rtsicis.ini Driver File Contents (cjsX1100EN.exe)

[CISSelect]
;Select=2

[separator]

[CalibrateParam]	// test parameter
VGAGain[1]=21
VGAGain[2]=84
VGAGain[3]=61
EvenDC[1]=153
EvenDC[2]=169
EvenDC[3]=176
OddDC[1]=153
OddDC[2]=169
OddDC[3]=176

[TEST]	// test parameter
;RunTest=1
;BackSteps=800
;ForwardSteps=20

[Scan]	// scan parameter
Calibrate=1				// [1:Enable Calibration]
WriteInfoToINI=0		// for test
TargetVGA=23			// not used
DataInputBit=8
DoPixelDC=1				// [1:Enable Dark Compensation]
PixelDCDarkLevel=1
ScanPixelDCLines=16
CalibrationYDpi=300
CalibrationLines=30
DarkLevel=1
RedoCalibrationTime=0	// not used
ParkSpeed=2000			// speed to return for home position [unit:pps]
MoveSpeed=400
TargetCode=0x888888
GainTargetCode=0xEFEFEF
ScanTargetCodeRed=260
ScanTargetCodeGreen=262
ScanTargetCodeBlue=259
LeftBlackPos=107		// start pixel to scan for vertical direction [unit:pixel]
StartLinePos=195		// start position to scan for horizontal direction [unit:1/600inch]

UseHomeSensor=0
UseExpousreTime2=0

TargetVGARed=6
TargetVGAGreen=6
TargetVGABlue=6

GammaTableFileName=xx73_lut.dat	// not used
LEDTime1=48				// for test
LEDTime2=32				// for test
LEDTime3=32				// for test

CalibrationSkipLines=8
CalibrationBackwardLines=95


[PlatForm]
SensorType=0				// Select Sensor Type [1:CCD, 0:CIS]
RAMSize=24					// RAM size [unit:KByte]
RealSensorResolution=600
MotorResolution=600
MotorType=3					// Select Motor Driver Type
BufferFullMotorBackStep=32
MotorDelayTime=1000			// Delay time for scan end [unit:msec]

HomeSelect=1
HomeEdgePoint1=1235			// home pattern edge1 [unit:1/300inch]
HomeEdgePoint2=23			// home pattern edge2 [unit:1/300inch]
HomeTolerance=30			// home pattern edge1 tolerance [unit:1/300inch]
HomeTolerance2=5			// home pattern edge2 tolerance [unit:1/300inch]
SkipLine=1

ScanColorCount=5			// The number of the resolution to support [Color]
ScanColorMode1=1200
ScanColorMode2=600
ScanColorMode3=300
ScanColorMode4=150
ScanColorMode5=75

ScanGrayCount=5				// The number of the resolution to support [Gray]
ScanGrayMode1=1200
ScanGrayMode2=600
ScanGrayMode3=300
ScanGrayMode4=150
ScanGrayMode5=75
TimingCount=1
MotorCount=11

DPS=53						// Dummy pixel Start Position [unit:pixel]
DPE=78						// Dummy pixel End Position [unit:pixel]
MotorStepType=1				// Motor Step Type Select [1:Half,2:Full,4:Quater]

FindHomeGain=10				// AFE Setting for FindHome
FindHomeCDC=128				// AFE Setting for FindHome

[CheckStartLine]
DoCheckStartLine=1
CheckStartLineRead=59		// home edge read line count [unit:600dpi]
CheckCountWhite=5			// edge check count
CheckCountBlack=12			// edge check count

[RTS8852C]
FindHomeGain=10				// AFE Setting for FindHome
FindHomeCDC=128				// AFE Setting for FindHome
TargetCode=0x888888
GainTargetCode=0xEFEFEF
DCStep=55
TargetVGARed=6
TargetVGAGreen=6
TargetVGABlue=6

