6-Channel Video Amp with 3-SD and 3-HD 6th-Order Filters & 6-dB

54 Pages·2015·1.98 MB·English

THS7365
THS7365
www.ti.com.................................................................................................................................................................................................. SBOS467–MARCH2009
6-Channel Video Amplifier with 3-SD and 3-HD Sixth-Order Filters and 6-dB Gain
FEATURES DESCRIPTION
1
• ThreeSDTVVideoAmplifiersforCVBS, Fabricated using the revolutionary, complementary
234
S-Video,Y’/P’B/P’R,480i/576i,Y’U’V’,orR’G’B’ Silicon-Germanium (SiGe) BiCom3X process, the
• ThreeHDTVVideoAmplifiersforY’/P’ /P’ , THS7365 is a low-power, single-supply, 2.7-V to 5-V,
B R
720p/1080i/1080p30,orG’B’R’(R’G’B’) six-channel integrated video buffer. It incorporates
three standard-definition (SDTV) and three
• BypassableSixth-Order Low-PassFilters:
high-definition (HDTV) filter channels. All filters
– SDChannels:–3dB at9.5-MHz feature bypassable sixth-order Butterworth filter
– HD Channels:–3dBat36-MHz characteristics that are useful as digital-to-analog
converter (DAC) reconstruction filters or as
• VersatileInputBiasing:
analog-to-digitalconverter(ADC)anti-aliasing filters.
– DC-Coupledwith300-mV OutputShift
The THS7365 has flexible input coupling capabilities
– AC-CoupledwithSync-Tip Clamp
that can be configured for either ac- or dc-coupled
– AC-CouplingwithBiasing inputs. The 300-mV output level shift allows for a full
• Built-in6-dBGain(2V/V) sync dynamic range at the output with 0-V input. The
ac-coupled modes include a transparent sync-tip
• +2.7-Vto +5-V Single-SupplyOperation
clamp for composite video (CVBS), Y', and R'G'B'
• Rail-to-RailOutput: signals with sync. AC-coupled biasing for C'/P' /P'
B R
– Output SwingsWithin100mVfromthe channels can easily be achieved by adding an
Rails:AllowsACor DCOutputCoupling externalresistor toVS+.
– SupportsDrivingTwoVideoLines/Channel The THS7365 is an ideal choice for all video buffer
• LowTotalQuiescentCurrent:20.7mA at3.3 V applications. Its rail-to-rail output stage with 6-dB gain
allows for both ac and dc line driving. The ability to
• Disabled SupplyCurrentFunction:0.1m A
drive two lines per channel, or 75-Ω loads, allows for
• LowDifferentialGain/Phase:0.2%/0.3° maximum flexibility as a video line driver. The
• RoHS-CompliantPackage:TSSOP-20 20.7-mA total quiescent current at 3.3 V and 0.1 m A
(disabled mode) makes it an excellent choice for
APPLICATIONS power-sensitivevideo applications.
• SetTopBoxOutputVideoBuffering The THS7365 is available in a TSSOP-20 package
• PVR/DVDR/BluRay™OutputBuffering that islead-free andgreen(RoHS-compliant).
• Low-PowerVideoBuffering
THS7365 CVBS
75W
CVBS 1 SD1 IN SD1 OUT 20
R 2 SD2 IN SD2 OUT 19 75S-WVideo Y' Out 75W
S-VYid’eo 3 SD3 IN SD3 OUT 18 S-Video C' Out 75W
R 4 NC Disable SD 17 Disable SD 75W
DAC/Encoder S-VCid’eo R +2.7+ V5 tVo 567 NHVSCD+1 IN DHisDab1l eGO HNUDDT 111654 Disable HD 75W75WY'/G' Out
SOC/ Y'/G' R 89 HHDD23 IINN HHDD23 OOUUTT 1132 75WP'B/B' Out 75W
P'B/B' R 10 Bypass SD Bypass HD 11 75WP'R/R' Out 75W
P'R/R' BSyDp LaPssF HBDyp LaPsFs 75W
R
Figure1.Single-Supply, DC-Input/DC-OutputCoupledVideoLineDriver
1
Pleasebeawarethatanimportantnoticeconcerningavailability,standardwarranty,anduseincriticalapplicationsofTexas
Instrumentssemiconductorproductsanddisclaimerstheretoappearsattheendofthisdatasheet.
