JAI GOX-12405C-CXP User Manual Download | Manualshive

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User Manual (Ver.1.4) - Preparation

GOX-5105MC-CXP | GOX-8105MC-CXP | GOX-12405MC-CXP | GOX-16205MC-CXP | GOX-20405MC-CXP | GOX-24505MC-CXP

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Step 5: Saving the Settings

Related Setting Items:

The setting values configured in the tool will be deleted when the camera is turned off. By saving
current setting values to user memory, you can load and recall them whenever necessary. You can
save up to three sets of user settings in the camera. (User Set1 to 3)

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.

3. The current setting values are saved as user settings.

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Summary of Contents for GOX-12405C-CXP

Page 1: ...n The contents of this documentation are subject to change without notice for the purpose of improvement 2022 JAI User Manual GOX 5105M CXP GOX 5105C CXP GOX 8105M CXP GOX 8105C CXP GOX 12405M CXP GOX 12405C CXP GOX 16205M CXP GOX 16205C CXP GOX 20405M CXP GOX 20405C CXP GOX 24505M CXP GOX 24505C CXP CMOS Digital Progressive Scan Monochrome and Color Camera with CoaXPress Interface Document Versio...

Page 2: ...tions 12 Notes on Cable Configurations 12 Notes on Attaching The Lens 12 Phenomena Specific to CMOS Image Sensors 12 Notes on Exportation 13 Features 14 Feature Overview 14 Parts Identification 15 Lens Mount C Mount 15 CXP CoaXPress Connector 16 LINK LED 17 DC IN TRIG Connector 6 Pin Round 18 POWER TRIG LED 18 Camera Locking Screw Holes 19 Recommended Circuit Diagram Reference Examples 19 Recommen...

Page 3: ...tion between the Camera and PC 25 Step 4 Adjusting the Image Quality 25 Adjust the Gain 25 Adjusting the White Balance 26 Adjusting the Black Level 26 Step 5 Saving the Settings 27 To Save User Settings 27 To Load User Settings 28 Main Functions 29 Acquisition Control 29 Changing the Frame Rate 30 Exposure Mode 31 Actual Exposure Time 32 RCT Mode 32 Trigger Control 33 When Using the FrameStart Tri...

Page 4: ... GOX 12405MC CXP CXP3 1 50 GOX 16205MC CXP CXP6 1 51 GOX 16205MC CXP CXP3 1 52 GOX 20405MC CXP CXP6 1 53 GOX 20405MC CXP CXP3 1 54 GOX 24505MC CXP CXP6 1 55 GOX 24505MC CXP CXP3 1 56 Exposure Mode TriggerWidth Overlap Readout 57 GOX 5105MC CXP CXP6 1 58 GOX 5105MC CXP CXP3 1 59 GOX 8105MC CXP CXP6 1 60 GOX 8105MC CXP CXP3 1 61 GOX 12405MC CXP CXP6 1 62 GOX 12405MC CXP CXP3 1 63 GOX 16205MC CXP CXP...

Page 5: ...81 GOX 24505MC CXP CXP3 1 82 Gain Control 83 Automatic Gain Level Control 83 White Balance 84 Color Temperature 84 ALC Automatic Level Control Function 85 To Use the ALC Function 85 Gamma Function 86 To Use the Gamma Function 86 LUT Lookup Table 87 To Use the LUT Function 87 LUT Value 88 BlemishCompensation 89 Automatic Detection 89 Manual Configuration 90 Shading Correction 91 To Use the Shading ...

Page 6: ...7 Sample TriggerSequencer Mode Operation 108 CommandSequencer Mode 109 Non Volatile Flash Memory 109 Pulse Generator 110 Counter and Timer Control Function 111 Counter Occurrence Diagram 111 Internal Camera Blocks 112 To Use the Counter Function 112 Event Control Function 113 Functions That Cannot Be Used Together 114 Setting List 115 Selector 115 Feature Properties 116 DeviceControl 116 Transport...

Page 7: ...OX 5105C CXP 157 Spectral Response GOX 8105M CXP GOX 8105C CXP 158 Spectral Response GOX 12405M CXP GOX 12405C CXP 159 Spectral Response GOX 16205M CXP GOX 16205C CXP 160 Spectral Response GOX 20405M CXP GOX 20405C CXP 161 Spectral Response GOX 24505M CXP GOX 24505C CXP 162 Dimensions 163 Comparison of the Decibel Display and Multiplier Display 164 User s Record 165 Revision History 166 About Tech...

Page 8: ...OX 5105M CXP GOX 5105C CXP GOX 8105M CXP GOX 8105C CXP GOX 12405M CXP GOX 12405C CXP GOX 16205M CXP GOX 16205C CXP GOX 20405M CXP GOX 20405C CXP GOX 24505M CXP and GOX 24505C CXP comply with the following provisions applying to their standards EN 55032 2015 CISPR32 2015 EN 55035 2017 CISPR35 2016 FCC This equipment has been tested and found to comply with the limits for a Class B digital device pu...

Page 9: ...he equipment into an outlet on a circuit different from that to which the receiver is connected l Consult the dealer or an experienced radio TV technician for help 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 KC 제조년월은 제품상자의 라벨을 참조하십시오 ...

Page 10: ...rk shows that the environment friendly use period of contained Hazardous Substances is 15 years Applicable models GOX 5105M CXP GOX 8105M CXP GOX 12405M CXP GOX 16205M CXP GOX 20405M CXP GOX 24505M CXP 重要注意事项有毒有害物质或元素名称及含量表根据中华人民共和国信息产业部电子信息产品污染控制管理办法本产品有毒有害物质或元素名称及含量表如下部件名称有毒有害物质或元素铅 Pb 汞 Hg 镉 Cd 六价铬 Cr VI 多溴联苯 PBB 多溴二苯醚 PBDE 电路板〇〇〇〇〇螺丝〇〇〇〇〇插座〇〇〇〇〇〇表示该有毒有害物质在该部...

Page 11: ...ws that the environment friendly use period of contained Hazardous Substances is 15 years Applicable models GOX 5105C CXP GOX 8105C CXP GOX 12405C CXP GOX 16205C CXP GOX 20405C CXP GOX 24505C CXP 重要注意事项有毒有害物质或元素名称及含量表根据中华人民共和国信息产业部电子信息产品污染控制管理办法本产品有毒有害物质或元素名称及含量表如下部件名称有毒有害物质或元素铅 Pb 汞 Hg 镉 Cd 六价铬 Cr VI 多溴联苯 PBB 多溴二苯醚 PBDE 电路板〇〇〇〇〇螺丝〇〇〇〇〇插座〇〇〇〇〇光学滤镜〇〇〇〇〇表示该有毒...

Page 12: ...Always use a blower brush to remove any dust that adheres l Never use your hands or cloth blow with your mouth or use other methods to remove dust Phenomena Specific to CMOS Image Sensors The following phenomena are known to occur on cameras equipped with CMOS image sensors These do not indicate malfunctions l Aliasing When shooting straight lines stripes and similar patterns vertical aliasing zig...

Page 13: ...CXP GOX 24505MC CXP 13 affected by the ambient temperature camera settings e g high sensitivity and long exposure and other factors be sure to operate within the camera s specified operating environment Notes on Exportation When exporting this product please follow the export regulations of your country or region ...

Page 14: ... Color GOX 16205M CXP Mono 1 1 inch 5328 x 3040 2 74 μm x 2 74 μm 36 fps GOX 16205C CXP Color GOX 20405M CXP Mono 1 1 inch 4512 x 4512 2 74 μm x 2 74 μm 29 fps GOX 20405C CXP Color GOX 24505M CXP Mono 1 2 inch 5328 x 4608 2 74 μm x 2 74 μm 24 fps GOX 24505C CXP Color When Pixel Format Mono8 BayerRG8 SensorDigitizationBits 10 Bits and CxpLinkConfiguration CXP6_X1 Feature Overview l Global shutter C...

Page 15: ...ts Identification Lens Mount C Mount CXP CoaXPress Connector LINK LED DC IN TRIG Connector 6 Pin Round POWER TRIG LED Camera Locking Screw Holes Lens Mount C Mount Mount a C mount lens microscope adapter etc here Note Before mounting a lens be sure to refer to Lens and confirm the precautions for attaching a lens and the supported lens types ...

Page 16: ...ts PoCXP Note You can check the current CXP version in CxpVersion Used of TransportLayerControl Even if you are using a CoaXPress frame grabber board that supports CXP 2 0 if CxpVersionUsed is CXP 1 1 you may 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 Caution If you supply the power via...

Page 17: ... Detecting link Note Blinks for 1 second even when detected immediately Blinking amber rapid When not using PoCXP Detecting link Note Blinks for 1 second even when detected immediately Lit green Connection between device and host is established but there is no data being transmitted Blinking amber slow Established connection between camera and frame grabber Waiting for an event trigger exposure pu...

Page 18: ...o In 4 Out Opto Out 5 Out Opto Out 6 GND GND Caution If you supply the power via the DC IN cable before the PoCXP power supply the camera may restart In this case after the restart the camera will operate normally with the PoCXP power supply Note See Recommended Circuit Diagram Reference Examples for the recommended Input Output circuit diagrams POWER TRIG LED Indicates the power or trigger input ...

Page 19: ...mounting the camera directly to a wall or other structural system Upper part of camera M3 3mm depth 20mm pitch Lower part of camera M3 4mm depth 21mm pitch lens side Recommended Circuit Diagram Reference Examples Related Setting Items DigitalIOControl OPTO In Circuit Characteristics Recommended External Input Circuit Diagram Recommended External Output Circuit Diagram Reference Example ...

