InterfaceChipTBS5367RGBVExtendProperty

interface ChipTBS5367RGBVExtendProperty {
    @_xsi:type?: "ChipTBS5367RGBVExtendProperty";
    BlankingOneLevelB?: number;
    BlankingOneLevelG?: number;
    BlankingOneLevelR?: number;
    BlankingTwoTime?: number;
    ChipLibVersion?: number;
    CompensationEnabled?: boolean;
    CouplingOptimizationModeB?: number;
    CouplingOptimizationModeG?: number;
    CouplingOptimizationModeR?: number;
    CouplingOptimizationOneB?: number;
    CouplingOptimizationOneG?: number;
    CouplingOptimizationOneR?: number;
    CouplingOptimizationTwoB?: number;
    CouplingOptimizationTwoG?: number;
    CouplingOptimizationTwoR?: number;
    CurrentGainB?: number;
    CurrentGainG?: number;
    CurrentGainR?: number;
    CurrentGearB?: number;
    CurrentGearG?: number;
    CurrentGearR?: number;
    EnableOpenCircuitProtection?: boolean;
    EnableShutdownCircuitProtection?: boolean;
    FourtyBitProperty: bigint[];
    GclkFreqM?: number;
    GclkFreqN?: number;
    GclkFreqP?: number;
    GradualTransitionOptimization1?: number;
    GradualTransitionOptimization2B?: number;
    GradualTransitionOptimization2G?: number;
    GradualTransitionOptimization2R?: number;
    GradualTransitionOptimization3B?: number;
    GradualTransitionOptimization3G?: number;
    GradualTransitionOptimization3R?: number;
    GrayClockActualWithDivFreq?: number;
    GrayDepth?: number;
    HiddenOptimizationOneB?: number;
    HiddenOptimizationOneG?: number;
    HiddenOptimizationOneR?: number;
    HiddenOptimizationTwoB?: boolean;
    HiddenOptimizationTwoG?: boolean;
    HiddenOptimizationTwoR?: boolean;
    IsAdvancedMode: boolean;
    IsGrayClockCalcByDclk?: number;
    IsSetLowEffectGamma?: boolean;
    IsUseNewModule?: boolean;
    KneeVoltageB?: number;
    KneeVoltageG?: number;
    KneeVoltageR?: number;
    LowgrayBrightCompensation1B?: number;
    LowgrayBrightCompensation1G?: number;
    LowgrayBrightCompensation1R?: number;
    LowgrayBrightCompensationTime?: number;
    LowGrayCompensationOneB?: number;
    LowGrayCompensationOneG?: number;
    LowGrayCompensationOneR?: number;
    LowGrayCompensationTwoB?: number;
    LowGrayCompensationTwoG?: number;
    LowGrayCompensationTwoR?: number;
    LowgrayDeviationCompensation3B?: number;
    LowgrayDeviationCompensation3G?: number;
    LowgrayDeviationCompensation3R?: number;
    OpenDetectionVoltageB?: number;
    OpenDetectionVoltageG?: number;
    OpenDetectionVoltageR?: number;
    PartNumPerRef?: number;
    RefNumPerVs?: number;
    RegFourFourtyOneToThirtyFour?: number;
    RegFourThirtyOneToTwentyFour?: number;
    RegFourTwentyThreeToSixteen?: number;
    RegOneTwentyThreeToTwentyTwo?: number;
    RegThreeFifteenToEight?: number;
    RegTwoTwentySixToSixteen?: number;
    RegTwoTwentySixToTwentyThree?: number;
    RowBlankingEnhancement?: boolean;
    RowBlankingTime?: number;
    RowBlankingVolToFifteen?: number;
    RowBlankingVolToThirtyOne?: number;
    ScanGapTime?: number;
    ScanMode?: number;
    ScreenEnergySaving?: number;
    ShutdownDetectionVoltage?: number;
    SpecialDataLen?: number;
    SpecialRegisterAddr?: number;
    TestGrade?: number;
}

