to VCC+0.3

V

Transmitter Input Voltage

DI

-0.3 to VCC+0.3

V

Transmitter Output Voltage

A, B

-8 to +13

V

Receiver Input Voltage

A, B

-8 to +13

V

Receiver Output Voltage

RO

-0.3 to VCC+0.3

V

Operating Temperature

--

-40 to +85

℃

Parameter

Symbol

Conditions

MIN

TYP

MAX

UNITS

Power Supply

Vcc

4.5

-

5.5

V

Driver

Differential   Driver Output (no load)

V_OD1

-

-

-

5

V

Differential Driver Output

V_OD2

R=27Ω

1.5

-

-

V

Change in Magnitude of Differential Output Voltage (Note 2)

∆V_OD

R=27Ω

-

-

0.2

V

Driver Common-mode Output Voltage

V_OC

R=27Ω

-

-

3

V

Change in Magnitude of Common-Mode

Voltage (Note 2)

∆V_OC

R=27Ω

-

-

0.2

V

Input High Voltage

V_IH1

DE,DI,/RE

2.0

-

-

V

Input Low Voltage

V_IL1

DE,DI,/RE

-

-

0.8

V

DI Input Hysteresis

V_HYS

-

-

100

-

mV

Input  Current (A and B)

I_IN4

DE=GND ,

V_CC=GND or 5.25V

V_IN = 12V

-

-

125

µA

V_IN = -7V

-

-

-75

Driver Short-Circuit Output Current

I_OSD

 -7V≦V_OUT≦V_CC

-100

-

-

mA

0V≦V_OUT≦12V

-

-

100

Receiver

Receiver Differential Threshold Voltage

V_TH

-7V≦V_CM≦12V

-200

-125

-50

mV

Receive Input Hysteresis

△V_TH

-

40

-

mV

Receiver Output High Voltage

V_OH

I_O=-4mA,V_ID=-50mV

VCC-1.5

-

-

V

Receiver Output Low Voltage

V_OL

I_O=4mA,V_ID=-200mV

-

-

0.4

V

Three-State Output Current at Receiver

I_OZR

0.4V≦V_O≦2.4V

-

-

±1

µA

Receive Input Resistance

R_IN

-7V≦V_CM≦12V

96

-

-

kΩ

Receiver Output Short-Circuit Current

I_OSR

0V≦V_RO≦V_CC

±7

-

±95

mA

Supply Current

Supply Current

I_CC

No load ;

RE=DI=GND or V_CC

DE=V_CC

-

150

600

µA

DE=GND

-

185

600

µA

Supply Current in Shutdown Mode

I_SHDN

DE=GND, /RE=V_CC，

DI=V_CC or GND

-

-

10

µA

Parameter

Symbol

Conditions

MIN

TYP

MAX

UNITS

Driver Input to Output

T _DPLH

R_DIFF=54Ω, C_L1=C_L2=100pF

-

450

800

ns

T _DPHL

-

450

800

Driver  Output Skew

|T_DPLH – T_DPHL|

T _DSKEW

R_DIFF=54Ω C_L1=C_L2=100pF

-

-

100

ns

Driver Rise or Fall Time

T_DR, T_DF

R_DIFF=54Ω, C_L1=C_L2=100pF

-

150

500

ns

Maximum Data Rate

F _MAX

-

500

-

-

kbps

Driver Enable to Output High

T _DZH

C_L=100pF, S2 Closed

-

-

200

ns

Driver Enable to Output

Low

T _DZL

C_L=100pF, S1 Closed

-

-

200

ns

Driver Disable Time from Low

T _DLZ

C_L=15pF, S1 Closed

-

-

300

ns

Driver Disable Time from High

T _DHZ

C_L=15pF, S2 Closed

-

-

300

ns

Receiver Input to Output

T _RPLH

T _RPHL

|V_ID| ≥ 2.0V, rise and fall time of V_ID≦15ns

-

450

800

ns

|TRPLH – TRPHL| Differential Receiver Skew

T _RSKD

|V_ID| ≥ 2.0V, rise and fall time ofV_ID≦15ns

-

30

-

ns

Receiver Enable to Output Low

T _RZL

C_L=100pF, S1 Closed

-

20

50

ns

Receiver Enable to Output High

T _RZH

C_L=100pF, S2 Closed

-

20

50

ns

Receiver Disable Time from Low

T _RLZ

C_L=100pF, S1 Closed

-

80

150

ns

Receiver Disable Time from High

T _RHZ

C_L=100pF, S2 Closed

-

80

150

ns

Time to Shutdown

T _SHDN

-

-

50

300

ns

Driver Enable from Shutdown to Output High

T _DZH(SHDN)

C_L=15pF, S2 Closed

-

-

200

ns

Driver Enable from Shutdown to Output Low

T _DZL(SHDN)

CL=15pF, S1 Closed

-

-

200

ns

Receiver Enable from Shutdown to Output High

T _RZH(SHDN)

C_L=100pF, S2 Closed

-

-

300

ns

Receiver Enable from Shutdown to Output Low

T _RZL(SHDN)

C_L=100pF, S1 Closed

-

-

300

ns