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ADC10154,ADC10158
ADC10154/ADC10158 10-Bit Plus Sign 4 µs ADCs with 4- or 8-Channel MUX, 
Track/Hold and Reference
Literature Number: SNAS077A
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Connection Diagrams
Pin Descriptions
AV+
This is the positive analog supply. This pin
shouldbebypassedwitha0.1µFceramicca-
pacitor and a 10µFtantalumcapacitor to the
systemanalogground.
DV+
This is the positivedigital supply. This supply
pin also needs to be bypassed with 0.1µF
ceramic and10µFtantalum capacitors to the
systemdigitalground.AV+andDVshouldbe
bypassed separately and tiedto same power
supply.
DGND
This is the digital ground. All logic levels are
referredtothisground.
V
Thisisthenegativeanalogsupply.Forunipolar
operation this pin may be tied to the system
analoggroundortoanegativesupplysource.
It should not go above DGND by more than
50mV.Whenbipolaroperationisrequired,the
voltageonthispinwill limitthe analoginput's
negativevoltagelevel.Inbipolaroperationthis
supply pinneeds to be bypassedwith 0.1µF
ceramic and10µFtantalum capacitors to the
systemanalogground.
V
REF
+,
V
REF
Thesearethepositiveandnegativereference
inputs.The voltage difference betweenV
REF
+
and V
REF
− will set the analog input voltage
span.
V
REF
Out
Thisistheinternalband-gapvoltagereference
output.Forproperoperationofthevoltageref-
erence, this pin needstobe bypassed witha
330µFtantalumor electrolyticcapacitor.
CS
Thisisthechipselectinput.Whenalogic low
isappliedtothis pintheWRandRDpinsare
enabled.
RD
Thisisthereadcontrolinput.Whenalogiclow
is applied to this pin the digital outputs are
enabledandtheINToutputisresethigh.
WR
Thisisthewritecontrolinput.Therisingedge
of the signal applied to this pin selects the
multiplexerchannelandinitiatesaconversion.
INT
This is the interruptoutput.Alogic low atthis
output indicates the completion of a conver-
sion.
CLK
This is the clock input. The clock frequency
directlycontrolsthedurationoftheconversion
time (for example, in the 10-bitbipolar mode
t
C
= 22/f
CLK
) and the acquisition time (t
A
=
6/f
CLK
).
DB0(MA0)
±DB7(L/R)
Thesearethedigitaldatainputs/outputs.DB0
is the leastsignificant bit of the digital output
word; DB7 is the most significant bit in the
digital outputword (seethe OutputDataCon-
figuration table). MA0 through MA4 are the
digitalinputsforthemultiplexerchannelselec-
tion (see the Multiplexer Addressing tables).
U/S(Unsigned/Signed),8/10, (8/10-bitresolu-
tion) and L/R (Left/Right justification) are the
digitalinputbitsthatsettheA/D's outputword
format and resolution (see the Output Data
Configuration table). The conversion time is
modifiedbythechosenresolution(seeElectri-
cal AC Characteristics table). The lower the
resolution,thefaster theconversionwillbe.
CH0±CH7
These are the analog input multiplexer chan-
nels.They canbeconfiguredas single-ended
inputs,
differential
input
pairs,
or
pseudo-differential inputs (see the Multiplexer
Addressing tables for the input polarity
assignments).
Dual-in-LineandSOPackages
DS011225-2
TopView
OrderNumberADC10154
NSPackageNumberM24B
Dual-in-LineandSOPackages
DS011225-3
TopView
OrderNumberADC10158
NSPackageNumbers
M28BorN28B
ADC10154/ADC10158
www.national.com
2
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AbsoluteMaximum Ratings
(Notes 1, 3)
If Military/Aerospace specified devices are required,
pleasecontacttheNationalSemiconductorSalesOffice/
Distributorsforavailabilityandspecifications.