BluRayisatrademarkofBlu-rayDiscAssociation(BDA).
2
MacrovisionisaregisteredtrademarkofMacrovisionCorporation.
3
Allothertrademarksarethepropertyoftheirrespectiveowners.
4
PRODUCTIONDATAinformationiscurrentasofpublicationdate. Copyright©2009,TexasInstrumentsIncorporated
Products conform to specifications per the terms of the Texas
Instruments standard warranty. Production processing does not
necessarilyincludetestingofallparameters.
THS7365
SBOS467–MARCH2009.................................................................................................................................................................................................. www.ti.com
This integrated circuit can be damaged by ESD. Texas Instruments recommends that all integrated circuits be handled with
appropriateprecautions.Failuretoobserveproperhandlingandinstallationprocedurescancausedamage.
ESDdamagecanrangefromsubtleperformancedegradationtocompletedevicefailure.Precisionintegratedcircuitsmaybemore
susceptibletodamagebecauseverysmallparametricchangescouldcausethedevicenottomeetitspublishedspecifications.
PACKAGE/ORDERINGINFORMATION(1)(2)
PRODUCT PACKAGE-LEAD TRANSPORTMEDIA,QUANTITY ECOSTATUS(2)
THS7365IPW Rails,70
TSSOP-20 Pb-Free,Green
THS7365IPWR TapeandReel,2000
(1) ForthemostcurrentpackageandorderinginformationseethePackageOptionAddendumattheendofthisdocument,orseetheTI
websiteatwww.ti.com.
(2) ThesepackagesconformtoLead(Pb)-freeandgreenmanufacturingspecifications.Additionaldetailsincludingspecificmaterialcontent
canbeaccessedatwww.ti.com/leadfree.
GREEN:TIdefinesGreentomeanLead(Pb)-Freeandinaddition,useslesspackagematerialsthatdonotcontainhalogens,including
bromine(Br),orantimony(Sb)above0.1%oftotalproductweight.N/A:NotyetavailableLead(Pb)-Free;forestimatedconversion
dates,gotowww.ti.com/leadfree.Pb-FREE:TIdefinesLead(Pb)-FreetomeanRoHScompatible,includingaleadconcentrationthat
doesnotexceed0.1%oftotalproductweight,and,ifdesignedtobesoldered,suitableforuseinspecifiedlead-freesoldering
processes.
ABSOLUTE MAXIMUM RATINGS(1)
Overoperatingfree-airtemperaturerange,unlessotherwisenoted.
THS7365 UNIT
Supplyvoltage,V toGND 5.5 V
S+
Inputvoltage,V –0.4toV V
I S+
Outputcurrent,I ±90 mA
O
Continuouspowerdissipation SeetheDissipationRatingsTable
Maximumjunctiontemperature,anycondition(2),T +150 °C
J
Maximumjunctiontemperature,continuousoperation,long-term
reliability(3),T +125 °C
J
Storagetemperaturerange,T –60to+150 °C
STG
Leadtemperature1,6mm(1/16inch)fromcasefor10seconds +300 °C
Humanbodymodel(HBM) 4000 V
ESDrating: Chargedevicemodel(CDM) 1000 V
Machinemodel(MM) 200 V
(1) Stressesabovetheseratingsmaycausepermanentdamage.Exposuretoabsolutemaximumconditionsforextendedperiodsmay
degradedevicereliability.Thesearestressratingsonly,andfunctionaloperationofthedeviceattheseoranyotherconditionsbeyond
thosespecifiedisnotimplied.
