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IAI Sweep SW-16000TL-CXP4A-M95 User Manual

Coaxpress interface digital cmos progressive line scan camera
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User Manual
Sweep Series - CoaXPress Interface
SW-16000TL-CXP4A-M95
SW-16000M-CXP4A-M95
Thank you for purchasing this product.
Be sure to read this documentation before use.
This documentation includes important safety precautions and instructions on how to operate the unit. Be sure to read this documentation to ensure
proper operation.
The contents of this documentation are subject to change without notice for the purpose of improvement.
© 2024 JAI
Digital CMOS Progressive Line Scan Camera (Trilinear and Monochrome)
Document Version: 1.0
Date: 2024-12-18

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Summary of Contents for IAI Sweep SW-16000TL-CXP4A-M95

  • Page 1 User Manual Sweep Series - CoaXPress Interface SW-16000TL-CXP4A-M95 SW-16000M-CXP4A-M95 Digital CMOS Progressive Line Scan Camera (Trilinear and Monochrome) Document Version: 1.0 Date: 2024-12-18 Thank you for purchasing this product. Be sure to read this documentation before use. This documentation includes important safety precautions and instructions on how to operate the unit. Be sure to read this documentation to ensure proper operation.

  • Page 2: Table Of Contents

    User Manual (1.0) - Table of Contents SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Table of Contents Table of Contents About Technical Note Notice/Warranty Notice Warranty Certifications CE Compliance Warning China RoHS Usage Precautions Heat sink Temperature Management Max Line Rate at Which Camera Is Guaranteed to Operate Notes on Cable Configurations Notes on Attaching the Lens Phenomena Specific to CMOS Image Sensors...
  • Page 3 User Manual (1.0) - Table of Contents SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Preparation Step 1: Connect Devices ① Lens ② Mounting ③ CXP cable ④ CXP Frame Grabber Board ⑤ DC IN / Trigger IN Connection Cable ⑥ AC Adapter Step 2: Verify Camera Operation Step 3: Verify the Connection between the Camera and PC Step 4: Configure Trigger, Exposure, and Line Rate Settings Control via External Triggers with the Specified Exposure Time...
  • Page 4 User Manual (1.0) - Table of Contents SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Maximum Line Rates (Approximate) Change the Line Rate Trigger Control Image Output Delay Exposure Mode Actual Exposure Time Timing Chart ExposureMode = Off ExposureMode = Timed ExposureMode = TriggerWidth GPIO (Digital Input/Output Settings) LineSource Items ExposureActive Signal Pulse Generator...
  • Page 5 User Manual (1.0) - Table of Contents SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Logic Block Control Setting List (Feature Properties) DeviceControl TransportLayerControl ImageFormatControl AcquisitionControl DigitalIOControl PulseGenerator AnalogControl LUT Control Color Transformation Control ImagingControl Shading Correction SpatialControl Counter and Timer Control EncoderControl Logic Block Control UserSetControl Miscellaneous Troubleshooting...

  • Page 6: About Technical Note

    User Manual (1.0) - Table of Contents SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 About Technical Note Some additional technical information is provided on the JAI website as Technical Notes. In this manual, if a technical note is available for a particular topic, the above icon is shown. Please refer to the following URL for Technical notes.

  • Page 7: Notice/Warranty

    User Manual (1.0) - Notice/Warranty SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Notice/Warranty Notice The material contained in this manual consists of information that is proprietary to JAI Ltd., Japan, and may only be used by the purchasers of the product. JAI Ltd., Japan makes no warranty for the use of its product and assumes no responsibility for any errors which may appear or for damages resulting from the use of the information contained herein.

  • Page 8: Warning

    User Manual (1.0) - Notice/Warranty SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Warning Changes or modifications to this unit not expressly approved by the party responsible for FCC compliance could void the user’s authority to operate the equipment. 상 호: JAI Ltd. Japan 상 호: JAI Ltd.

  • Page 9: China Rohs

    User Manual (1.0) - Notice/Warranty SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 China RoHS The following statement is related to the regulation on “Measures for the Administration of the Control of Pollution by Electronic Information Products “, known as “China RoHS“. The table shows contained Hazardous Substances in this camera.

  • Page 10: Usage Precautions

    User Manual (1.0) - Usage Precautions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Usage Precautions Heat sink Caution: Do not remove the factory installed heat sink from the camera. Removing the heat sink will not only void the warranty, but may also create safety hazard or cause damage to the camera.

  • Page 11: Max Line Rate At Which Camera Is Guaranteed To Operate

    User Manual (1.0) - Usage Precautions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Notes: You can monitor the camera's internal temperature by DeviceTemperature (DeviceControl). For all tests and measurements, the camera is placed on an aluminum plate (195 x 195 x 10mm), in addition to the factory default (heat sink installed). For more information on the camera's internal temperature and the test environment, see "Appendix".

  • Page 12: Notes On Attaching The Lens

    User Manual (1.0) - Usage Precautions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Notes on Attaching the Lens How to Clean a Sensor Avoiding Dust Particles When attaching the lens to the camera, stray dust and other particles may adhere to the sensor surface and rear surface of the lens.