Page 20: ...resistance cable length etc check the actual environment before use Cautions Please note that the recommended load resistance of Opto output is 10 kΩ rated 1 10 W or more The 270 Ω resistor shown in the circuit diagram is the MINIMUM resistance that should be used The response speed from On High to Off Low depends on the voltage applied to Opto output and the value of the load resistance Higher lo...

Page 21: ...vices l Connect the lens CoaXPress cable computer and other devices Step 2 Verifying Camera Operation l Verify whether the camera is turned on and ready for use Step 3 Verifying the Connection between the Camera and PC l Set settings and display image using suitable tool for CXP frame grabber board Step 4 Adjusting the Image Quality l Refer to the procedures for adjusting the gain white balance an...

Page 22: ... CXP GOX 12405MC CXP GOX 16205MC CXP GOX 20405MC CXP GOX 24505MC CXP 22 Step 1 Connecting Devices Lens Direct Mounting or Use MP 46 Tripod Adapter Plate CoaXPress Cable CXP Frame Grabber Board DC IN Trigger IN Connection Cable AC Adapter Power Supply Optional ...

Page 23: ...al GOX 5105C CXP Color GOX 8105M CXP Mono 2 3 inch 7 8 mm x 7 8 mm 11 05mm diagonal GOX 8105C CXP Color GOX 12405M CXP Mono 1 1 1 inch 11 3 mm x 8 2 mm 14 00mm diagonal GOX 12405C CXP Color GOX 16205M CXP Mono 1 1 inch 14 6 mm x 8 3 mm 16 81mm diagonal GOX 16205C CXP Color GOX 20405M CXP Mono 1 1 inch 12 4 mm x 12 4 mm 17 48mm diagonal GOX 20405C CXP Color GOX 24505M CXP Mono 1 2 inch 14 6 mm x 12...

Page 24: ...ws to attach the tripod adapter plate Caution For heavy lenses be sure to support the lens itself Do not use configurations in which its weight is supported by the camera CoaXPress Cable Connect the CXP cable to the CXP connector on the camera and frame grabber board Refer to the specifications of the cable for details on its bend radius CXP Frame Grabber Board Refer to the operating instructions ...

Page 25: ...or details on how to read the LEDs see the POWER TRIG LED section Step 3 Verifying the Connection between the Camera and PC Use an appropriate software tool associated with your CoaXPress frame grabber to set up the camera and display captured images Refer to the operation manual of the selected software tool for specific instructions Note This camera does not support eBUS Player for JAI Step 4 Ad...

Page 26: ...Adjusting the White Balance Adjust the white balance using the automatic adjustment function Note The white balance is only supported on color models Automatic White Balance Adjustment 1 Place a white sheet of paper or similar object under the same lighting conditions as the intended subject and zoom in to capture the white White objects near the subject such as a white cloth or wall can also be u...

Page 27: ...ues to user memory you can load and recall them whenever necessary You can save up to three sets of user settings in the camera User Set1 to 3 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 ...

Page 28: ... 1 Stop image acquisition User settings can only be loaded when image capture on the camera is stopped 2 Select the settings to load UserSet1 to UserSet3 in UserSetSelector 3 Select UserSetLoad and click Execute UserSetLoad Command 4 The selected user settings are loaded Note When selecting Default for UserSetSelector the factory settings are loaded ...

Page 29: ...tion modes SingleFrame MultFrame Continuous Use the AcquisitionControl settings to perform operations and settings for image capture SingleFrame When the AcquisitionStart command is executed one frame of image is captured MultiFrame When the AcquisitionStart command is executed the number of frames set in AcquisitonFrameCount are acquired as images Continuous When the AcquisitionStart command is e...

Page 30: ...rame Rate When TriggerMode is disabled you can change the frame rate in AcquisitionFrameRate The shortest frame period varies depending on the Width Height PixelFormat SensorDigitizationBits Binning Horizontal Vertical FD2x2BinningMode ImageScalingMode Decimation Horizontal Vertical CxpLinkConfiguration LinkSpeed StreamPacketSize settings The longest frame period is 0 125 Hz 8 sec Note When Trigge...

Page 31: ...l is performed using ExposureTime Acquire images using an exposure time configured beforehand on an external trigger In this mode the exposure time can be adjusted automatically by setting ExposureAuto For details refer to ALC Automatic Level Control Function ExposureMode TriggerWidth Mode in which control of the exposure time is performed using the pulse width of the trigger input signal The expo...

Page 32: ...e us 2 45us Note On this camera the ExposureActive signal s pulse width includes the Exposure offset duration 2 45us Therefore ExposureActive signal s pulse width ExposureTime value us 2 45 us RCT Mode Related Setting Items AcquisitionControl RCT mode can be used when Exposure Mode is Timed and Frame Start Trigger is enabled In RCT mode the image is not output from the camera until FrameStartTrigg...

Page 33: ...the Exposure Mode setting is set to Timed Notes l The settings for exposure control and triggers are related to each other Be sure to configure the settings described in Exposure Mode l You can delay when exposure actually starts after a trigger is received for a specific amount of time by configuring TriggerDelay Select the trigger type with TriggerSelector and set the following items for each tr...

Page 34: ...16205MC CXP GOX 20405MC CXP GOX 24505MC CXP 34 When Using the FrameStart Trigger When AcquisitionStart is executed and a FrameStart trigger is received before the AcquisitionStop command is executed one frame is acquired The source signals that can be set for the trigger are as follows ...

Page 35: ... 0 False ReverseY 0 False BayerRG l ReverseX 0 False ReverseY 1 True BayerGB l ReverseX 1 True ReverseY 0 False BayerGR l ReverseX 1 True ReverseY 1 True BayerBG SensorDigitizationBits Related Setting Items ImageFormatControl You can use SensorDigitizationBits to select the sensor output bits for this camera 8bits 10bits and 12bits default 10bits Notes l When SensorDigitizationBits is set to 8Bits...

Page 36: ...n Related Setting Items ImageFormatControl Using this function you can output the image by inverting it horizontally and or vertically In the ImageFormatControl settings l To reverse the image horizontally set ReverseX to True l To reverse the image vertically set ReverseY to True On color models the Bayer array is changed by the Image Flip function ...

Page 37: ...l input output Select input or output in LineSelector you can check LineMode LineFormat and set LineInverter You can also check the status of each digital I O as shown in the table below with LineStatusAll LineSelector LineMode LineFormat LineInverter LineStatusAll Line2 Opt Output1 Output OptCoupled True False bit1 DC IN TRG IN connector Line5 Opt In 2 Input OptCoupled False fixed bit4 DC IN TRG ...

Page 38: ...de Related Setting Items ImagingControl The video process bypass mode is a function that bypasses internal video processing on the camera To use this function VideoProcessBypassMode must be set to On Functions Unavailable in VideoProcessBypassMode Gain DigitalRed DigitalBlue BlackLevel LUTMode ColorTransformationControl EdgeEnhancer ColorEnhancer ShadingControl SequencerGainDigitalRed Blue Sequenc...

Page 39: ...ed 1 PacketSize 8192 the max value 2 DeviceLinkThroughputLimitMode Off No bandwidth limitations l On this camera the maximum frame rate or the maximum trigger rate will not be affected by the BinningHorizontal BinningVertical or ImageScalingMode settings 1 Calculate the H Period First Calculate the IF_LINETIME SENSOR_LINETIME and VIDEO_LINETIME values then calculate the LineTime clk value and fina...

Page 40: ... 8105 GO X12405 GOX 16205 GOX 20405 GOX 24505 Mono Color Mono Color Mono Color Mono Color Mono Color Mono Color Normal Mode 8Bit 270 270 344 447 375 447 10Bit 274 302 429 549 469 549 12Bit 408 408 511 655 557 655 FD2x2BinningMode DecimationMode 8Bit 135 270 135 270 183 270 230 290 199 290 230 290 10Bit 142 284 158 284 222 284 285 302 245 302 285 302 12Bit 204 408 204 408 264 408 339 418 287 418 33...

Page 41: ... 2 1 For the Height 2 enter the following value when using the Binning Function or in Decimation Mode l When BinningVertical is set to 2 enter the Height value before configuring the Binning settings l When FD2x2BinningMode is turned On or DecimationVertical is set to 2 enter the Height value after configuring the FD2x2Binning or DecimationMode settings 2 Select the VBlanking value from the table ...

Page 42: ...and your camera model Sensor Operation Sensor DigitizatioBits GOX 5105 GOX 8105 GO X12405 GOX 16205 GOX 20405 GOX 24505 Mono Color Mono Color Mono Color Mono Color Mono Color Mono Color Normal Mode 8Bit 70 70 56 24 26 24 10Bit 66 64 48 20 22 20 12Bit 50 50 40 20 20 20 FD2x2BinningMode DecimationMode 8Bit 132 70 132 70 100 70 36 30 40 30 36 30 10Bit 124 66 116 66 84 66 32 28 36 28 32 28 12Bit 92 50...

Page 43: ...osure Mode Timed Overlap Readout l Exposure Mode TriggerWidth Overlap Readout l Exposure Mode Timed RCT Mode Notes l The values on the timing charts were measured with SensorDigitizationBits set to 10Bits l On this camera the ExposureActive signal s pulse width includes the Exposure offset duration 2 45us Therefore ExposureActive signal s pulse width ExposureTime value us 2 45 us or in the case of...

Page 44: ...GOX 24505MC CXP 44 Exposure Mode Timed Overlap Readout This section shows the timing charts when FrameStartTrigger is set to On and ExposureMode is set to Timed Overlap Readout Frame Period usec Period From Trigger Start Edge to Exposure Start usec Period From Exposure End to FVAL Start usec Data Valid Period usec ...