PositiveSupplyVoltage
(V=AV+ = DV+)
6.5V
NegativeSupplyVoltage(V− )
−6.5V
TotalSupply Voltage(V−V − )
13V
TotalReferenceVoltage
(V
REF
−V
REF
− )
6.6V
VoltageatInputs and
Outputs
V− −0.3VtoV +0.3V
InputCurrentatAnyPin(Note4)
±
5mA
PackageInputCurrent(Note4)
±
20mA
PackageDissipationat
T
A
=25ÊC(Note5)
500mW
ESDSusceptibility(Note6)
2000V
SolderingInformation
NPackages(10Sec)
260ÊC
JPackages (10Sec)
300ÊC
SOPackage(Note7):
VaporPhase(60Sec)
215ÊC
Infrared(15Sec)
220ÊC
StorageTemperature
CeramicDIPPackages
PlasticDIPandSO Packages
−65ÊCto+150ÊC
−40ÊCto+150ÊC
Operating Ratings
(Notes 2,3)
TemperatureRange
T
MIN
£T
A
£T
MAX
ADC10154CIWM,
ADC10158CIN,
ADC10158CIWM
−40ÊC £T
A
£+85ÊC
PositiveSupply
Voltage
(V= AV+ =DV+)
4.5V
DC
to5.5V
DC
UnipolarNegative
Supply Voltage
(V− )
DGND
BipolarNegative
Supply Voltage
(V− )
−4.5Vto−5.5V
V−V 
11V
V
REF
+
AV+0.05V
DC
toV− −0.05V
DC
V
REF
AV+0.05V
DC
toV− −0.05V
DC
V
REF
(V
REF
+−V
REF
− )
0.5V
DC
toV+
Electrical Characteristics
ThefollowingspecificationsapplyforV+ = AV= DV+ =+ 5.0V
DC
,V
REF
=5.000V
DC
,V
REF
− =GND,V− =GNDforunipolar
operationor V− =−5.0V
DC
for bipolaroperation,andf
CLK
=5.0MHzunlessotherwisespecified.BoldfacelimitsapplyforT
A
=T
J
=T
MIN
toT
MAX
;allotherlimitsT
A
=T
J
=25ÊC.(Notes 8,9,12)
Symbol
Parameter
Conditions
Typical
(Note10)
CINandCIWM
Units
(Limit)
Suffixes
Limits
(Note11)
UNIPOLARCONVERTERANDMULTIPLEXERSTATICCHARACTERISTICS
Resolution
10+Sign
Bits
Unipolar Integral
V
REF
=2.5V
±
0.5
LSB
Linearity Error
V
REF
=5.0V
±
1
LSB (Max)
Unipolar Full-ScaleError
V
REF
=2.5V
±
0.5
LSB
V
REF
=5.0V
±
1.5
LSB (Max)
Unipolar OffsetError
V
REF
=2.5V
±
1
LSB
V
REF
=5.0V
±
2
LSB (Max)
Unipolar TotalUnadjusted
V
REF
=2.5V
±
1.5
LSB
Error(Note13)
V
REF
=5.0V
±
2.5
LSB (Max)
Unipolar PowerSupply
V+ =+5V
±
10%
Sensitivity
V
REF
=4.5V
OffsetError
±
0.25
±
1
LSB (Max)
Full-ScaleError
±
0.25
±
1
LSB (Max)
IntegralLinearityError
±
0.25
LSB
BIPOLARCONVERTERANDMULTIPLEXERSTATICCHARACTERISTICS
Resolution
10+Sign
Bits
BipolarIntegral
V
REF
=5.0V
±
1
LSB (Max)
LinearityError
BipolarFull-ScaleError
V
REF
=5.0V
±
1.25
LSB (Max)
ADC10154/ADC10158
www.national.com
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Electrical Characteristics
(Continued)
Thefollowingspecifications applyfor V+ = AV+ = DV+ =+ 5.0V
DC
