[SCAN_PARAM] FileVersion=1267 // should match file verion with Low Level Driver SampleRate=1 // 1: Pixel-Rate 0:Line-Rate SensorType=1 // 1: CCD 0: CIS ;DebugMode=1 // debug message 1: enable 0:disable ;Calibrate=0 // calibrate mode enable 1: enable 0:disable ;ScanWhiteBoard=1 // park to home after calibrate 1:enble 0:disable ;StartPos=100 // driver auto-detect if it is disable or set zero (unit:600dpi) ;LeftLeading=140 // driver auto-detect if "StartPos" is disable or set zero (unit:600dpi) ECG1=0x8F ECG2=0x8F ECG3=0x8F OCG1=0x8F OCG2=0x8F OCG3=0x8F VGAG1=1 // VGA gain for Red if no calibrate VGAG2=1 // VGA gain for Green if no calibrate VGAG3=1 // VGA gain for Blue if no calibrate [SCAN_CALI] VGAGain[1]=1 VGAGain[2]=52 VGAGain[3]=1 DCOffset[1]=177 DCOffset[2]=175 DCOffset[3]=169 DCOffset2[1]=177 DCOffset2[2]=202 DCOffset2[3]=169 [CALI_PARAM] LineDarkLevle1=3 // unit 8bit scale LineDarkLevle2=2 // unit 8bit scale ;PixelDarkLevel=10 // unit 0.1 8bit scale PixelDarkScanLines=10 // how many lines will be scan for pixel dark PixelDarkDiscardPercent=35 // discard above or under value for pixel dark WaitTimeAfterPixelDark=1000 // unit ms DiscardWhitePercent1=100 // discard above value DiscardWhitePercent2=90 // **unit is 0.1% DiscardWhitePercent3=80 DiscardBlackPercent1=50 // discard under value DiscardBlackPercent2=40 // **unit is 0.1% DiscardBlackPercent3=6 [PLATFORM] ButtonCount=0 LoadParamByProductID=1 // 1: enable load difference resolution by PCB product ID set Extend16BitSetting=1 // indepent 16 bit scan setting OpenCCDTimingAnytime=0 SensorChannelPos=1 // 0:Red is first line 1:Blue SensorLineDistance=8 SensorResolution=600 ADFMotorResolution=600 MotorType=0 // 0:2003 1:3966 2:2916/6219 MotorCircuitSwitchPPS=200 // if motor pps > set value, to set Mplus for forward MotorCircuitSwitchPPS2=900 BackMotorCircuitSwitchPPS=200 // if motor pps > set value, to set Mplus for backward BackMotorCircuitSwitchPPS2=900 MotorResolution=600 // by full-step resolution MotorBaseSpeed=500 // by full-step pps MotorParkSpeed=1600 MotorParkMode=1 // 0:fullstep otherwise:halfstep MotorStep1PPS=400 MotorStep2PPS=1000 MotorStep3PPS=1200 MotorStep4PPS=1600 MMTIStep1=5 MMTIStep2=3 MMTIStep3=1 MMTIStep4=1 MoveMMTIStep1=5 MoveMMTIStep2=1 MoveMMTIStep3=1 MoveMMTIStep4=1 BufferFullMotorBackStep=32 LampOffTimer=5 TABlueMaskLength=1 TAExposureTimeRatio=10 // Ratio= value/10 TANegBlueMaskLength=1 TANegExposureTimeRatio=40 // Ratio= value/10 TABaseTargetCode=0x92979A // Blue Green Red TANegBaseTargetCode=0xE7A950 // Blue Green Red CloseTime=18756730 BinaryThreshold=120 //line art threshold [FLB_FIND_EDGE] ExposureTime=14000 // us ScanYLines=75 // 150 dpi [TA_FIND_EDGE] ExposureTime=10000 // us OffsetToSer=160 // 1200 dpi OffsetToLer=1510 // 1200 dpi ScanYStart=380 // 150 dpi ScanYLines=90 // 150 dpi FindLerMethod=0 // 0:black to white 1:white to black FindLerStart=4800 // 1200 dpi FindLerEnd=5400 // 1200 dpi CheckOffsetSER=4 // 150 dpi FindSerCheckLines=10 // 150 dpi FindSerStart=3500 // 1200 dpi FindSerEnd=4500 // 1200 dpi FindSerMethod=0 // 0:black to white 1:white to black [FIXED_TG] RSCLPC=0x0 CVTRP=0x1 CVTRW=0x3 CVTRBPW=0x3 CVTRFPW=0x1 [NORMAL_TG] CPH0P=0x0FFF00 CRSP=0xF8FFFF CCLPP=0xFF8FFF CPH0S=0x0 CRSL=0x0 CCLPL=0x1 CDSS1=0xd CDSC1=0xf CDSS2=0x0 CDSC2=0x1 [DOUBLE_TG] CPH0P=0xC01FC3 CRSP=0xFFF7FF CCLPP=0xFFFBFF CPH0S=0x0 CRSL=0x0 CCLPL=0x1 CDSS1=0xF CDSC1=0x10 CDSS2=0x7 CDSC2=0x8 ///*************************** Set PID=15 control parameter ****************** [RES600Color_PID15] DisableTGB=0 // 0:TGB signal output, 1:TGB signal TargetCode=0xE7DBD2 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=1 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=1 // 1:Normal 2:Double ExposureTime=8500 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES300Color_PID15] TargetCode=0xE7DBD2 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=4500 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES150Color_PID15] TargetCode=0xE7DBD2 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=3000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES75Color_PID15] TargetCode=0xE7DBD2 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=4000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES50Color_PID15] TargetCode=0xE7DBD2 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=4000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES600Gray_PID15] TargetCode=0xF7EBE2 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=1 // 0:1MHz 1:1.5MHz 2:2MHz ExposureTime=6000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES300Gray_PID15] TargetCode=0xF7EBE2 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=0 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=4000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES150Gray_PID15] TargetCode=0xF7EBE2 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=0 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=4000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES75Gray_PID15] TargetCode=0xF7EBE2 