Barco R9002120 Adjustment Blocks and Source, Adjustment Blocks memory blocks, Source numbers 90

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Adjustment Blocks and Source Numbers 90-99

 

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ADJUSTMENT BLOCKS AND SOURCE

 

 

 

 

NUMBERS 90 - 99

 

 

 

 

Adjustment Blocks (memory blocks)

As the projector is digitally controlled, all geometry and convergence adjustments are stored in the projector’s memory as numeric values. These numeric values are used to control digital potentiometers which in turn, control the projector. Each source connected to the projector has a unique set of adjustment data which is automatically downloaded into the projector’s digital potentiometers once the source has been selected. This set of adjustment data is referred to as an “adjustment block” .

An adjustment table is automatically created for a source when the source is first connected to the projector and the Adjustment mode is entered. If other sources have already been connected to the projector and geometry and convergence adjustments have been performed on these sources, the projector will use Linear Digital Interpolation to create a new block for the new source. This block will provide an initial set of adjustments for the new source that have been calculated by the projector from “previous experience”.

The projector’s memory has the capacity to store 32 adjustment blocks. The adjustment block consists of two parts, the block header and the data representing the values for all adjustments (eg. Convergence and Geometry) in the projector for the source the block corresponds to. The block header contains the basic characteristics of the source and the projector configuration used to display the source.

Block Header

example of block header

Block Number

01

Source Number

01

Horizontal Frequency

15.6 kHz

Vertical Frequency

50 Hz

Input Type

video

Scan Switch Configuration

Front/Ceiling

The data representing the various adjustments for the source follows the block header.

Source numbers 90 - 99

Source numbers 90 - 99 do not correspond to physical inputs to the projector or RCVDS. They are used to assign an additional adjustment block to a source. This additional adjust- ment block may contain different geometry and convergence settings, sync fast/slow positions and enhanced blue on/off settings. The relationship between source numbers 0 - 9 and 90 - 99 (projector with RCVDS) or 1 - 5 and 91 - 95 (stand-alone projector) is shown in the diagram below.

source number 0

Block header A

source input 0

 

source number 90

Block header A, differ-

 

ent analog settings

source number 1

Block header B

source input 1

 

source number 91

Block header B, differ-

 

ent analog settings

source number 2

Block header C

source input 2

Block header C, differ-

source number 92

 

ent analog settings

source number 9

Block header J

source input 9

 

source number 99

Block header J, differ-

 

ent analog settings

The alternate adjustment block for sources 0 - 9 (projector with RCVDS) or 1 - 5 (stand-alone projector) is activated by selecting the corresponding source number 0 - 9 (projector with RCVDS) or 1 - 5 (stand-alone projector). Once this source number is selected, the alternate block of adjustment data is in use and may be modified via the adjust mode of the projector. The alternate adjustment block is automatically stored.

Follow the steps below to create a second adjustment block for a source between 0 and 9.

1.Select the source between 0 and 9 that the second adjustment block is to be created for.

2.Select the corresponding source number between 90 and 99. The adjustment block for the source number between 0 and 9 is copied to the corresponding source number between 90 and 99.

3.Enter the adjust mode and make any desired changes (geometry, convergence, sync fast/slow, enhanced blue on/off) to the second adjustment block.

4.Exit the adjust mode.

Note : the above also applies to source number 1 - 5 and 91 - 95 of a stand alone projector (no RCVDS)

5975977 BARCODATA 708 260197

 

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Contents R9002120 Page Date Art. No 260597 R5975977 Barco Projection SystemsNoordlaan Kuurne Belgium Barco nv/Projection SystemsTable of Contents Start UP of the Adjustment Mode Options Table of Contents On safety Safety InstructionsOn repacking On installationOn cleaning On servicingRear Panel Terminology Location and Function of ControlsFront Panel Terminology RCU control panel terminology Gaining accessAdjustexit Control panel terminology a. The local keypadLocation and Function of Controls Location and Function of Controls Connections Power mains cord connectionSwitching on/off Signal input connection to the projectorSource No Projector input Press digit button Connecting a Composite Video sourceVideo input selection Input selection Connecting a S-Video or Video source to portConnecting a RGB Analog source with Tri-level sync Connecting a RGB Analog source with composite syncRgbs or RGsB input selection YYB-YS orR-YYsB-Y input selection Connecting a Component sourceConnecting a Component source with Tri-level sync RGB3S or RG3sB input selectionYYB-Y3S or R-YY3sB-Y input selection Connecting a VS05 switcher to the projectorConnecting an IR Remote Receiver to the projector Remote controlControlling Battery installation in the RCUHow to display a projector address? How to use the RCUProjector address Input selection Source No Projector input Press button How to program an address into the RCU?Pause key Picture controlsAdjustexit Standbyenter Adjustment modeWrong PasswordOverview random Access Adjustment mode Starting up the random access adjustment modeInternal Cross Hatch Pattern Selecting Setup PatternInternal # Pattern Color Balance Random access adjustment mode selection menuPicture Tuning Sync Fast/Slow AdjustmentColor Select Line Doubler optionPort 2 S-Video/Video PeakingGeometry Geometry AdjustmentsHorizontal Phase Adjustment GeometryRaster Shift Raster Shift AdjustmentProjected raster Crt faceplate borderLEFT-RIGHT E-W Left-Right east-west AdjustmentsLEFT-RIGHT E-W TOP-BOTTOM N-S Top-Bottom north-south AdjustmentsTOP-BOTTOM TOP-BOTTOM N-SVertical Linearity Adjustment Size AdjustmentLinearity Blanking Blanking AdjustmentsConvergence Adjustment Random Access Adjustment Mode Overview flowchart Service mode Starting up the Service modeIdentification Projector Set-upData Total Run Time Change passwordChange Language Baudrate Power up modeChange Projector Address Change baudrateMemory Management BARCOlogoMemory management Barco LogoDeletion of blocks Copy a blockDeleting block by block Undo ALL Settings to Midpos All settings to midpositionUndo all settings to midpos ALL Settings to MidposUndo green convergence mid Convergence midUndo R & B convergence mid Green convergence midG2 Adjustment Common SettingsG2 Adjustment Common SettingsProjector Warm UP CRT Drive ModeProjector warm up Projector Warm UPPermanent Boost Mode USE I2C DiagnosticsService Mode Invalid Code entry End of ad- just range Enter Password Text on Text offI2C error Addr FH3 Fh= 15.6 kHz Fv= 050 HzStarting Rcvds com Munication ErrorIris commu Nication Error Projector Will Switch offOptions Adapter and communication cables Magik Interface Orbiting KitLine Doubler Kit Ceiling mount CM50Adjustment Blocks memory blocks Adjustment Blocks and SourceSource numbers 90 Barcodata 708 Insert Card
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