[ScanColorMode1]	// The parameter used for a scan [Color 1200dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=2		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=5885		// sampling interval 1 [unit:System Clock]
ExposureTime2=5885		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=2			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode2]	// The parameter used for a scan [Color 600dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=2		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=5885		// sampling interval 1 [unit:System Clock]
ExposureTime2=5885		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=3			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode3]	// The parameter used for a scan [Color 300dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6000		// sampling interval 1 [unit:System Clock]
ExposureTime2=6000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=4			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode4]	// The parameter used for a scan [Color 150dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6000		// sampling interval 1 [unit:System Clock]
ExposureTime2=6000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=5			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode5]	// The parameter used for a scan [Color 75dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6150		// sampling interval 1 [unit:System Clock]
ExposureTime2=6150		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=6			// select motor curve
MotorType=3				// select motor driver type

[ScanGrayMode1]		// The parameter used for a scan [Gray 1200dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=10660		// sampling interval 1 [unit:System Clock]
ExposureTime2=10660		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=7			// select motor curve
MotorType=2				// select motor driver type

[ScanGrayMode2]		// The parameter used for a scan [Gray 600dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=10000		// sampling interval 1 [unit:System Clock]
ExposureTime2=10000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=8			// select motor curve
MotorType=3				// select motor driver type

[ScanGrayMode3]		// The parameter used for a scan [Gray 300dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6160		// sampling interval 1 [unit:System Clock]
ExposureTime2=6160		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=9			// select motor curve
MotorType=2				// select motor driver type

[ScanGrayMode4]		// The parameter used for a scan [Gray 150dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6160		// sampling interval 1 [unit:System Clock]
ExposureTime2=6160		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=10			// select motor curve
MotorType=3				// select motor driver type

[ScanGrayMode5]		// The parameter used for a scan [Gray 75dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=10000		// sampling interval 1 [unit:System Clock]
ExposureTime2=10000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=11			// select motor curve
MotorType=3				// select motor driver type

[FixCCDTiming]			// Setting Sampling Timing
CPH0S=0
CISCKS=1
CSMPS=0
CISCKL=0
CSMPL=0
CRSL=1
CCLPL=0
RSCLPC=0x0
CVTRP=0x1
CVTRW=0x1
CVTRBPW=0x0
CVTRFPW=0x0
_3CVTRE=0x0

[Timing1]			// Setting Sampling Timing
SensorResolution=600

CPH0P=0x0
CISCKP=0x007FF8

CDSS1=21
CDSC1=23
CDSS2=21
CDSC2=23


[MotorCurve1]			// Motor Curve [use to move only]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve2]	// Motor Curve [use to scan for ColorMode 1200dpi]
TargetPPS1=66
TargetPPS2=206
TargetPPS3=400
TargetPPS4=525
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve3]	// Motor Curve [use to scan for ColorMode 600dpi]
TargetPPS1=66
TargetPPS2=206
TargetPPS3=400
TargetPPS4=525
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve4]	// Motor Curve [use to scan for ColorMode 300dpi]
TargetPPS1=132
TargetPPS2=412
TargetPPS3=801
TargetPPS4=1050
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve5]	// Motor Curve [use to scan for ColorMode 150dpi]
TargetPPS1=132
TargetPPS2=412
TargetPPS3=801
TargetPPS4=1050
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve6]	// Motor Curve [use to scan for ColorMode 75dpi]
TargetPPS1=132
TargetPPS2=412
TargetPPS3=801
TargetPPS4=1050
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve7]	// Motor Curve [use to scan for GrayMode 1200dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve8]	// Motor Curve [use to scan for GrayMode 600dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve9]	// Motor Curve [use to scan for GrayMode 300dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve10]	// Motor Curve [use to scan for GrayMode 150dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve11]	// Motor Curve [use to scan for GrayMode 75dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[separator]

[CalibrateParam]	// test parameter
VGAGain[1]=21
VGAGain[2]=84
VGAGain[3]=61
EvenDC[1]=153
EvenDC[2]=169
EvenDC[3]=176
OddDC[1]=153
OddDC[2]=169
OddDC[3]=176

