[File Settings] File_version=7 Chip=LM9831 [Scanner Software Settings] Crystal_Frequency=48000000 Scan_Buffer_Mbytes=8 // Scan buffer size in Mbytes Min_Buffer_Limit=1 // dont read scan buffer below this point in k bytes red_target=1000 green_target=1000 blue_target=1000 [Scanner Hardware Settings] Motor_Steps_Per_Inch=600 //Number of fullsteps to make motor //move one inch Max_Speed=1.7 //Maximum sensor speed in inches/s Max_Move_Speed=0.8 //Maximum fast feed speed in inches/s Start_of_Calibration=0 Calibration_Strip_Height=50 //Minimum height of calibration start_of_scan=330 //how many steps to skip at start of preview //strip from home position in units of full steps Steps_To_Accelerate_Motor=100 //Fullsteps needed to do software motor acceleration Image_Pixel_Width=5100 //width of scan area in pixels Scanner_Length=11.70 // length in inches of the scanner bed Mirror_Image=No Minimum_Static_Gain=1 TR_Stepper_Correction=1 Distorted_Dummy_Lines=60 //Line rate dummy lines for optical resolution [Sensor Settings] Input_Polarity=Negative //Negative or Positive reg B b0 CDS=On //On or Off reg B b1 Sensor_Type=EvenOdd //EvenOdd or Standard reg B b2 Optical_Resolution=600 //Optical Resolution in dpi Line_Separation=-8 //Distance between R, G, B sensor lines Line_Rate_1/3_Difference=Yes //Yes or No Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=9 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=9 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=8 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=8 //Min Integration Time hdiv <=2 Phi1_Polarity=Negative //Positive or Negative reg C b0 Phi2_Polarity=Negative //Positive or Negative reg C b1 RS_Polarity=Positive //Positive or Negative reg C b2 CP1_Polarity=Positive //Positive or Negative reg C b3 ;CP2_Polarity=Positive //Positive or Negative reg C b4 CP2_Polarity=Negative //Positive or Negative reg C b4 TR1_Polarity=Negative //Positive or Negative reg C b5 ;TR2_Polarity=Positive //Positive or Negative reg C b6 TR2_Polarity=Negative //Positive or Negative reg C b6 Phi1_Status=Active //Active or Disabled reg D b0 Phi2_Status=Active //Active or Disabled reg D b1 RS_Status=Active //Active or Disabled reg D b2 CP1_Status=Disabled //Active or Disabled reg D b3 ;CP2_Status=Disabled //Active or Disabled reg D b4 CP2_Status=Active //Active or Disabled reg D b4 TR1_Status=Active //Active or Disabled reg D b5 ;TR2_Status=Disabled //Active or Disabled reg D b6 TR2_Status=Active //Active or Disabled reg D b6 TR_Pulse=1 //1 or 2 reg D b7 TR_Pulse_Duration=5 //0 - 15 reg E b0..3 TR_PHI_Guardband_Duration=1 //0 - 15 reg E b4..7 [Sensor Settings.OpticalResolution_Color] Total_Pixels=6388 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=8 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=8 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=8 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=8 //Min Integration Time hdiv <=2 [Pixel Rate Timing] //Use these parameters for all pixel rate scanning Pixl_Optical_Black_Clamp_Start=1//0 - 23 reg F b0..4 Pixl_Optical_Black_Clamp_End=12 //0 - 23 reg 10 b0..4 Pixl_Reset_Pulse_Start=14 //0 - 23 reg 11 b0..b4 Pixl_Reset_Pulse_End=16 //0 - 23 reg 12 b0..b4 Pixl_CP1_Pulse_Start=0 //0 - 23 reg 13 b0..b4 Pixl_CP1_Pulse_End=0 //0 - 23 reg 14 b0..b4 Pixl_CP2_Pulse_Start=0 //0 - 23 reg 15 b0..b4 Pixl_CP2_Pulse_End=0 //0 - 23 reg 16 b0..b4 Pixl_Reference_Sample=22 //0 - 23 reg 17 b0..b4 Pixl_Signal_Sample=12 //0 - 23 reg 18 b0..b4 [Line Rate Timing] //Use these parameters for all line rate scanning Line_Optical_Black_Clamp_Start=0//0 - 7 reg F b0..4 Line_Optical_Black_Clamp_End=3 //0 - 7 reg 10 b0..4 Line_Reset_Pulse_Start=4 //0 - 7 reg 11 b0..b4 Line_Reset_Pulse_End=5 //0 - 7 reg 12 b0..b4 Line_CP1_Pulse_Start=0 //0 - 7 reg 13 b0..b4 Line_CP1_Pulse_End=0 //0 - 7 reg 14 b0..b4 Line_CP2_Pulse_Start=0 //0 - 7 reg 15 b0..b4 Line_CP2_Pulse_End=0 //0 - 7 reg 16 b0..b4 Line_Reference_Sample=7 //0 - 7 reg 17 b0..b4 Line_Signal_Sample=3 //0 - 7 reg 18 b0..b4 [Misc Timing] CIS_TR_Timing=Off //Off, Mode1, or Mode2 reg b b3..4 Fake_Optical_Black_Pixels=Off //Off or On reg b b5 Toshiba_Dummy=0 //Not used Toshiba_Active=0 //Not used Optical_Black_Pixels_Start=47 //0-255 reg 1C Optical_Black_Pixels_End=62 //0-255 reg 1D Color_Mode=0 