HOLT HI-3188PST, HI-3188PSI, HI-3187PST, HI-3187PSI, HI-3186PST Datasheet

...
HI-3182,HI-3183,HI-3184,HI-3185
HI-3186,HI-3187,HI-3188
March2001
TheHI-3182,HI-3183,HI-3184,HI-3185,HI-3186,HI-3187and HI-3188businterfaceproductsaresilicongateCMOSdevices designedasalinedriverinaccordancewiththeARINC429bus specifications.InadditiontobeingfunctionalupgradesofHolt's HI-8382&HI-8383products,theyarealsoalternatesourcesfor theHS-3182(Intersil/Harris),theRM3182(Fairchild/Raytheon) andavarietyofsimilarDEI/DDClinedriverproducts.
ThedifferentialoutputsoftheHI-318Xseriesofproductsare independentlyprogrammabletoeitherthehighspeedorlow speedARINC429outputriseandfalltimespecificationsthrough theuseoftwoexternalcapacitors.Theoutputvoltageswingis alsoadjustablebytheapplicationofanexternalvoltagetothe VREFinput.Productswith0,13or37.5ohmresistorsinseries witheachARINCoutputareav ailable.Inaddition,the HI-3184andHI-3187productsalsohavea eachoutput.
fuseinserieswith
HI-3182,
PINCONFIGURATION (TopView)GENERALDESCRIPTION
14V
V1
REF
GND(SeeNote*)2
SYNC3
DATA(A)4
C5
A
A6
OUT
-V7
1
13CLOCK 12DATA(B) 11C
B
10B
OUT
9+V 8GND
HI-3184PS,HI-3185PS,HI-3186PS
&HI-3187PS
14-PINPLASTICSMALLOUTLINE(ESOIC) **
Notes:*Pin2maybeleftfloating
**ThermallyEnhancedSOICPackage
(SeePage5foradditionalpackagepinconfigurations)
FUNCTION
TheHI-318Xseriesoflinedriversareintendedforusewhere logicsignalsmustbeconvertedtoARINC429levelssuchas whenusinganASIC,theHI-8282ARINC429SerialTransmit­ter/DualReceiver,theHI-6010ARINC429Transmitter/Receiver ortheHI-8783ARINCInterfaceDevice.Holtproductsare readilyavailableforbothindustrialandmilitaryapplications. PleasecontacttheHoltSalesDepartmentforadditional information.
FEATURES
!
LowpowerCMOS
!
TTLandCMOScompatibleinputs
!
Programmableoutputvoltageswing
!
AdjustableARINCriseandfalltimes Plastic14&16-pinthermallyenhancedSOIC
!
packagesavailable Pin-for-PinalternativeforDEI/DDC/Intersil/Fairchild
!
applications
!
Operatesatdataratesupto100Kbits
!
Overvoltageprotection
!
IndustrialandMilitarytemperatureranges
+
ARINC429DIFFERENTIALLINEDRIVER
TRUTHTABLE
SYNCCLOCKDATA(A)DATA(B)AOUTBOUTCOMMENTS
XLXX0V0VNULL LXXX0V0VNULL HHLL0V0VNULL HHLH-V+VLOW HHHL+V-VHIGH HHHH0V0VNULL
REFREF
REFREF
HOLTINTEGRATEDCIRCUITS
(DS3182Rev.B)03/01
1
HI-3182,HI-3183,HI-3184,HI-3185,HI-3186,HI-3187,HI-3188
FUNCTIONALDESCRIPTION
TheSYNCandCLOCKinputsestablishdatasynchronization utilizingtwoANDgates,oneforeachdatainput.Eachlogic input,includingthepowerenable()input,are
STROBE
TTL/CMOScompatible. Figure1illustratesatypicalARINC429busapplication.
ThreepowersuppliesarenecessarytooperatetheHI-3182; typically+15V,-15Vand+5V.Thechipalsoworkswith±12V supplies.The+5Vsupplycanalsoprovideareference voltagethatdeterminestheoutputvoltageswing.The differentialoutputvoltageswingwillequal2V.Ifavalueof Votherthan+5Visneeded,aseparate+5Vpowersupply
REF
isrequ iredforpinV.
1
REF
WiththeDATA(A)inputatalogichighandDATA(B)inputata logiclow,Awillswitchtothe+VrailandBwill switchtothe-Vrail(ARINCHIGHstate).Withbothdata
OUTREFOUT
REF
inputsignalsatalogiclowstate,theoutputswillbothswitchto 0V(ARINCNULLstate).