[TEST]	// test parameter
;RunTest=1
;BackSteps=800
;ForwardSteps=20

[Scan]	// scan parameter
Calibrate=1				// [1:Enable Calibration]
WriteInfoToINI=0		// for test
TargetVGA=23			// not used
DataInputBit=8
DoPixelDC=1				// [1:Enable Dark Compensation]
PixelDCDarkLevel=1
ScanPixelDCLines=16
CalibrationYDpi=300
CalibrationLines=30
DarkLevel=1
RedoCalibrationTime=0	// not used
ParkSpeed=2000			// speed to return for home position [unit:pps]
MoveSpeed=400
TargetCode=0xEFEFEF
GainTargetCode=0xEFEFEF
ScanTargetCodeRed=263
ScanTargetCodeGreen=262
ScanTargetCodeBlue=259
LeftBlackPos=107		// start pixel to scan for vertical direction [unit:pixel]
StartLinePos=195		// start position to scan for horizontal direction [unit:1/600inch]

UseHomeSensor=0
UseExpousreTime2=0

TargetVGARed=6
TargetVGAGreen=6
TargetVGABlue=6

GammaTableFileName=xx73_lut.dat	// not used
LEDTime1=48				// for test
LEDTime2=32				// for test
LEDTime3=32				// for test

CalibrationSkipLines=8
CalibrationBackwardLines=95


[PlatForm]
SensorType=0				// Select Sensor Type [1:CCD, 0:CIS]
RAMSize=24					// RAM size [unit:KByte]
RealSensorResolution=600
MotorResolution=600
MotorType=3					// Select Motor Driver Type
BufferFullMotorBackStep=32
MotorDelayTime=1000			// Delay time for scan end [unit:msec]

HomeSelect=1
HomeEdgePoint1=1235			// home pattern edge1 [unit:1/300inch]
HomeEdgePoint2=23			// home pattern edge2 [unit:1/300inch]
HomeTolerance=30			// home pattern edge1 tolerance [unit:1/300inch]
HomeTolerance2=5			// home pattern edge2 tolerance [unit:1/300inch]
SkipLine=1

ScanColorCount=5			// The number of the resolution to support [Color]
ScanColorMode1=1200
ScanColorMode2=600
ScanColorMode3=300
ScanColorMode4=150
ScanColorMode5=75

ScanGrayCount=5				// The number of the resolution to support [Gray]
ScanGrayMode1=1200
ScanGrayMode2=600
ScanGrayMode3=300
ScanGrayMode4=150
ScanGrayMode5=75
TimingCount=1
MotorCount=11

DPS=5						// Dummy pixel Start Position [unit:pixel]
DPE=14						// Dummy pixel End Position [unit:pixel]
MotorStepType=1				// Motor Step Type Select [1:Half,2:Full,4:Quater]

FindHomeGain=6				// AFE Setting for FindHome
FindHomeCDC=128				// AFE Setting for FindHome

[CheckStartLine]
DoCheckStartLine=1
CheckStartLineRead=59		// home edge read line count [unit:600dpi]
CheckCountWhite=5			// edge check count
CheckCountBlack=12			// edge check count

[RTS8852C]
FindHomeGain=6				// AFE Setting for FindHome
FindHomeCDC=128				// AFE Setting for FindHome
TargetCode=0xEFEFEF
GainTargetCode=0xEFEFEF
DCStep=55
TargetVGARed=6
TargetVGAGreen=6
TargetVGABlue=6

[ScanColorMode1]	// The parameter used for a scan [Color 1200dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=2		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=5885		// sampling interval 1 [unit:System Clock]
ExposureTime2=5885		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=2			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode2]	// The parameter used for a scan [Color 600dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=2		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=5885		// sampling interval 1 [unit:System Clock]
ExposureTime2=5885		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=3			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode3]	// The parameter used for a scan [Color 300dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6000		// sampling interval 1 [unit:System Clock]
ExposureTime2=6000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=4			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode4]	// The parameter used for a scan [Color 150dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6000		// sampling interval 1 [unit:System Clock]
ExposureTime2=6000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=5			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode5]	// The parameter used for a scan [Color 75dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6150		// sampling interval 1 [unit:System Clock]
ExposureTime2=6150		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=6			// select motor curve
MotorType=3				// select motor driver type