  • Page 13: Features

    User Manual (1.0) - Features SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Features This camera is a high-speed line scan camera with a 16384 pixel line sensor. The SW-16000TL-CXP4A-M95 (color model) achieves a maximum line rate of 100kHz, while the SW-16000M-CXP4A-M95 (monochrome model) achieves a maximum line rate of 277kHz (full ROI, Normal Speed Mode). The ROI function can be used to further increase the line rate.

  • Page 14: Parts Identification

    User Manual (1.0) - Parts Identification SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Parts Identification Note: See "Dimensions" for external view of the entire camera. Lens Mount (M95-Mount) Mount an M95-mount lens here. Note: Before mounting a lens, be sure to refer to ① Lens and confirm the precautions for attaching a lens and the supported lens types.

  • Page 15: Dc In/Trig Connector (12-Pin Round)

    User Manual (1.0) - Parts Identification SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 DC IN/TRIG Connector (12-Pin Round) Related Setting Items: DigitalIOControl Connect the cable for a power supply or for DC IN / trigger IN here. Pin No. Input/Output Signal Description Power In DC In DC 12 ~ 24V TTL In 4...

  • Page 16: Aux Connector (10-Pin)

    User Manual (1.0) - Parts Identification SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 AUX Connector (10-Pin) Connect the cable for DC IN / trigger IN here. Pin No. IN/OUT Signal Description TTL Out 2 Line 8 TTL Out 3 Line 9 TTL In 2 Line 10 TTL In 3 Line 13...

  • Page 17: Leds

    User Manual (1.0) - Parts Identification SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 need to make settings on the frame grabber board side. For the specific setting method, refer to the instruction manual of the frame grabber board to be used. The CxpLinkConfiguration setting must match the number of CoaXPress cables that connect the camera to the PC.

  • Page 18: Mounting Holes

    User Manual (1.0) - Parts Identification SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 LINK 1 ~ 4 Description The light turns off when: 1. The camera is not receiving power. 2. The applicable port is not being used (the setting is configured by JAICxpLinkConfigurationPreferred [TransportLayerControl]) Lit amber Camera initializing.

  • Page 19: Recommended External Input Circuit Diagram

    User Manual (1.0) - Parts Identification SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Recommended External Input Circuit Diagram Reference Example Caution: Check the recommended external input circuit diagram (reference example) and connect correctly. Note: Parts may be replaced with equivalent products. - 19 -...

  • Page 20: Preparation

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Preparation Read this section to learn how the camera connects to devices and accessories. The preparation process is described below. Note: eBUS Player for JAI does not support this camera. Step 1: Connect Devices Connect the lens, cables, AC adapter, computer, and other devices.

  • Page 21: Step 1: Connect Devices

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Step 1: Connect Devices ① Lens ② Mounting ③ CXP cable ④ CXP Frame Grabber Board ⑤ DC IN / Trigger IN Connection Cable ⑥ AC Adapter ① Lens M95-mount lenses with lens mount protrusions of 4 mm or less can be attached.

  • Page 22: ② Mounting

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 ② Mounting When mounting the camera directly to a device, use screws that match the mounting holes on the camera. For more information on the mounting holes, see "Mounting Holes ". Cautions: For heavy lenses, be sure to support the lens itself.

  • Page 23: Step 2: Verify Camera Operation

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Step 2: Verify Camera Operation When power is supplied to the camera while the necessary equipment is connected, the POWER/TRIG LED at the rear of the camera lights amber, and initialization of the camera starts. When initialization is complete, the POWER/TRIG LED lights green.

  • Page 24: Step 4: Configure Trigger, Exposure, And Line Rate Settings

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Step 4: Configure Trigger, Exposure, and Line Rate Settings Related Setting Items: AcquisitionControl This section describes five scenarios for controlling the trigger, exposure, and line rate. Note: This section is intended to explain the basic relationship between the trigger, exposure, and line rate. For the detailed timings, see "Timing Chart".

  • Page 25: Control Via External Triggers With The Specified Exposure Time

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Control via External Triggers with the Specified Exposure Time In the example below, TriggerSelector is set to LineStart. Notes: When using external triggers, the line rate is determined by the trigger period. The ExposureTime value cannot be longer than the trigger period.

  • Page 26: Control Via External Triggers Without Specifying The Exposuretime

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Control via External Triggers without Specifying the ExposureTime In the example below, TriggerSelector is set to LineStart. Notes: When using external triggers, the line rate is determined by the trigger period. The exposure is performed with an exposure time calculated from 1 / (line rate). "ExposureMode = Off"...

  • Page 27: Control Via External Triggers With Exposure Time Controlled By The Pulse Width Of The Trigger Input Signal

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Control via External Triggers with Exposure Time Controlled by the Pulse Width of the Trigger Input Signal In the example below, TriggerSelector is set to LineStart. Notes: When using external triggers, the line rate is determined by the trigger period. "ExposureMode = TriggerWidth"...

  • Page 28: Control Without External Triggers With The Specified Exposure Time

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Control without External Triggers with the Specified Exposure Time Notes: ExposureTime can be set up to 1 line cycle to match the speed of the object or to lengthen the accumulation time to increase sensitivity. The ExposureTime value cannot be longer than the line period.

