canon digital ixus i manual

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MS8211 ⑵ Test Clip:ElectricRatings600V10Aonepiece ⑶Battery:1.5V,AAAtwopieces ⑷InstructionManualonepiece RangeResolutionFunction 0.001VDisplay:readapproximateforwardvoltageof diode -ForwardDCCurrent:approx.1mA -ReversedDCVoltage:approx.1.5V -OverloadProtection:250VDCorrmsAC 3.2.6ACVoltageDetect RangeTEST Sensitivity Voltagesensitivity>50V，adjustcontinuously Frequency50Hz Distance<150mm（changealongwiththesensitivity） -Non-contactdetecting 4.OPERATINGINSTRUCTION 4.1 DATA HOLD Ifyouneeddataholdwhenmeasuring,youcanputon“DATA-H”button,itwillholdthereading;ifyouput thebuttonagain,dataholdisnotcontinue. 4.2MAXIMUMVALUEMEASURINGANDHOLD Attherangeofvoltage,youcanputon“MAX.H”button,itwillholdthemaximumvalue;ifyouputthe buttonagain,themaximumvaluewillnotbeheld. 4.3FUNCTIONTRANSFORM Putdownthe"FUNC."whenmeasuringthevoltage.MeterwillbetransformedbetweenDCandAC range.Put"FUNC."whenmeasuringtheresistance,diodeandcontinuity,meterwilltransformamong them. 4.4RANGETRANSFORM Theautorangeisusedwhenmeasuringthevoltageandresistance.Putdownthe"RANGE"ifthe manualrangeisneeded.Eachtimeyouputdown,rangewillgoupward;theminimumrangeis transformedif"RANGE"isputdownatthemaximumrange.Ifthe"RANGE"isputdownmorethantwo seconds,autorangeisusedagain. 4.5AUTOPOWEROFF Ifthere’snoanyoperationwithinfifteenminutesafterpowerison,meterwillautopoweroffwithfiveshort soundsandalongsoundinaminute. Afterautopoweroff,ifstirthetransformswitchorputdownanybuttonof“FUNC.”, “DATA-H”,”MAX.H”,”RANGE”,meterwillrecovertheworkingcondition. Ifpressesthe“FUNC.”whenpowerison,autopoweroffdisable. NOTE: AttheTESTrange(ACVdetecting),thereisnoautopowerofffunction 4.6PREPARATIONFORMEASUREMENT 4.6.1Setthetransformswitchtotherightrange.Atthemanualrange,whenthevaluescaletobe 4.12.1Rotatetheprobesocketanti-clockwisetospintheprobeintothemeter. 4.12.2Setthetransformswitchatthe Vrangeposition. 4.12.3Besurethatthedisplayisnot shown“ ”,otherwise,the batteryshouldbereplaced. 4.12.4Setthetransformswitchto theTESTrange.ThenthegreenLEDoftheLEDIndicatorisbright. 4.12.5Rotatethesensitivityadjustingknobinthemiddleofthetransformswitchanti-clockwise,setthe meter tothehighestdetectingsensitivityinordertoenlargethedetectingrange. 4.12.6Puttheprobesocketclosetotheleadorthepowersocket,IfACelectricalvoltageispresent,the redLEDIndicatorwhichinfrontofthemeterwillflashandtheaudiblewarningwillsound. 4.12.7Intheplaceswithmanyleadsandjacks,rotatethesensitivityadjustingknobinthemiddleofthe transformswitchclockwise,setthemetertothelowerdetectingsensitivityinordertoconfirmwhichone iselectriferous. NOTE: -WhenusingACVdetectingfunction,alwayssetthemetertothehighestsensitivity. -Inthisrange,eventhoughthereisnoanysoundandlightindication,themeterwillstillconsume electricity. -Thereisnoautopowerofffunctioninthisrange. -AlwayssetthepowerswitchtotheOFFpositionwhenthemeterisnotinuse. 5.MAINTENANCE 5.1BATTERYREPLACEMENT WARNING Beforeattemptingtoopenthebatterycoverofthemeter,besurethattheprobetipofthe meterandtestlead(ortestclip)havebeendisconnectedfrommeasurementcircuitto avoidelectricshockhazard. 5.1.1Ifthesign‘ ’ appearsontheLCDdisplay,itindicatesthatthebatteryshouldbereplaced. 5.1.2Loosenthescrewfixingthebatterycoverandremoveit. 5.1.3Replacetheexhaustedbatterywithanewone. 5.1.4Putthebatterycoverasitsorigin. 