[ScanGrayMode1]		// The parameter used for a scan [Gray 1200dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=10660		// sampling interval 1 [unit:System Clock]
ExposureTime2=10660		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=7			// select motor curve
MotorType=2				// select motor driver type

[ScanGrayMode2]		// The parameter used for a scan [Gray 600dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=10000		// sampling interval 1 [unit:System Clock]
ExposureTime2=10000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=8			// select motor curve
MotorType=3				// select motor driver type

[ScanGrayMode3]		// The parameter used for a scan [Gray 300dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6160		// sampling interval 1 [unit:System Clock]
ExposureTime2=6160		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=9			// select motor curve
MotorType=2				// select motor driver type

[ScanGrayMode4]		// The parameter used for a scan [Gray 150dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6160		// sampling interval 1 [unit:System Clock]
ExposureTime2=6160		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=10			// select motor curve
MotorType=3				// select motor driver type

[ScanGrayMode5]		// The parameter used for a scan [Gray 75dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=10000		// sampling interval 1 [unit:System Clock]
ExposureTime2=10000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=11			// select motor curve
MotorType=3				// select motor driver type

[FixCCDTiming]			// Setting Sampling Timing
CPH0S=0
CISCKS=1
CSMPS=0
CISCKL=0
CSMPL=0
CRSL=1
CCLPL=0
RSCLPC=0x0
CVTRP=0x1
CVTRW=0
CVTRBPW=0x0
CVTRFPW=0x0
_3CVTRE=0x0

[Timing1]			// Setting Sampling Timing
SensorResolution=600

CPH0P=0x0
CISCKP=0x7FF800

CDSS1=11
CDSC1=14
CDSS2=23
CDSC2=1


[MotorCurve1]			// Motor Curve [use to move only]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve2]	// Motor Curve [use to scan for ColorMode 1200dpi]
TargetPPS1=66
TargetPPS2=206
TargetPPS3=400
TargetPPS4=525
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve3]	// Motor Curve [use to scan for ColorMode 600dpi]
TargetPPS1=66
TargetPPS2=206
TargetPPS3=400
TargetPPS4=525
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve4]	// Motor Curve [use to scan for ColorMode 300dpi]
TargetPPS1=132
TargetPPS2=412
TargetPPS3=801
TargetPPS4=1050
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve5]	// Motor Curve [use to scan for ColorMode 150dpi]
TargetPPS1=132
TargetPPS2=412
TargetPPS3=801
TargetPPS4=1050
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve6]	// Motor Curve [use to scan for ColorMode 75dpi]
TargetPPS1=132
TargetPPS2=412
TargetPPS3=801
TargetPPS4=1050
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve7]	// Motor Curve [use to scan for GrayMode 1200dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve8]	// Motor Curve [use to scan for GrayMode 600dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve9]	// Motor Curve [use to scan for GrayMode 300dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve10]	// Motor Curve [use to scan for GrayMode 150dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve11]	// Motor Curve [use to scan for GrayMode 75dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3


[separator]			// New ROHM CIS

[CalibrateParam]	// test parameter
VGAGain[1]=21
VGAGain[2]=84
VGAGain[3]=61
EvenDC[1]=153
EvenDC[2]=169
EvenDC[3]=176
OddDC[1]=153
OddDC[2]=169
OddDC[3]=176