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=0 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=4000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES600Color_48BIT_PID15] TargetCode=0xE7DBD2 // Blue Green Red SkipLines=1 // Scan skip lines MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=1 // 1:Normal 2:Double ExposureTime=7000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES300Color_48BIT_PID15] TargetCode=0xE7DBD2 // Blue Green Red SkipLines=1 // Scan skip lines MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=5000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES150Color_48BIT_PID15] TargetCode=0xE7DBD2 // Blue Green Red SkipLines=1 // Scan skip lines MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=4000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES75Color_48BIT_PID15] TargetCode=0xE7DBD2 // Blue Green Red SkipLines=1 // Scan skip lines MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=4000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES50Color_48BIT_PID15] TargetCode=0xE7DBD2 // Blue Green Red SkipLines=1 // Scan skip lines MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=3000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES600Gray_48BIT_PID15] TargetCode=0xE7DBD2 // Blue Green Red SkipLines=1 // Scan skip lines MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=1 // 0:1MHz 1:1.5MHz 2:2MHz ExposureTime=6000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES300Gray_48BIT_PID15] TargetCode=0xE7DBD2 // Blue Green Red SkipLines=1 // Scan skip lines MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=0 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=3000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES150Gray_48BIT_PID15] TargetCode=0xE7DBD2 // Blue Green Red SkipLines=1 // Scan skip lines MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=0 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=3000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 [RES75Gray_48BIT_PID15] TargetCode=0xE7DBD2 // Blue Green Red SkipLines=1 // Scan skip lines MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=0 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=3000 TAThroughRate=2 TAExposureTime=6000 TANegThroughRate=2 // for TA negative TANegExposureTime=6000 ///*************************** Set PID=8 control parameter ****************** [RES600Color_PID08] DisableTGB=0 // 0:TGB signal output, 1:TGB signal TargetCode=0xBAAAA0 // Blue Green Red MotorMode=0 // 0:fullstep 1:halfstep MotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=1 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=1 // 1:Normal 2:Double ExposureTime=7500 TAThroughRate=2 TAExposureTime=20000 TANegThroughRate=2 // for TA negative TANegExposureTime=14000 [RES300Color_PID08] TargetCode=0xBAAAA0 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=0 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=2750 TAThroughRate=2 TAExposureTime=20000 TANegThroughRate=2 // for TA negative TANegExposureTime=14000 [RES150Color_PID08] TargetCode=0xBAAAA0 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=5000 TAThroughRate=2 TAExposureTime=20000 TANegThroughRate=2 // for TA negative TANegExposureTime=14000 [RES75Color_PID08] TargetCode=0xBAAAA0 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=5500 TAThroughRate=2 TAExposureTime=20000 TANegThroughRate=2 // for TA negative TANegExposureTime=14000 [RES50Color_PID08] TargetCode=0xBAAAA0 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=6000 TAThroughRate=2 TAExposureTime=20000 TANegThroughRate=2 // for TA negative TANegExposureTime=14000 [RES600Gray_PID08] TargetCode=0xBAAAA0 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=1 // 0:1MHz 1:1.5MHz 2:2MHz ExposureTime=6000 TAThroughRate=2 TAExposureTime=20000 TANegThroughRate=2 // for TA negative TANegExposureTime=14000 [RES300Gray_PID08] TargetCode=0xBAAAA0 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=6000 TAThroughRate=2 TAExposureTime=20000 TANegThroughRate=2 // for TA negative TANegExposureTime=14000 [RES150Gray_PID08] TargetCode=0xBAAAA0 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=1 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=1 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=5500 TAThroughRate=2 TAExposureTime=20000 TANegThroughRate=2 // for TA negative TANegExposureTime=14000 [RES75Gray_PID08] TargetCode=0xBAAAA0 // Blue Green Red MotorMode=1 // 0:fullstep 1:halfstep MotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) CaliMotorMPlus=2 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibrationThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz TAMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) TACaliMotorMPlus=0 // 0:(MPlus1,MPlus2)=(0,0) 1:(0,1) 2:(1,0) when calibration ThroughRate=2 // 0:1MHz 1:1.5MHz 2:2MHz CPH0Multiple=2 // 1:Normal 2:Double ExposureTime=7000 TAThroughRate=2 TAExposureTime=20000 TANegThroughRate=2 // for TA negative TANegExposureTime=14000Download Driver Pack
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.