Thedriveroutputimpedance,R,isnominally75,26or0
OUT
ohmsdependingontheoptionchosen.Theriseandfalltimes oftheoutputscanbecalibratedthroughtheselectionoftwo externalcapacitorvaluesthreconnectedtotheCandC
ata
AB
inputpins.Typicalvaluesforhigh-speedoperation (100KBPS)areC=C=75pFandforlow-speedoperati on (12.5to14KBPS)C=C=500pF.
AB
AB
TheARINCoutputscanbeputinatri-statemodebyapplying alogichightotheinputpin.Ifthisfeatureisnot beingused,thepinshouldbetiedtoground.The
STROBE
STROBE functionisnotavailableinthe14&16-pinSOICpackage configurationswherethepinisinternallyconnectedto ground.
TheARINCoutputsoftheHI-3182,HI-3184andHI-3187are protectedbyinternalfusescapableofsinkingbetween800­900mAforshortperiodsoftime(125s).
V
REF
V
1
DATA(A)
INPUTS TOARINCBUS
DATA(B)
SYNC
GND
C
C
CLOCK
STROBE
µ
+15V+5V
OUT
+V
-V
B
TheCandCpinsswingbetween+5Vandgroundallowing
AB
theswitchingofcapacitorvalueswithanexternalsingle­supplyanalogswitch.
+V
C
A
DATA(A)
CLOCK
SYNC
DATA(B)
STROBE
REF
LEVELSHIFTER
ANDSLOPE
CONTROL(A)
LEVELSHIFTER
ANDSLOPE
CONTROL(B)
V 1
CURRENT
REGULATOR
Figure1. ARINC429BUSAPPLICATION
Shortedon
HI-3186,HI-3187,HI-3188
OUTPUT
DRIVER(A)
OUTPUT
DRIVER(B)
Shortedon HI-3183,HI-3186 HI-3187,HI-3188
24.5
24.5Ω
-15V
13
13
F A
F B
Shortedon HI-3183,HI-3185 HI-3186,HI-3188
C L
R L
-V
CGND
B
Figure2. FUNCTIONALBLOCKDIAGRAM
HOLTINTEGRATEDCIRCUITS
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B
OUT
HI-3182,HI-3183,HI-3184,HI-3185,HI-3186,HI-3187,HI-3188
SYMBOLFUNCTIONDESCRIPTION
VPOWERReferencevoltageusedtodeterminetheoutputvoltageswing
REF
STROBE
SYNCINPUTSynchronizesdatainputs
DATA(A)INPUTDatainputterminalA
CINPUTConnectionforDATA(A)slew-ratecapacitor
A
AOUTPUTARINCoutputterminalA
OUT
-VPOWER-12Vto-15V
GNDPOWER0.0V
+VPOWER+12Vto+15V
BOUTPUTB
OUT
CINPUT
B
DATA(B)INPUTB
CLOCKINPUTSynchronizesdatainputs
VPOWER+5V±5%
1
INPUTAlogichightri-statestheARINCoutputs.Notavailableinthe14-pinSOICpackage(tiedtoGNDinternally).
ARINCoutputterminal ConnectionforDATA(B)slew-ratecapacitor Datainputterminal
AllVoltagesreferencedtoGND,TA=OperatingTemperatureRange(unlessotherwisespecified)
PARAMETERSYMBOLCONDITIONSOPERATINGRANGEMAXIMUMUNIT
DifferentialVoltageVVoltagebetween+Vand-Vterminals40V
DIF
SupplyVoltage+V+10.8to+16.5V
-V-10.8to-16.5V V+5±10%+7V
1
VoltageReferenceVForARINC429+5±5%6V
REF
ForApplicationsotherthanARINC0to66V
InputVoltageRangeVGND-0.3V
IN
>
V1+0.3V
< OutputShort-CircuitDurationSeeNote:1 OutputOvervoltageProtectionSeeNote:2 OperatingTemperatureRangeTHi-temp&Military-55to+125°C
A
Industrial-40to+85°C
StorageTemperatureRangeTCeramic&Plastic-65to+150°C
STG
LeadTemperatureSoldering,10seconds+275°C JunctionTemperatureT+175°C
J
Note1.Heatsinkingmayberequired forOutputShortCircuitat+125°Candfor100KBPSat+125°C. Note2.ThefusesusedforOutputOvervoltageProtectionmaybeblownbythepresenceofavoltageateitheroutputthat isgreater
than±12.0VwithrespecttoGND.(HI-3182,3184&3187only)
NOTE:Stressesabovethoselistedunder"AbsoluteMaximumRatings"maycausepermanentdamagetothedevice.Thesea restressratings only.Functionaloperationofthedeviceattheseoranyotherconditionsabovethoseindicatedintheoperationalse ctionsofthespecifications isnotimplied.Exposuretoabsolutemaximumratingconditionsforextendedperiodsmayaffectdevicereliability.
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