(2) Theabsolutemaximumjunctiontemperatureunderanyconditionislimitedbytheconstraintsofthesiliconprocess.
(3) Theabsolutemaximumjunctiontemperatureforcontinuousoperationislimitedbythepackageconstraints.Operationabovethis
temperaturemayresultinreducedreliabilityand/orlifetimeofthedevice.
DISSIPATION RATINGS
q q ATT ≤+25°C ATT =+85°C
JC JA A A
PACKAGE (°C/W) (°C/W) POWERRATING POWERRATING
TSSOP-20(PW) 36 88(1) 1.13W 0.45W
(1) ThesedataweretakenwiththeJEDECHigh-Ktestprintedcircuitboard(PCB).FortheJEDEClow-KtestPCB,theq is130°C/W.
JA
RECOMMENDED OPERATING CONDITIONS
MIN NOM MAX UNIT
Supplyvoltage,V 2.7 5 V
S+
Ambienttemperature,T –40 +85 °C
A
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ELECTRICAL CHARACTERISTICS: V = +3.3 V
S+
AtT =+25°C,R =150ΩtoGND,Filtermode,anddc-coupledinput/output,unlessotherwisenoted.
A L
THS7365
TEST
PARAMETER TESTCONDITIONS MIN TYP MAX UNITS LEVEL(1)
ACPERFORMANCE(SDCHANNELS)
Passbandbandwidth –1dB;V =0.2V and2V 7 8.2 10.2 MHz B
O PP PP
Small-andlarge-signalbandwidth –3dB;V =0.2V and2V 7.8 9.5 11.4 MHz B
O PP PP
Bypassmodebandwidth –3dB;V =0.2V 85 130 MHz B
O PP
Slewrate Bypassmode;V =2V 75 100 V/m s B
O PP
Withrespectto500kHz(2),f=6.75MHz –0.9 0.2 1.1 dB B
Attenuation
Withrespectto500kHz(2),f=27MHz 42 54 dB B
Groupdelay f=100kHz 72 ns C
Groupdelayvariation f=5.1MHzwithrespectto100kHz 10 ns C
Channel-to-channeldelay 0.3 ns C
Differentialgain NTSC/PAL 0.2/0.35 % C
Differentialphase NTSC/PAL 0.3/0.42 Degrees C
Totalharmonicdistortion f=1MHz,V =1.4V –70 dB C
O PP
100kHzto6MHz,non-weighted 70 dB C
Signal-to-noiseratio
100kHzto6MHz,unifiedweighting 78 dB C
Allchannels,T =+25°C 5.7 6 6.3 dB A
A
Gain
Allchannels,T =–40°Cto+85°C 5.65 6.35 dB B
A
f=6.75MHz,Filtermode 0.7 Ω C
Outputimpedance f=6.75MHz,Bypassmode 0.6 Ω C
Disabled 20||3 kΩ||pF C
Returnloss f=6.75MHz,Filtermode 46 dB C
f=1MHz,SDtoSDchannelandSDtoHD
Crosstalk –78 dB C
channel
ACPERFORMANCE(HDCHANNELS)
Passbandbandwidth –1dB;V =0.2V and2V 27.2 32 38.2 MHz B
O PP PP
Small-andlarge-signalbandwidth –3dB;V =0.2V and2V 30.3 36 43 MHz B
O PP PP
Bypassmodebandwidth –3dB;V =0.2V 170 250 MHz B
O PP
Slewrate Bypassmode;V =2V 420 500 V/m s B
O PP
Withrespectto500kHz(2),f=27MHz –1 0 1 dB B
Attenuation
Withrespectto500kHz(2),f=74MHz 34 42 dB B
Groupdelay f=100kHz 22 ns C
Groupdelayvariation f=27MHzwithrespectto100kHz 7.5 ns C
Channel-to-channeldelay 0.3 ns C
Differentialgain NTSC/PAL 0.1/0.1 % C
Differentialphase NTSC/PAL 0.2/0.25 Degrees C
Totalharmonicdistortion f=10MHz,V =1.4V –49 dB C
O PP
100kHzto30MHz,non-weighted 62 dB C
Signal-to-noiseratio
100kHzto30MHz,unifiedweighting 72 dB C
Allchannels,T =+25°C 5.7 6 6.3 dB A
A
Gain
Allchannels,T =–40°Cto+85°C 5.65 6.35 dB B
A
(1) Testlevels:(A)100%testedat+25°C.Overtemperaturelimitssetbycharacterizationandsimulation.(B)Limitssetbycharacterization
andsimulationonly.(C)Typicalvalueonlyforinformation.