Page 45: ...no10 11614 65 8 655 3 10340 Mono12 13928 78 8 783 9 12396 BayerRG8 9268 52 7 525 0 8256 BayerRG10 11614 65 8 655 3 10340 BayerRG12 13928 78 8 783 9 12396 RGB8 27855 156 7 1597 0 24764 RGB10 34844 196 1 1997 0 31015 RGB12 41841 234 9 2391 7 37183 Binning Horizontal Max Frame Rate Mono8 9268 52 7 533 0 8254 Mono10 11615 65 8 663 3 10338 Mono12 13928 78 8 791 8 12394 Binning Vertical Max Frame Rate M...

Page 46: ... 1301 6 20676 Mono12 27855 156 9 1558 7 24788 BayerRG8 18588 104 8 1042 7 16536 BayerRG10 23256 130 9 1301 6 20676 BayerRG12 27855 156 9 1558 7 24788 RGB8 55866 313 2 3186 3 49603 RGB10 69931 391 4 3981 0 62023 RGB12 84034 469 2 4770 3 74359 Binning Horizontal Max Frame Rate Mono8 18588 104 8 1050 7 16534 Mono10 23256 130 9 1309 6 20674 Mono12 27855 156 9 1566 7 24786 Binning Vertical Max Frame Ra...

Page 47: ...0 17986 76 0 757 7 16492 Mono12 21506 90 9 905 4 19751 BayerRG8 14327 60 7 606 5 13156 BayerRG10 17986 76 0 757 7 16492 BayerRG12 21506 90 9 905 4 19751 RGB8 43104 180 8 1844 6 39464 RGB10 54055 226 5 2308 6 49472 RGB12 64517 271 2 2761 9 59249 Binning Horizontal Max Frame Rate Mono8 14327 60 7 615 8 13154 Mono10 17986 76 0 766 9 16490 Mono12 21506 90 9 914 6 19749 Binning Vertical Max Frame Rate ...

Page 48: ...1503 0 32941 Mono12 43104 181 2 1801 8 39537 BayerRG8 28736 121 1 1205 9 26385 BayerRG10 35972 151 1 1503 0 32941 BayerRG12 43104 181 2 1801 8 39537 RGB8 86208 362 0 3684 6 79150 RGB10 108697 451 8 4596 5 98820 RGB12 129872 542 2 5513 9 118605 Binning Horizontal Max Frame Rate Mono8 28736 121 1 1215 1 26383 Mono10 35972 151 1 1512 2 32939 Mono12 43104 181 2 1811 0 39534 Binning Vertical Max Frame ...

Page 49: ...0 92 8 996 2 25196 Mono12 32468 111 2 1191 6 30218 BayerRG8 21645 74 5 800 8 20175 BayerRG10 27100 92 8 996 2 25196 BayerRG12 32468 111 2 1191 6 30218 RGB8 64935 222 0 2437 3 60517 RGB10 81301 277 1 3038 5 75582 RGB12 98040 332 2 3639 7 90648 Binning Horizontal Max Frame Rate Mono8 21645 74 5 814 1 20171 Mono10 27101 92 8 1009 5 25193 Mono12 32468 111 2 1204 9 30215 Binning Vertical Max Frame Rate...

Page 50: ...1 1977 9 50427 Mono12 64936 221 9 2368 6 60470 BayerRG8 43290 148 2 1585 5 40343 BayerRG10 54348 185 1 1977 9 50427 BayerRG12 64936 221 9 2368 6 60470 RGB8 67568 222 0 2437 3 60517 RGB10 80001 277 1 3038 5 75582 RGB12 98040 332 2 3639 7 90648 Binning Horizontal Max Frame Rate Mono8 43290 148 2 1598 8 40339 Mono10 54348 185 1 1991 2 50423 Mono12 64936 221 9 2381 9 60467 Binning Vertical Max Frame R...

Page 51: ...119 7 942 9 32875 Mono12 41494 143 4 1126 0 39423 BayerRG8 27625 95 8 758 6 26285 BayerRG10 34602 119 7 942 9 32875 BayerRG12 41494 143 4 1126 0 39423 RGB8 83334 286 1 2312 4 78846 RGB10 104168 357 6 2884 8 98616 RGB12 125001 428 7 3453 7 118262 Binning Horizontal Max Frame Rate Mono8 27549 95 6 773 3 26199 Mono10 34483 119 3 956 5 32748 Mono12 41323 143 0 1139 6 39296 Binning Vertical Max Frame R...

Page 52: ...862 1 65741 Mono12 83334 286 2 2229 6 78879 BayerRG8 55249 191 1 1494 7 52603 BayerRG10 69445 238 7 1862 1 65741 BayerRG12 83334 286 2 2229 6 78879 RGB8 166668 571 8 4598 6 157799 RGB10 208336 714 5 5739 9 197214 RGB12 250003 857 1 6881 2 236471 Binning Horizontal Max Frame Rate Mono8 55249 190 5 1507 1 52435 Mono10 68966 238 1 1874 6 65573 Mono12 82645 285 3 2239 8 78629 Binning Vertical Max Fram...

Page 53: ...9 101 5 814 4 41320 Mono12 51547 121 6 973 8 49582 BayerRG8 34247 81 3 655 1 33057 BayerRG10 42919 101 5 814 4 41320 BayerRG12 51547 121 6 973 8 49582 RGB8 103094 242 5 2003 1 99165 RGB10 129872 302 9 2497 7 123952 RGB12 156252 363 4 2992 2 148740 Binning Horizontal Max Frame Rate Mono8 34247 81 3 669 6 33054 Mono10 42919 101 5 829 41316 Mono12 51547 121 6 988 3 49579 Binning Vertical Max Frame Ra...

Page 54: ...2 4 82693 Mono12 103094 242 5 1929 9 99157 BayerRG8 68966 162 1 1293 7 66168 BayerRG10 86208 202 4 1612 4 82693 BayerRG12 103094 242 5 1929 9 99157 RGB8 208336 484 7 3984 9 198498 RGB10 263161 605 6 4974 0 248072 RGB12 312504 726 0 5959 4 297465 Binning Horizontal Max Frame Rate Mono8 68966 162 1 1308 2 66164 Mono10 86208 202 4 1626 9 82689 Mono12 103094 242 5 1944 4 99154 Binning Vertical Max Fra...

Page 55: ...47 119 7 940 4 49832 Mono12 62112 143 4 1123 6 59760 BayerRG8 41323 95 8 756 1 39843 BayerRG10 51547 119 7 940 4 49832 BayerRG12 62112 143 4 1123 6 59760 RGB8 125001 286 2312 4 119520 RGB10 156251 357 6 2884 8 149488 RGB12 188681 428 7 3453 7 179270 Binning Horizontal Max Frame Rate Mono8 41153 95 6 770 8 39714 Mono10 51547 119 3 954 49642 Mono12 61729 143 1137 2 59569 Binning Vertical Max Frame R...

Page 56: ...9656 Mono12 125001 286 2 2227 1 119573 BayerRG8 82645 191 1 1492 2 79739 BayerRG10 103094 238 7 1859 6 99656 BayerRG12 125001 286 2 2227 1 119573 RGB8 250002 571 8 4598 6 239209 RGB10 312502 714 4 5739 9 298959 RGB12 384618 857 0 6881 2 358553 Binning Horizontal Max Frame Rate Mono8 82645 190 5 1504 6 79486 Mono10 103094 238 1 1872 1 99404 Mono12 123458 285 3 2237 3 119196 Binning Vertical Max Fra...

Page 57: ...This section shows the timing charts when FrameStartTrigger is set to On and ExposureMode is set to TriggerWidth Overlap Readout Frame Period usec Period From Trigger Start Edge to Exposure Start usec Period From Exposure End to FVAL Start usec Data Valid Period usec Period From Exposure End to Next Trigger Start usec Period From Trigger End to Exposure End usec B 2 45 usec ...

Page 58: ... 12396 298 0 BayerRG8 9001 52 7 525 0 8256 198 8 BayerRG10 11642 65 8 655 3 10340 248 0 BayerRG12 13774 78 8 783 9 12396 298 0 RGB8 27027 156 7 1597 0 24764 603 4 RGB10 33899 196 0 1997 0 31015 751 0 RGB12 40000 234 9 2391 7 37183 901 5 Binning Horizontal Max Frame Rate Maximum Exposure Time in Max Frame Rate Mono8 8889 52 7 532 9 8255 230 0 Mono10 11877 65 8 663 3 10338 230 0 Mono12 13718 78 8 79...

Page 59: ... 2 BayerRG8 17954 104 8 1042 7 16536 399 4 BayerRG10 22989 130 9 1301 6 20676 500 3 BayerRG12 26954 156 8 1558 7 24788 600 2 RGB8 59524 313 2 3186 3 49603 600 RGB10 69931 391 4 3981 62022 749 4 RGB12 80001 469 2 4770 3 74359 901 2 Binning Horizontal Max Frame Rate Maximum Exposure Time in Max Frame Rate Mono8 17954 104 8 1050 7 16534 198 7 Mono10 22989 130 9 1309 6 20674 247 8 Mono12 28011 156 8 1...

Page 60: ...51 331 6 BayerRG8 14006 60 7 606 5 13156 219 7 BayerRG10 18657 75 9 757 7 16492 274 5 BayerRG12 21009 90 8 905 4 19751 331 6 RGB8 43669 180 8 1844 6 39464 665 5 RGB10 56180 226 5 2308 6 49472 833 6 RGB12 68966 271 1 2761 9 59250 1013 7 Binning Horizontal Max Frame Rate Maximum Exposure Time in Max Frame Rate Mono8 13889 60 7 615 7 13158 219 7 Mono10 18083 76 0 766 9 16490 274 5 Mono12 21009 90 8 9...