[TEST]	// test parameter
;RunTest=1
;BackSteps=800
;ForwardSteps=20

[Scan]	// scan parameter
Calibrate=1				// [1:Enable Calibration]
WriteInfoToINI=0		// for test
TargetVGA=23			// not used
DataInputBit=8
DoPixelDC=1				// [1:Enable Dark Compensation]
PixelDCDarkLevel=1
ScanPixelDCLines=16
CalibrationYDpi=300
CalibrationLines=30
DarkLevel=1
RedoCalibrationTime=0	// not used
ParkSpeed=2000			// speed to return for home position [unit:pps]
MoveSpeed=400
TargetCode=0x888888
GainTargetCode=0xEFEFEF
ScanTargetCodeRed=260
ScanTargetCodeGreen=262
ScanTargetCodeBlue=259
LeftBlackPos=137		// start pixel to scan for vertical direction [unit:pixel]
StartLinePos=195		// start position to scan for horizontal direction [unit:1/600inch]

UseHomeSensor=0
UseExpousreTime2=0

TargetVGARed=6
TargetVGAGreen=6
TargetVGABlue=6

GammaTableFileName=xx73_lut.dat	// not used
LEDTime1=48				// for test
LEDTime2=32				// for test
LEDTime3=32				// for test

CalibrationSkipLines=8
CalibrationBackwardLines=95


[PlatForm]
SensorType=0				// Select Sensor Type [1:CCD, 0:CIS]
RAMSize=24					// RAM size [unit:KByte]
RealSensorResolution=600
MotorResolution=600
MotorType=3					// Select Motor Driver Type
BufferFullMotorBackStep=32
MotorDelayTime=1000			// Delay time for scan end [unit:msec]

HomeSelect=1
HomeEdgePoint1=1235			// home pattern edge1 [unit:1/300inch]
HomeEdgePoint2=23			// home pattern edge2 [unit:1/300inch]
HomeTolerance=30			// home pattern edge1 tolerance [unit:1/300inch]
HomeTolerance2=5			// home pattern edge2 tolerance [unit:1/300inch]
SkipLine=1

ScanColorCount=5			// The number of the resolution to support [Color]
ScanColorMode1=1200
ScanColorMode2=600
ScanColorMode3=300
ScanColorMode4=150
ScanColorMode5=75

ScanGrayCount=5				// The number of the resolution to support [Gray]
ScanGrayMode1=1200
ScanGrayMode2=600
ScanGrayMode3=300
ScanGrayMode4=150
ScanGrayMode5=75
TimingCount=1
MotorCount=11

DPS=30						// Dummy pixel Start Position [unit:pixel]
DPE=60						// Dummy pixel End Position [unit:pixel]
MotorStepType=1				// Motor Step Type Select [1:Half,2:Full,4:Quater]

FindHomeGain=10				// AFE Setting for FindHome
FindHomeCDC=128				// AFE Setting for FindHome

[CheckStartLine]
DoCheckStartLine=1
CheckStartLineRead=59		// home edge read line count [unit:600dpi]
CheckCountWhite=5			// edge check count
CheckCountBlack=12			// edge check count

[RTS8852C]
FindHomeGain=10				// AFE Setting for FindHome
FindHomeCDC=128				// AFE Setting for FindHome
TargetCode=0x888888
GainTargetCode=0xEFEFEF
DCStep=55
TargetVGARed=6
TargetVGAGreen=6
TargetVGABlue=6

[ScanColorMode1]	// The parameter used for a scan [Color 1200dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=2		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=5885		// sampling interval 1 [unit:System Clock]
ExposureTime2=5885		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=2			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode2]	// The parameter used for a scan [Color 600dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=2		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=5885		// sampling interval 1 [unit:System Clock]
ExposureTime2=5885		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=3			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode3]	// The parameter used for a scan [Color 300dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6000		// sampling interval 1 [unit:System Clock]
ExposureTime2=6000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=4			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode4]	// The parameter used for a scan [Color 150dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6000		// sampling interval 1 [unit:System Clock]
ExposureTime2=6000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=5			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode5]	// The parameter used for a scan [Color 75dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6150		// sampling interval 1 [unit:System Clock]
ExposureTime2=6150		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=6			// select motor curve
MotorType=3				// select motor driver type