5.2TESTLEADS(ORTESTCLIP)REPLACEMENT WARNING Fullincompliancewithsafetystandardscanbeguaranteedonlyifusedwithtestleads supplied.Ifnecessary,theymustbereplacedwiththesamemodelorsameelectric ratings.Electricratingsofthetestleads:600V10A. Youmustbereplacedthetestleadiftheleadisexposed. 6.ACCESSORIES ⑴ Test Lead:ElectricRatings600V10Aonepiece (ortestclip)totheother side. 4.8.6Youcangetreadingfrom LCDdisplay. WARNING RiskofElectrocution. Youcan’tinputthevoltagewhichishigherthan600VrmsAC,it’spossibletoshowhigher voltage,butitmaydamagetheinnercircuitorcauseelectricalshock. Payattentiontoavoidgettinganelectricshockwhenmeasuringvoltage. NOTE: -Atthemanualrangemode,whenonlythefigure‘OL ’ isdisplayed,itindicatesoverrangesituationand thehigherrangehastobeselected. -Atthelittlevoltagerange,themeterwillshowunsteadyreadingwhentestleadshaven’treachthecircuit, it’snormalbecausethemeterisverysensitivity.Whentestleadstouchthecircuit,youcangetthetrue reading. -Atthemanualrangemode,whenthevaluescaletobemeasuredisunknownbeforehand,selectthe rangeatthehighestpositionandsetdowngradually. -TransformtothemanualrangewhenusethemVrange. 4.9MEASURINGRESISTANCE 4.9.1Rotatetheprobesocketclockwisetospinouttheprobefromthemeter. 4.9.2InserttheblacktestleadortestclipintheCOMjack. 4.9.3Setthetransformswitchatthe(rangeposition. Autorangeormanualrangecanbe transformedbyputtingthe“RANGE”. 4.9.4Connecttheprobetipofthe metertoonesideofthetested circuitandprobetipofthetest lead(ortestclip)totheotherside. 4.9.5YoucangetreadingfromLCDdisplay. WARNING RiskofElectrocution. Whenmeasuringin-circuitresistance,besurethecircuitundertesthasallpower removedandthatallcapacitorshavebeendischargedfully. NOTE: -Atthemanualrangemode,whenonlythefigure‘OL ’ isdisplayed,itindicatesoverrangesituationand thehigherrangehastobeselected. -Formeasuringresistanceabove1MΩ,themetermaytakeafewsecondstogetstablereading. -Whentheinputisnotconnected ,i. e.atopencircuit,thefigure‘OL ’ willbedisplayedfortheoverrange condition. 3.2.1DCVoltage RangeResolutionAccuracy 200mV0.1mV 2V0.001V 20V0.01V ±（0.7%ofrdg+2digits） 200V0.1V 600V1V -InputImpedance:10MΩ -OverloadProtection:200mVrange:250VDCorACrms, 2V-600Vranges:DC600VorAC600Vrms. -Max.InputVoltage:600VDC 3.2.2ACVoltage RangeResolutionAccuracy 200mV0.1mV 2V0.001V ±（0.8%ofrdg+3digits） 20V0.01V 200V0.1V 600V1V±（1.0%ofrdg+3digits） -InputImpedance:10MΩ -OverloadProtection:200mVrange:250VDCorACrms, 2V-600Vranges:DC600VorAC600Vrms. -FrequencyRange:40to400Hz -Response:Average,calibratedinrmsofsinewave. -Max.InputVoltage:600VrmsAC 3.2.3Resistance RangeResolutionAccuracy 200Ω0.1Ω ±（1.0%ofrdg+3digits） 2kΩ0.001kΩ 20kΩ0.01kΩ±（1.0%ofrdg+1digit） 200kΩ0.1kΩ 2MΩ0.001MΩ 20MΩ0.01MΩ ±（1.0%ofrdg+5digits） -OpenCircuitVoltage:0.25V -OverloadProtection:250VDCorrmsAC 3.2.4Continuity RangeFunction Built-inbuzzerwillsound,ifresistanceislowerthan50(. -Opencircuitvoltage:approx.0.5V -OverloadProtection:250VDCorrmsAC 3.2.5Diode 4.10TESTINGDIODE 4.10.1Rotatetheprobesocketclockwisetospinouttheprobefromthemeter. 4.10.2InserttheblacktestleadortestclipintheCOMjack. 4.10.3Setthetransformswitchatthe rangeposition. 4.10.4putdownthe"FUNC."transformedat test. 4.10.5Connecttheprobetipofthemetertotheanodeofthediode, theblacktestlead(ortestclip)tothecathodeofthediode. 4.10.6YoucangetreadingfromLCDdisplay. NOTE: -Themeterwillshowthe approximateforwardvoltage dropofthediode. -Ifthemeterandtheleadconnectionisreversed,onlyfigure‘OL ’ willbedisplayed. -Whentheinputisnotconnected ,i. e.atopencircuit,thefigure‘OL ’ willbedisplayed. 