  • Page 29: Step 5: Adjust The Image Quality

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Step 5: Adjust the Image Quality Use the following steps to adjust the image quality of this camera. DSNU Correction (Pixel Black Correct) PRNU Correction (Pixel Gain Correct) FlatShading (Shading) Adjust the Gain Adjust the White Balance (Color model only) Adjust the Black Level...

  • Page 30: Prnu Correction (Pixel Gain Correct)

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Result Description Error1 - Image was Correction failed. The image was too bright. too bright Error2 - Image was Correction failed. The image was too dark. too dark Could not perform the correction because the camera is in one of the following status: •...
  • Page 31 User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 How to Execute Notes: The video level should be between 70% and 90% of the saturation level. The sensor must be uniformly illuminated. If a lens is attached to the camera, it must be defocused. PRNU correction is performed under the condition that the image is flat with or without a lens attached.
  • Page 32 User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 PixelGain Result Description CorrectionMode Correction was completed successfully. The correction data calculated from the full ROI has User1, User2, or been applied to the entire area and saved in the user area specified in User3 PixelGainCorrectionMode.

  • Page 33: Flatshading (Shading)

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 FlatShading (Shading) Related Setting Items: Shading This camera requires FlatShading [Shading] correction after PRNU correction. The basic procedure for FlatShading is as follows. 1. Select the Shading Correction Mode from ShadingCorrectionMode.Select FlatShading if your selected PixelGainCorrectionMode (PRNU Correction (Pixel Gain Correct)) was User1, User2, or User3.

  • Page 34: Master Mode

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 MasterMode: 1. Set IndividualMode to Off. 2. Select the DigitalGain (DigitalAll, DigitalRed, DigitalBlue) you want to configure from GainSelector. 3. Configure the Gain value in Gain. IndividualMode: 1. Set IndividualMode to On. 2.

  • Page 35: Adjust The White Balance

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Adjust the White Balance Related Setting Items: AnalogControl Adjust the white balance using the automatic adjustment function. Note: This function is only supported on the color model. Automatic Adjustment Modes This camera provides the following two modes for automatic white balance adjustment. When Normal Correction Cannot Be BalanceWhiteAuto Adjustment Area...
  • Page 36 User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Notes: When BalanceWhiteAuto is set to Off, the white balance cannot be adjusted automatically. Manually adjust the white balance using Gain[AnalogControl]. When IndividualGainMode[AnalogControl] is set to On, BalanceWhiteAuto is forced to Off. The BalanceWhiteAutoWidth and BalanceWhiteAutoOffsetX settings apply only to the Once option.
  • Page 37 User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 BalanceWhiteAutoResult A list of calibration results when BalanceWhiteAuto is set to Once or BalanceWhiteAuto is shown below. Result BalanceWhiteAuto Description Idle Adjustment is not being performed. Processing Adjustment is being performed. Adjustment was completed successfully to the area specified by BalanceWhiteAutoWidth and Once BalanceWhiteAutoOffsetX.

  • Page 38: Adjust The Black Level

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Adjust the Black Level Related Setting Items: AnalogControl 1. Select the black level you want to configure in BlackLevelSelector. Monochrome model: All (Master black) only Color model: All (Master black), Red, Blue 2.

  • Page 39: To Save User Settings

    User Manual (1.0) - Preparation SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 To Save User Settings 1. Stop image acquisition. 2. Expand UserSetControl and select the save destination (UserSet1 to UserSet3) in UserSetSelector. Note: The factory default setting values are stored in Default and cannot be overwritten. Caution: Settings can only be saved when image acquisition on the camera is stopped.

  • Page 40: Main Functions

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Main Functions This chapter describes the camera's main functions. ROI (Regional Scanning Function) Related Setting Items: ImageFormatControl The ROI (region of interest) function allows you to output images by specifying the area to scan. ROI Settings Specify the area to scan by specifying the Width and Horizontal offset value (ImageFormatControl).

  • Page 41: Binning Function

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Binning Function Related Setting Items: ImageFormatControl The Binning function allows you to combine the signal values of clusters of adjacent pixels to create improved virtual pixels. Using the function results in images with a lower pixel resolution and higher sensitivity in summing mode (Sum) or reduced noise in averaging mode (Average).

  • Page 42: Pixel Format

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Pixel Format Related Setting Items: ImageFormatControl Selectable PixelFormat is as follows. Color model RGB8 (Default) , RGB10, RGB12 Monochrome model Mono8 (Default) , Mono10, Mono12 Acquisition Control Related Setting Items: AcquisitionControl AcquisitionStart / AcquisitionStop Start image acquisitions (AcquisitionStart) and end image acquisitions (AcquisitionStop).
  • Page 43 User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 SW-16000TL-CXP4A-M95 (CXP12) Max Line Rate Width PixelFormat CXP12_X4 CXP12_X3 CXP12_X2 CXP12_X1 RGB8 100kHz 73kHz 49kHz 24kHz 16384 (Full) RGB10 78kHz 59kHz 39kHz 19kHz RGB12 65kHz 49kHz 32kHz 16kHz RGB8 111kHz 98kHz 65kHz 32kHz 12288 (3/4)
  • Page 44 User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 SW-16000M-CXP4A-M95 (CXP12, Normal Speed Mode) Max Line Rate Width PixelFormat CXP12_X4 CXP12_X3 CXP12_X2 CXP12_X1 Mono8 277kHz 218kHz 146kHz 73kHz 16384 (Full) Mono10 233kHz 175kHz 117kHz 58kHz Mono12 195kHz 146kHz 98kHz 49kHz Mono8 277kHz 277kHz...