Hierarchy

Properties

@_xsi:type? BlankingOneLevelB? BlankingOneLevelG? BlankingOneLevelR? BlankingTwoTime? ChipLibVersion? CompensationEnabled? CouplingOptimizationModeB? CouplingOptimizationModeG? CouplingOptimizationModeR? CouplingOptimizationOneB? CouplingOptimizationOneG? CouplingOptimizationOneR? CouplingOptimizationTwoB? CouplingOptimizationTwoG? CouplingOptimizationTwoR? CurrentGainB? CurrentGainG? CurrentGainR? CurrentGearB? CurrentGearG? CurrentGearR? EnableOpenCircuitProtection? EnableShutdownCircuitProtection? FourtyBitProperty GclkFreqM? GclkFreqN? GclkFreqP? GradualTransitionOptimization1? GradualTransitionOptimization2B? GradualTransitionOptimization2G? GradualTransitionOptimization2R? GradualTransitionOptimization3B? GradualTransitionOptimization3G? GradualTransitionOptimization3R? GrayClockActualWithDivFreq? GrayDepth? HiddenOptimizationOneB? HiddenOptimizationOneG? HiddenOptimizationOneR? HiddenOptimizationTwoB? HiddenOptimizationTwoG? HiddenOptimizationTwoR? IsAdvancedMode IsGrayClockCalcByDclk? IsSetLowEffectGamma? IsUseNewModule? KneeVoltageB? KneeVoltageG? KneeVoltageR? LowgrayBrightCompensation1B? LowgrayBrightCompensation1G? LowgrayBrightCompensation1R? LowgrayBrightCompensationTime? LowGrayCompensationOneB? LowGrayCompensationOneG? LowGrayCompensationOneR? LowGrayCompensationTwoB? LowGrayCompensationTwoG? LowGrayCompensationTwoR? LowgrayDeviationCompensation3B? LowgrayDeviationCompensation3G? LowgrayDeviationCompensation3R? OpenDetectionVoltageB? OpenDetectionVoltageG? OpenDetectionVoltageR? PartNumPerRef? RefNumPerVs? RegFourFourtyOneToThirtyFour? RegFourThirtyOneToTwentyFour? RegFourTwentyThreeToSixteen? RegOneTwentyThreeToTwentyTwo? RegThreeFifteenToEight? RegTwoTwentySixToSixteen? RegTwoTwentySixToTwentyThree? RowBlankingEnhancement? RowBlankingTime? RowBlankingVolToFifteen? RowBlankingVolToThirtyOne? ScanGapTime? ScanMode? ScreenEnergySaving? ShutdownDetectionVoltage? SpecialDataLen? SpecialRegisterAddr? TestGrade?

Properties

Optional@_xsi:type

@_xsi:type?: "ChipTBS5367RGBVExtendProperty" = ...

OptionalBlankingOneLevelB

BlankingOneLevelB?: number = common.UInt8

OptionalBlankingOneLevelG

BlankingOneLevelG?: number = common.UInt8

OptionalBlankingOneLevelR

BlankingOneLevelR?: number = common.UInt8

OptionalBlankingTwoTime

BlankingTwoTime?: number = common.UInt8

OptionalChipLibVersion

ChipLibVersion?: number = common.UInt8

OptionalCompensationEnabled

CompensationEnabled?: boolean = common.Bool

OptionalCouplingOptimizationModeB

CouplingOptimizationModeB?: number = common.UInt8

OptionalCouplingOptimizationModeG

CouplingOptimizationModeG?: number = common.UInt8

OptionalCouplingOptimizationModeR

CouplingOptimizationModeR?: number = common.UInt8

OptionalCouplingOptimizationOneB

CouplingOptimizationOneB?: number = common.UInt8

OptionalCouplingOptimizationOneG

CouplingOptimizationOneG?: number = common.UInt8

OptionalCouplingOptimizationOneR

CouplingOptimizationOneR?: number = common.UInt8

OptionalCouplingOptimizationTwoB

CouplingOptimizationTwoB?: number = common.UInt8

OptionalCouplingOptimizationTwoG

CouplingOptimizationTwoG?: number = common.UInt8

OptionalCouplingOptimizationTwoR

CouplingOptimizationTwoR?: number = common.UInt8

OptionalCurrentGainB

CurrentGainB?: number = common.UInt8

OptionalCurrentGainG

CurrentGainG?: number = common.UInt8

OptionalCurrentGainR

CurrentGainR?: number = common.UInt8

OptionalCurrentGearB

CurrentGearB?: number = common.UInt8

OptionalCurrentGearG

CurrentGearG?: number = common.UInt8

OptionalCurrentGearR

CurrentGearR?: number = common.UInt8

OptionalEnableOpenCircuitProtection

EnableOpenCircuitProtection?: boolean = common.Bool

OptionalEnableShutdownCircuitProtection

EnableShutdownCircuitProtection?: boolean = common.Bool

FourtyBitProperty

FourtyBitProperty: bigint[] = ...

