Panasonic SA-HT800VP User manual

ORDERNO. MD0306227C1
A6
DVD/VCR HomeTheaterSound System
SA-HT800VP
Color
(S)... SilverType
SPECIFICATIONS
Specifications
1

AMPLIFIERSECTION
RMSoutputpower, 10 %total harmonicdistortion
1kHzFL/FR 45 W perchannel 6
1kHzCenter 60 W perchannel 6
1kHzSL/SR 45 W perchannel 6
100 HzSubwoofer 160 W perchannel 4
Total RMSDolbyDigital mode
power 400 W
FTCoutputpower, 1%total harmonicdistortion
120 Hz-20 kHzFL/FR 25 W perchannel 6
120 Hz-20 kHzCenter 30 W perchannel 6
120 Hz-20 kHzSL/SR 25 W perchannel 6
45 Hz-120 kHzSubwoofer 90 W perchannel 4
Total FTCpowerin Dolby
Digital mode(Band 1%THD) 220 W
Inputsensitivity
AUX 250 mV
Inputimpedance 47 k
FMTUNERSECTION
Frequencyrange 87.9-107.9MHz(200-kHzstep)
87.5-108.0MHz(100-kHzstep)
Sensitivity 2.5 V(IHF)
S/N26 dB 2.2V
Antennaterminals 75 (unbalanced)
Presetstation 15
AMTUNERSECTION
Frequencyrange 520 -1710 kHz(10-kHzstep)
AMSensitivityS/N20 dBat
1000 kHz 560 V/m
Presetstation 15
DISCSECTION
Disc played (onelayerperside)
DVD-VIDEO/AUDIO 8cm/12 cm, single/double-
sided, single/doublelayer
CD/VCD/MP3/WMA 8cm/12 cm, CD-R/RW
DVD-RAM/R(DVD-VIDEOformatted discs)
HighMAT Level 2(Audio and Image)
Video
Signal system NTSC
Outputlevel Compositevideo;1Vp-p (75 )
S-video;1Vp-p (Y), 0.286 Vp-p (C)(75 )
Componenetvideo;1Vp-p (Y)(75 )
0.7Vp-p (PB/CB, PR/CR)(75 )
Audio
Sampling frequency
CD 44.1kHz
2

CD
44.1
kHz
3

MP3 32 kHz, 44.1kHz, 48 kHz
DVD 48 kHz, 96 kHz(video), 192 kHz
(audio)
Bitrate
MP3 32-320 kbps
Decoding 16/20/24 bitlinear
Pick up
Beam Source SemiconductorLaser
Wavelength
CD/VCD 780 nm
DVD 658 nm
Numberofchannels 5.1ch (FL, FR, SL, SR, C, SW)
Frequencyresponse 20 Hz-20 kHz(+1, -2dB)
Wowand flutter Less than possible
measurementdata
Digital filter 8fs
D/Aconverter Deltasignal DAC
VCR SECTION
Video recording system 2rotaryheads, helical scanning
system
Video heads 4heads
Audio heads 2heads
Tapespeed SP;33.35 mm/s, EP;11.12 mm/s
Tapeformat VHStape
Recording/playback time SP;120 min. with NV-T120
EP;360 min. with NV-T120
FF/REW time Approx. 54 s. with NV-T120 (FF/
REW)
Approx. 36 s. with NV-T120 (JET
REW)
VIDEO
Television system EIA;Standard (525 lines, 60
fields), NTSCcolorsignal
Modulation system Luminance;FMazimuth
recording
Colorsignal;converted subcarrierphase shift recording
Inputlevel VIDEOIN(PHONE); 1Vp-p, 75
Outputlevel VIDEOOUT(PHONE); 1Vp-p, 75
Antennareceiveinput VHF 2-13 CH, 75
UHF 14-69 CH, 75
CATV5Aand A-5-EEE CH, 75
AUDIO
Inputlevel AUDIOIN(PHONO); -10 dBV, 47
k
Outputlevel AUDIOOUT(PHONO); -8dBV, 1
k
Audio track 1 track (normal-mono only),
2channels(Hi-Fi sound stereo)
4