(2) 3.3-Vsupplyfilterspecificationsareensuredby100%testingat5-Vsupplyalongwithdesignandcharacterization.
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ELECTRICAL CHARACTERISTICS: V = +3.3 V (continued)
S+
AtT =+25°C,R =150ΩtoGND,Filtermode,anddc-coupledinput/output,unlessotherwisenoted.
A L
THS7365
TEST
PARAMETER TESTCONDITIONS MIN TYP MAX UNITS LEVEL(1)
ACPERFORMANCE(HDCHANNELS)(continued)
f=30MHz,Filtermode 1.7 Ω C
Outputimpedance f=30MHz,Bypassmode 2 Ω C
Disabled 1.8||3 kΩ||pF C
Returnloss f=30MHz,Filtermode 39 dB C
f=1MHz,HDtoSDchannels –74 dB C
Crosstalk f=1MHz,SDtoHDchannels –78 dB C
f=1MHz,HDtoHDchannels –70 dB C
DCPERFORMANCE
V =0V,SDchannels 200 300 400 mV A
IN
Biasedoutputvoltage
V =0V,HDchannels 200 295 400 mV A
IN
Inputvoltagerange DCinput,limitedbyoutput –0.1/1.46 V C
V =–0.1V,SDchannels 140 200 m A A
IN
Sync-tipclampchargecurrent
V =–0.1V,HDchannels 280 400 m A A
IN
Inputimpedance 800||2 kΩ||pF C
OUTPUTCHARACTERISTICS
R =150Ωto+1.65V 3.15 V C
L
R =150ΩtoGND 2.85 3.1 V A
L
Highoutputvoltageswing
R =75Ωto+1.65V 3.1 V C
L
R =75ΩtoGND 3 V C
L
R =150Ωto+1.65V(V =–0.2V) 0.04 V C
L IN
R =150ΩtoGND(V =–0.2V) 0.03 0.1 V A
L IN
Lowoutputvoltageswing
R =75Ωto+1.65V(V =–0.2V) 0.1 V C
L IN
R =75ΩtoGND(V =–0.2V) 0.05 V C
L IN
Outputcurrent(sourcing) R =10Ωto+1.65V 80 mA C
L
Outputcurrent(sinking) R =10Ωto+1.65V 70 mA C
L
POWERSUPPLY
Operatingvoltage 2.6 3.3 5.5 V B
V =0V,allchannelson 17 20.7 27 mA A
IN
V =0V,SDchannelson,HDchannelsoff 5.6 6.9 9 mA A
IN
Totalquiescentcurrent,noload
V =0V,SDchannelsoff,HDchannelson 11.4 13.8 18 mA A
IN
V =0V,allchannelsoff,V =3V 0.1 10 m A A
IN DISABLE
Power-supplyrejectionratio
Atdc 52 dB C
(PSRR)
LOGICCHARACTERISTICS(3)
V DisabledorBypassmode 1.8 2 V A
IH
V EnabledorFiltermode 0.65 0.7 V A
IL
I 0.2 m A C
IH
I 0.2 m A C
IL
Disabletime 100 ns C
Enabletime 140 ns C
Bypass/filterswitchtime 5 ns C
(3) Thelogicinputpinsshouldnotbeleftfloating.Theymustbeconnectedtologiclow(orGND)orlogichigh(orV ).