OptionalGclkFreqM

GclkFreqM?: number = common.UInt8

OptionalGclkFreqN

GclkFreqN?: number = common.UInt8

OptionalGclkFreqP

GclkFreqP?: number = common.UInt8

OptionalGradualTransitionOptimization1

GradualTransitionOptimization1?: number = common.UInt8

OptionalGradualTransitionOptimization2B

GradualTransitionOptimization2B?: number = common.UInt8

OptionalGradualTransitionOptimization2G

GradualTransitionOptimization2G?: number = common.UInt8

OptionalGradualTransitionOptimization2R

GradualTransitionOptimization2R?: number = common.UInt8

OptionalGradualTransitionOptimization3B

GradualTransitionOptimization3B?: number = common.UInt8

OptionalGradualTransitionOptimization3G

GradualTransitionOptimization3G?: number = common.UInt8

OptionalGradualTransitionOptimization3R

GradualTransitionOptimization3R?: number = common.UInt8

OptionalGrayClockActualWithDivFreq

GrayClockActualWithDivFreq?: number = common.UInt8

OptionalGrayDepth

GrayDepth?: number = common.UInt8

OptionalHiddenOptimizationOneB

HiddenOptimizationOneB?: number = common.UInt8

OptionalHiddenOptimizationOneG

HiddenOptimizationOneG?: number = common.UInt8

OptionalHiddenOptimizationOneR

HiddenOptimizationOneR?: number = common.UInt8

OptionalHiddenOptimizationTwoB

HiddenOptimizationTwoB?: boolean = common.Bool

OptionalHiddenOptimizationTwoG

HiddenOptimizationTwoG?: boolean = common.Bool

OptionalHiddenOptimizationTwoR

HiddenOptimizationTwoR?: boolean = common.Bool

IsAdvancedMode

IsAdvancedMode: boolean = common.Bool_true

OptionalIsGrayClockCalcByDclk

IsGrayClockCalcByDclk?: number = common.UInt8

OptionalIsSetLowEffectGamma

IsSetLowEffectGamma?: boolean = common.Bool

OptionalIsUseNewModule

IsUseNewModule?: boolean = common.Bool

OptionalKneeVoltageB

KneeVoltageB?: number = common.UInt8

OptionalKneeVoltageG

KneeVoltageG?: number = common.UInt8

OptionalKneeVoltageR

KneeVoltageR?: number = common.UInt8

OptionalLowgrayBrightCompensation1B

LowgrayBrightCompensation1B?: number = common.UInt8

OptionalLowgrayBrightCompensation1G

LowgrayBrightCompensation1G?: number = common.UInt8

OptionalLowgrayBrightCompensation1R

LowgrayBrightCompensation1R?: number = common.UInt8

OptionalLowgrayBrightCompensationTime

LowgrayBrightCompensationTime?: number = common.UInt8

OptionalLowGrayCompensationOneB

LowGrayCompensationOneB?: number = common.UInt8

OptionalLowGrayCompensationOneG

LowGrayCompensationOneG?: number = common.UInt8

OptionalLowGrayCompensationOneR

LowGrayCompensationOneR?: number = common.UInt8

OptionalLowGrayCompensationTwoB

LowGrayCompensationTwoB?: number = common.UInt8

OptionalLowGrayCompensationTwoG

LowGrayCompensationTwoG?: number = common.UInt8

OptionalLowGrayCompensationTwoR

LowGrayCompensationTwoR?: number = common.UInt8

OptionalLowgrayDeviationCompensation3B

LowgrayDeviationCompensation3B?: number = common.UInt8

OptionalLowgrayDeviationCompensation3G

LowgrayDeviationCompensation3G?: number = common.UInt8

OptionalLowgrayDeviationCompensation3R

LowgrayDeviationCompensation3R?: number = common.UInt8

OptionalOpenDetectionVoltageB

OpenDetectionVoltageB?: number = common.UInt8

OptionalOpenDetectionVoltageG

OpenDetectionVoltageG?: number = common.UInt8

OptionalOpenDetectionVoltageR

OpenDetectionVoltageR?: number = common.UInt8

OptionalPartNumPerRef