  • Page 45: Change The Line Rate

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Change the Line Rate When TriggerMode is set to Off, you can set the line rate using AcquisitionLineRate. This function can be used to match the scanning speed of the camera to the feeding speed of the object or to lengthen the accumulation time to increase sensitivity.

  • Page 46: Trigger Control

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Trigger Control Related Setting Items: AcquisitionControl The camera allows the following controls to be performed via external trigger signals. TriggerSelector Description Start image acquisition in response to the external trigger signal input. AcquisitionStart Note: You can set the number of lines between the trigger input and the time when image data is output to the host with the...

  • Page 47: Image Output Delay

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Image Output Delay The ImageOutputDelay function allows you to set the number of lines between the trigger input and the time when image data is output to the host. This function is useful when you want to delay the time between receiving a trigger and outputting image data to the host, for example, when the object detection sensor and the line scan camera cannot be installed in the same location.

  • Page 48: Exposure Mode

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Exposure Mode Related Setting Items: AcquisitionControl The following exposure modes are available on the camera. Exposure Description Examples Mode Control via External Triggers without Specifying the ExposureTime Exposure control is not performed (free-running operation).
  • Page 49 User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 ExposureTimeMode (Color model only) When ExposureMode is set to Timed, you can select the following Exposure Time Mode. ExposureTimeMode Description Set the common exposure time for Red, Green, and Blue (the RGB channels will have Common (Default) the same exposure time).

  • Page 50: Actual Exposure Time

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 When AcquisitionLineRate becomes faster, if the current ExposureTime value (1) is greater than the ExposureTime value calculated from the faster AcquisitionLineRate setting (2), the ExposureTime value will be overwritten with the value (2). If you want to increase the ExposureTime value further, you must first set AcquisitionLineRate to a slower value.

  • Page 51: Timing Chart

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Timing Chart This section shows the timing charts under the following conditions on each model. ExposureMode = Timed ExposureMode = Off ExposureMode = TriggerWidth Notes: ExposureActive includes the exposure offset time. For more information, see "Actual Exposure Time".

  • Page 52: Exposuremode = Off

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 ExposureMode = Off Note: The following are timing charts when TriggerMode = On and BinnigHorizontal = 1 (Off). SW-16000TL-CXP4A-M95 (CXP12-4) Trigger LVAL Delay Time from Trigger to Exposure Active to Period from Exposure Active PixelFormat Width Period[A] Active[D]...

  • Page 53: Exposuremode = Timed

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 ExposureMode = Timed Note: The following are timing charts when TriggerMode = On and BinnigHorizontal = 1 (Off). SW-16000TL-CXP4A-M95 (CXP12-4) Trigger LVAL Delay Time from Trigger to Exposure Active to Period from Exposure Active PixelFormat Width Period[A] Active[D]...

  • Page 54: Exposuremode = Triggerwidth

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 ExposureMode = TriggerWidth Note: The following are timing charts when TriggerMode = On and BinnigHorizontal = 1 (Off). SW-16000TL-CXP4A-M95 (CXP12-4) Trigger LVAL Delay Time from Trigger to Exposure Active to Period from Exposure Active PixelFormat Width Period[A] Active[D]...

  • Page 55: Gpio (Digital Input/Output Settings)

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 GPIO (Digital Input/Output Settings) Related Setting Items: DigitalIOControl The camera is equipped with GPIO (general-purpose input/output) functions for generating and using combinations of triggers and other necessary signals within the camera and of signals output from the camera to the system such as those used for lighting equipment control.

  • Page 56: Linesource Items

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 LineSource Items This section describes each item that can be selected in LineSource. LineSource Description AcquisitionActive From AcquisitionStart to AcquisitionStop. See "Acquisition Control" for reference. ExposureActive Camera is doing the exposure. See "ExposureActive Signal"...

  • Page 57: Exposureactive Signal

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 ExposureActive Signal Perform external output for the timing at which video is accumulated to the sensor. The signal is output to the DC IN / TRIG IN connector (12-pin round) or AUX connector. Note: ExposureActive includes the exposure offset time.

  • Page 58: Pulse Generator

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Pulse Generator Related Setting Items: PulseGenerator Tips for using the Pulse Generator By using this function, any signal can be generated inside the camera. The following is an example of signal generation. Settings PulseGeneratorStartPoint = 2 PulseGeneratorEndPoint = 6...

  • Page 59: Gain Control

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Gain Control Related Setting Items: AnalogControl Gain control can be performed in the following two modes on this camera. Notes: For details on how to configure the settings, see “Adjust the Gain.

  • Page 60: Gamma Function

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Gamma Function Related Setting Items: AnalogControl The Gamma function corrects the output signals from the camera beforehand (reverse correction), taking into consideration the light-emitting properties of the monitor display. As the light-emitting properties of the monitor are not linear, the entire image may be darker or the gradation in the dark areas may be less noticeable when camera outputs are displayed without processing.