Page 61: ...ayerRG8 28012 121 1 1205 9 26385 443 3 BayerRG10 35843 151 1 1503 0 32942 706 6 BayerRG12 42919 181 2 1801 8 39537 665 9 RGB8 86957 362 0 3684 6 79150 1334 0 RGB10 107528 451 9 4596 6 98820 1673 5 RGB12 149255 542 1 5513 8 118605 2003 0 Binning Horizontal Max Frame Rate Maximum Exposure Time in Max Frame Rate Mono8 27933 121 1 1215 1 26382 443 3 Mono10 35972 151 1 1512 2 32939 706 6 Mono12 43860 1...

Page 62: ...38 5 BayerRG8 21645 74 4 800 8 20175 226 0 BayerRG10 26954 92 8 996 2 25196 287 8 BayerRG12 32895 111 2 1191 6 30218 338 5 RGB8 67568 222 0 2437 3 60517 682 0 RGB10 80001 277 1 3038 5 75582 855 9 RGB12 98040 332 2 3639 7 90648 1022 2 Binning Horizontal Max Frame Rate Maximum Exposure Time in Max Frame Rate Mono8 21739 74 4 814 1 20171 226 0 Mono10 26882 92 8 1009 5 25193 287 8 Mono12 31949 111 2 1...

Page 63: ...BayerRG8 43860 148 2 1585 5 40343 475 0 BayerRG10 54645 185 1 1977 9 50426 566 3 BayerRG12 68028 221 8 2368 7 60470 783 9 RGB8 67568 222 0 2437 3 60517 1375 2 RGB10 80001 277 1 3038 5 75582 1740 0 RGB12 98040 332 2 3639 7 90648 2062 9 Binning Horizontal Max Frame Rate Maximum Exposure Time in Max Frame Rate Mono8 45045 148 2 1598 8 40339 475 0 Mono10 56819 185 1 1991 2 50423 566 3 Mono12 68028 221...

Page 64: ... 101 2 BayerRG8 27701 95 8 758 6 26285 67 1 BayerRG10 35088 119 7 942 9 32875 84 4 BayerRG12 42554 143 4 1126 1 39423 101 2 RGB8 89287 286 0 2312 4 78847 205 3 RGB10 108697 357 6 2884 8 98616 256 9 RGB12 128206 428 7 3453 7 118261 308 7 Binning Horizontal Max Frame Rate Maximum Exposure Time in Max Frame Rate Mono8 28012 95 5 773 3 26199 67 1 Mono10 34723 119 2 956 5 32748 84 4 Mono12 43291 142 9 ...

Page 65: ...yerRG8 57472 191 1 1494 7 52603 140 1 BayerRG10 69931 238 6 1862 1 65741 170 0 BayerRG12 90910 286 2 2229 6 78879 210 3 RGB8 169494 571 8 4598 6 157799 415 6 RGB10 243905 714 4 5739 8 197214 518 9 RGB12 294121 857 0 6881 0 236472 622 3 Binning Horizontal Max Frame Rate Maximum Exposure Time in Max Frame Rate Mono8 57804 190 5 1507 1 52435 140 1 Mono10 74628 238 0 1874 5 65573 170 0 Mono12 88497 28...

Page 66: ... 112 2 BayerRG8 34965 81 3 655 1 33057 71 0 BayerRG10 43104 101 5 814 4 41320 90 1 BayerRG12 52084 121 6 973 8 49582 112 2 RGB8 109892 242 5 2003 1 99164 220 0 RGB10 142859 302 9 2497 6 123952 272 0 RGB12 178574 363 3 2992 2 148740 335 2 Binning Horizontal Max Frame Rate Maximum Exposure Time in Max Frame Rate Mono8 34844 81 3 669 6 33054 71 0 Mono10 44843 101 5 829 0 41316 90 1 Mono12 54055 121 6...

Page 67: ...erRG8 69445 162 0 1293 7 66168 143 9 BayerRG10 87720 202 3 1612 4 82693 180 9 BayerRG12 105264 242 5 1929 9 99158 218 4 RGB8 270273 484 6 3984 6 198497 437 8 RGB10 294120 605 4 4973 8 248072 550 9 RGB12 384619 725 8 5959 2 297466 665 0 Binning Horizontal Max Frame Rate Maximum Exposure Time in Max Frame Rate Mono8 69445 162 0 1308 2 66165 143 9 Mono10 89287 202 3 1626 9 82689 180 9 Mono12 107528 2...

Page 68: ...103 2 BayerRG8 42919 95 8 756 1 39843 67 1 BayerRG10 55249 119 7 940 4 49832 84 6 BayerRG12 65790 143 4 1123 6 59760 103 2 RGB8 140846 285 9 2312 3 119520 205 5 RGB10 178573 357 5 2884 7 149488 256 9 RGB12 188681 428 6 3453 7 179270 308 8 Binning Horizontal Max Frame Rate Maximum Exposure Time in Max Frame Rate Mono8 42735 95 5 770 8 39714 67 1 Mono10 54054 119 2 954 0 49642 84 6 Mono12 65790 142 ...

Page 69: ...G8 88496 191 1 1492 2 79739 137 2 BayerRG10 109891 238 6 1859 6 99656 170 3 BayerRG12 140846 286 1 2227 0 119573 206 0 RGB8 294119 571 6 4598 4 239208 414 0 RGB10 357145 714 2 5739 8 298959 530 0 RGB12 588240 856 0 6880 0 358553 622 0 Binning Horizontal Max Frame Rate Maximum Exposure Time in Max Frame Rate Mono8 87720 190 5 1504 6 79486 137 2 Mono10 109891 238 0 1872 1 99404 170 3 Mono12 129871 2...

Page 70: ...4505MC CXP 70 Exposure Mode Timed RCT Mode This section shows the timing charts when FrameStartTrigger is set to On and ExposureMode is set toTimed RCT Mode Frame Period usec Period From Trigger Start Edge to Exposure Start usec Period From Exposure End to FVAL Start usec Data Valid Period usec Data Invalid Period usec ...

Page 71: ...0340 90264 Mono12 103094 1844 0 783 8 12396 88067 BayerRG8 103093 1817 9 525 0 8256 92491 BayerRG10 103094 1831 1 655 3 10340 90264 BayerRG12 103094 1844 0 783 8 12396 88067 Binning Horizontal Max Frame Rate Exposure Time Minimum Mono8 103093 1817 9 533 0 8254 92485 Mono10 103094 1831 1 663 3 10338 90258 Mono12 103094 1844 0 791 8 12394 88061 Binning Vertical Max Frame Rate Exposure Time Minimum M...

Page 72: ...217 Mono12 103094 1922 1 1558 7 24788 74822 BayerRG8 103094 1870 1 1042 7 16536 83642 BayerRG10 103094 1896 2 1301 6 20675 79217 BayerRG12 103094 1922 1 1558 7 24788 74822 Binning Horizontal Max Frame Rate Exposure Time Minimum Mono8 103094 1870 1 1050 7 16534 83636 Mono10 103094 1896 2 1309 6 20674 79211 Mono12 103094 1922 1 1566 7 24786 74816 Binning Vertical Max Frame Rate Exposure Time Minimum...

Page 73: ...492 83999 Mono12 103094 1856 1 905 3 19751 80578 BayerRG8 103094 1826 0 606 5 13156 87502 BayerRG10 103094 1841 2 757 7 16492 83999 BayerRG12 103094 1856 1 905 3 19751 80578 Binning Horizontal Max Frame Rate Exposure Time Minimum Mono8 103094 1826 0 615 7 13154 87494 Mono10 103094 1841 2 766 9 16490 83993 Mono12 103094 1856 1 914 6 19749 80571 Binning Vertical Max Frame Rate Exposure Time Minimum ...

Page 74: ...730 Mono12 103094 1886 4 1207 4 26421 73576 BayerRG8 103094 1886 4 1205 9 26385 73614 BayerRG10 103094 1916 3 1503 0 32941 66730 BayerRG12 103094 1886 4 1207 4 26421 73576 Binning Horizontal Max Frame Rate Exposure Time Minimum Mono8 103094 1886 4 1215 1 26382 73606 Mono10 103094 1916 3 1512 2 32939 66723 Mono12 103094 1886 4 1216 8 26421 73566 Binning Vertical Max Frame Rate Exposure Time Minimum...

Page 75: ...75040 Mono12 103094 1876 5 1191 6 30218 69804 BayerRG8 103094 1839 7 800 8 20175 80275 BayerRG10 103094 1858 1 996 2 25196 75040 BayerRG12 103094 1876 5 1191 6 30218 69804 Binning Horizontal Max Frame Rate Exposure Time Minimum Mono8 103094 1839 7 814 1 20171 80265 Mono10 103093 1858 1 1009 5 25193 75029 Mono12 103094 1876 5 1204 9 30215 69794 Binning Vertical Max Frame Rate Exposure Time Minimum ...

Page 76: ...8785 Mono12 102430 1886 6 1399 8 40343 58797 BayerRG8 103094 1913 5 1585 5 40343 59249 BayerRG10 102524 1913 5 1479 2 40343 58785 BayerRG12 102430 1886 6 1399 8 40343 58797 Binning Horizontal Max Frame Rate Exposure Time Minimum Mono8 103094 1913 5 1598 8 40339 59239 Mono10 102522 1913 5 1492 6 40339 58774 Mono12 102417 1886 6 1413 1 40339 58775 Binning Vertical Max Frame Rate Exposure Time Minimu...

Page 77: ...5 67391 Mono12 103094 1908 6 1126 0 39423 60635 BayerRG8 103094 1861 1 758 6 26285 74188 BayerRG10 103094 1885 0 942 8 32875 67391 BayerRG12 103094 1908 6 1126 0 39423 60635 Binning Horizontal Max Frame Rate Exposure Time Minimum Mono8 103094 1860 8 773 3 26199 74260 Mono10 103094 1884 5 956 4 32748 67504 Mono12 103094 1908 2 1139 6 39296 60749 Binning Vertical Max Frame Rate Exposure Time Minimum...