PartNumPerRef?: number = common.UInt8

OptionalRefNumPerVs

RefNumPerVs?: number = common.UInt8

OptionalRegFourFourtyOneToThirtyFour

RegFourFourtyOneToThirtyFour?: number = common.UInt8

OptionalRegFourThirtyOneToTwentyFour

RegFourThirtyOneToTwentyFour?: number = common.UInt8

OptionalRegFourTwentyThreeToSixteen

RegFourTwentyThreeToSixteen?: number = common.UInt8

OptionalRegOneTwentyThreeToTwentyTwo

RegOneTwentyThreeToTwentyTwo?: number = common.UInt8

OptionalRegThreeFifteenToEight

RegThreeFifteenToEight?: number = common.UInt8

OptionalRegTwoTwentySixToSixteen

RegTwoTwentySixToSixteen?: number = common.UInt16

OptionalRegTwoTwentySixToTwentyThree

RegTwoTwentySixToTwentyThree?: number = common.UInt8

OptionalRowBlankingEnhancement

RowBlankingEnhancement?: boolean = common.Bool

OptionalRowBlankingTime

RowBlankingTime?: number = common.UInt8

OptionalRowBlankingVolToFifteen

RowBlankingVolToFifteen?: number = common.UInt8

OptionalRowBlankingVolToThirtyOne

RowBlankingVolToThirtyOne?: number = common.UInt8

OptionalScanGapTime

ScanGapTime?: number = common.UInt8

OptionalScanMode

ScanMode?: number = common.UInt8

OptionalScreenEnergySaving

ScreenEnergySaving?: number = common.UInt8

OptionalShutdownDetectionVoltage

ShutdownDetectionVoltage?: number = common.UInt8

OptionalSpecialDataLen

SpecialDataLen?: number = common.Int32

OptionalSpecialRegisterAddr

SpecialRegisterAddr?: number = common.UInt32

OptionalTestGrade

TestGrade?: number = common.UInt16

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Properties
@_xsi:typeBlankingOneLevelBBlankingOneLevelGBlankingOneLevelRBlankingTwoTimeChipLibVersionCompensationEnabledCouplingOptimizationModeBCouplingOptimizationModeGCouplingOptimizationModeRCouplingOptimizationOneBCouplingOptimizationOneGCouplingOptimizationOneRCouplingOptimizationTwoBCouplingOptimizationTwoGCouplingOptimizationTwoRCurrentGainBCurrentGainGCurrentGainRCurrentGearBCurrentGearGCurrentGearREnableOpenCircuitProtectionEnableShutdownCircuitProtectionFourtyBitPropertyGclkFreqMGclkFreqNGclkFreqPGradualTransitionOptimization1GradualTransitionOptimization2BGradualTransitionOptimization2GGradualTransitionOptimization2RGradualTransitionOptimization3BGradualTransitionOptimization3GGradualTransitionOptimization3RGrayClockActualWithDivFreqGrayDepthHiddenOptimizationOneBHiddenOptimizationOneGHiddenOptimizationOneRHiddenOptimizationTwoBHiddenOptimizationTwoGHiddenOptimizationTwoRIsAdvancedModeIsGrayClockCalcByDclkIsSetLowEffectGammaIsUseNewModuleKneeVoltageBKneeVoltageGKneeVoltageRLowgrayBrightCompensation1BLowgrayBrightCompensation1GLowgrayBrightCompensation1RLowgrayBrightCompensationTimeLowGrayCompensationOneBLowGrayCompensationOneGLowGrayCompensationOneRLowGrayCompensationTwoBLowGrayCompensationTwoGLowGrayCompensationTwoRLowgrayDeviationCompensation3BLowgrayDeviationCompensation3GLowgrayDeviationCompensation3ROpenDetectionVoltageBOpenDetectionVoltageGOpenDetectionVoltageRPartNumPerRefRefNumPerVsRegFourFourtyOneToThirtyFourRegFourThirtyOneToTwentyFourRegFourTwentyThreeToSixteenRegOneTwentyThreeToTwentyTwoRegThreeFifteenToEightRegTwoTwentySixToSixteenRegTwoTwentySixToTwentyThreeRowBlankingEnhancementRowBlankingTimeRowBlankingVolToFifteenRowBlankingVolToThirtyOneScanGapTimeScanModeScreenEnergySavingShutdownDetectionVoltageSpecialDataLenSpecialRegisterAddrTestGrade