,V
REF
=5.000V
DC
,V
REF
− =GND,V− =GNDforunipolar
operationor V− =−5.0V
DC
for bipolaroperation,andf
CLK
=5.0MHzunlessotherwisespecified.BoldfacelimitsapplyforT
A
=T
J
=T
MIN
toT
MAX
;allotherlimitsT
A
=T
J
=25ÊC.(Notes8,9,12)
Symbol
Parameter
Conditions
Typical
(Note10)
CINandCIWM
Units
(Limit)
Suffixes
Limits
(Note11)
BIPOLARCONVERTERANDMULTIPLEXERSTATICCHARACTERISTICS
Bipolar NegativeFull-Scale
V
REF
=5.0V
ErrorwithPositive-Full
±
1.25
LSB(Max)
ScaleAdjusted
Bipolar OffsetError
V
REF
=5.0V
±
2.5
LSB(Max)
Bipolar TotalUnadjusted
V
REF
=5.0V
±
3
LSB(Max)
Error(Note13)
Bipolar PowerSupply
Sensitivity
OffsetError
V+ =+5V
±
10%
±
0.5
±
2.5
LSB(Max)
Full-ScaleError
V
REF
=4.5V
±
0.5
±
1.5
LSB(Max)
IntegralLinearityError
±
0.25
LSB
OffsetError
V− =−5V
±
10%
±
0.25
±
0.75
LSB(Max)
Full-ScaleError
V
REF
=4.5V
±
0.25
±
0.75
LSB(Max)
IntegralLinearityError
±
0.25
LSB
UNIPOLARANDBIPOLARCONVERTERANDMULTIPLEXERSTATICCHARACTERISTICS
MissingCodes
0
DCCommonMode
V
IN
=V
IN
Error(Note14)
=V
IN
where
Bipolar
+5.0V‡V
IN
‡−5.0V
±
0.25
±
0.75
LSB(Max)
Unipolar
+5.0V‡V
IN
‡0V
±
0.25
±
0.5
LSB(Max)
R
REF
ReferenceInputResistance
7
4.5
kW(Max)
9.5
kW(Max)
C
REF
ReferenceInputCapacitance
70
pF
V
AI
AnalogInputVoltage
(V++0.05)
V(Max)
(V− −0.05)
V(Min)
C
AI
AnalogInputCapacitance
30
pF
OffChannelLeakage
OnChannel = 5V
−400
−1000
nA(Max)
Current
OffChannel = 0V
(Note15)
OnChannel = 0V
400
1000
nA(Max)
OffChannel = 5V
Electrical Characteristics
Thefollowingspecifications applyfor V+ = AV+ = DV+ =+ 5.0V
DC
,V
REF
=5.000V
DC
,V
REF
− =GND,V− =GNDforunipolar
operationor V− =−5.0V
DC
for bipolaroperation,andf
CLK
=5.0MHzunlessotherwisespecified.BoldfacelimitsapplyforT
A
=T
J
=T
MIN
toT
MAX
;allotherlimitsT
A
=T
J
=25ÊC.(Notes8,9,12)
Symbol
Parameter
Conditions
Typical
Limits
(Note11)
Units
(Limit)
(Note10)
DYNAMICCONVERTERANDMULTIPLEXERCHARACTERISTICS
S/(N+D)
Unipolar Signal-to-Noise+
f
IN
=10kHz,V
IN
=4.85V
p±p
60
dB
DistortionRatio
f
IN
=150kHz,V
IN
=4.85V
p-p
58
dB
S/(N+D)
Bipolar Signal-to-Noise+
f
IN
=10kHz,V
IN
=
±
4.85V
60
dB
DistortionRatio
f
IN
=150kHz,V
IN
=
±
4.85V
58
dB
ADC10154/ADC10158
www.national.com
4
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Electrical Characteristics
(Continued)
ThefollowingspecificationsapplyforV+ = AV= DV+ =+ 5.0V
DC
,V
REF