Page 78: ...7109 Mono12 103094 1921 8 1462 8 52602 47106 BayerRG8 103094 1956 3 1494 6 52603 47040 BayerRG10 103094 1921 7 1461 4 52602 37109 BayerRG12 103094 1921 8 1462 8 52602 47106 Binning Horizontal Max Frame Rate Exposure Time Minimum Mono8 103094 1955 8 1507 1 52435 47196 Mono10 103094 1921 8 1478 6 52598 37096 Mono12 103094 1921 7 1480 0 52598 47093 Binning Vertical Max Frame Rate Exposure Time Minimu...

Page 79: ...320 59090 Mono12 103094 1886 9 973 8 49582 50647 BayerRG8 102042 1846 6 655 0 33057 66480 BayerRG10 103094 1866 7 814 4 41320 59090 BayerRG12 103094 1886 9 973 8 49582 50647 Binning Horizontal Max Frame Rate Exposure Time Minimum Mono8 102042 1846 6 669 6 33054 66468 Mono10 103094 1866 7 828 9 41316 59079 Mono12 103094 1886 9 988 3 49579 50637 Binning Vertical Max Frame Rate Exposure Time Minimum ...

Page 80: ... 16818 Mono12 105264 2007 8 1929 9 99158 2165 BayerRG8 103094 1927 3 1293 6 66168 33701 BayerRG10 103094 1967 5 1612 3 82693 16818 BayerRG12 105264 2007 8 1929 9 99158 2165 Binning Horizontal Max Frame Rate Exposure Time Minimum Mono8 103094 1927 3 1308 2 66165 33690 Mono10 103094 1967 6 1626 8 82689 16807 Mono12 105264 2007 8 1944 4 99154 2154 Binning Vertical Max Frame Rate Exposure Time Minimum...

Page 81: ...2 50433 Mono12 103094 1908 6 1123 5 59760 40298 BayerRG8 103094 1861 1 756 1 39843 60630 BayerRG10 103094 1885 0 940 4 49832 50433 BayerRG12 103094 1908 6 1123 5 59760 40298 Binning Horizontal Max Frame Rate Exposure Time Minimum Mono8 103094 1860 8 770 8 39714 60744 Mono10 103094 1884 5 954 0 49642 50610 Mono12 103094 1908 2 1137 1 59569 40476 Binning Vertical Max Frame Rate Exposure Time Minimum...

Page 82: ...6 1741 Mono12 126583 2051 5 2227 1 119573 2728 BayerRG8 103094 1956 4 1492 2 79739 19903 BayerRG10 105264 2003 9 1859 6 99656 1741 BayerRG12 126583 2051 5 2227 1 119573 2728 Binning Horizontal Max Frame Rate Exposure Time Minimum Mono8 103094 1955 7 1504 6 79486 20144 Mono10 105264 2003 9 1876 8 99652 1728 Mono12 126583 2051 5 2244 3 119568 2716 Binning Vertical Max Frame Rate Exposure Time Minimu...

Page 83: ...e balance by changing DigitalRed and DigitalBlue Color Model Monochrome Model Automatic Gain Level Control Set GainAuto to Continuous to control the gain level automatically When GainAuto is set to Continuous you can configure the conditions for automatic adjustment in detail l When GainAuto is set to Continuous the automatic adjustment will be performed continuously l When GainAuto is set to Once...

Page 84: ... and set AWBAreaEnable to True or False 16 Areas HighLeft HighMidLeft HighMidRight HighRight MidHighLeft MidHighMidLeft MidHighMidRight MidHighRight MidLowLeft MidLowMidLeft MidLowMidRight MidLowRight LowLeft LowMidLeft LowMidRight LowRight In addition the white balance has been adjusted in advance for specific color temperature lighting It is possible to select from the following four presets Col...

Page 85: ...nfigure the minimum value maximum value etc for AGC and ASC in AutoLevelControl The target video levels for AGC and ASC are configured in ALCReference For example when ALCReference is set to 95 video levels will be maintained at 95 using AGC and ASC In color models the channel to be used as the reference for ALC control can be set l ALCControlReference Set whether to specify the SelectedChannel re...

Page 86: ...inear the entire image may be darker or the gradation in the dark areas may be less noticeable when camera outputs are displayed without processing The Gamma function can be used to correct the camera signals with an opposite direction curve and produce a display that is close to linear To Use the Gamma Function Configure the settings as follows Item Setting Value Selectable Range Description Gamm...

Page 87: ...ing 257 setting points indexes To Use the LUT Function Configure the settings as follows Item Setting Value Selectable Range Description LUTMode LUT Use LUT LUTSelector Red Green Blue Select the LUT channel to control Color models only LUTIndex 0 256 Select the LUT index to configure Indexes represent the possible pixel values captured on the sensor from the lowest value Index 0 to the highest Ind...

Page 88: ...5105MC CXP GOX 8105MC CXP GOX 12405MC CXP GOX 16205MC CXP GOX 20405MC CXP GOX 24505MC CXP 88 LUT Value LUT values range from 0 at the lowest to 4095 at the highest Linear interpolation is used to calculate LUT values between the index points ...

Page 89: ...vel for defective pixel detection l Up to 2000 pixels can be corrected l The threshold value is specified as a percentage l The default setting is 10 with 10 of the full scale 100 specified as the threshold value 3 Execute BlemishDetect to start automatic detection After detection the interpolation data is saved to the camera s internal memory To check the number of interpolated pixels after autom...

Page 90: ...emishCompensationPositionX and BlemishCompensationPositionY settings Notes l You can configure values that are within the total effective pixel area Specify pixels for which interpolation is not necessary as 1 If 0 is specified the first line or first pixel will be interpolated l To delete the configured pixel points execute BlemishCompensationDataClear with the corresponding index selected 3 Exec...

Page 91: ...d even when the effective image area is limited an area with both Width and Height set to more than 512 must be configured by the ROI Function Single ROI In such cases the correction area is included in the image area configured by the ROI Block size is 128 128 pixels The following shading correction modes are available on the camera FlatShading Monochrome model Color model Correction is performed...

Page 92: ...e ShadingMode User1 User2 User3 Off Select the user area to which to save the shading correction value Display a white chart under a uniform light and execute PerformShadingCalibration Notes l After shading correction is executed the shading correction value is automatically saved to the user area selected in ShadingMode l The PerformShadingCalibration command cannot be executed under the followin...

Page 93: ...mages with a lower pixel resolution and higher sensitivity in summing mode or reduced noise in averaging mode This camera model supports the following binning modes FD2x2BinningMode Performs Horizontal x2 and Vertical x2 analog binning Sum Notes l Monochrome models only l Refer to Functions That Cannot Be Used Together for usage restrictions Horizontal Vertical Binning Performs Horizontal x2 and o...

Page 94: ...eight OffsetX and OffsetY settings and then configure the Image Scaling Mode settings l Refer to Functions That Cannot Be Used Together for usage restrictions How To Configure 1 If necessary configure the ROI Function Single ROI settings 2 Set ImageScalingMode ImageFormatControl to On 3 Use ImageScalingSumMode to specify the output image mode The options are Average Off or Sum On Depending on the ...

Page 95: ...ontal and ImageScalingVertical to 0 5 This is equivalent to the traditional 2 x 2 binning Example 2 If you are using a GOX 20405C CXP with SensorWidth SensorHeight of 4512 and you want to scale the output image to 3000 x 3000 set ImageScalingHorizontal and ImageScalingVertical to 0 6649 3000 4512 0 6649 Example 3 When you are replacing your camera with a new one but the new camera has a different ...

Page 96: ... set Height to 1520 3 Turn the new camera s ImageScalingMode On 4 Set ImageScalingHorizontal and ImageScalingVertical to 0 789474 1920 2432 0 789474 and 1200 1520 0 789474 5 Now the new camera s virtual pixel size is 3 45 μm x 3 45 μm and the output image size is 1920 x 1200 Decimation Mode Related Setting Items ImageFormatControl Decimation mode performs 2X downsampling of the image horizontally ...

Page 97: ...e controlled as follows Mono models Mono8 Color models Bayer format BayerRG8 When ReverseX Y is On the flipped Bayer format is used Color models RGB format RGB8 In Gradation Compression Mode the sensor first converts the analog signal into 10bits or 12bits digital signal A D conversion and then the A D converted signal exceeding the compression knee point s is compressed and the entire image is ou...

Page 98: ...55 Caution Selectable values are 0 6 25 12 5 25 50 100 200 400 and 800 However if the first knee point is set at 100 or higher there is no room for compression to occur Therefore first knee point should always be set to 50 or lower See Examples 3 Select a value for GradationCompression1stGain in order to set the slope angle at the first knee point Available values range from 0 dB no compression to...

Page 99: ...he output signal s knee point level due to the effect of the digital gain value which is performed during post processing In order to avoid this set VideoProcessBypassMode On l When VideoProcessBypassMode is set to Off JAI cannot guarantee the white balance function s performance because the white balance function uses the digital gain during post processing and the output signal s knee point leve...

Page 100: ...st the readout area while checking the target area on the screen Notes l To set Overlay Mode to MultRoiAreaMode MultiRoiMode MultiROIControl must be set to Off in advance l In the following scenario OverlayMode MultiRoiMode will be disabled you can still set to ALCAreaMode or AWBAreaMode DecimationVertical DecimationHorizontal 2 ImageScalingMode On BinningHorizontal 2 BinningVertical 2 FD2x2Binnin...