Video horizontal resolution Color;morethan 200 lines
Signal-to-Noise ratio Video;morethan 40 dB/SP
Audio;morethan 60 dB/Hi-Fi
Audio frequencyresponse 20 Hz-20 kHz/Hi-Fi
Wowand flutter 0.005 %Wrms/Hi-Fi
GENERAL
Powersupply AC120 V, 60Hz
Powerconsumption
Main unit 38 W
Activesubwoofer(SB-WA310) 160 W
Dimensions(W xHxD) 430 x93 x356 mm
(16-15/16”x3-21/32”x14-1/32”)
Mass 4.6kg (10.1lb.)
Powerconsumption in standbymode
BRIGHTmode Approx. 3.7W
DIMmode Approx. 3.5W
OFF mode Approx. 2.4W
SYSTEM
SC-HT800V(P) Main unit: SA-HT800V(P)
Satelliespeaker:SB-HT800V(P)
Activesubwoofer:SB-WA310 (P)
SB-HT800V(P)consistsof SB-FS803 (P)x4and SB-PC803
(P)x1
Notes:
1. Specificationsaresubjectto changewithout notice. / Mass and
dimensionsareaproximate.
2. Total harmonicdistortion ismeasuredbythedigital spectrum
analyzer.
1. Powering Upof the MainUnit
1.1. Checking PlayerwithActiveSubwoofer
1. Thisunituses theactivesubwoofertosupplythepowerofthe
component, and theactivesubwoofershouldbeconnectedtothe
componenttocheck operational conditionsofthecomponent.
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2. Connect bothACpowersupplycordstoenjoyall thefeatures of
thissystem. / Thisspeakersand tunerwill notworkunless you
connect thesubwoofertoahouseholdACoutlet.
1.2. Using ofPowerJig
1. Iftheactivesubwooferisnotavailableduetorepairoftheunit,
use thefollowing equipment.
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Jigproductnumber
RFKZ0182 (110V , 127V, 220V, 230V -240V for for overseas domesticuse)
2. BeforeRepairand Adjustment (Using Active
SubwooferUnit)
DisconnectACpower, dischargePowerSupplyCapacitorsC546 , C547, C548 &C549 through a
10 , 1Wresistor toground.
DONOTSHORT-CIRCUITDIRECTLY(withascrewdriverblade, for instance), as thismay destroy
solidstatedevices.
Afterrepairsarecompleted, restorepowergraduallyusing avariac, toavoidovercurrent.
Currentconsumption atAC120V, 60HzinNOSIGNALmodeshouldbe~1000 mA.
3. Protection Circuitry
Theprotection circuitrymay have operatedifeitherofthefollowing conditionsisnoticed:
-Nosound isheardwhenthepowerisswitchedON.
-Sound stopsduring aperformance.
Thefunction ofthiscircuitryistopreventcircuitrydamageif, for example, thepositive and
negative speakerconnection wires are
shorted, or ifspeakersystemswithanimpedance less thantheindicatedratedimpedance ofthis
unitareused.
Ifthisoccurs, followtheprocedureoutlines below:
1. SwitchOFF thepower.
2. Determinethecause oftheproblemand correct it.
3. SwitchONthepoweronce again.
Note:
Whentheprotection circuitryfunctions, theunitwill notoperateunless thepowerisfirst
switchedOFF and thenONagain.
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4. SafetyPrecautions
4.1. General Guidelines
1. Whenservicing, observetheoriginal leaddress. Ifashortcircuit
isfound, replace all parts whichhavebeenoverheatedor
damagedbytheshortcircuit.
2. Afterservicing, see toitthat all theprotectivedevices suchas
insulation barriers, insulation papersshieldsareproperlyinstalled.
3. Afterservicing, make thefollowing leakagecurrentchecks to
preventthecustomerfrombeing exposedtoshock hazards.
(This“SafetyPrecaution”isappliedonlyinU.S.A.)
1. Beforeservicing, unplug thepowercordtopreventanelectric
shock.
2. Whenreplacing parts, use onlymanufacturer’srecommended
components forsafety.
3. Check thecondition ofthepowercord. Replace ifwearordamage
isevident.
4. Afterservicing, besuretorestoretheleaddress, insulation
barriers, insulation papers, shields, etc.
5. Beforereturning theservicedequipmenttothecustomer, besure
tomake thefollowing insulation resistance test topreventthe
customerfrombeing exposedtoashock hazard.
4.1.1. LeakageCurrentColdCheck