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1=3 Channel Line Rate //2 or any others: Scanner // doesn't support color //3=1 Channel Line Rate Gray_Channel=Green //Red, Green or Blue reg 26 b3..4 [3 Channel Line Rate Settings] TR_Red=0 //0 or 1 reg 26 b5 TR_Green=0 //0 or 1 reg 26 b6 TR_Blue=0 //0 or 1 reg 26 b7 TR_Red_Drop=0 //0-2 reg 27 b0..1 TR_Green_Drop=0 //0-2 reg 27 b2..3 TR_Blue_Drop=0 //0-2 reg 27 b4..5 [Illumination Settings] Illumination_Mode=Mode1 //Off, Mode1, Mode2, Mode3 reg 29 b0..b1 Green_PWM_Duty_Cycle_High=4095 //0-4095 reg 2A:2B Green_PWM_Duty_Cycle_Low=4095 //0-4095 reg 2A:2B Red_Lamp_On=1 //0-16383 reg 2C:2D Red_Lamp_Off=16383 //0-16383 reg 2E:2F Green_Lamp_On=0 //0-16383 reg 30:31 Green_Lamp_Off=0 //0-16383 reg 32:33 Blue_Lamp_On=32 //0-16383 reg 34:35 Blue_Lamp_Off=48 //0-16383 reg 36:37 [I/O Settings] Parallel_Port_Current=1 //0-1 reg 42 b5 SRAM_Size=512 //512,2048 reg 42 b6 SRAM_Drive_Current=3 //Not used SRAM_Bandwidth=8 //Not used Scanning_Duplex=Full //Not used [Stepper Motor Settings] Stepping=Micro //Full or Micro reg 45 b0 // If it's Micro, current sensing=2 phases,reg 45 b1 // If it's Full, current sensing=1 phase Phase_A_Polarity=Positive //Positive or Negative reg 45 b2 Phase_B_Polarity=Positive //Positive or Negative reg 45 b3 Stepper_Motor_Output_Status=stepper_motor_outputs // tri-state or stepper_motor_outputs reg 45 b4 //Vertical DPI divider bits should always be 0. Steps_to_Scan_After_PS2=0 // 0..4095 reg 4c:4d Resume_Scan_Threshold=64 Steps_To_Reverse=11 //0-63 reg 50 Steps_Stopped=1 //0-3 reg 51 b2..3 Steps_25=3 //0-3 reg 51 b4..5 Steps_50=3 //0-3 reg 51 b6..7 Non_Reversing_Extra_Lines=3 //0-7 reg 54 b0..2 KickStart_Steps=3 //0-7 reg 55 b0..2 Hold_Current_Timeout=25 //0-31 reg 54 b3..7 Stepper_PWM_Frequency=5 //0-255 reg 56 Stepper_PWM_Duty_Cycle=5 //0-63 reg 57 [Paper Sensor] Home_Sensor=1 //1 or 2 - P.S. that detects home //use that to tell you which sensor to program to stop motor Paper_Sensor_1_Polarity=High //High or Low reg 58 b0 Paper_Sensor_1_Trigger=Level //Edge or Level reg 58 b1 Paper_Sensor_1_Stop_Scan=Yes //Yes or No reg 58 b2 Paper_Sensor_2_Polarity=High //High or Low reg 58 b3 Paper_Sensor_2_Trigger=Level //Edge or Level reg 58 b4 Paper_Sensor_2_Stop_Scan=No //Yes or No reg 58 b5 [Misc I/O] MiscIO_1_Type=Input //Input or Output reg 59 b0 MiscIO_1_Polarity=Low //High or Low reg 59 b1 MiscIO_1_Trigger=Edge //Edge or Level reg 59 b2 MiscIO_1_Output_State=Low //High or Low reg 59 b3 MiscIO_2_Type=Input //Input or Output reg 59 b4 MiscIO_2_Polarity=Low //High or Low reg 59 b5 MiscIO_2_Trigger=Edge //Edge or Level reg 59 b6 MiscIO_2_Output_State=Low //High or Low reg 59 b7 ;MiscIO_3_Type=Input //Input or Output reg 5a b0 MiscIO_3_Type=Output //Input or Output reg 5a b0 MiscIO_3_Polarity=Low //High or Low reg 5a b1 MiscIO_3_Trigger=Edge //Edge or Level reg 5a b2 ;MiscIO_3_Output_State=Low //High or Low reg 5a b3 MiscIO_3_Output_State=High //High or Low reg 5a b3 MiscIO_4_Type=Input //Input or Output reg 5a b4 MiscIO_4_Polarity=Low //High or Low reg 5a b5 MiscIO_4_Trigger=Edge //Edge or Level reg 5a b6 MiscIO_4_Output_State=Low //High or Low reg 5a b7 ;MiscIO_5_Type=Output //Input or Output reg 5b b0 MiscIO_5_Type=Input //Input or Output reg 5b b0 ;MiscIO_5_Polarity=High //High or Low reg 5b b1 MiscIO_5_Polarity=Low //High or Low reg 5b b1 MiscIO_5_Trigger=Edge //Edge or Level reg 5b b2 MiscIO_5_Output_State=High //High or Low reg 5b b3 MiscIO_6_Type=Output //Input or Output reg 5b b4 ;MiscIO_6_Type=Input //Input or Output reg 5b b4 MiscIO_6_Polarity=High //High or Low reg 5b b5 ;MiscIO_6_Polarity=Low //High or Low reg 5b b5 MiscIO_6_Trigger=Edge //Edge or Level reg 5b b6 MiscIO_6_Output_State=Low //High or Low reg 5b b7 [Reflective 50 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=4 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=4 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=4 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=4 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [Reflective 75 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=2.75 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=2.75 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=2.75 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=2.75 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [Reflective 