Page 101: ...nction Horizontal Vertical Binning and FD2x2BinningMode can only be used for monochrome camera models l When using this function with Image Scaling Mode Xscale first set the Width Height OffsetX and OffsetY settings and then configure the Image Scaling Mode settings l When using Decimation Mode the ROI Function Single ROI function can be configurable but may not operate as expected l Refer to Func...

Page 102: ...cal Binning 8 to C OffsetY step 2 4 to D OffsetY step 1 C D GOX 5105MC CXP 2064 1032 GOX 8105MC CXP 2848 1424 GOX 12405MC CXP 3008 1504 GOX 16205MC CXP 3040 1520 GOX 20405MC CXP 4512 2256 GOX 24505MC CXP 4608 2304 FD2x2BinningMode OffsetY lines Vertical Binning 0 to C Height step 2 0 to D Height step 1 FD2x2BinningMode Single ROI Example Binning Off BinningHorizontal 1 BinningVertical 1 Binning On...

Page 103: ...he areas cannot overlap Notes l Refer to Functions That Cannot Be Used Together for usage restrictions l If this function is turned on while Shading Correction is set to On Shading Correction will be forced to Off Set MultiROIControl MultiRoiMode On Select from the eight indexes in MultiRoiIndex then set MultiRoiWidth MultiRoiHeight MultiRoiOffsetX and MultiRoiOffsetY And set the maximum index num...

Page 104: ...reas as shown below refer to the following 1 Set MultiROIControl MultiRoiMode On 2 Select 0 in MultiRoiIndex Set MultiRoiWidth MultiRoiHeight MultiRoiOffsetX and MultiRoiOffsetY 3 Select 1 in MultiRoiIndex Set MultiRoiWidth MultiRoiHeight MultiRoiOffsetX and MultiRoiOffsetY 4 Set 2 to MultiRoiVerticalEnableNumber 5 Set 2 to MultiRoiHorizontalEnableNumber ...

Page 105: ...ation ColorTransformationMode ColorTransformationRGBMode RGB sRGB RGB sRGB RGB AdobeRGB RGB AdobeRGB RGB UserCustom RGB UserCustom XYZ XYZ Off HSI HSI Off Default RGB Off Note on RGB UserCustom This allows you to use user configured 3x3 conversion tables to perform color space conversion Caution If you set the color space to XYZ or HSI JAI Control Tool will not display the images captured by the c...

Page 106: ...00000 100 1111111111 12bit output 0 00000000 100 111111111111 Edge Enhancer Color Enhancer Related Setting Items ImagingControl This camera is equipped with an Edge Enhancer function for enhancing the contrast of lines or edges within images and a Color Enhancer function for enhancing specified colors Edge Enhancer Function The Edge Enhancer function is enabled when EdgeEnhancerEnable is set to On...

Page 107: ...not Be Used Together for usage restrictions l Up to 32 indexes can be configured For details on the items that can be set for each index see SequencerControl Cautions l If the values of ImageFormatControl s Width and Height are smaller than SequencerControl s SequencerWidth and SequencerHeight the image may not be output correctly l When using SequencerWidth SequencerHeght set the Width and Height...

Page 108: ...TriggerSequencer pattern starts over from the index specified in SequencerSetStart If the result of the decrement is zero the status changes to Acquisition Stop and external triggers are not accepted Sample TriggerSequencer Mode Operation User Defined Indexes Up to 32 1 Specify 1 in SequencerSetStart and start TriggerSequencer mode with index 1 2 Based on the SequencerFrameCount setting 2 capture ...

Page 109: ...ogrammatically adjust your sequence in response to image analysis or input from other sensors Notes l The same index table will be executed for subsequent triggers unless the CommandSequencerIndex value is changed l SequencerFrameCount SequencerSetNext and SequencerRepetition cannot be used in CommandSequencer mode Non Volatile Flash Memory Storing Data in On Camera Flash Memory The camera has non...

Page 110: ...ator 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 PulseGeneratorLength 10 PulseGeneratorPulseWidth 4 PulseGeneratorClearSyncMode AsyncMode The table below shows the PulseGeneratorClearSource signals that can be set ...

Page 111: ...verifying error conditions via the count value using internal camera operations Four counters are available on the camera Counter0 Counter1 Counter2 and Counter3 The functions that can be counted are fixed for each counter l Counter0 Counts the number of FrameTrigger l Counter1 Counts the number of ExposureStart l Counter2 Counts the number of SensorReadOut l Counter3 Counts the number of FrameTra...

Page 112: ...unter Counter0 to Counter3 and configure the settings Item Setting Value Selectable Range Description Counter 0 3 Counter 0 3 Select the counter CounterEventSource Counter0 Off Frame Trigger Counter1 Off ExposureStart Counter2 Off SensorReadOut Counter3 Off FrameTransferEnd Select the Counter Event signal for which to read the count value When set to Off the counter operation will stop but will no...

Page 113: ...nding an Event Message Events That Can Use the Event Control Function Events that can use the Event Control function are as follows You can specify whether or not to send an event message when an event occurs at each event l AcquisitionStart l AcquisitionEnd l ExposureStart l ExposureEnd Cautions l This function can only be used with CXP 2 0 or later The CoaXPress frame grabber board used must sup...

Page 114: ...ing items Note For functions that are not in this table refer to the relevent function topic or setting item topic Empty Can be used together Cannot be used together Configurable but may not work as expected When using Image Scaling Mode Xscale together with the ROI Function Single ROI first set the Width Height OffsetX and OffsetY settings and then configure the Image Scaling Mode settings To set...

Page 115: ...le instances of a feature exist Instance Example Each Line related item LineSource LineInverter etc has LineSelector LineX instances which can be set or referenced as an index Selectors are a feature of element enumeration type IEnumeration or an integer type IInteger However unlike normal configuration items it is only used to select the instance in the following configuration item It does not ch...

Page 116: ...rsion DeviceSerialNumber Display the device ID DeviceUserID Any Set the user ID 16bytes for the camera DeviceSFNCVersionMajor 2 Display the SFNC Major version DeviceSFNCVersionMinor 5 Display the SFNC Minor version DeviceSFNCVersionSubMinor 0 Display the SFNC Sub Minor version DeviceManifestEntrySelector 1 1 Display the valid XML file information DeviceManifestXML MajorVersion 0 9 Display XML file...

Page 117: ... fixed Indicates the number of streaming channels supported by the device DeviceStreamChannel PacketSize 256 8192 Indicates the packet size in bytes Read only DeviceReset Reset the device After the camera receives this command it returns an ACK response Then execute reset DeviceTemperatureSelector 0 Main board 1 Sensor 2 FPGA 0 Main board Select the area of the camera s interior for which to displ...

Page 118: ... mode This camera supports the following link configuration CXP6_ X1 and CXP3_X1 CxpLinkConfiguration Set the CoaXPress Link Configration This camera supports the following link configuration CXP6_ X1 and CXP3_X1 JAICxpLinkConfigurationPreferred 0x00010038 CXP3_X1 0x00010048 CXP6_X1 0x00010048 CXP6_X1 Custom command to change and save the CxpLinkConfigurationPreferred configuration value CxpConnec...

Page 119: ...OX 5105MC CXP 2064 GOX 8105MC CXP 2848 GOX 12405MC CXP 3008 GOX 16205MC CXP 3040 GOX 20405MC CXP 4512 GOX 24505MC CXP 4608 WidthMax Display the maximum image width GOX 5105MC CXP 2472 1236 GOX 8105MC CXP 2856 1428 GOX 12405MC CXP 4128 2064 GOX 16205MC CXP 5328 2664 GOX 20405MC CXP 4512 2256 GOX 24505MC CXP 5328 2664 Note For monochrome models when BinningHorizontal 2 or FD2x2BinningMode On the val...

Page 120: ...plicable OffsetX Related Topic ROI Function Single ROI 0 Set the horizontal offset Note This setting is available only when ImageScalingMode Off Setting Range 0 WidthtMax Width Step 8 4 For monochrome models when BinningHorizontal 2 or FD2x2BinningMode On the value in parentheses is applicable OffsetY Related Topic ROI Function Single ROI 0 Set the vertical offset Note This setting is available on...

Page 121: ... horizontal direction specify 0 5 ImageScalingHorizontalAbs 256 4096 Indicates the horizontal scaling ratio as an integer value rounded down to the nearest whole number The formula is ImageScalingHorizontal X 4096 ImageScalingVertical 0 0625 1 1 Specifies the vertical scaling ratio in decimal units For example if you want to scale the image by 50 in the vertical direction specify 0 5 ImageScalingV...

Page 122: ...tizationBits 8 8 Bits 10 10 Bits 12 12 Bits 10 10 Bits Select the sensor output bits PixelFormat Related Topic Pixel Format BayerRG8 Mono8 Set the pixel format Color models 0x01080009 BayerRG8 Default 0x0110000D BayerRG10 0x01100011 BayerRG12 0x01080008 BayerGR8 0x0110000C BayerGR10 0x01100010 BayerGR12 0x0108000A BayerGB8 0x0110000E BayerGB10 0x01100012 BayerGB12 0x0108000B BayerBG8 0x0110000F Ba...

Page 123: ... 12 18 24 30 36 42 48 54 60 66 GradationCompression 2ndKneePoint 100 Set the second knee point of the sensor s gradation compression function in percentage Setting Range 6 25 12 5 25 50 100 200 400 800 Min Value GradationCompression1stKneePoint However when GradationCompression1stKneePoint is set to 0 Min 6 25 GradationCompression2ndGain 0 Set the second knee compression rate for the sensor s grad...