=5.000V
DC
,V
REF
− =GND,V− =GNDforunipolar
operationor V− =−5.0V
DC
for bipolaroperation,andf
CLK
=5.0MHzunlessotherwisespecified.BoldfacelimitsapplyforT
A
=T
J
=T
MIN
toT
MAX
;allotherlimitsT
A
=T
J
=25ÊC.(Notes 8,9,12)
Symbol
Parameter
Conditions
Typical
Limits
(Note11)
Units
(Limit)
(Note10)
DYNAMICCONVERTERANDMULTIPLEXERCHARACTERISTICS
−3dB UnipolarFull
V
IN
=4.85V
p±p
200
kHz
Power Bandwidth
−3dB BipolarFull
V
IN
=
±
4.85V
200
kHz
Power Bandwidth
REFERENCECHARACTERISTICS(UnipolarOperationV− =GNDOnly)
VREFOut ReferenceOutputVoltage
2.5
±
1%
2.5
±
2%
V(Max)
DV
REF
/Dt VREFOutTemperatureCoefficient
40
ppm/ÊC
DV
REF
/DI
L
LoadRegulation
Sourcing
0mA£I
L
£+4mA
0.003
0.1
%/mA(Max)
Sinking
0mA‡I
L
‡−1mA
0.2
0.6
%/mA(Max)
LineRegulation
4.5V£V£5.5V
0.5
6
mV(Max)
I
SC
ShortCircuitCurrent
VREFOut= 0V
14
25
mA(Max)
DV
REF
/Dt Long-TermStability
200
ppm/1kHr
t
SU
Start-UpTime
C
L
=330µF
20
ms
DIGITALANDDCCHARACTERISTICS
V
IN(1)
Logicalª1º InputVoltage
V= 5.5V
2.0
V(Min)
V
IN(0)
Logicalª0º InputVoltage
V= 4.5V
0.8
V(Max)
I
IN(1)
Logicalª1º InputCurrent
V
IN
=5.0V
0.005
2.5
µA(Max)
I
IN(0)
Logicalª0º InputCurrent
V
IN
=0V
−0.005
−2.5
µA(Max)
V
OUT(1)
Logicalª1º OutputVoltage
V= 4.5V:
I
OUT
=−360µA
2.4
V(Min)
I
OUT
=−10µA
4.25
V(Min)
V
OUT(0)
Logicalª0º OutputVoltage
V= 4.5V
0.4
V(Max)
I
OUT
=1.6mA
I
OUT
TRI-STATEOutputCurrent
V
OUT
=0V
−0.01
−3
µA(Max)
V
OUT
=5V
0.01
3
µA(Max)
+I
SC
OutputShortCircuitSourceCurrent
V
OUT
=0V
−40
−10
mA(Min)
−I
SC
OutputShortCircuit
V
OUT
=DV+
30
10
mA(Min)
Sink Current
DI+
DigitalSupplyCurrent
CS = HIGH
0.75
2
mA(Max)
CS = HIGH,f
CLK
=0Hz
0.15
mA(Max)
AI+
AnalogSupply Current
CS = HIGH
3
4.5
mA(Max)
CS = HIGH,f
CLK
=0Hz
3
mA(Max)
I
NegativeSupplyCurrent
CS = HIGH
3.5
4.5
mA(Max)
CS = HIGH,f
CLK
=0Hz
3.5
mA(Max)
I
REF
ReferenceInputCurrent
V
REF
=5V
0.7
1.1
mA(Max)
ADC10154/ADC10158
www.national.com
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Electrical Characteristics
Thefollowingspecificationsapply forV= AV= DV= +5.0V
DC
,V
REF
=5.000V
DC
,V
REF
− =GND,V− − =GNDforunipolar
operationorV− = −5.0V
DC
forbipolaroperation,andf
CLK
=5.0MHzunlessotherwisespecified.BoldfacelimitsapplyforT
A
=T
J
=T
MIN
toT
MAX
;allotherlimitsT
A
=T
J
=25ÊC.(Note16)
Symbol
Parameter
Conditions
Typical
Limits
(Note11)
Units
(Limit)
(Note10)
