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DS90LV031中文资料

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2024年4月3日发(作者:绍璇玑)

元器件交易网

DS90LV031A

3V

LVDS

Quad

CMOS

Differential

Line

Driver

July1999

DS90LV031A

3VLVDSQuadCMOSDifferentialLineDriver

GeneralDescription

TheDS90LV031AisaquadCMOSdifferentiallinedriverde-

signedforapplicationsrequiringultralowpowerdissipation

iceisdesignedtosupportdata

ratesinexcessof400Mbps(200MHz)utilizingLowVoltage

DifferentialSignaling(LVDS)technology.

TheDS90LV031AacceptslowvoltageTTL/CMOSinputlev-

elsandtranslatesthemtolowvoltage(350mV)differential

tionthedriversupportsaTRI-STATE

®

functionthatmaybeusedtodisabletheoutputstage,dis-

ablingtheloadcurrent,andthusdroppingthedevicetoan

ultralowidlepowerstateof13mWtypical.

TheENandEN*inputsallowactiveLoworactiveHighcon-

blesarecommonto

90LV031Aandcompanionlinere-

ceiver(DS90LV032A)provideanewalternativetohigh

powerpsuedo-ECLdevicesforhighspeedpoint-to-pointin-

terfaceapplications.

Features

n

n

n

n

n

n

n

n

n

n

n

n

>

400Mbps(200MHz)switchingrates

0.1nstypicaldifferentialskew

0.4nsmaximumdifferentialskew

2.0nsmaximumpropagationdelay

3.3Vpowersupplydesign

±

350mVdifferentialsignaling

Lowpowerdissipation(13mWat3.3Vstatic)

Interoperablewithexisting5VLVDSdevices

CompatiblewithIEEE1596.3SCILVDSstandard

CompatiblewithTIA/EIA-644LVDSstandard

IndustrialandMilitaryoperatingtemperaturerange

AvailableinSOIC,TSSOPandCerpacksurfacemount

packaging

nStandardMicrocircuitDrawing(SMD)5962-9865201

ConnectionDiagram

Dual-In-Line

FunctionalDiagram

DS100095-1

OrderNumberDS90LV031ATM

orDS90LV031ATMTC

orDS90LV031AW

SeeNSPackageNumberM16AorMTC16orW16A

TruthTable

DRIVER

Enables

EN

L

EN

*

H

Input

D

IN

X

L

H

Z

L

H

Outputs

D

OUT+

D

OUT−

Z

H

L

Allothercombinationsof

ENABLEinputs

TRI-STATE

®

isaregisteredtrademarkofNationalSemiconductorCorporation.

©

元器件交易网

AbsoluteMaximumRatings

(Note1)

IfMilitary/Aerospacespecifieddevicesarerequired,

pleasecontacttheNationalSemiconductorSalesOffice/

Distributorsforavailabilityandspecifications.

SupplyVoltage(V

CC

)−0.3Vto+4V

−0.3Vto(V

CC

+0.3V)

InputVoltage(D

IN

)

−0.3Vto(V

CC

+0.3V)

EnableInputVoltage(EN,EN

*

)

−0.3Vto+3.9V

OutputVoltage(D

OUT+

,D

OUT−

)

ShortCircuitDuration

Continuous

(D

OUT+

,D

OUT−

)

MaximumPackagePowerDissipation

@

+25˚C

MPackage1088mW

MTCPackage866mW

WPackage845mW

DerateMPackage8.5mW/˚Cabove+25˚C

DerateMTCPackage6.9mW/˚Cabove+25˚C

DerateWPackage6.8mW/˚Cabove+25˚C

StorageTemperatureRange

LeadTemperatureRange

Soldering(4sec.)

MaximumJunctionTemperature

ESDRating(Note10)

(HBM,1.5kΩ,100pF)

−65˚Cto+150˚C

+260˚C

+150˚C

≥6kV

RecommendedOperating

Conditions

SupplyVoltage(V

CC

)

OperatingFreeAir

Temperature(T

A

)

Industrial

Military

Min

+3.0

Typ

+3.3

Max

+3.6

Units

V

−40

-55

+25

+25

+85

+125

˚C

˚C

ElectricalCharacteristics

Oversupplyvoltageandoperatingtemperatureranges,unlessotherwisespecified.(Notes2,3,4)