4.11CONTINUITYTEST WARNING RiskofElectrocution. Whentestingthecircuitcontinuity,besurethatthepowerofthecircuithasbeenshut downandallcapacitorshavebeendischargedfully. 4.11.1Rotatetheprobesocketclockwisetospinouttheprobefromthemeter. 4.11.2InserttheblacktestleadortestclipintheCOMjack. 4.11.3Setthetransformswitch atthe rangeposition. 4.11.4Putdownthe"FUNC." transformedat continuitytest. 4.11.5Connecttheprobetipof themetertoonesideofthetestedcircuitandprobetipofthetestlead(ortestclip)totheotherside. 4.11.6Ifcontinuityexists (i. e.,resistancelessthanabout50Ω),built-inbuzzerwillsound. NOTE: -Iftheinputopencircuit(orthecircuitresistancemeasuredishigherthan200Ω),thenthefigure‘0L ’ will bedisplayed. 4.12ACVOLTAGEDETECT WARNING RiskofElectrocution. Whendetectingpayattentiontoavoidgettinganelectricshock. Beforeusingtocheckforvoltageinanoutlet,alwaystestthemeteronaknownlive circuittoverifythattheACvoltagedetectfunctionofthemeterisworkingproperly. keepfingersbehindtheprobebarrierwhilemeasuring. measuredisunknownbeforehand,selectthehighestrange. 4.6.2Whenmeasuring,atfirst,connecttothepublic(COM)testingline,thenconnecttheprobetipofthe metertothecircuitundertest. 4.6.3Ifthebatteryvoltageislessthan2.4V,displaywillshow“ ”,thebatteryshouldbechangedatthis time. 4.7DCVOLTAGEMEASURING WARNING RiskofElectrocution. Youcan’tinputthevoltagewhichishigherthan600VDC,it’spossibletoshowhigher voltage,butitmaydamagetheinnercircuitorcauseelectricalshock. Payattentiontoavoidgettinganelectricshockwhenmeasuringhighvoltage. 4.7.1Rotatetheprobesocketclockwisetospinouttheprobefromthemeter. 4.7.2InserttheblacktestleadortestclipintheCOMjack. 4.7.3Setthetransformswitchatthe V rangeposition. 4.7.4Pressthe"FUNC."Button totransformtoDCmeasurement. Autorangeandmanualrange canbetransformedby pressingthe“RANGE” button. 4.7.5Connecttheprobetipofthemeterandprobetipofthetestlead(ortestclip)acrossthepower sourceorbeloadedonthetwosidesundermeasurement. 4.7.6YoucangetareadingfromLCDdisplay.Thepolarityofthetestedterminalwhichthetipofthe meterconnectionwillbeindicated. NOTE: -Atthelittlevoltagerange,themeterwillshowunsteadyreadingwhentestleadshaven’treachthecircuit, it’snormalbecausethemeterisverysensitivity.Whenmetertouchthecircuit,youcangetthetrue reading. -Atthemanualrangemode,whenonlythefigure‘OL ’ isdisplayed,itindicatesoverrangesituationand thehigherrangehastobeselected. -Atthemanualrangemode,whenthevaluescaletobemeasuredisunknownbeforehand,selectthe rangetothehighestpositionandsetdowngradually. 4.8MEASURINGACVOLTAGE 4.8.1Rotatetheprobesocketclockwisetospinouttheprobefromthemeter. 4.8.2InserttheblacktestleadortestclipintheCOMjack. 4.8.3SetthetransformswitchattheVrangeposition. 4.8.4Autorangeandmanualrangecanbetransformedbyputtingthe“RANGE”. 4.8.5Connecttheprobetipofthemeter toonesideofthetestedcircuit andprobetipofthetestlead ... Thebatteryisnotsufficientforproperoperation. 1.4MAINTENANCE 1.4.1Pleasedonotattempttoadjustorrepairthemeterbyremovingtherearcasewhilevoltageisbeing WARNING BEEXTREMELYCAREFULINTHEUSEOFTHISMETER.Improperuseofthisdevice canresultinelectricshockordestroyofthemeter.Followallsafeguardssuggestedinthis manualandthenormalsafetyprecautionsusedinworkingwithelectricalcircuits. Donotservicethisdeviceifyouarenotqualifiedtodoso. To ensuresafeoperation,andinordertoexploittothefullthefunctionalityofthemeter, pleasefollowthedirectionsinthissectioncarefully. ThismeterhasbeendesignedaccordingtoIEC-1010concerningelectronicmeasuringinstrumentswith anovervoltagecategoryCATⅢ600Vandpollution2. Followallsafetyandoperatinginstructionstoensurethatthemeterisusedsafelyandiskeptingood operatingcondition. Withproperuseandcare,thedigitalmeterwillgiveyouyearsofsatisfactoryservice. 