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Quantum Data 801GC, 801GF, 801GX manual 533101 1X 2X 3X 4X 5X 6X 7X

Models: 801GC, 801GF, 801GX

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Test	Phosphor persistence
Purpose	The phosphors on the face of most CRTs continue
	to glow for a short period of time after the electron
	beam has stopped energizing them . This
	phenomenon is called persistence. A certain amount
	of persistence is desirable in most applications. It
	prevents a flickering of a displayed image that
	most users would find objectionable. On the other
	hand, a CRT with an overly long persistence time
	causes moving objects to leave a blurred trail.
Method	A flickering in the slower moving boxes indicates
	that the combination of refresh rate and phosphor
	persistence is not suitable for long-term viewing.
	A fading tail left behind by the faster moving boxes
	indicates that the display may not be suitable for
	viewing animated images.

4-48

Chapter 4: Built-In Images

Model 801GC, 801GF & 801GX¥Rev. X1

Image 86

Quantum Data 801GC, 801GF, 801GX manual 533101 1X 2X 3X 4X 5X 6X 7X

Contents

Model 801GC, 801GF & 801GX Thank you for considering our product ≤ 1 9 K B , 8 N 1 p r o t o c o lPart# 68 00157 rev . a Feb Trademark Acknowledgments Introduction Features Product OverviewDisplays and Indicators Normal Mode Knobs Basic OperationBuilt-In Images SwitchesBuilt-In Formats ButtonsBLUEM, GRNEM, REDEM, Whtem Table of Contents Display Codes Fuse Requirements AC Power Connection Display ConnectionLine Voltage Selector IEEE-488 Gpib Port Connection ProgrammingExternal Programming Connections Serial Port Connection Programming Capabilities OverviewInput Buffer Table of Contents 801G Memory Information Flow Diagram TroubleshootingError Messages 177Service Model 801GC, 801GF and 801GX Specifica Appendix ASpecifications 11-1Index Xiv Features Product Overview Features Product Overview FormatsOutput connectors on the 801G* match those Operating Modes Displays & Indicators Knobs Switches Buttons Operating Modes Front panel operationTest Sequence Mode Programming Mode Switching operating modesDisplays and Indicators Normal Mode Knobs Image Looping Normal Mode Image Knob Other Modes AC Select SwitchesPower Switch Buttons Image ButtonVideo Gate Buttons Sync Gate Buttons Outputs ButtonIntroduction Format charts Built-In Formats Explanation of Terms Used in Charts AT&T Built-in Formats Ð RateMacintosh Japanese NEC Sun Microsystems Workstation Japanese Sony EYC Description of the test images How to use them Built-In Images ImageName Descriptions of the Images BLUEM, GRNEM, REDEM, Whtem MEMESony, MESonyB, MESonyG, MESonyRBLUEM+, GRNEM+, REDEM+, WHTEM+ MEMEPlus, MEPlusB, MEPlusG, MEPlusRBLUPIC, GRAYPIC, GRNPIC, Redpic WHTPIC, Flat, Flat Gray, FlatB, FlatG, FlatRIf purity cannot be corrected to acceptable limits Box50mm and Box64mm BriteBox Brightness Control Adjustment test on the center BriteBox contdBurst TV formats onlyCheck511 CheckBy3 Check11 CirclesL CirclesS ColorBar Cubes Custom Dot10, Dot12, Dot24 Aspect RatioDot10, Dot12, Dot24 contd EMITest3 EMITest1EMITest2 EMITest4Focus@6, Focus@7, Focus@8 FocusCx FocusH FocusOo Format DSSGrayBar Brightness Uniformity tests firstGrill11, Grill22, Grill33, Grill44 Page Aspect Ratio Hatch10 Hatch12 Hatch24 Hatch4x3, Hatch5x4 and Hatch8x8 Hatch64W Hitachi1 KanjiKan Linearty LinearityLinearty Linearity contd LinFocus LinFocus contd Outline0 and Outline1 Outline0 