100 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=2.75 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=2.75 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=2.75 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=2.75 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [Reflective 150 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=2.75 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=2.75 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=2.75 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=2.75 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [Reflective 200 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=3.18 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=3.18 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=3.18 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=3.18 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [Reflective 300 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=2.75 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=2.75 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=2.75 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=2.75 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [Reflective 400 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=3.667 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=3.667 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=3.667 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=3.667 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [Reflective 600 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=5.5 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=5.5 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=5.5 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=5.5 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [UTC 600 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=11 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=11 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=11 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=11 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [UTC 400 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=11 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=11 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=11 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=11 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [UTC 300 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=11 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=11 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=11 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=11 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [UTC 200 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=11 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=11 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=11 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=11 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [UTC 150 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=11 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=11 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=11 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=11 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [UTC 75 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=11 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=11 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=11 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=11 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line Rate [UTC 50 dpi Settings] Total_Pixels=5469 //Number of pixels in CCD reg 20:21 Maximum_Integration_Time_Highlamp=11 //Max Integration Time before //AFE or CCD saturates high lamp PWM //(in milliseconds) Maximum_Integration_Time_Lowlamp=11 //Max Integration Time low PWM Minimum_Integration_Time_Lowres=11 //Min Integration Time for hdiv > 2 Minimum_Integration_Time_Highres=11 //Min Integration Time hdiv <=2 Color_Mode=1 //0 = 3 Channel Pixel Rate reg 26 b0..2 //1 = 3 Channel Line RateDownload 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.
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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.
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