  • Page 61: Lut (Lookup Table)

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 LUT (Lookup Table) Related Setting Items: LUT Control The LUT function is used to generate a non-linear mapping between signal values captured on the sensor and those that are output from the camera. You can specify the output curve using 257 setting points (indexes). To use the LUT function Configure the settings as follows.

  • Page 62: Color Space Conversion (Colortransformationcontrol)

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Color Space Conversion (ColorTransformationControl) Related Setting Items: Color Transformation Control This camera allows you to convert the standard color space (RGB) that is used to produce colors into other color spaces. Note: This function is only supported on the color model.

  • Page 63: Edge Enhancer

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Note: About Color Space HSI Hue Value : 0° to 360° can be specified for 8bit, 10bit and 12bit output as follows. 8bit output: Can be specified in 2° increments - 0°(00000000) ~ 360°(10110100) 10bit output: Can be specified in 0.5°increments- 0°(0000000000) ~ 360°(1011010000) 12bit output: Can be specified in 0.5°increments- 0°(000000000000) ~ 360°(101101000000) Saturation value, Intensity value: 0 ~ 100% can be specified for 8bit, 10bit and 12bit output as follows.

  • Page 64: Shading Correction

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Shading Correction Related Setting Items: Shading The Shading Correction function corrects non-uniformity (i.e., shading) in the amount of light generated by the lens and lighting equipment. This camera supports the following shading correction modes. FlatShading, FlatShadingUserAreaBE ColorShading*, ColorShadingUserArera BE* R-channel and B-channel properties are adjusted by...

  • Page 65: How To Configure The Shading Correction Function

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Shading Correction Blocks The camera makes adjustments in blocks (1 block = 16 pixels). The block Index number (ShadingDataIndex) can be used to view and change the settings per block (ShadingData). For more information, see "How to Configure the Shading Correction Function".
  • Page 66 User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 6. If the image is too bright or too dark, the camera will operate differently depending on the selected Shading Correction Mode. FlatShading or ColorShading*: The shading correction attempt fails, and "Error1 - Image was too bright"...

  • Page 67: Pixel Sensitivity Correction (Dsnu, Prnu)

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 ShadingCorrection Result Description Mode Error1 - Image was FlatShading, ColorShading Correction failed. The image was too bright. too bright Error2 - Image was FlatShading, ColorShading Correction failed. The image was too dark. too dark Could not perform the adjustment due to one of the following reasons: Error3 -...

  • Page 68: Chromatic Aberration Correction

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Chromatic Aberration Correction Related Setting Items: Correction This function corrects the magnification differences between the color channels which is caused by the chromatic aberration of the lens. In simpler terms when the object appears with a slightly different width on the blue, green and red channels.
  • Page 69 User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 3. Configure the correction settings, which vary depending on the selected correction method. Simple Interpolation: Select R Channel from ChromaticAberrationCorrectionSelecter and set the correction value in ChromaticAberrationCorrection. Linear Spline Interpolation: Configure the correction settings as follows. 1.
  • Page 70 User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Note: When the selected correction method is Linear Spline Interpolation or Custom, the correction value of each index will be calculated using the following formula. [Linear Spline Interpolation]: Correction value[ChromaticAberrationCorrectionIndex] = pow (ChromaticAberrationCorrectionIndex/10, ChromaticAberrationCorrectionCoeff) x ChromaticAberrationCorrection [Custom]: Correction value[ChromaticAberrationCorrectionIndex] = ChromaticAberrationCorrection...

  • Page 71: Tilt View Correction

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Tilt View Correction Related Setting Items: Correction This function corrects the trapezoidal distortion that occurs when a trilinear camera is placed at an off-axis viewing angle. The trapezoidal distortion is caused due to the fact that the optical path from object surface to the closest color channel on the sensor is shorter than the other two color channels.

  • Page 72: Noise Reduction Filter Functions

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Noise Reduction Filter Functions Related Setting Items: Correction The camera has noise reduction functions. The noise reduction methods vary depending on the channel. Three filters are available: FIR Filter: Apply the FIR (Finite Impulse Response) filter to perform smoothing. Select the target to apply the filter from Red, Green, Blue, and set the FIRFilterMode to On (Default = Off).

  • Page 73: Spatial Compensation

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Spatial Compensation Related Setting Items: SpatialControl This function corrects the spatial pixel differences for the R and B lines using the G line as a reference. Object Images acquired by each channel After Spatial Compensation On the color model, two modes are available: Auto and Manual.

  • Page 74: Counter And Timer Control

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 4. Set the amount of movement between triggers in subpixels in SpatialCompensationDistance (step: 0.01). 5. If the automatic compensation failed to correct the spatial pixel differences, adjust the R and B lines manually.
  • Page 75 User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 How to Configure 1. Select the counter you want to use from CounterSelector. 2. Enable the counter by selecting the event source in ConterEventSource (Defaut = Off). 3. CounterEventActivation displays the timing for counting for the selected counter. 4.

