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Details of camera module features including digital interface and high image quality.
Information on selecting shutter speeds from various available speeds for exposure control.
Function for capturing still pictures using an external trigger for fast-moving objects.
Method to limit video output lines for high-speed image processing.
Details on screw holes for installing the camera module and optical axis alignment.
Option to switch gamma correction ON/OFF and select gamma curve modes.
Selection of 12-bit, 10-bit, or 8-bit output for data transfer.
Option to select 1TAP or 2TAP output for data transfer.
Selection between RAW data output and RGB data output.
Method to combine vertical pixels to double frame rate.
Filters to detect and emphasize edges in an image.
Vertical smear caused by electric charge induced by infrared radiation.
Jagged appearance of vertical stripes or lines in the image.
Single pixel blemish due to malfunctioning sensor elements.
Imperceptible speckles on screen due to cosmic rays or high temperature/gain.
Potential level difference between left and right image areas due to output system.
Overview of the XCL-5005CR/5005 camera module.
Details on available camera cable lengths and types.
Information on high-resolution lenses compatible with the C-mount.
Details on the DC-700/700CE camera adaptor.
Information on the VCT-ST70I insulated type tripod adaptor.
Installation and compatibility of interface boards for Camera Link and PoCL.
Connection details for the Camera Link cable and signal transmission.
Methods for supplying power to the camera module.
Using PoCL standard for power, control, and image output via a single cable.
Using a power adapter via the DC IN connector for power supply.
Identification and function of parts on the front, top, and bottom of the camera.
Procedure for installing the camera on a tripod using a tripod adaptor.
Pin configuration and usage of the 12-pin DC IN power connector.
Pin configuration and signal mapping for the 26-pin Camera Link interface.
Connecting the camera cable to the DC IN connector.
Connecting the Camera Link cable to the digital interface connector.
Securing the Camera Link cable using fastening screws.
Overview of control functions and commands for external control.
Specifications for external trigger signal input, including amplitude and polarity.
Configuration of 1TAP 80 MHz and 2TAP 40 MHz output systems.
Output of RAW data based on the Bayer array for XCL-5005CR.
Data order for 1TAP 80 MHz transmission system.
Data order for 2TAP 40 MHz transmission system.
Common horizontal timing and HPARTIAL function for column selection.
Outputting individual video signals of all pixels at 15 frames per second.
Mode for adding vertical lines to double frame rate (not available for XCL-5005CR).
Setting 14 types of exposure time ranges from 1/15 s to 2 s.
Block diagrams illustrating signal processing for XCL-5005CR and XCL-5005.
Setting to output a mirror image using the FLIP-FLOP setting.
Adjusting digital clamp levels and using automatic clamp control.
Adjusting digital gain and its effect on display level and black level.
Setting pixel gain per color channel (R, G, B) and definition equation.
Configuring white balance modes (3200K, 5600K, 6500K, manual) and AUTOWB.
Adjusting black balance using automatic or direct methods.
Gamma correction using LUT, interpolation, or coefficient methods.
Creating gamma curves by setting gamma coefficient and offset value.
3x3 filter operations including modes for coefficient setting and image sharpening.
Emphasizing edges by subtracting secondary differentiation from the image.
Provides six patterns of filter effects for image processing.
Filters for detecting and emphasizing object edges while minimizing noise.
Performing binarization processing by setting a threshold value.
Adjusting digital pedestal from +1 to +255 to raise the whole level.
Selecting 12-bit, 10-bit, or 8-bit output, and RGB 24-bit for XCL-5005CR.
Outputting a grayscale chart for setting conditions and checking levels.
Outputting color charts for setting conditions and checking levels in different modes.
Overview of external control via serial communication (HyperTerminal, Tera Term).
Asynchronous serial communication specifications compliant with RS-232C.
Categorization of camera control and setting value control commands.
Input format for commands including command name and parameters.