and Outline1 contd Page Perform the Yoke Winding Orthogonality Check Page Built-In Images Persist 533101 1X 2X 3X 4X 5X 6X 7X PulseBar QuartBox Ramp Raster Regulate SlideG Samsung1Samsung2 SlideRGBSMPTE133 Built-In Images Smpte contd Primary version Smpte RP-133 Smpte contd Smpte contd SMPTEbar Gray Yellow Cyan Green Magenta Red Page Built-In Images Following tests are based on the original Smpte Stairs20 Strokes0, Strokes1 Text9, Text16 Text9Text9, Text16 contd TVBar100 & TVBar75 TV formats only Page Model 801GC, 801GF & 801GX¥Rev TVHatch TV formats only After the center of the display is properly converged Making Connections Line Voltage Selector Selecting a line voltageAC Power Connection Fuse RequirementsSub Output Connectors Display ConnectionExplanation of abbreviations used in table Display Codes BNC Output ConnectorsVideo Connector 801GX Only Checking a Display Code Apple Macintosh Display Codes SUN Display CodesIBM VGA Display Codes External Programming Connections Serial Port ConnectionNull-Modem Cable 9-pin fem. to 9-pin fem PC / Terminal Wiring Apple Macintosh Wiring ConnectionsIEEE-488 Gpib Port Connection Making Connections Programming Editing the format knob directory Editing and adding signal formatsProgramming Capabilities Overview Creating a test sequence Creating custom test imagesEditing the image knob directory Setting system parameters ProgrammerÕs utility disk Operating via remote control Using the Built-In Editors Programming Format Editor DSSProgramming Page Programming Page American Hdtv ORed Page Programming Page Programming Format Knob Directory Editor AT&TEVCProgramming Image Knob Directory Editor SMPTE133Programming Page Custom Image Editor Page Primitive Name Parameters Fill patterns in a Custom Image Rectangle Gray50 15 2Ø 5Ø 4Ø Line Yellow 2Ø 5 32Ø 24Ø Grill Cyan Characters White 88 Ø Triangle Red50 10 5 10 25 40 15 HatchI-O Yellow 15 Seq.Step Cyan 10 What is a Sequence? Sequence Knob Directory Editor NEC9PGPage Sequence Editor Page Programming Running a Sequence Cancelling the Sequence Mode Creating your own format file Entering the format parametersFmtg? Fmte Analog Video and Sync Parameters Adjusted Level = 255 x v / 255 1 / γ Output Level1.0 After Gamma Correction Digital Video Parameters Digital Sync Parameters Timing Parameters Htot = Hres / 1 Blanking x Hrat Hspw = Htot x Hrat x Pulse Width Vtot = Hrat / Vertical Rate Vspd = Hrat x Front Porch Calculated Rates Active Video Physical Size Outputs Control Programming Page Downloading formats using a DOS compatible computer How to use Pcplustd . EXE Controlling via the Serial PortControlling via the IEEE-488 Port Input BufferCommands Message SyntaxQueries Output QueueStatus Byte Requesting ServiceBuffer Deadlock Remote/Local Operation Logical or Status Byte Bit Definitions Event Status Bit DefinitionsBus Commands Common CommandsEvent Status Enable Clear StatusEvent Status Register Operation CompleteReset OptionsService Request Enable Status ByteTST? Self-TestCommand Language Command and Query FinderFormat Parameter Settings Format Editor Control Format Memory Management Custom Image Primitives TriaColor Options Fill Patterns Sequence Editor Control Image Editor ControlImage Memory Management Directory Editor Control Sequence Parameter SettingsSequence Memory Management System Parameter Settings Directory Memory ManagementMiscellaneous System Parameters Direct Processor Control ReservedAdot Alphabetical Listing of CommandsADDRADDRess