  • Page 76: Connecting Rotary Encoders

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Connecting Rotary Encoders Related Setting Items: EncoderControl Encoders are useful in line scan applications where line triggers need to be tied to motion, such as applications using conveyors with varying belt speeds. If the object is moving at a constant speed, a fixed line rate can be set.
  • Page 77 User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Note: With this setting, input pulses are generated on the rising edge of the Phase A signal. EncoderDetection: Specify the number of edges to pass between each encoder trigger signal. The number of edges to pass is specified by EncoderEdgeDectionPassCount. For more information, see "EdgeDetection Trigger Option".

  • Page 78: Encoderdivider Trigger Option

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 short; the encoder's jitter is large). When this function is enabled, internal processing is performed by averaging the interval of several previous signals. EncoderMaxIntervalForNonDecimationMode: When EncoderOutputMode is set to EncoderDivider and EncoderDvidier is not set to an integer multiple of 65536, set the maximum interval period of the output signal.
  • Page 79 User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 When N is not an integer multiple of 65536: Using the time interval of the output trigger of the rotary encoder, the camera's internal trigger is generated so that the set division ratio is obtained. For example, if the encoder frequency is 10khz, but you need a line rate of 12khz to get a proper image, then the EncoderDivider option can be used to set this 1:1.2 ratio, which will be maintained even if the encoder frequency changes.

  • Page 80: Edgedetection Trigger Option

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 EdgeDetection Trigger Option The EdgeDetection trigger option allows you to specify the number of edges to pass between encoder trigger signals. The number of edges to pass is specified by EncoderEdgeDectionPassCount. This option is useful, for example, if you need to trigger every second or third pulse.

  • Page 81: Resume Scanning (Backward Counter)

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Resume Scanning (Backward Counter) This camera can be configured to stop outputting images when the direction of movement of an object moving on a conveyor belt, etc. is reversed, and to resume outputting images when the object returns to the position where the reversal began.

  • Page 82: Logic Block Control

    User Manual (1.0) - Main Functions SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Logic Block Control Related Topic: Logic Block Control This camera supports the Logic Block Control function. A Logic Block is a combinational logic element that conditions various input signal sources by determining true/false and generates output signals accordingly. This camera supports up to 4 Logic Blocks, and each block has two input sources.

  • Page 83: Setting List (Feature Properties)

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Setting List (Feature Properties) This camera complies with GenICam. Each setting item name conforms to GenICam SFNC (Standard Features Naming Convention). (There are some JAI-specific setting items). Each setting item is an integer type (IInteger), a real type (IFloat), an element enumeration type (IEnumeration), a character string (IString), a logical type (IBoolean), and a category type (ICategory) or a command type (ICommand) for executing the function.

  • Page 84: Devicecontrol

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 DeviceControl Display/configure information related to the device. DeviceControl Item Setting Range Default Description DeviceScanType 1: Line Scan Display the device's scan type. DeviceVendorName “JAI Corporation” Display the manufacturer name. SW-16000TL-CXP4A DeviceModelName Display the model name.
  • Page 85 User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 DeviceControl Item Setting Range Default Description Display the major version number of the Transport DeviceTLVersionMajor Layer type. Display the minor version number of the Transport DeviceTLVersionMinor Layer type. Display the sub minor version number of the DeviceTLVersionSubMinor Transport Layer type.

  • Page 86: Transportlayercontrol

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 DeviceControl Item Setting Range Default Description TimestampReset Forcibly sets the timestamp's count value to 0. Sets the timestamp's count value to TimestampLatch TimestampLatchValue. Returns the latched value of the timestamp TimestampLatchValue 0 ~ 64bit max (ns) counter.
  • Page 87 User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Setting Transport Layer Control Item Default Description Range 0x00010048: CXP6_X1 0x00010058: CXP12_ 0x00020048: CXP6_X2 0x00020058: CXP12_ Custom command to change and save the JAICxpLinkConfigurationPreferred CxpLinkConfigurationPreferred configuration value. (* CXP12 can 0x00030048: CXP6_X3 only be used when VersionUsed = 2.0 or later) 0x00030058: CXP12_...

  • Page 88: Imageformatcontrol

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 ImageFormatControl Configure image format settings. Image Format Control Setting Range Default Description Item SensorWidth 16384 Display the maximum image width. 16384 (8192) WidthMax Display the maximum image width. ( ): BinningHorizontal = 2 Width 128 (64)* ~ [WidthMax - Related Topic:...
  • Page 89 User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Image Format Control Setting Range Default Description Item Color Model: RGB8: Bpp24 (Default) RGB10: Bpp48 RGB12: Bpp48 PixelSize Display the total pixel size of the output image in bits. Monochrome Model: Mono8: Bpp8 (Default) Mono10: Bpp16...

  • Page 90: Acquisitioncontrol

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 AcquisitionControl Related Topic: Acquisition Control Configure image capture settings. Setting Acquisition Control Item Default Description Range AcquisitionMode 2: Continuous (Fixed) Display the image capture mode. AcquisitionStart Start image capture. AcquisitionStop Stop image capture.
  • Page 91 User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Setting Acquisition Control Item Default Description Range 0: Off TriggerMode 0: Off Enables/Disables the Trigger mode. 1: On TriggerSoftware Execute a software trigger. 7-10: PulseGenerator0-3 11-14: UserOutput0-3 19: Software 23: Line4 TTL In1 (Default) 24: Line5 Opt In1 TriggerSource...