Page 124: ...the selected Multi Roi index Setting Range 96 WidthMax MultiRoiOffsetX Step 8 Default GOX 5105MC CXP 304 GOX 8105MC CXP 352 GOX 12405MC CXP 512 GOX 16205MC CXP 664 GOX 20405MC CXP 560 GOX 24505MC CXP 664 MultiRoiHeight Set the height for the selected Multi Roi index Setting Range 8 HeightMax MultiRoiOffsetY Step 2 Default GOX 5105MC CXP 258 GOX 8105MC CXP 356 GOX 12405MC CXP 376 GOX 16205MC CXP 38...

Page 125: ...vertical offset for the selected Multi Roi index Min The minimum value of the range where each Index does not overlap Max The maximum value of the range where each Index does not overlap Step 2 Default Index number 1 x MultiRoiHeight MultiRoiHorizontal EnableNumber 1 8 1 Set the maximum number of valid horizontal index numbers MultiRoiVertical EnableNumber 1 8 1 Set the maximum number of valid ver...

Page 126: ...pic Changing the Frame Rate 0 125 Display the frame rate as a frequency unit Hz The maximum value varies depending on the Width Height PixelFormat SensorDigitizationBits Binning Horizontal Vertical FD2x2BinningMode ImageScalingMode Decimation Horizontal Vertical CxpLinkConfiguration LinkSpeed StreamPacketSize settings Default GOX 5105MC CXP 112 fps GOX 8105MC CXP 71 fps GOX 12405MC CXP 47 fps GOX ...

Page 127: ...5 Opt In 26 Line7 Cxp In 36 Nand0 Out 37 Nand1 Out TriggerActivation 1 Rising Edge 2 Falling Edge 3 Level High 4 Level Low 1 Rising Edge Select the polarity of the trigger signal i e location of signal at which trigger is applied TriggerOverlap 0 Off fixed 1 ReadOut Select the trigger overlap operation TriggerSelector AcquisitionStart 0 Off fixed TriggerSelector AcquisitionEnd 0 Off fixed TriggerS...

Page 128: ...eTime setting Min 1 Max 1 AcqusitionFrameRateMax Next trigger prohibited time Default GOX 5105MC CXP 8636 GOX 8105MC CXP 13667 GOX 12405MC CXP 20819 GOX 16205MC CXP 27097 GOX 20405MC CXP 33759 GOX 24505MC CXP 40659 Note ExposureTime at the fastest FPS value when CXP6 1 SensorDigitizationBits 10bit PixelFormat 8bit ExposureAuto 0 Off 1 Once 2 Continuous 0 Off Set whether to enable auto exposure Whe...

Page 129: ...figure 21 Line2 Opt Out1 24 Line5 Opt In1 26 Line7 Cxp In 53 Nand0 In1 54 Nand0 In2 55 Nand1 In1 56 Nand1 In2 63 TimestampReset LineMode Display the input output status whether it is input or output 0 Input LineSelector 24 26 53 54 55 56 1 Output LineSelector 21 2 InternalConnection LineSelector 63 LineInverter 0 False 1 True 0 False Enable disable polarity inversion for the selected input signal ...

Page 130: ...ExposureActive 5 FVAL 7 10 PulseGenerator0 3 11 14 UserOutput0 3 24 Line5 Opt In1 26 Line7 Cxp In 36 Nand0 Out 37 Nand1 Out 40 Not selectable for Output and NAND In 41 Low 42 High 43 AcquisitionTriggerWait 44 FrameTriggerWait LineSelector 24 26 are fixed to Default LineSelector TimestampReset Off 0 LineSelector Other than TimestampReset Line5 Opt In1 24 LineFormat Display the signal format 0 NoCon...

Page 131: ...ents are as follows bit0 Unused Fixed to 0 bit1 Line2 bit2 3 Unused Fixed to 0 bit4 Line5 bit5 Unused Fixed to 0 bit6 Line7 bit7 15 Unused Fixed to 0 OptInFilter ns 0 40000000 0 Remove noise from the OptIn input signal of Digital I O Step 100 Setting Range 0 40ms UserOutput Selector 0 User Output 0 Set the UserOutput signal 0 User Output 0 1 User Output 1 2 User Output 2 3 User Output 3 UserOutput...

Page 132: ...t the maximum count up value in milliseconds This value is calculated using the PulseGeneratorLength value as a base The setting range varies depending on the ClockPreScaler value PulseGeneratorLengthMs 1 PulseGeneratorClock PulseGeneratorLength PulseGeneratorFrequency Hz 20 Set the maximum count up value as a frequency This value is calculated using the PulseGeneratorLength value as a base PulseG...

Page 133: ...GeneratorPulseWidth 1 PulseGeneratorClock PulseGeneratorEndPoint PulseGeneratorStartPoint PulseGeneratorRepeat Count 0 255 0 Set the repeat count for the counter When this is set to 0 a free counter is enabled with no repeat limit PulseGeneratorClear Activation 0 Off 1 Rising Edge 2 Falling Edge 3 Level High 4 Level Low 0 Off Set the clear signal condition for the count clear input of the pulse ge...

Page 134: ... 1 0 Max 126 0 DigitalRed DigitalBlue Min 0 447 Max 5 624 GainAuto 0 Off 1 Once 2 Continuous 0 Off Enable disable gain auto adjustment Once automatically changes to Off when the signal level converges once BlackLevelSelector 0 All 1 Red 3 Blue 0 All Select the black level to configure Note DigitalRed andDigitalBlue are avaliable only for color models BlackLevel 0 Set the black level value All Min ...

Page 135: ...0 False 1 True 1 True Enable disable the photometry area selected in AWBAreaSelector AWBAreaEnableAll 0 False 1 True 1 True True Operate BalanceWhiteAuto with all areas designated as photometry areas regardless of the individual enabled disabled photometry area states configured in AWBAreaSelector False Operate BalanceWhiteAuto according to the individual enabled disabled photometry area states co...

Page 136: ...et the gamma value Setting Range 0 45 0 50 0 55 0 60 0 65 0 75 0 80 0 90 1 00 LUTMode 0 Off 1 Gamma 2 LUT 0 Off Select the LUT mode LUTControl Configure LUT settings Related Topic LUT Lookup Table LUT Control Item Setting Range Default Value Description LUTSelector 0 Red 1 Green 2 Blue 0 Red Select the LUT channel to control Note Color models only LUTIndex 0 256 0 Set the LUT index table number LU...

Page 137: ...ce 5 95 50 Set the target level for ALC unit ALCAreaSelector 0 Low Right Select the area for which to configure ALCAreaEnable 0 Low Right 1 Low Mid Right 2 Low Mid Left 3 Low Left 4 Mid Low Right 5 Mid Low Mid Right 6 Mid Low Mid Left 7 Mid Low Left 8 Mid High Right 9 Mid High Mid Right 10 Mid High Mid Left 11 Mid High Left 12 High Right 13 High Mid Right 14 High Mid Left 15 High Left ALCAreaEnabl...

Page 138: ...osure Time 4 Converging Gain 5 Error1 could not processing 6 Error2 timeout ExposureAuto ControlMin 100 Set the minimum value for the ExposureTime control range Min 100 Max ExposureTimeMax 1 ExposureAuto ControlMax Exposure TimeMax Set the maximum value for the ExposureTime control range Min ExposureAutoControlMin 1 Max ExposureTimeMax GainAutoControlMin 1 Set the minimum value for the GainAuto co...

Page 139: ...Range Default Value Description ColorTransformationMode 0 RGB 1 HSI 2 XYZ 0 RGB Set the output image format ColorTransformationRGBMode 0 OFF 1 sRGB 2 AdobeRGB 3 UserCustom 0 OFF Set the detailed mode when RGB is selected for the color space ColorMatrixValueSelector 0 R R 1 R G 2 R B 3 G R 4 G G 5 G B 6 B R 7 B G 8 B B 0 R R Select the ColorMatrix setting component ColorMatrixValue 2 2 Set the Colo...

Page 140: ... EdgeEnhancerEnable Related Topic Edge Enhancer Color Enhancer 0 Off 1 On 0 Off Enable disable EdgeEnhancer EdgeEnhancerLevel 0 Low 1 Middle 2 High 3 Strong 1 Middle Set the Level for EdgeEnhancer ColorEnhancerEnable Related Topic Edge Enhancer Color Enhancer 0 Off 1 On 0 Off Enable disable ColorEnhancer ColorEnhancerSelector 0 Red 1 Cyan 2 Green 3 Magenta 4 Blue 5 Yellow 0 Red Index for configuri...

Page 141: ...rmShadingCalibration Execute shading correction This command can not be executed under the following conditions When outputting no image When outputting TestPattern Width and or Height are less than 512 ROI Function Single ROI In FD2x2Binning mode Binning Function In ImageScaling mode Image Scaling Mode Xscale In Decimation mode Decimation Mode In Sequencer mode Sequencer Function In MultiRoi mode...

Page 142: ...ssionMode is not Off Gradation Compression Mode AcqusitionModeis not Continuous Acquisition Control Not in lens cap state BlemishDetectionResult 0 Display the blemish detection results 0 Idle 1 Succeeded 2 Error1 image was too bright 3 Error2 image was too dark unused 4 Error3 signal level was unbalanced unused 5 Error4 detect blemishes too many 6 Error5 could not detected 7 Error6 timeout Blemish...

Page 143: ... PositionY 1 Display the Y coordinate vertical pixel position of the target blemish selected in BlemishCompensationIndex You can also manually enter the Y coordinate of the blemish you want to correct Min 1 Max HeightMax 1 BlemishCompensation DataClear Delete detected or specified blemish information selected in BlemishCompensationIndex BlemishCompensationNumber 0 2000 0 Display the number of targ...