S+
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ELECTRICAL CHARACTERISTICS: V = +5 V
S+
AtT =+25°C,R =150ΩtoGND,Filtermode,anddc-coupledinput/output,unlessotherwisenoted.
A L
THS7365
TEST
PARAMETER TESTCONDITIONS MIN TYP MAX UNITS LEVEL(1)
ACPERFORMANCE(SDCHANNELS)
Passbandbandwidth –1dB;V =0.2V and2V 7 8.2 10.2 MHz B
O PP PP
Small-andlarge-signalbandwidth –3dB;V =0.2V and2V 7.8 9.5 11.4 MHz B
O PP PP
Bypassmodebandwidth –3dB;V =0.2V 85 130 MHz B
O PP
Slewrate Bypassmode;V =2V 75 100 V/m s B
O PP
Withrespectto500kHz,f=6.75MHz –0.9 0.2 1.1 dB A
Attenuation
Withrespectto500kHz,f=27MHz 42 54 dB A
Groupdelay f=100kHz 72 ns C
Groupdelayvariation f=5.1MHzwithrespectto100kHz 10 ns C
Channel-to-channeldelay 0.3 ns C
Differentialgain NTSC/PAL 0.2/0.35 % C
Differentialphase NTSC/PAL 0.35/0.45 Degrees C
Totalharmonicdistortion f=1MHz,V =1.4V –72 dB C
O PP
100kHzto6MHz,non-weighted 70 dB C
Signal-to-noiseratio
100kHzto6MHz,unifiedweighting 78 dB C
Allchannels,T =+25°C 5.7 6 6.3 dB A
A
Gain
Allchannels,T =–40°Cto+85°C 5.65 6.35 dB B
A
f=6.75MHz,Filtermode 0.7 Ω C
Outputimpedance f=6.75MHz,Bypassmode 0.6 Ω C
Disabled 20||3 kΩ||pF C
Returnloss f=6.75MHz,Filtermode 46 dB C
f=1MHz,SDtoSDchannelandSDtoHD
Crosstalk –78 dB C
channel
ACPERFORMANCE(HDCHANNELS)
Passbandbandwidth –1dB;V =0.2V and2V 27.2 32 38.2 MHz B
O PP PP
Small-andlarge-signalbandwidth –3dB;V =0.2V and2V 30.3 36 43 MHz B
O PP PP
Bypassmodebandwidth –3dB;V =0.2V 170 250 MHz B
O PP
Slewrate Bypassmode;V =2V 420 500 V/m s B
O PP
Withrespectto500kHz,f=27MHz –1 0 1 dB A
Attenuation
Withrespectto500kHz,f=74MHz 34 42 dB A
Groupdelay f=100kHz 22 ns C
Groupdelayvariation f=27MHzwithrespectto100kHz 7.5 ns C
Channel-to-channeldelay 0.3 ns C
Differentialgain NTSC/PAL 0.1/0.1 % C
Differentialphase NTSC/PAL 0.25/0.35 Degrees C
Totalharmonicdistortion f=10MHz,V =1.4V –52 dB C
O PP
100kHzto30MHz,non-weighted 62 dB C
Signal-to-noiseratio
100kHzto30MHz,unifiedweighting 72 dB C
Allchannels,T =+25°C 5.7 6 6.3 dB A
A
Gain
Allchannels,T =–40°Cto+85°C 5.65 6.35 dB B
A
f=30MHz,Filtermode 1.7 Ω C
Outputimpedance f=30MHz,Bypassmode 2 Ω C
Disabled 1.8||3 kΩ||pF C
(1) Testlevels:(A)100%testedat+25°C.Overtemperaturelimitssetbycharacterizationandsimulation.(B)Limitssetbycharacterization
andsimulationonly.(C)Typicalvalueonlyforinformation.
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ELECTRICAL CHARACTERISTICS: V = +5 V (continued)
S+
AtT =+25°C,R =150ΩtoGND,Filtermode,anddc-coupledinput/output,unlessotherwisenoted.