  • Page 92: Digitaliocontrol

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Setting Acquisition Control Item Default Description Range Set the exposure time for the channel selected in ExposureTimeSelector. The maximum time vary depending on the settings. For the exposure time Exposure Time (μs) information on each setting, see "Specifications".
  • Page 93 User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Setting Digital IO Control Item Default Description Range bit0: Line1 (Default) bit1 ~ 2: Unused bit3: Line4 bit4: Line5 bit5: Unused Display the input/output signal status. bit6: Line7 bit7: Line8 LineStatusAll Note: Unused = (Fixed) to 0 bit8: Line9...

  • Page 94: Pulsegenerator

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Setting Digital IO Control Item Default Description Range Display the current I/F type. 2: TTL Default: Line Format 5: OptoCoupled 24: Line5 Opt In1 = OptoCoupled Other = TTL OptoInFilter 1000000 Select the period for filtering mask of the Opt-In signal.
  • Page 95 User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Pulse Generators Item Setting Range Default Description PulseGeneratorLength Set the maximum count up value using clock 1 ~ 1048575 30000 Value value. Set the maximum count up value using ms. This PulseGeneratorLength = PulseGeneratorLength value is calculated based on the Pulse Generator...

  • Page 96: Analogcontrol

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Pulse Generators Item Setting Range Default Description 4: ExposureActive 6: LVAL 7-10: PulseGenerator0-3 11-14: UserOutput0-3 23: Line4 TTL In1 (Default) 24: Line5 Opt In1 PulseGeneratorClear Select the count clear input signal source. Source 26: Line7 Cxp In 29: Line10 TTL In2...
  • Page 97 User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Analog Control Item Setting Range Default Description Set the gain value for the gain item selected with the GainSelector setting (Unit: times, step:0.01). Individual Range Mode Gain 1.00 DigitalAll: 1.00 ~ 32.00 DigitalRed / Blue: 0.40 ~ 4.00 Color model 1.00 ~ 64.00...

  • Page 98: Lut Control

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Analog Control Item Setting Range Default Description BalanceWhiteAutoOffsetX* The same setting range as OffsetX [ImageFormatControl]. Display the BalanceWhiteAuto result. For more information, see "Adjust the White Balance". 0: Idle (Default) 1: Processing 3: Succeeded BalanceWhiteAutoResult*...

  • Page 99: Color Transformation Control

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Color Transformation Control Related Topic: Color Space Conversion (ColorTransformationControl) Configure LUT settings. Note: Color model only Color Transformation Setting Range Default Description Control Item 0: RGB (Default) ColorTransformationMode 1: HSI Set the output image format.

  • Page 100: Imagingcontrol

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 ImagingControl Configure the JAI functions. User Set Control Item Setting Range Default Description 0: Off EdgeEnhancerEnable 0: Off Enable/disable EdgeEnhancer. 1: On 0: Low 1: Middle EdgeEnhancerLevel 1: Middle et the Level for EdgeEnhancer. 2: High 3: Strong Shading...

  • Page 101: Correction

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Shading Control Item Setting Range Default Description ShadingDataSelector 0: Red (Default) 1: Green Selects which the color of shading data (color) to set. Note: Color model only 2: Blue ShadingDataIndex 1 ~ 1024 Selects which the index of shading data to set.
  • Page 102 User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Correction Control Item Setting Range Default Description (DSNU) Display the results of Calibrate Pixel Black Correction execution. 0: Idle (Default) PixelBlackCalibrationResult 3: Succeeded 5: Error1 - Image was too bright 6: Error2 - Image was too dark 7: Error3 - Could not calibrated (PRNU) Select under which setting to store / load the correction...
  • Page 103 User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Correction Control Item Setting Range Default Description Selects the Chromatic Aberration Correction method. 0: Simple Interpolation (Default) Simple Interpolation: Perform a two-point linear interpolation. ChromaticAberration 1: Linear Spline Linear Spline Interpolation: Performs piecewise linear CorrectionMethod* Interpolation interpolation using a quadratic curve formula.
  • Page 104 User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Correction Control Item Setting Range Default Description 0: Red (Default) MEDIANFilterSelector* 1: Green Select the target to apply Median Filter from Red, Green, Blue. 2: Blue 0: Off MEDIANFilterMode 0: Off Enable / Disable MEDIAN Filter.

  • Page 105: Spatialcontrol

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 SpatialControl Corrects the spatial pixel differences for the R, G, and B lines. Related Topic: Spatial Compensation Note: Items with "*" are also supported on the monochrome model. Spatial Control Item Setting Range Default Description 0: Manual...

  • Page 106: Counter And Timer Control

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Counter and Timer Control Related Topic: Counter and Timer Control Configure counter settings. (This camera only supports counter functions.) Counter and Timer Control Setting Range Default Description Item 0: Counter0 (Default) CounterSelector 1: Counter1 Select the counter.