ACCHARACTERISTICS
f
CLK
Clock Frequency
8
5.0
MHz(Max)
10
kHz(Min)
Clock DutyCycle
20
%(Min)
80
%(Max)
t
C
Conversion
8-BitUnipolar Mode
16
1/f
CLK
Time
f
CLK
=5.0MHz
3.2
µs (Max)
8-BitBipolar Mode
18
1/f
CLK
f
CLK
=5.0MHz
3.6
µs (Max)
10-BitUnipolar Mode
20
1/f
CLK
f
CLK
=5.0MHz
4.0
µs (Max)
10-BitBipolarMode
22
1/f
CLK
f
CLK
=5.0MHz
4.4
µs (Max)
t
A
AcquisitionTime
6
1/f
CLK
f
CLK
=5.0MHz
1.2
µs
t
CR
DelaybetweenFallingEdgeof
0
5
ns(Min)
CSandFallingEdgeofRD
t
RC
DelaybetweeRisingEdge
0
5
ns(Min)
RDandRisingEdgeofCS
t
CW
DelaybetweenFallingEdge
0
5
ns(Min)
ofCSandFallingEdgeofWR
t
WC
DelaybetweenRisingEdge
0
5
ns(Min)
ofWRandRisingEdgeofCS
t
RW
DelaybetweenFallingEdge
0
5
ns(Min)
ofRDandFallingEdgeofWR
t
W(WR)
WRPulseWidth
25
50
ns(Min)
t
WS
WRHightoCLK÷2LowSet-UpTime
5
ns (Max)
t
DS
DataSet-UpTime
6
15
ns (Max)
t
DH
DataHoldTime
0
5
ns (Max)
t
WR
DelayfromRisingEdge
0
5
ns(Min)
ofWRtoRisingEdgeRD
t
ACC
Access Time(DelayfromFalling
C
L
=100pF
25
45
ns (Max)
EdgeofRDtoOutputDataValid)
t
WI
,t
RI
DelayfromFallingEdge
C
L
=100pF
25
40
ns (Max)
ofWRorRDtoResetofINT
t
INTL
DelayfromFallingEdgeofCLK÷2to
FallingEdgeofINT
40
ns
t
1H
,t
0H
TRI-STATEControl(Delayfrom
C
L
=10pF,R
L
=1kW
20
35
ns (Max)
RisingEdgeofRDtoHi-ZState)
t
RR
DelaybetweenSuccessive
25
50
ns(Min)
RDPulses
t
P
DelaybetweenLastRisingEdge
ofRDandtheNextFalling
20
50
ns(Min)
EdgeofWR
C
IN
CapacitanceofLogicInputs
5
pF
C
OUT
CapacitanceofLogicOutputs
5
pF
ADC10154/ADC10158
www.national.com
6
Electrical Characteristics
(Continued)
Note1: AbsoluteMaximumRatingsindicatelimitsbeyondwhichdamagetothedevicemayoccur.
Note2: OperatingRatingsindicateconditionsforwhichthedeviceisfunctional,butdonotguaranteespecificperformancelimits.Forguaranteedspecificationsand
testconditions,seetheElectrical Characteristics.Theguaranteedspecificationsapplyonlyforthetestconditionslisted.Some performancecharacteristicsmay
degradewhenthedeviceisnotoperatedunderthelistedtestconditions.
Note3: AllvoltagesaremeasuredwithrespecttoGND,unlessotherwisespecified.
Note4: Whentheinputvoltage(V
IN
)atanypinexceedsthepowersupplies(V
IN
<
V− orV
IN
>
AV+orDV+),thecurrentatthatpinshouldbelimitedto5mA.The
20mAmaximumpackageinputcurrentratinglimitsthenumberofpinsthatcansafelyexceedthepowersupplieswithaninputcurrentof5mAtofour.