A L
THS7365
TEST
PARAMETER TESTCONDITIONS MIN TYP MAX UNITS LEVEL(1)
ACPERFORMANCE(HDCHANNELS)(continued)
Returnloss f=30MHz,Filtermode 39 dB C
f=1MHz,HDtoSDchannels –74 dB C
Crosstalk f=1MHz,SDtoHDchannels –78 dB C
f=1MHz,HDtoHDchannels –70 dB C
DCPERFORMANCE
V =0V,SDchannels 200 310 400 mV A
IN
Biasedoutputvoltage
V =0V,HDchannels 200 305 400 mV A
IN
Inputvoltagerange DCinput,limitedbyoutput –0.1/2.3 V C
V =–0.1V,SDchannels 140 200 m A A
IN
Sync-tipclampchargecurrent
V =–0.1V,HDchannels 280 400 m A A
IN
Inputimpedance 800||2 kΩ||pF C
OUTPUTCHARACTERISTICS
R =150Ωto+2.5V 4.85 V C
L
R =150ΩtoGND 4.5 4.75 V A
L
Highoutputvoltageswing
R =75Ωto+2.5V 4.7 V C
L
R =75ΩtoGND 4.5 V C
L
R =150Ωto+2.5V(V =–0.2V) 0.05 V C
L IN
R =150ΩtoGND(V =–0.2V) 0.03 0.1 V A
L IN
Lowoutputvoltageswing
R =75Ωto+2.5V(V =–0.2V) 0.1 V C
L IN
R =75ΩtoGND(V =–0.2V) 0.05 V C
L IN
Outputcurrent(sourcing) R =10Ωto+2.5V 90 mA C
L
Outputcurrent(sinking) R =10Ωto+2.5V 85 mA C
L
POWERSUPPLY
Operatingvoltage 2.6 5 5.5 V B
V =0V,allchannelson 18 21.6 28.5 mA A
IN
V =0V,SDchannelson,HDchannelsoff 6 7.2 9.5 mA A
IN
Totalquiescentcurrent,noload
V =0V,SDchannelsoff,HDchannelson 12 14.4 19 mA A
IN
V =0V,allchannelsoff,V =3V 1 10 m A A
IN DISABLE
Power-supplyrejectionratio
Atdc 52 dB C
(PSRR)
LOGICCHARACTERISTICS(2)
V DisabledorBypassengaged 2.1 2.2 V A
IH
V EnabledorBypassdisengaged 0.8 0.8 V A
IL
I 0.2 m A C
IH
I 0.2 m A C
IL
Disabletime 80 ns C
Enabletime 100 ns C
Bypass/filterswitchtime 5 ns C
(2) Thelogicinputpinsshouldnotbeleftfloating.Theymustbeconnectedtologiclow(orGND)orlogichigh(orV ).
S+
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PIN CONFIGURATION
PWPACKAGE
TSSOP-20
(TOPVIEW)
SD1 IN 1 20 SD1 OUT
SD2 IN 2 19 SD2 OUT
SD3 IN 3 18 SD3 OUT
NC 4 17 Disable SD
V 5 16 GND
S+
NC 6 15 Disable HD
HD1 IN 7 14 HD1 OUT
HD2 IN 8 13 HD2 OUT
HD3 IN 9 12 HD3 OUT
Bypass SD 10 11 Bypass HD
THS7365IPW
NOTE:NC=Noconnection.
TERMINALFUNCTIONS
TERMINAL
NAME NO. I/O DESCRIPTION
SD1IN 1 I Standard-definitionvideoinput,channel1;LPF=9.5MHz
SD2IN 2 I Standard-definitionvideoinput,channel2;LPF=9.5MHz
SD3IN 3 I Standard-definitionvideoinput,channel3;LPF=9.5MHz
NC 4,6 — Nointernalconnection.ItisrecommendedtoconnectNCtoGND.