Camera responses to valid inputs, errors, and invalid commands.
Classification of camera control commands into 10 categories.
Commands for setting AFE parameters like Gain-Step and Pedestal.
Setting the gain of AFE in steps.
Fine adjustment of AFE gain using 502 parts.
Setting the AFE pedestal level.
Setting the edge enhancement filter factor.
Setting the DTL mode (OFF, Edge detection, Edge enhancement).
Setting the binarization mode and threshold value.
Setting white balance mode (3200K, 5600K, 6500K, Manual).
Executing one push white balance for default or arbitrary area.
Setting black clamp level using automatic or direct adjustment methods.
Setting digital gain ON/OFF.
Setting and fine adjusting digital gain.
Setting digital pedestal ON/OFF and level.
Setting automatic clamp control and clamp setting value.
Setting the automatic clamp control correlation factor.
Setting digital clamp ON/OFF and adjusting clamp value.
Setting digital clamp and adjusting value on the left side.
Setting digital clamp and adjusting value on the right side.
Setting gamma correction mode (OFF, optional, approximation, default).
Setting the filter mode (OFF, Optional, Table).
Setting filter factor for specific addresses in filter mode 1.
Setting filter table pattern for filter mode 2.
Setting the binning mode ON/OFF.
Setting partial scan mode and read area parameters.
Setting offset value for partial scan read beginning position.
Setting read column number for horizontal partial scan.
Selecting input route for external trigger signal (Camera Link, DC IN).
Initializing camera control command data to factory settings.
Writing camera control command data to Flash ROM.
Reading camera control command data from Flash ROM.
Sending data for setting value accession by serial communication.
Displaying camera model name and version.
Displaying the list of camera control commands.
Information on invalid commands due to parameter combinations.
Conditions for shutter speed setting based on partial scan read area.
Conditions for trigger mode and pulse polarity settings.
Conditions for image output data tap setting.
Conditions for filter mode settings.
Conditions for BINNING and partial scan mode settings.
Details of camera module features including digital interface and high image quality.
Information on selecting shutter speeds from various available speeds for exposure control.
Function for capturing still pictures using an external trigger for fast-moving objects.
Method to limit video output lines for high-speed image processing.
Details on screw holes for installing the camera module and optical axis alignment.
Option to switch gamma correction ON/OFF and select gamma curve modes.
Selection of 12-bit, 10-bit, or 8-bit output for data transfer.
Option to select 1TAP or 2TAP output for data transfer.
Selection between RAW data output and RGB data output.
Method to combine vertical pixels to double frame rate.
Filters to detect and emphasize edges in an image.
Vertical smear caused by electric charge induced by infrared radiation.
Jagged appearance of vertical stripes or lines in the image.
Single pixel blemish due to malfunctioning sensor elements.
Imperceptible speckles on screen due to cosmic rays or high temperature/gain.
Potential level difference between left and right image areas due to output system.
Overview of the XCL-5005CR/5005 camera module.
Details on available camera cable lengths and types.
Information on high-resolution lenses compatible with the C-mount.
Details on the DC-700/700CE camera adaptor.
Information on the VCT-ST70I insulated type tripod adaptor.
Installation and compatibility of interface boards for Camera Link and PoCL.
Connection details for the Camera Link cable and signal transmission.
Methods for supplying power to the camera module.
Using PoCL standard for power, control, and image output via a single cable.
Using a power adapter via the DC IN connector for power supply.
Identification and function of parts on the front, top, and bottom of the camera.
Procedure for installing the camera on a tripod using a tripod adaptor.
Pin configuration and usage of the 12-pin DC IN power connector.
Pin configuration and signal mapping for the 26-pin Camera Link interface.
Connecting the camera cable to the DC IN connector.
Connecting the Camera Link cable to the digital interface connector.
Securing the Camera Link cable using fastening screws.
Overview of control functions and commands for external control.
Specifications for external trigger signal input, including amplitude and polarity.