  • Page 107: Encodercontrol

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 EncoderControl Related Topic: Connecting Rotary Encoders Configure settings for encoder control. Setting Encoder Control Item Default Description Range 0: Off (Default) 23: Line4 TTL In1 24: Line5 Opt In1 29: Line10 TTL EncoderSourceA Select where to input the signal from the rotary encoder.
  • Page 108 User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Setting Encoder Control Item Default Description Range Specify the condition under which a valid encoder output signal is generated. PositionUp: Outputs images at all new positions in the positive direction (when ObjectDirection [SpatialControl] is set to Forward Direction).

  • Page 109: Logic Block Control

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Logic Block Control Related Topic: Logic Block Control Configure Logic Block settings. Logic Block Control Item Setting Range Default Description 0: Logic Block 0 (Default) 1: Logic Block 1 Logic Block Selector Specifies the Logic Block to configure.

  • Page 110: Usersetcontrol

    User Manual (1.0) - Setting List (Feature Properties) SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 UserSetControl Related Topic: Step 6: Save the Settings Load factory default settings or save/load user settings for camera settings. User Set Control Item Setting Range Default Description Default 0: Default User Set Selector Select the user settings.

  • Page 111: Miscellaneous

    User Manual (1.0) - Miscellaneous SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Miscellaneous Troubleshooting Check the following before requesting help. If the problem persists, contact your local JAI distributor. Power Supply and Connections Issue: The POWER/TRIG LED remains lit amber and does not turn green, even after power is supplied to the camera.

  • Page 112: Specifications

    User Manual (1.0) - Miscellaneous SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Specifications Item Specifications SW-16000TL-CXP4A-M95: Trilinear CMOS line scan image sensor SW-16000M-CXP4A-M95: Monochrome CMOS line scan image sensor Image Sensor Effective Pixels Pixel Size SW-16000TL-CXP4A-M95 16384 x 3 (R, G, B) 5.0um x 5.0um SW-16000M-CXP4A-M95 16384 x 1 5.0um x 5.0um...
  • Page 113 User Manual (1.0) - Miscellaneous SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Item Specifications Width: 128(64) ~ 16384(8192) pixels, 128 (64) pixels/step ROI (Horizontal) / Binning OffsetX: 0 ~ 16384(8192) pixels, 128 (64) pixels/step ( ): BinningHorizontal = 2 Digital Image Output Format ROI (Vertical) 1 (Fixed) SW-16000TL-CXP4A-M95: RGB8, RGB10, RGB12 Pixel Format...
  • Page 114 User Manual (1.0) - Miscellaneous SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Item Specifications Pixel Sensitivity Correction: Pixel Correction (DSNU, PRNU) Shading Correction: FlatShading, FlatShadingUserAreaBE, ColorShading, ColorShadingUserAreaBE Image Processing LUT: Off : y =1.0, ON: 257 points can be set. Gamma: 0.45, 0.5, 0.55, 0.6, 0.65, 0.75, 0.8, 0.9, 1.0 (9 steps available) Noise Reduction Filter (MEDIAN, FIR, NoiseReduction*) Input Range DC + 12V ~ + 24V...
  • Page 115 User Manual (1.0) - Miscellaneous SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 The camera's internal temperature should not exceed 70 ℃ during operation. (ImageSensor temperature) If the above temperature conditions are exceeded, take measures to dissipate heat according to your installation environment and conditions. - 115 -...

  • Page 116: Spectral Response (Sw-16000Tl-Cxp4A-M95)

    User Manual (1.0) - Miscellaneous SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Spectral Response (SW-16000TL-CXP4A-M95) Spectral Response (SW-16000M-CXP4A-M95) - 116 -...

  • Page 117: Dimensions

    User Manual (1.0) - Miscellaneous SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Dimensions Notes: Dimensional tolerance: ± 0.3mm Unit: mm - 117 -...

  • Page 118: Comparison Of The Decibel Display And Multiplier Display

    User Manual (1.0) - Miscellaneous SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Comparison of the Decibel Display and Multiplier Display Decibels (dB) Multipliers (×) Remarks 0.501 0.562 0.631 0.708 0.794 0.891 1.122 1.259 1.413 1.585 1.778 1.995 2.239 2.512 2.818 3.162 3.548 3.981 4.467 5.012 5.623 6.31...

  • Page 119: User's Record

    User Manual (1.0) - Miscellaneous SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Decibels (dB) Multipliers (×) Remarks 39.811 44.668 50.119 56.235 63.096 User's Record Model name: …………… Revision: …………… Serial No: …………… Firmware version: …………… For camera revision history, please contact your local JAI distributor. - 119 -...

  • Page 120: Appendix

    User Manual (1.0) - Appendix SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Appendix This section provides information about the camera's internal temperature (°C) when the camera is operating at the maximum line rate. Environmental Model Line Rate Image Sensor FPGA Temperature Max Temperature Allowed 70°C 100 °C SW-16000TL-CXP4A-M95...

  • Page 121: Revision History

    User Manual (1.0) - Revision History SW-16000TL-CXP4A-M95 | SW-16000M-CXP4A-M95 Revision History Revision Date Device Version Changes 2024/12/18 DV0100 First release Trademarks Systems and product names described in this document are trademarks or registered trademarks of their respective owners. The ™ and ® symbols are not used in this document.

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