Symbol

V

OD1

∆V

OD1

Parameter

DifferentialOutputVoltage

ChangeinMagnitudeofV

OD1

forComplementaryOutput

States

OffsetVoltage

ChangeinMagnitudeofV

OS

for

ComplementaryOutputStates

OutputVoltageHigh

OutputVoltageLow

InputVoltageHigh

InputVoltageLow

InputCurrent

InputCurrent

InputClampVoltage

OutputShortCircuitCurrent

V

IN

=

V

CC

or2.5V

V

IN

=

GNDor0.4V

I

CL

=

−18mA

ENABLED,(Note11)

D

IN

=V

CC

,D

OUT+

=0Vor

D

IN

=GND,D

OUT−

=0V

ENABLED,V

OD

=0V

(Note11)

V

OUT

=

0Vor3.6V,

V

CC

=

0VorOpen

EN=0.8VandEN*=2.0V

V

OUT

=

0VorV

CC

D

IN

=V

CC

orGND

R

L

=100ΩAllChannels,D

IN

=

V

CC

orGND(allinputs)

D

IN

=V

CC

orGND,

EN=GND,EN*=V

CC

V

CC

D

IN

,

EN,

EN*

0.90

2.0

GND

−10

−10

−1.5

D

OUT−

D

OUT+

Conditions

=

R

L

100Ω(

Figure1

)

Pin

D

OUT−

D

OUT+

Min

250

Typ

350

4

Max

450

35

Units

mV

|mV|

V

OS

∆V

OS

V

OH

V

OL

V

IH

V

IL

I

IH

I

IL

V

CL

I

OS

1.1251.25

5

1.38

1.03

1.375

25

1.6

V

CC

0.8

V

|mV|

V

V

V

V

µA

µA

V

mA

±

1

±

1

−0.8

−6.0

+10

+10

−9.0

I

OSD

I

OFF

I

OZ

I

CC

I

CCL

I

CCZ

DifferentialOutputShortCircuit

Current

Power-offLeakage

OutputTRI-STATECurrent

NoLoadSupplyCurrentDrivers

Enabled

LoadedSupplyCurrentDrivers

Enabled

NoLoadSupplyCurrentDrivers

Disabled

−6.0

−20

−10

−9.0

+20

+10

8.0

30

6.0

mA

µA

µA

mA

mA

mA

±

1

±

1

5.0

23

2.6

2

2024年4月3日发(作者:绍璇玑)

元器件交易网

DS90LV031A

3V

LVDS

Quad

CMOS

Differential

Line

Driver

July1999

DS90LV031A

3VLVDSQuadCMOSDifferentialLineDriver

GeneralDescription

TheDS90LV031AisaquadCMOSdifferentiallinedriverde-

signedforapplicationsrequiringultralowpowerdissipation

iceisdesignedtosupportdata

ratesinexcessof400Mbps(200MHz)utilizingLowVoltage

DifferentialSignaling(LVDS)technology.

TheDS90LV031AacceptslowvoltageTTL/CMOSinputlev-

elsandtranslatesthemtolowvoltage(350mV)differential

tionthedriversupportsaTRI-STATE

®

functionthatmaybeusedtodisabletheoutputstage,dis-

ablingtheloadcurrent,andthusdroppingthedevicetoan

ultralowidlepowerstateof13mWtypical.

TheENandEN*inputsallowactiveLoworactiveHighcon-

blesarecommonto

90LV031Aandcompanionlinere-

ceiver(DS90LV032A)provideanewalternativetohigh

powerpsuedo-ECLdevicesforhighspeedpoint-to-pointin-

terfaceapplications.

Features

n

n

n

n

n

n

n

n

n

n

n

n

>

400Mbps(200MHz)switchingrates

0.1nstypicaldifferentialskew

0.4nsmaximumdifferentialskew

2.0nsmaximumpropagationdelay

3.3Vpowersupplydesign

±

350mVdifferentialsignaling

Lowpowerdissipation(13mWat3.3Vstatic)

Interoperablewithexisting5VLVDSdevices

CompatiblewithIEEE1596.3SCILVDSstandard

CompatiblewithTIA/EIA-644LVDSstandard

IndustrialandMilitaryoperatingtemperaturerange

AvailableinSOIC,TSSOPandCerpacksurfacemount

packaging

nStandardMicrocircuitDrawing(SMD)5962-9865201

ConnectionDiagram

Dual-In-Line

FunctionalDiagram

DS100095-1

OrderNumberDS90LV031ATM

orDS90LV031ATMTC

orDS90LV031AW

SeeNSPackageNumberM16AorMTC16orW16A

TruthTable

DRIVER

Enables

EN

L

EN

*

H

Input

D

IN

X

L

H

Z

L

H

Outputs

D

OUT+

D

OUT−

Z

H

L

Allothercombinationsof

ENABLEinputs

TRI-STATE

®

isaregisteredtrademarkofNationalSemiconductorCorporation.