Draw a single pixel DOTAsbg AlluALL Use Analog Sync on Blue GatingASCT? AsctAnalog Sync Composite Type Asrg AsggAnalog Sync on Green Gating Analog Sync on Red GatingASSC? AsscAnalog Sync Swing Calibration factor ASSG? Analog Sync Signal GateAssg AssgAvcm Analog Sync Signal SwingAsss Analog Video Calibration MethodAVCO? Analog Video COnfigurationAvco = PAL-BDGHI AvcsAnalog Video Color subcarrier Selection AVCS?Avps AvpgAnalog Video Pedestal Gate Analog Video Pedestal SwingAVSC? AvscAnalog Video Swing Calibration factor AVSS? Analog Video Signal SwingAvss Dvst ≠ Analog Video Signal TypeAvst AVST?Base BootWarm Boot Number Base100 Instruction CACHe enableCach CACH?101 CalfAnalog video CALibration Factors CALF?102 103 CallCall internal function 104 CentDraw video CENTering markers Cspg CrosDraw a centered CROSs Composite Sync Pulse Gate106 CsppComposite Sync Pulse Polarity 107 DcbmDisplay Code Bit Mask DCBM?108 DcexDisplay Code EXpected DCEX?Dira DcrdDisplay Code ReaD DIRectory save AsDire DirbDIRectory editing Begin DIRectory editing EndDirl DirkDIRectory Kill DIRectory LoadDirp DirnDIRectory New DIRectory PathDnum DirqDirs 114 DsctDigital Sync Composite Type DSCT?115 DsstDigital Sync Separate Type DSST?116 Digital Video Signal PolarityDvsp DVSP?117 Digital Video Signal TypeDvst Pulse EquaEQUalization interval After vertical sync 118Fmta EqubEQUalization interval Before vertical sync ForMaT save AsFmtg FmtbFmte Fmtk FmtjForMaT Justify ForMaT Kill from memory by name122 FmtlForMaT Load from memory by name 123 FmtnForMaT New Fmtq FmtpForMaT Path ForMaT Query pointerFmtr Fmts126 FmtuForMaT Use Fmtu127 FormDraw FORMat data block 128 FrgbForeground Red, Green and Blue levels FRGB?GAMmA correction factor GAMma Correction modeGama GamcGetr GetaGET data from Absolute memory location GET data from Relative memory locationGrih GridDraw a centered Grid Draw a GRIll pattern of Horizontal lines132 GrivDraw a GRIll pattern of Vertical lines Out HatiDraw a centered crossHATch from the Inside 133Outside HatoDraw a centered crossHATch from 134Horizontal RATe Horizontal RESolutionHrat Hres136 HsizHorizontal SIZe HSIZ?Hspg Horizontal Sync Pulse DelayHspd Horizontal Sync Pulse GateHspw HsppHorizontal Sync Pulse Polarity Horizontal Sync Pulse WidthIDN HtotHorizontal TOTal pixels per line IDeNtificationImge ImgaImgb Imgl ImgkIMaGe Kill IMaGe LoadImgp ImgnIMaGe New IMaGe PathImgq ImgrInit ImgsImgu Jrat IverImage VERsion Justify pixel clock RATe146 KeyyKEY toggle Lcds KnobRotate Knob LCD StatusLimi LedsLED Status Draw video LIMIts markers149 LineDraw a Line 150 Communications ModeMode MODE?Namf MsizLight Meter SIZe NAMe FindNamk NamiNAMe Insert NAMe KillNoga NamqNamy Oval OutgOUTputs Gate Draw an OvalDraw a page of repeating characters 155Puta PcpgPixel Clock Pulse Gate PUT AbsoluteRatc PutrPUT Relative Pixel RATe Calibration factorScal RectDraw a RECTangle Self CALibrateScan fields per frame Sequence step DeLaYScan SdlySeqe SeqaSeqb Seql SeqkSEQuence Kill SEQuence LoadSeqp SeqnSEQuence New SEQuence PathSequ SeqqSeqs Size of bit field Sequence operating MODeSize Smod165 SnumDraw sequence Step NUMber 166 Select Sync Signal TypeSsst DVS167 StepSequence Step number STEP?Tobl TextDraw Text string Set levels relative to BLankingUidn TriaDraw a TRIAngle User IDeNtificationVerf UsizUnit of measure used for physical SIZes VERsion of FirmwareVERsion of Hardware Vertical RESolutionVerh Vres172 VsizVertical SIZe VSIZ?Vspg Vertical Sync Pulse