[ScanGrayMode1]		// The parameter used for a scan [Gray 1200dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=10660		// sampling interval 1 [unit:System Clock]
ExposureTime2=10660		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=7			// select motor curve
MotorType=2				// select motor driver type

[ScanGrayMode2]		// The parameter used for a scan [Gray 600dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=10000		// sampling interval 1 [unit:System Clock]
ExposureTime2=10000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=8			// select motor curve
MotorType=3				// select motor driver type

[ScanGrayMode3]		// The parameter used for a scan [Gray 300dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6160		// sampling interval 1 [unit:System Clock]
ExposureTime2=6160		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=9			// select motor curve
MotorType=2				// select motor driver type

[ScanGrayMode4]		// The parameter used for a scan [Gray 150dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6160		// sampling interval 1 [unit:System Clock]
ExposureTime2=6160		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=10			// select motor curve
MotorType=3				// select motor driver type

[ScanGrayMode5]		// The parameter used for a scan [Gray 75dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=10000		// sampling interval 1 [unit:System Clock]
ExposureTime2=10000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=11			// select motor curve
MotorType=3				// select motor driver type

[FixCCDTiming]			// Setting Sampling Timing
CPH0S=0
CISCKS=0
CSMPS=0
CISCKL=0
CSMPL=0
CRSL=1
CCLPL=0
RSCLPC=0x0
CVTRP=0x1
CVTRW=0x0
CVTRBPW=0x0
CVTRFPW=0x0
_3CVTRE=0x0

[Timing1]			// Setting Sampling Timing
SensorResolution=600

CPH0P=0x0
CISCKP=0x000FFF

CDSS1=9
CDSC1=11
CDSS2=9
CDSC2=11


[MotorCurve1]			// Motor Curve [use to move only]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve2]	// Motor Curve [use to scan for ColorMode 1200dpi]
TargetPPS1=66
TargetPPS2=206
TargetPPS3=400
TargetPPS4=525
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve3]	// Motor Curve [use to scan for ColorMode 600dpi]
TargetPPS1=66
TargetPPS2=206
TargetPPS3=400
TargetPPS4=525
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve4]	// Motor Curve [use to scan for ColorMode 300dpi]
TargetPPS1=132
TargetPPS2=412
TargetPPS3=801
TargetPPS4=1050
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve5]	// Motor Curve [use to scan for ColorMode 150dpi]
TargetPPS1=132
TargetPPS2=412
TargetPPS3=801
TargetPPS4=1050
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve6]	// Motor Curve [use to scan for ColorMode 75dpi]
TargetPPS1=132
TargetPPS2=412
TargetPPS3=801
TargetPPS4=1050
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve7]	// Motor Curve [use to scan for GrayMode 1200dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve8]	// Motor Curve [use to scan for GrayMode 600dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve9]	// Motor Curve [use to scan for GrayMode 300dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve10]	// Motor Curve [use to scan for GrayMode 150dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve11]	// Motor Curve [use to scan for GrayMode 75dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[separator]			// New CANON CIS

[CalibrateParam]	// test parameter
VGAGain[1]=21
VGAGain[2]=84
VGAGain[3]=61
EvenDC[1]=153
EvenDC[2]=169
EvenDC[3]=176
OddDC[1]=153
OddDC[2]=169
OddDC[3]=176

[TEST]	// test parameter
;RunTest=1
;BackSteps=800
;ForwardSteps=20

[Scan]	// scan parameter
Calibrate=1				// [1:Enable Calibration]
WriteInfoToINI=0		// for test
TargetVGA=23			// not used
DataInputBit=8
DoPixelDC=1				// [1:Enable Dark Compensation]
PixelDCDarkLevel=1
ScanPixelDCLines=16
CalibrationYDpi=300
CalibrationLines=30
DarkLevel=1
RedoCalibrationTime=0	// not used
ParkSpeed=2000			// speed to return for home position [unit:pps]
MoveSpeed=400
TargetCode=0x888888
GainTargetCode=0xEFEFEF
ScanTargetCodeRed=260
ScanTargetCodeGreen=262
ScanTargetCodeBlue=259
LeftBlackPos=142	// start pixel to scan for vertical direction [unit:pixel]
StartLinePos=195		// start position to scan for horizontal direction [unit:1/600inch]