V 5 I Positivepower-supplypin;connectto+2.7Vupto+5V
S+
HD1IN 7 I High-definitionvideoinput,channel1;LPF=36MHz
HD2IN 8 I High-definitionvideoinput,channel2;LPF=36MHz
HD3IN 9 I High-definitionvideoinput,channel3;LPF=36MHz
BypassallSDchannelfilters.Logichighbypassestheinternalfiltersandlogiclowengagesthe
BypassSD 10 I
internalfilters.Donotleavefloating.
BypassallHDchannelfilters.Logichighbypassestheinternalfiltersandlogiclowengagesthe
BypassHD 11 I
internalfilters.Donotleavefloating.
HD3OUT 12 O High-definitionvideooutput,channel3;LPF=36MHz
HD2OUT 13 O High-definitionvideooutput,channel2;LPF=36MHz
HD1OUT 14 O High-definitionvideooutput,channel1;LPF=36MHz
Disablehighdefinitionchannels.LogichighdisablestheHDchannelsandlogiclowenablesthe
DisableHD 15 I
HD.Donotleavefloating.
GND 16 I Groundpinforallinternalcircuitry
Disablestandarddefinitionchannels.LogichighdisablestheSDchannelsandlogiclowenablesthe
DisableSD 17 I
SDchannels.Donotleavefloating.
SD3OUT 18 O Standard-definitionvideooutput,channel3;LPF=9.5MHz
SD2OUT 19 O Standard-definitionvideooutput,channel2;LPF=9.5MHz
SD1OUT 20 O Standard-definitionvideooutput,channel1;LPF=9.5MHz
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FUNCTIONALBLOCKDIAGRAM
+V
S
g
m Bypass SD
Level
Shift
SD Channel 1 SD Channel 1
6 dB
Input LPF Output
Sync-Tip Clamp
800 kW (DC Restore) 6-Pole
9.5 MHz
+V
S
g
m Bypass SD
Level
Shift
SD Channel 2 SD Channel 2
6 dB
Input LPF Output
Sync-Tip Clamp
800 kW (DC Restore) 6-Pole
9.5 MHz
+V
S
g
m Bypass SD
Level
Shift
SD Channel 3 SD Channel 3
6 dB
Input LPF Output
Sync-Tip Clamp
800 kW (DC Restore) 6-Pole
9.5 MHz
Bypass SD Disable SD
Bypass HD +VS Disable HD
g
m Bypass HD
Level
Shift
HD Channel 1 HD Channel 1
6 dB
Input LPF Output
Sync-Tip Clamp
800 kW (DC Restore) 6-Pole
36 MHz
+V
S
g
m Bypass HD
Level
Shift
HD Channel 2 HD Channel 2
6 dB
Input LPF Output
Sync-Tip Clamp
800 kW (DC Restore) 6-Pole
36 MHz
+V
S
g
m Bypass HD
Level
Shift
HD Channel 3 HD Channel 3
6 dB
Input LPF Output
Sync-Tip Clamp
800 kW (DC Restore) 6-Pole
36 MHz
+2.7 V to +5 V
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TYPICAL CHARACTERISTICS
TableofGraphs: +3.3Vand+5V
TITLE FIGURE
MaximumOutputVoltagevsTemperature Figure2
MinimumOutputVoltagevsTemperature Figure3
SDChannelOutputImpedancevsFrequency Figure4
SDChannelS22OutputReflectionRatiovsFrequency Figure5
HDChannelOutputImpedancevsFrequency Figure6
HDChannelS22OutputReflectionRatiovsFrequency Figure7
SDChannelDisabledOutputImpedancevsFrequency Figure8
HDChannelDisabledOutputImpedancevsFrequency Figure9
InputResistancevsTemperature Figure10
TableofGraphs:3.3V,Standard-Definition(SD)Channels
TITLE FIGURE
Figure11,Figure12,
SDChannelSmall-SignalGainvsFrequency Figure15,Figure16,
Figure17,Figure18
SDChannelLarge-SignalGainvsFrequency Figure13,Figure14
SDChannelPhasevsFrequency Figure19
SDChannelGroupDelayvsFrequency Figure20,Figure21
SDChannelPSRRvsFrequency Figure22