Note5: ThemaximumpowerdissipationmustbederatedatelevatedtemperaturesandisdictatedbyT
Jmax
,q
JA
andtheambienttemperature,T
A
.Themaximum
allowablepowerdissipationatanytemperatureisP
D
=(T
Jmax
−T
A
)/q
JA
orthenumbergivenintheAbsoluteMaximumRatings,whicheverislower.Forthisdevice,
T
Jmax
=150ÊC.Thetypicalthermalresistance(q
JA
)ofthesepartswhenboardmountedfollow:ADC10154withBINandCINsuffixes65ÊC/W,ADC10154withBIJ,
CIJandCMJsuffixes49ÊC/W,ADC10154withBIWMandCIWMsuffixes72ÊC/W,ADC10158withBINandCINsuffixes59ÊC/W,ADC10158withBIJ,CIJ,andCMJ
suffixes46ÊC/W,ADC10158withBIWMandCIWMsuffixes68ÊC/W.
Note6: Humanbodymodel,100pFcapacitordischargedthrougha1.5kWresistor.
Note7: SeeAN-450ªSurfaceMountingMethodsandTheirEffectonProductReliabilityº orthe section titled ªSurfaceMountºfoundin anypost-1986 National
SemiconductorLinearDataBookforothermethodsofsolderingsurfacemountdevices.
Note8: Twoon-chipdiodesaretiedtoeachanaloginputasshownbelow.Theywillforward-conductforanaloginputvoltagesonediodedropbelowV− supplyor
onediodedropgreaterthanVsupply.Becareful duringtestingatlowVlevels(4.5V),ashighlevelanaloginputs(5V)cancauseaninputdiodeto conduct,
especiallyatelevatedtemperatures,whichwillcauseerrorsforanaloginputsnearfull-scale.Thespecificationallows50mVforwardbiasofeitherdiode;thismeans
thataslongastheanalogV
IN
doesnotexceedthesupplyvoltagebymorethan50mV,theoutputcodewillbecorrect.Exceedingthisrangeonanunselected
channelwillcorruptthereadingofaselectedchannel.ThismeansthatifAV+andDV+areminimum(4.5V
DC
)andV− isamaximum(−4.5V
DC
)fullscalemustbe
£
±
4.55V
DC
.
Note9: AdiodeexistsbetweenAV+andDV+asshownbelow.
Note10: TypicalsareatT
J
=T
A
= 25ÊCandrepresentmostlikelyparametricnorm.
Note11: TestedlimitsareguaranteedtoNational'sAOQL(AverageOutgoingQualityLevel).
Note12: OneLSBisreferencedto10bitsofresolution.
Note13: Totalunadjustederrorincludesoffset,full-scale,linearity,multiplexer,andholdsteperrors.
Note14: ForDCCommonModeErrortheonlyspecificationthatismeasuredisoffseterror.
Note15: Channelleakagecurrentismeasuredafterthechannelselection.
Note16: AllthetimingspecificationsaretestedattheTTLlogiclevels,V
IL
=0.8VforafallingedgeandV
IH
= 2.0Vforarising.
DS011225-4
DS011225-5
Toguaranteeaccuracy,itisrequiredthattheAV+andDV+beconnectedtogethertoapowersupplywithseparatebypassfilterateachV+pin.
ADC10154/ADC10158
www.national.com
7
Electrical Characteristics
(Continued)
Ordering Information
Industrial−40ÊC £T
A
£85ÊC
Package
ADC10154CIWM
M24B
ADC10158CIN
N28B
ADC10158CIWM
M28B
DS011225-6
FIGURE1.TransferCharacteristic
DS011225-7
FIGURE2.SimplifiedErrorCurvevsOutputCode
ADC10154/ADC10158
www.national.com
8
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