UseHomeSensor=0
UseExpousreTime2=0

TargetVGARed=6
TargetVGAGreen=6
TargetVGABlue=6

GammaTableFileName=xx73_lut.dat	// not used
LEDTime1=48				// for test
LEDTime2=32				// for test
LEDTime3=32				// for test

CalibrationSkipLines=8
CalibrationBackwardLines=95



[PlatForm]
SensorType=0				// Select Sensor Type [1:CCD, 0:CIS]
RAMSize=24					// RAM size [unit:KByte]
RealSensorResolution=600
MotorResolution=600
MotorType=3					// Select Motor Driver Type
BufferFullMotorBackStep=32
MotorDelayTime=1000			// Delay time for scan end [unit:msec]

HomeSelect=1
HomeEdgePoint1=1235			// home pattern edge1 [unit:1/300inch]
HomeEdgePoint2=23			// home pattern edge2 [unit:1/300inch]
HomeTolerance=30			// home pattern edge1 tolerance [unit:1/300inch]
HomeTolerance2=5			// home pattern edge2 tolerance [unit:1/300inch]
SkipLine=1

ScanColorCount=5			// The number of the resolution to support [Color]
ScanColorMode1=1200
ScanColorMode2=600
ScanColorMode3=300
ScanColorMode4=150
ScanColorMode5=75

ScanGrayCount=5				// The number of the resolution to support [Gray]
ScanGrayMode1=1200
ScanGrayMode2=600
ScanGrayMode3=300
ScanGrayMode4=150
ScanGrayMode5=75
TimingCount=1
MotorCount=11

DPS=30						// Dummy pixel Start Position [unit:pixel]
DPE=60						// Dummy pixel End Position [unit:pixel]
MotorStepType=1				// Motor Step Type Select [1:Half,2:Full,4:Quater]

FindHomeGain=10				// AFE Setting for FindHome
FindHomeCDC=128				// AFE Setting for FindHome

[CheckStartLine]
DoCheckStartLine=1
CheckStartLineRead=59		// home edge read line count [unit:600dpi]
CheckCountWhite=5			// edge check count
CheckCountBlack=12			// edge check count

[RTS8852C]
FindHomeGain=10				// AFE Setting for FindHome
FindHomeCDC=128				// AFE Setting for FindHome
TargetCode=0x888888
GainTargetCode=0xEFEFEF
DCStep=55
TargetVGARed=6
TargetVGAGreen=6
TargetVGABlue=6

[ScanColorMode1]	// The parameter used for a scan [Color 1200dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=2		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=5885		// sampling interval 1 [unit:System Clock]
ExposureTime2=5885		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=2			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode2]	// The parameter used for a scan [Color 600dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=2		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=5885		// sampling interval 1 [unit:System Clock]
ExposureTime2=5885		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=3			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode3]	// The parameter used for a scan [Color 300dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6000		// sampling interval 1 [unit:System Clock]
ExposureTime2=6000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=4			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode4]	// The parameter used for a scan [Color 150dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6000		// sampling interval 1 [unit:System Clock]
ExposureTime2=6000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=5			// select motor curve
MotorType=2				// select motor driver type

[ScanColorMode5]	// The parameter used for a scan [Color 75dpi]
SampleRate=0			// not used
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6150		// sampling interval 1 [unit:System Clock]
ExposureTime2=6150		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=6			// select motor curve
MotorType=3				// select motor driver type

[ScanGrayMode1]		// The parameter used for a scan [Gray 1200dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=10660		// sampling interval 1 [unit:System Clock]
ExposureTime2=10660		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=7			// select motor curve
MotorType=2				// select motor driver type

[ScanGrayMode2]		// The parameter used for a scan [Gray 600dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=10000		// sampling interval 1 [unit:System Clock]
ExposureTime2=10000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=8			// select motor curve
MotorType=3				// select motor driver type