SDChannelDifferentialGain Figure23,Figure25
SDChannelDifferentialPhase Figure24,Figure26
SDChannelSecond-OrderHarmonicDistortionvsFrequency Figure27,Figure29
SDChannelThird-OrderHarmonicDistortionvsFrequency Figure28,Figure30
SDChannelSmall-SignalPulseResponsevsTime Figure31,Figure33
SDChannelLarge-SignalPulseResponsevsTime Figure32,Figure34
CrosstalkvsFrequency Figure35,Figure36
SDChannelSlewRatevsOutputVoltage Figure37
TotalQuiescentCurrentvsTemperature Figure38
OutputOffsetVoltagevsTemperature Figure39
TableofGraphs:3.3V,High-Definition(HD) Channels
TITLE FIGURE
Figure40,Figure41,
HDChannelSmall-SignalGainvsFrequency Figure44,Figure45,
Figure46,Figure47
HDChannelLarge-SignalGainvsFrequency Figure42,Figure43
HDChannelPhasevsFrequency Figure48
HDChannelGroupDelayvsFrequency Figure49,Figure50
HDChannelPSRRvsFrequency Figure51
HDChannelSecond-OrderHarmonicDistortionvsFrequency Figure52,Figure54
HDChannelThird-OrderHarmonicDistortionvsFrequency Figure53,Figure55
HDChannelSmall-SignalPulseResponsevsTime Figure56,Figure58
HDChannelLarge-SignalPulseResponsevsTime Figure57,Figure59
HDChannelSlewRatevsOutputVoltage Figure60
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Tableof Graphs:5V,Standard-Definition (SD)Channels
TITLE FIGURE
Figure61,Figure62,
SDChannelSmall-SignalGainvsFrequency Figure65,Figure66,
Figure67,Figure68
SDChannelLarge-SignalGainvsFrequency Figure63,Figure64
SDChannelPhasevsFrequency Figure69
SDChannelGroupDelayvsFrequency Figure70,Figure71
SDChannelPSRRvsFrequency Figure72
SDChannelDifferentialGain Figure73,Figure75
SDChannelDifferentialPhase Figure74,Figure76
SDChannelSecond-OrderHarmonicDistortionvsFrequency Figure77,Figure79
SDChannelThird-OrderHarmonicDistortionvsFrequency Figure78,Figure80
SDChannelSmall-SignalPulseResponsevsTime Figure81,Figure83
SDChannelLarge-SignalPulseResponsevsTime Figure82,Figure84
CrosstalkvsFrequency Figure85,Figure86
SDChannelSlewRatevsOutputVoltage Figure87
TotalQuiescentCurrentvsTemperature Figure88
SDChannelAttenuationat6.75MHzvsTemperature Figure89
SDChannelAttenuationat27MHzvsTemperature Figure90
OutputOffsetVoltagevsTemperature Figure91
TableofGraphs:5V,High-Definition(HD)Channels
TITLE FIGURE
Figure92,Figure93,
HDChannelSmall-SignalGainvsFrequency Figure96,Figure97,
Figure98,Figure99
HDChannelLarge-SignalGainvsFrequency Figure94,Figure95
HDChannelPhasevsFrequency Figure100
HDChannelGroupDelayvsFrequency Figure101,Figure102
HDChannelPSRRvsFrequency Figure103
HDChannelSecond-OrderHarmonicDistortionvsFrequency Figure104,Figure106
HDChannelThird-OrderHarmonicDistortionvsFrequency Figure105,Figure107
HDChannelSmall-SignalPulseResponsevsTime Figure108,Figure110
HDChannelLarge-SignalPulseResponsevsTime Figure109,Figure111
HDChannelSlewRatevsOutputVoltage Figure112
HDChannelAttenuationat27MHzvsTemperature Figure113
HDChannelAttenuationat74MHzvsTemperature Figure114
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