1.1PRELIMINARY 1.1.1Whenusingthemeter,theusermustobserveallnormalsafetyrulesconcerning: -Protectionagainstthedangersofelectricalcurrent. -Protectionofthemeteragainstmisuse. 1.1.2Whenthemeterisdelivered,checkthatithasnotbeendamagedintransit. 1.1.3Whenpoorconditionunderharshpreservationorshippingconditionscaused,inspectandconfirm thismeterwithoutdelay. 1.1.4Beforeusingtocheckforvoltage,alwaystestthemeteronaknownlivecircuittoverifythatthe detectfunctionofthemeterisworkingproperly. 1.1.5 Test leadortestclipmustbeingoodcondition.Beforeusingverifythattheinsulationontestleador testclipisnotdamagedand/ortheleadswireisnotexposed. 1.1.6Fullcompliancewithsafetystandardscanbeguaranteedonlyifusedwithtestleadssupplied. Ifnecessary,theymustbereplacedwiththesamemodelorsameelectricratings. User'sManual SinoMeter ... Thebatteryisnotsufficientforproperoperation. 1.4MAINTENANCE 1.4.1Pleasedonotattempttoadjustorrepairthemeterbyremovingtherearcasewhilevoltageisbeing WARNING BEEXTREMELYCAREFULINTHEUSEOFTHISMETER.Improperuseofthisdevice canresultinelectricshockordestroyofthemeter.Followallsafeguardssuggestedinthis manualandthenormalsafetyprecautionsusedinworkingwithelectricalcircuits. Donotservicethisdeviceifyouarenotqualifiedtodoso. To ensuresafeoperation,andinordertoexploittothefullthefunctionalityofthemeter, pleasefollowthedirectionsinthissectioncarefully. ThismeterhasbeendesignedaccordingtoIEC-1010concerningelectronicmeasuringinstrumentswith anovervoltagecategoryCATⅢ600Vandpollution2. Followallsafetyandoperatinginstructionstoensurethatthemeterisusedsafelyandiskeptingood operatingcondition. Withproperuseandcare,thedigitalmeterwillgiveyouyearsofsatisfactoryservice. 1.1PRELIMINARY 1.1.1Whenusingthemeter,theusermustobserveallnormalsafetyrulesconcerning: -Protectionagainstthedangersofelectricalcurrent. -Protectionofthemeteragainstmisuse. 1.1.2Whenthemeterisdelivered,checkthatithasnotbeendamagedintransit. 1.1.3Whenpoorconditionunderharshpreservationorshippingconditionscaused,inspectandconfirm thismeterwithoutdelay. 1.1.4Beforeusingtocheckforvoltage,alwaystestthemeteronaknownlivecircuittoverifythatthe detectfunctionofthemeterisworkingproperly. 1.1.5 Test leadortestclipmustbeingoodcondition.Beforeusingverifythattheinsulationontestleador testclipisnotdamagedand/ortheleadswireisnotexposed. 1.1.6Fullcompliancewithsafetystandardscanbeguaranteedonlyifusedwithtestleadssupplied. Ifnecessary,theymustbereplacedwiththesamemodelorsameelectricratings. User'sManual SinoMeter...

... SRRQ  Non-ideal channel  One-tap DFE )(3.0)()( Tttth c −+= δδ Matched filter outputs at the sampling time ISI-no noise, No equalizer ISI-no noise, DFE equalizer ISI- noise No equalizer ISI- noise DFE ... filters )( )()( fj cc c efHfH θ = Non-constant amplitude Amplitude distortion Non-linear phase Phase distortion Lecture 6 27 Equalization – cont’d  Equalization using  MLSE (Maximum likelihood sequence estimation)  Filtering  Transversal ... 19 Equalization – cont’d Frequency down-conversion Receiving filter Equalizing filter Threshold comparison For bandpass signals Compensation for channel induced ISI Baseband pulse (possibly distored) Sample (test...