[ScanGrayMode3]		// The parameter used for a scan [Gray 300dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6160		// sampling interval 1 [unit:System Clock]
ExposureTime2=6160		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=9			// select motor curve
MotorType=2				// select motor driver type

[ScanGrayMode4]		// The parameter used for a scan [Gray 150dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=6160		// sampling interval 1 [unit:System Clock]
ExposureTime2=6160		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=10			// select motor curve
MotorType=3				// select motor driver type

[ScanGrayMode5]		// The parameter used for a scan [Gray 75dpi]
SystemClock=2			// System Clock Rate [0:24MHz,1:36MHz,2:48MHz]
ScanMotorStepType=1		// Motor Step Type [0:Full,1:Half,2:Quater]
ExposureTime=10000		// sampling interval 1 [unit:System Clock]
ExposureTime2=10000		// sampling interval 2 [unit:System Clock]
Timing=1				// select sampling timing mode
MotorCurve=11			// select motor curve
MotorType=3				// select motor driver type

[FixCCDTiming]			// Setting Sampling Timing
CPH0S=0
CISCKS=0
CSMPS=0
CISCKL=0
CSMPL=0
CRSL=1
CCLPL=0
RSCLPC=0x0
CVTRP=0x1
CVTRW=0x0
CVTRBPW=0x0
CVTRFPW=0x0
_3CVTRE=0x0

[Timing1]			// Setting Sampling Timing
SensorResolution=600

CPH0P=0x0
CISCKP=0x000FFF

CDSS1=9
CDSC1=11
CDSS2=9
CDSC2=11


[MotorCurve1]			// Motor Curve [use to move only]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve2]	// Motor Curve [use to scan for ColorMode 1200dpi]
TargetPPS1=66
TargetPPS2=206
TargetPPS3=400
TargetPPS4=525
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve3]	// Motor Curve [use to scan for ColorMode 600dpi]
TargetPPS1=66
TargetPPS2=206
TargetPPS3=400
TargetPPS4=525
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve4]	// Motor Curve [use to scan for ColorMode 300dpi]
TargetPPS1=132
TargetPPS2=412
TargetPPS3=801
TargetPPS4=1050
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve5]	// Motor Curve [use to scan for ColorMode 150dpi]
TargetPPS1=132
TargetPPS2=412
TargetPPS3=801
TargetPPS4=1050
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve6]	// Motor Curve [use to scan for ColorMode 75dpi]
TargetPPS1=132
TargetPPS2=412
TargetPPS3=801
TargetPPS4=1050
TargetStep1=14
TargetStep2=5
TargetStep3=1
TargetStep4=1

[MotorCurve7]	// Motor Curve [use to scan for GrayMode 1200dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve8]	// Motor Curve [use to scan for GrayMode 600dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve9]	// Motor Curve [use to scan for GrayMode 300dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve10]	// Motor Curve [use to scan for GrayMode 150dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3

[MotorCurve11]	// Motor Curve [use to scan for GrayMode 75dpi]
TargetPPS1=175
TargetPPS2=510
TargetPPS3=1010
TargetPPS4=1420
TargetStep1=220
TargetStep2=27
TargetStep3=7
TargetStep4=3



Download Driver Pack

How To Update Drivers Manually

After your driver has been downloaded, follow these simple steps to install it.

  • Expand the archive file (if the download file is in zip or rar format).

  • If the expanded file has an .exe extension, double click it and follow the installation instructions.

  • Otherwise, open Device Manager by right-clicking the Start menu and selecting Device Manager.

  • Find the device and model you want to update in the device list.

  • Double-click on it to open the Properties dialog box.

  • From the Properties dialog box, select the Driver tab.

  • Click the Update Driver button, then follow the instructions.

Very important: You must reboot your system to ensure that any driver updates have taken effect.

For more help, visit our Driver Support section for step-by-step videos on how to install drivers for every file type.

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