1. Unplug theACcordand connect ajumperbetweenthetwoprongs
on theplug.
2. Measuretheresistance value, withanohmmeter, betweenthe
jumperedACplug and eachexposedmetalliccabinet parton the
equipmentsuchas screwheads, connectors, control shafts, etc.
Whentheexposedmetallicparthas areturnpathtothechassis,
thereading shouldbebetween1M and 5.2M . / Whenthe
exposedmetal does nothaveareturnpathtothechassis, the
reading must be . Fig. 1
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4.1.2. LeakageCurrentHotCheck (See Figure1)
1. Plug theACcorddirectlyintotheACoutlet. Donotuse an
isolation transformerforthischeck.
2. Connect a1.5k , 10 watts resistor, inparallel witha0.15 F
capacitor, betweeneachexposedmetallicparton theset and a
good earthground suchas awaterpipe, as showninFigure1.
3. Use anACvoltmeter, with1000 ohms/voltormoresensitivity, to
measurethepotential across theresistor.
4. Check eachexposedmetallicpart, and measurethevoltageat
eachpoint.
5. Reverse theACplug intheACoutlet and repeat eachoftheabove
measurements.
6. Thepotential at anypointshouldnotexceed0.75 volts RMS. A
leakagecurrenttester(Simpson Model 229 orequivalent) maybe
usedtomake thehotchecks, leakagecurrentmust notexceed1/2
milliamp. Incase ameasurementisoutofthelimits specified,
thereisapossibilityofashock hazard, and theequipmentshould
berepairedand recheckedbeforeitisreturnedtothecustomer.
5. Handling the Lead-free Solder
5.1. Aboutleadfree solder(PbF)
Distinction ofPbF P.C.B.:
P.C.B.s(manufactured)using leadfree solderwill have aPbF stampon theP.C.B.
Caution:
-Pbfree solderhas ahighermelting pointthanstandardsolder;
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Typicallythemelting pointis50 -70°F(30 -40°C)higher. Please
use ahigh temperaturesoldering iron. Incase ofsoldering iron
withtemperaturecontrol, please set itto700 ±20°F(370 ±10°C).
-Pbfree solderwill tend tosplashwhenheatedtoo high (about
1100°F/600°C).
-Whensoldering orunsoldering, please completelyremoveall ofthe
solderon thepinsorsolderarea, and besuretoheat thesoldering
points withthePbfree solderuntil itmelts enough.
6. Prevention of ElectroStaticDischarge (ESD) to
ElectrostaticallySensitive(ES) Devices
Somesemiconductor (solidstate)devices canbedamagedeasilybyelectricity. Such
componentscommonlyarecalledElectrostaticallySensitive (ES)Devices. Examples oftypical
ES devices areintegratedcircuitsand somefield-effecttransistorsand semiconductor “chip”
components. Thefollowing techniques shouldbeusedtohelpreduce theincidence of
componentdamagecausedbyelectro staticdischarge(ESD).
1. Immediatelybeforehandling anysemiconductorcomponentor
semiconductor-equipedassembly, drainoff anyESDon yourbody
bytouching aknownearthground. Alternatively, obtainand wear
acommerciallyavailabledischarging ESDwrist strap, which
shouldberemovedforpotential shock reasonspriortoapplying
powertotheunitundertest.
2. Afterremoving anelectrical assemblyequipedwithES devices,
place theassemblyon aconductivesurface suchas aluminium
foil, topreventelectrostaticchargebuildup orexposureofthe
assembly.
3. Use onlyagrounded-tipsoldering iron tosolderorunsolderES
devices.
4. Use onlyananti-staticsolderremoverdevice. Somesolder
removal devices notclassifiedas “anti-static(ESDprotected)”can
generate electrical chargetodamageES devices.
5. Donotuse freon-propelledchemicals. These cangenerate
electrical charges sufficienttodamageES devices.
6. DonotremoveareplacementES device fromits protective
packageuntil immediatelybeforeyou arereadytoinstall it. (Most
replacementES devices arepackagedwithleadselectrically
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