... 2 2RO2COM 3RO2NC Overview 11 Overview Overview This chapter contains a short description of the FIO-01 Digital I/ O Extension. The FIO-01 Digital I/ O Extension module The FIO-01 is a general purpose digital input/output ... layout STATUS RO1NO RO1COM RO1NC X65 X64 COM DIO4 RO2NO RO2COM RO2NC X66 X63 COM DIO3 X62 COM DIO2 X61 COM DIO1 321 321 21212121 CHASSIS DIGITAL IO EXTENSION FIO-01 Diagnostic-LED Electromechanical relays digital I/ O Fixing screw Installation 16 Programming The communication between ... drive are switched off. In addition to conventional installation tools, have the drive manuals available during the installation as they contain important information not included in this manual. ...

... 11 II. ASK Transmission (on-off Keying) The circuit is build as shown in figure below. The input sine wave is multiplied by a pulse generator, which can be used as a digital data bit. Figure ... transmitted on a RF carrier by use of amplitude, phase or frequency modulation. For digital amplitude modulation, it is known as Amplitude Shift Keying. Here, the carrier amplitude is determined ... Limiter: This is the decision-making device. If the output of the integrator is grater than zero, the limiter output is about +2.5 V. The choice of zero as a threshold voltage is valid since...

... as (Windows) Notepad, WordPad, (Macintosh) TeachText, (UNIX) Text Editor, vi, or vuepad ❑ LabVIEW Basics II course disk, containing the following files. Filename Description LVB2SW.exe Self-extracting archive containing VIs ... State Machine VI architecture is a method for controlling the execution of VIs in a nonlinear fashion. This programming technique is very useful in VIs that are easily split into several simpler ... Instruments Corporation 1-17 LabVIEW Basics II Course Manual Exercise 1-2 Verify Information VI Objective: To build a VI that demonstrates the simple VI architecture. You will build a VI that accepts...

... during the course and for doing certain course exercises basics1.llb VI library containing subVIs used during the course nidevsim.zip Zip file containing the LabVIEW instrument driver for the NI ... as (Windows) Notepad, WordPad, (Macintosh) TeachText, (UNIX) Text Editor, vi, or vuepad ❑ LabVIEW Basics I course disks, containing the following files. Filename Description Disk 1 LV Basics I Directory for saving VIs created ... 1 Introduction to LabVIEW © National Instruments Corporation 1-7 LabVIEW Basics I Course Manual 1 Toolbar 2 Owned Label 3 Digital Numeric Control 4 Free Label 5 Digital Numeric Control Terminal 6...

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... vào một th i i m trong suốt th i gian quay. - Th i gian quay t i đa: 2 tiếng. Kích cở t i đa: 4 GB* 2 / đoạn phim In ҩn 15 - Biểu tượng sẽ nhấp nháy khi ảnh đang được in. 2. Mở máy in. 3. Mở ... PIXMA Dòng máy in phun Các dòng máy hiệu Canon Cáp kết n i Khe cắm dây cáp n i máy tính (a) 1. Mở máy in sau đó kết n i v i camera qua cổng kết n i trực tiếp (b) DESIGNED BY LE BAO MINH JOIN ... In ấn 14 In Ấn Việc in ấn sẽ được thực hiện một cách dễ dàng sau khi kết n i camera v i một máy in tương thích bằng dây cáp và nhấn phím in. Phím xem l i Phím in Dòng máy SELPHY Máy in ảnh...

... năng in ảnh trực tiếp [Picbridge], cho phép kết n i máy ảnh v i các dòng máy in hiệu Canon có cùng chức năng [Picbridge]. *2 Có thể sử dụng các lo i thẻ in CP-10/CP-100/CP-200/CP-300. Phím in ... NHANH Ba s ic DESIGNED BY LE BAO MINH JOIN STOCK CORP, 2007 Vui lòng đọc hướng dẫn trước khi sử dụng Sách này gi i thích những tính năng cơ bản nhất khi sử dụng máy ảnh 33 Thay đ i độ phân gi i Khi c i ... [Color Swap]. - C i đặt m i cho máy. 16 In Ấn Getting Started Hướng Dẫn Cách In Ảnh 1. Kết n i máy ảnh v i máy in. - Mở nắp đậy bảo vệ và cắm dây cáp kết n i qua cổng kết n i (hình dư i) . *1 Dòng...