Page 144: ...ightMax value Set the height of the selected SequencerIndex Setting Range 8 4 HeightMax OffsetY Step 2 1 For monochrome models when BinningVertical 2 or FD2x2BinningMode On the value in parentheses is applicable SequencerOffsetX 0 Set the horizontal offset value for the selected SequencerIndex Setting Range 0 WidthtMax Width Step 8 4 For monochrome models when BinningHorizontal 2 the value in pare...

Page 145: ...encerSetNext 0 32 Set the next index to be displayed for the selected SequencerIndex Enabled only for TriggerSequencer If 0 is specified the operation of the Sequencer is stopped SequencerSetSelector 1 31 SequencerSetSelector 1 SequencerSetSelector 32 1 SequencerRepetition 1 255 1 Set the repeat count for the sequencer SequencerSetActive 1 32 1 Displays the active index number SequencerSetStart 1 ...

Page 146: ... Event signal for which you want to read the count value to a dedicated counter and read the value 0 Off 1 FrameTrigger Counter0 only 2 Exposure Start Counter1 only 3 Sensor Readout Counter2 only 4 FrameTransferEnd Counter3 only CounterEventActivation 1 Rising Edge 2 Falling Edge Set the count timing The setting value is fixed with the following data Default CounterSelector 0 1 2 Rising Edge Count...

Page 147: ...tionStart 0x0102 Displays the EventID 0x0102 EventAcquisitionStartTimestamp 0 64bit max 0 Displays the Timestamp value when an event occurs EventAcquisitionEndData When the event AcquisitionEnd occurs the following two data can be checked EventAcquisitionEnd 0x0103 Displays the EventID 0x0103 EventAcquisitionEndTimestamp 0 64bit max 0 Displays the Timestamp value when an event occurs EventExposure...

Page 148: ...ttings User Set Control Item Setting Range Default Value Description UserSetSelector 0 Default Select the user settings 0 Default Invalid when executing UserSetSave 1 User1 2 User2 3 User3 UserSetLoad Read the user settings When selecting Default for UserSetSelector the factory settings are loaded UserSetSave Save the current setting values as user settings Invalid when UserSetSelector is set to D...

Page 149: ...eable Cause and Solution Use the gamma function to correct the 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 Using the gamma function performs correction to produce a display that is close to linear For details see Gamma Function Set...

Page 150: ...Frame Rate 71 6fps GOX 12405M CXP 60 dB 10bit AnalogGainAll x1 0 Shutter OFF SensorDigitizationBits 12bit Mono10 Frame Rate 47 3fps GOX 12405C CXP 60 dB 10bit AnalogGainAll x1 0 Shutter OFF SensorDigitizationBits 12bit Bayer10 Frame Rate 47 3fps GOX 16205M CXP 60 dB 10bit AnalogGainAll x1 0 Shutter OFF SensorDigitizationBits 12bit Mono10 Frame Rate 36 7fps GOX 16205C CXP 60 dB 10bit AnalogGainAll ...

Page 151: ... mm x 12 6 mm 19 30mm diagonal Pixel Size 2 74 μm x 2 74 μm Effective Image Pixel GOX 5105MC CXP 2472 x 2064 GOX 8105MC CXP 2856 x 2848 GOX 12405MC CXP 4128 x 3008 GOX 16205MC CXP 5328 x 3040 GOX 20405MC CXP 4512 x 4512 GOX 24505MC CXP 5328 x 4608 Acquisition Frame Rate Max PixelFormat 8Bits Mono8 BayerRG8 BayerGR8 BayerGB8 BayerBG8 GOX 5105MC CXP 112 fps GOX 8105MC CXP 71 fps GOX 12405MC CXP 47 f...

Page 152: ...sorDigitizationBits is set to 10Bits l If SensorDigitizationBits is set to smaller than the pixel format bits configured in the Pixel Format the image may have gaps in histogram Acquisition Frame Rate Max PixelFormat 12Bits Mono12 BayerRG12 BayerGR12 BayerGB12 BayerBG12 GOX 5105MC CXP 74 fps GOX 8105MC CXP 47 fps GOX 12405MC CXP 31 fps GOX 16205MC CXP 24 fps GOX 20405MC CXP 19 fps GOX 24505MC CXP ...

Page 153: ... CXP 0 to 4128 2064 Width step 8 4 GOX 16205MC CXP 0 to 5328 2664 Width step 8 4 GOX 20405MC CXP 0 to 4512 2256 Width step 8 4 GOX 24505MC CXP 0 to 5328 2664 Width step 8 4 Note For monochrome models when BinningHorizontal 2 or FD2x2BinningMode On the value in parentheses is applicable Digital Image Output Format ROI Height GOX 5105MC CXP 8 4 to 2064 1032 step2 1 GOX 8105MC CXP 8 4 to 2848 1424 st...

Page 154: ...r FD2x2BinningMode On GOX 5105M CXP 1032 GOX 8105M CXP 1424 GOX 12405M CXP 1504 GOX 16205M CXP 1520 GOX 20405M CXP 2256 GOX 24505M CXP 2304 N A Digital Image Output Format Pixel Format Mono8 Mono10 Mono12 BayerRG8 BayerRG10 BayerRG12 BayerGR8 BayerGR10 BayerGR12 BayerGB8 BayerGB10 BayerGB12 BayerBG8 BayerBG10 BayerBG12 RGB8 RGB10 RGB12 Note When ReverseX ReverseY is On Acquisition Mode Continuous ...

Page 155: ... using adjacent pixels continuous blemishes not corrected Correctable pixels 2000 pixels ALC Video level adjusted automatically using AGC and ASC Gamma 0 45 0 5 0 55 0 6 0 65 0 75 0 8 0 9 1 0 9 steps available LUT OFF γ 1 0 ON 257 points can be set Vibration Resistance 10G 20 Hz 200 Hz X Y Z direction Impact Resistance 80G Power Supply PoCXP Input Range DC 24 V Consumption 4 1 W typical 12 V 4 8W ...

Page 156: ...specifications are subject to change without notice l Approximately 30 minutes of warm up are required to achieve these specifications Cautions About the verified performance temperature make sure the following temperature condition is met when operating the unit The camera s internal temperature sensor detects temperatures of 82 C or less during operation If the above temperature conditions are e...

Page 157: ...User Manual Ver 1 4 Miscellaneous GOX 5105MC CXP GOX 8105MC CXP GOX 12405MC CXP GOX 16205MC CXP GOX 20405MC CXP GOX 24505MC CXP 157 Spectral Response GOX 5105M CXP GOX 5105C CXP ...

Page 158: ...User Manual Ver 1 4 Miscellaneous GOX 5105MC CXP GOX 8105MC CXP GOX 12405MC CXP GOX 16205MC CXP GOX 20405MC CXP GOX 24505MC CXP 158 Spectral Response GOX 8105M CXP GOX 8105C CXP ...

Page 159: ...User Manual Ver 1 4 Miscellaneous GOX 5105MC CXP GOX 8105MC CXP GOX 12405MC CXP GOX 16205MC CXP GOX 20405MC CXP GOX 24505MC CXP 159 Spectral Response GOX 12405M CXP GOX 12405C CXP ...

Page 160: ...User Manual Ver 1 4 Miscellaneous GOX 5105MC CXP GOX 8105MC CXP GOX 12405MC CXP GOX 16205MC CXP GOX 20405MC CXP GOX 24505MC CXP 160 Spectral Response GOX 16205M CXP GOX 16205C CXP ...

Page 161: ...User Manual Ver 1 4 Miscellaneous GOX 5105MC CXP GOX 8105MC CXP GOX 12405MC CXP GOX 16205MC CXP GOX 20405MC CXP GOX 24505MC CXP 161 Spectral Response GOX 20405M CXP GOX 20405C CXP ...

Page 162: ...User Manual Ver 1 4 Miscellaneous GOX 5105MC CXP GOX 8105MC CXP GOX 12405MC CXP GOX 16205MC CXP GOX 20405MC CXP GOX 24505MC CXP 162 Spectral Response GOX 24505M CXP GOX 24505C CXP ...

Page 163: ...User Manual Ver 1 4 Miscellaneous GOX 5105MC CXP GOX 8105MC CXP GOX 12405MC CXP GOX 16205MC CXP GOX 20405MC CXP GOX 24505MC CXP 163 Dimensions Notes l Dimensional tolerance 0 3mm l Unit mm ...

Page 164: ...iplier Display Decibels dB Multipliers X Remarks 6 0 501 5 0 562 4 0 631 3 0 708 2 0 794 1 0 891 0 1 1 1 122 2 1 259 3 1 413 4 1 585 5 1 778 6 1 995 7 2 239 8 2 512 9 2 818 10 3 162 11 3 548 12 3 981 13 4 467 14 5 012 15 5 623 16 6 31 17 7 079 18 7 943 19 8 913 20 10 21 11 22 22 12 589 23 14 125 24 15 849 25 17 783 26 19 953 27 22 387 28 25 119 29 28 184 30 31 623 31 35 481 ...

Page 165: ... Decibels dB Multipliers X Remarks 32 39 811 33 44 668 34 50 119 35 56 234 36 63 096 37 70 795 38 79 433 39 89 125 40 100 41 112 202 42 125 893 User s Record Camera type Go X Series Global Shutter CoaXPress interface Model name Revision Serial No Firmware version For camera revision history please contact your local JAI distributor ...

Page 166: ...wners The and symbols are not used in this document Revision History Revision Date Device Version Changes 1 4 2022 06 22 DV0100 Updated the Exposure Mode section Specifications 1 3 2022 06 06 DV0100 Corrected the external input output circuit diagrams Recommended Circuit Diagram Reference Examples 1 2 2022 05 13 DV0100 Corrected the default values for PulseGeneratorLength and PulseGeneratorEndPoin...

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