©

元器件交易网

AbsoluteMaximumRatings

(Note1)

IfMilitary/Aerospacespecifieddevicesarerequired,

pleasecontacttheNationalSemiconductorSalesOffice/

Distributorsforavailabilityandspecifications.

SupplyVoltage(V

CC

)−0.3Vto+4V

−0.3Vto(V

CC

+0.3V)

InputVoltage(D

IN

)

−0.3Vto(V

CC

+0.3V)

EnableInputVoltage(EN,EN

*

)

−0.3Vto+3.9V

OutputVoltage(D

OUT+

,D

OUT−

)

ShortCircuitDuration

Continuous

(D

OUT+

,D

OUT−

)

MaximumPackagePowerDissipation

@

+25˚C

MPackage1088mW

MTCPackage866mW

WPackage845mW

DerateMPackage8.5mW/˚Cabove+25˚C

DerateMTCPackage6.9mW/˚Cabove+25˚C

DerateWPackage6.8mW/˚Cabove+25˚C

StorageTemperatureRange

LeadTemperatureRange

Soldering(4sec.)

MaximumJunctionTemperature

ESDRating(Note10)

(HBM,1.5kΩ,100pF)

−65˚Cto+150˚C

+260˚C

+150˚C

≥6kV

RecommendedOperating

Conditions

SupplyVoltage(V

CC

)

OperatingFreeAir

Temperature(T

A

)

Industrial

Military

Min

+3.0

Typ

+3.3

Max

+3.6

Units

V

−40

-55

+25

+25

+85

+125

˚C

˚C

ElectricalCharacteristics

Oversupplyvoltageandoperatingtemperatureranges,unlessotherwisespecified.(Notes2,3,4)

Symbol

V

OD1

∆V

OD1

Parameter

DifferentialOutputVoltage

ChangeinMagnitudeofV

OD1

forComplementaryOutput

States

OffsetVoltage

ChangeinMagnitudeofV

OS

for

ComplementaryOutputStates

OutputVoltageHigh

OutputVoltageLow

InputVoltageHigh

InputVoltageLow

InputCurrent

InputCurrent

InputClampVoltage

OutputShortCircuitCurrent

V

IN

=

V

CC

or2.5V

V

IN

=

GNDor0.4V

I

CL

=

−18mA

ENABLED,(Note11)

D

IN

=V

CC

,D

OUT+

=0Vor

D

IN

=GND,D

OUT−

=0V

ENABLED,V

OD

=0V

(Note11)

V

OUT

=

0Vor3.6V,

V

CC

=

0VorOpen

EN=0.8VandEN*=2.0V

V

OUT

=

0VorV

CC

D

IN

=V

CC

orGND

R

L

=100ΩAllChannels,D

IN

=

V

CC

orGND(allinputs)

D

IN

=V

CC

orGND,

EN=GND,EN*=V

CC

V

CC

D

IN

,

EN,

EN*

0.90

2.0

GND

−10

−10

−1.5

D

OUT−

D

OUT+

Conditions

=

R

L

100Ω(

Figure1

)

Pin

D

OUT−

D

OUT+

Min

250

Typ

350

4

Max

450

35

Units

mV

|mV|

V

OS

∆V

OS

V

OH

V

OL

V

IH

V

IL

I

IH

I

IL

V

CL

I

OS

1.1251.25

5

1.38

1.03

1.375

25

1.6

V

CC

0.8

V

|mV|

V

V

V

V

µA

µA

V

mA

±

1

±

1

−0.8

−6.0

+10

+10

−9.0

I

OSD

I

OFF

I

OZ

I

CC

I

CCL

I

CCZ

DifferentialOutputShortCircuit

Current

Power-offLeakage

OutputTRI-STATECurrent

NoLoadSupplyCurrentDrivers

Enabled

LoadedSupplyCurrentDrivers

Enabled

NoLoadSupplyCurrentDrivers

Disabled

−6.0

−20

−10

−9.0

+20

+10

8.0

30

6.0

mA

µA

µA

mA

mA

mA

±

1

±

1

5.0

23

2.6

2

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