Configuration of 1TAP 80 MHz and 2TAP 40 MHz output systems.
Output of RAW data based on the Bayer array for XCL-5005CR.
Data order for 1TAP 80 MHz transmission system.
Data order for 2TAP 40 MHz transmission system.
Common horizontal timing and HPARTIAL function for column selection.
Outputting individual video signals of all pixels at 15 frames per second.
Mode for adding vertical lines to double frame rate (not available for XCL-5005CR).
Setting 14 types of exposure time ranges from 1/15 s to 2 s.
Block diagrams illustrating signal processing for XCL-5005CR and XCL-5005.
Setting to output a mirror image using the FLIP-FLOP setting.
Adjusting digital clamp levels and using automatic clamp control.
Adjusting digital gain and its effect on display level and black level.
Setting pixel gain per color channel (R, G, B) and definition equation.
Configuring white balance modes (3200K, 5600K, 6500K, manual) and AUTOWB.
Adjusting black balance using automatic or direct methods.
Gamma correction using LUT, interpolation, or coefficient methods.
Creating gamma curves by setting gamma coefficient and offset value.
3x3 filter operations including modes for coefficient setting and image sharpening.
Emphasizing edges by subtracting secondary differentiation from the image.
Provides six patterns of filter effects for image processing.
Filters for detecting and emphasizing object edges while minimizing noise.
Performing binarization processing by setting a threshold value.
Adjusting digital pedestal from +1 to +255 to raise the whole level.
Selecting 12-bit, 10-bit, or 8-bit output, and RGB 24-bit for XCL-5005CR.
Outputting a grayscale chart for setting conditions and checking levels.
Outputting color charts for setting conditions and checking levels in different modes.
Overview of external control via serial communication (HyperTerminal, Tera Term).
Asynchronous serial communication specifications compliant with RS-232C.
Categorization of camera control and setting value control commands.
Input format for commands including command name and parameters.
Camera responses to valid inputs, errors, and invalid commands.
Classification of camera control commands into 10 categories.
Commands for setting AFE parameters like Gain-Step and Pedestal.
Setting the gain of AFE in steps.
Fine adjustment of AFE gain using 502 parts.
Setting the AFE pedestal level.
Setting the edge enhancement filter factor.
Setting the DTL mode (OFF, Edge detection, Edge enhancement).
Setting the binarization mode and threshold value.
Setting white balance mode (3200K, 5600K, 6500K, Manual).
Executing one push white balance for default or arbitrary area.
Setting black clamp level using automatic or direct adjustment methods.
Setting digital gain ON/OFF.
Setting and fine adjusting digital gain.
Setting digital pedestal ON/OFF and level.
Setting automatic clamp control and clamp setting value.
Setting the automatic clamp control correlation factor.
Setting digital clamp ON/OFF and adjusting clamp value.
Setting digital clamp and adjusting value on the left side.
Setting digital clamp and adjusting value on the right side.
Setting gamma correction mode (OFF, optional, approximation, default).
Setting the filter mode (OFF, Optional, Table).
Setting filter factor for specific addresses in filter mode 1.
Setting filter table pattern for filter mode 2.
Setting the binning mode ON/OFF.
Setting partial scan mode and read area parameters.
Setting offset value for partial scan read beginning position.
Setting read column number for horizontal partial scan.
Selecting input route for external trigger signal (Camera Link, DC IN).
Initializing camera control command data to factory settings.
Writing camera control command data to Flash ROM.
Reading camera control command data from Flash ROM.
Sending data for setting value accession by serial communication.
Displaying camera model name and version.
Displaying the list of camera control commands.
Information on invalid commands due to parameter combinations.
Conditions for shutter speed setting based on partial scan read area.
Conditions for trigger mode and pulse polarity settings.
Conditions for image output data tap setting.
Conditions for filter mode settings.
Conditions for BINNING and partial scan mode settings.
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