DelayVspd Vertical Sync Pulse GateVspw VsppVertical Sync Pulse Polarity Vertical Sync Pulse Width175 VtotVertical TOTal lines per frame VTOT?WAIt for completion suffix Video Signal GatingWAI Xvsg801G Memory Information Flow Diagram 177T e s 178 Power-on Computer Interfacing If all else fails Power-on Normalpower-on Power-on message remainsError message at power-on Unit will not power-on Computer InterfacingIf All Else Fails Error Messages System Errors Power on Self Test MessagesSystem Messages Format Errors Format Error Messages System Error Message Summary Format Error Messages Horizontal total must be multiple of 4 at pixel rate Pixel rate too lowHorizontal total not even Horizontal active too smallHorizontal pulse width less than Horizontal total horizontal resHorizontal active too large or Horizontal total too small Horizontal sync pulse width too small forHorizontal pulse width too large Horizontal pulse delay extends sync beyond blankingHorizontal sync pulse width must be even for Vertical total too smallVertical active too small Vertical total is evenVertical total too large Vertical blanking too smallVertical pulse too large Vertical active must be even when in inter- laced scan modeVertical pulse too small Avst requires Asct to be 3 or Incompatible ACS & DCS typesIncompatible ACS & DSS types ACS available on green onlyInvalid sync type Vertical pulse delay extends sync beyond blankingInvalid DSS type Not enough video memory EQ before too largeEQ after too large Horizontal physical size too smallGamma correction out of range Vertical physical size too smallPedestal swing out of range Analog video swing out of rangeInvalid digital video type Analog video signal type invalidSync swing calibration out of range Digital video polarity must be positiveNo image memory Invalid color nameInvalid fill pattern name Image memory fullInvalid Lookup Table LUT level 8-bit DAC Img ed runningNothing to save Invalid Lookup Table LUT level 10-bit DACSeq ed running No sequence memorySequence memory full No sequence to saveNo font present at given index Invalid delay time in sequenceFont index out of range Invalid font locationDirectory list full Directory memory fullNo directory to save 8450 Can’t remove, font not presentBad location for format, failed verify 9453 Can’t change Eprom contentsInvalid format location Bad location for format verifyBad location for format copy 9459 Can’t change Eprom contentsBad location for format name read Bad location for format duplicate9475 Can’t change Eprom contents 9470 Can’t change Eprom contents9472 Can’t change Eprom contents Error duplicating formatsSequence data not found Service New Product Warranty User Registration CardProduct Updates Service AgreementsAuthorized Service Centers Getting Your 801G* RepairedJapan Sales Representative and Service North America Manufacturing, Sales and ServiceEurope Service Only Quantum Data IncTaiwan Sales Representative and Service Korea Sales Representative and ServiceSingapore Sales Representative and Service Appendix a Specifications Custom Sequences Model 801GC, 801GF and 801GX Specifications Signal FormatsCustom Formats Test ImagesComputer Ports Model 801GC, 801GF and 801GX Specifications User InterfaceOutput Connectors Supplied SoftwareDigital Sync Horizontal TimingVertical Timing OutputsAdditional Model 801GF Specifications Pixel Timing Appendix a Specifications Index Graypic Magenta III170 171 151 VII Viii Page T e r n e t C o n n e c t i o n s