JAI GO-2400M-PMCL-1 User Manual Download Page 34

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GO-2400M-PMCL-1 | GO-2400C-PMCL-1 | User Manual (Ver. 1.0)

Main Functions

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Main Functions

This chapter describes the camera's main functions.

Basic Function Matrix

The combinations of settings for the basic functions that can be used together are as follows.

Exposure

Mode

Frame

Start

Trigger

Exposure

Time

ROI

Balance

White

Auto*

Gain

Auto

Exposure

Auto

Video Send Mode

Sensor

Multi

ROI

Trigger

Sequence

Mode

Command

Sequence

Mode

Off

✓

Timed

Off

✓

Timed

(EPS)

✓

Trigger

Width

✓

: Supported

Empty: Not Supported

Notes:

*Color model only.

Summary of Contents for GO-2400M-PMCL-1

Page 1: ...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 2023 JAI User Manual GO 2400M PMCL 1 GO 2400C PMCL 1 CMOS Digital Progressive Scan Monochrome and Color Camera with Mini Camera Link Interface Document Version 1 0 GO 2400 PMCL 1_Manual_Ver 1 0_2023 06 19 ...

Page 2: ...s on Cable Configurations 10 Notes on Camera Link Cable Connections 10 Notes on Attaching the Lens 10 Phenomena Specific to CMOS Image Sensors 11 Notes on Exportation 11 Features 12 Parts Identification 14 Lens Mount C Mount 14 POWER TRIG LED 15 Camera Link Connector 1 and 2 15 DC IN Trigger IN Connector 4 pin Round 17 Mounting Holes M3 3mm depth 17 Preparation 18 Short ASCII Commands 18 Step 1 Co...

Page 3: ...out External Triggers 29 Step 5 Adjust the Image Quality 30 Display the Image 30 Adjust the Gain 30 Adjust the White Balance 31 Adjust the Black Level 31 Step 6 Configuring Various Other Settings 32 Step 7 Save the Settings 32 Save the User Settings 33 Load the User Settings 33 Main Functions 34 Basic Function Matrix 34 GPIO Digital Input Output Settings 35 Valid Input Output Combinations 37 Camer...

Page 4: ...ommand Sequencer Mode 68 Sensor Multi ROI Function 70 Configuration 71 ALC Automatic Level Control 74 Detailed Settings for Gain Auto Automatic Gain Level Control 75 Counter and Timer Control 76 Video Process Bypass Mode 78 Setting List Feature Properties 79 DeviceControl 79 ImageFormatControl 80 AcquisitionControl 82 DigitalIOControl 83 AnalogControl 84 PulseGenerators 85 LUT Control 86 Transport...

Page 5: ...rt Layer Control Short ASCII Command 103 User Set Control Short ASCII Command 104 Counter and Timer Control Short ASCII Command 104 JAI Custom Short ASCII Command 105 Miscellaneous 118 Troubleshooting 118 Specifications 119 Frame Rate Reference 122 Spectral Response 123 Dimensions 124 User s Record 125 Revision History 126 About Technical Note Some additional technical information is provided on t...

Page 6: ...lares that GO 2400M PMCL 1 and GO 2400C PMCL 1 comply with the following provisions applying to their standards EN55032 Generic emission standard part 1 EN55035 Generic immunity standard part 1 FCC This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to Part 15 of the FCC Rules These limits are designed to provide reasonable protection against ha...

Page 7: ...it 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 8: ... shows that the environment friendly use period of contained Hazardous Substances is 15 years Applicable Model GO 2400M PMCL 1 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件所有均质材料中的含量均在GB T 26572 2011规定的限量要求以下表示该有毒有害物质至少在该部件的某一均质材料中的含量超出GB T 2657...

Page 9: ...that the environment friendly use period of contained Hazardous Substances is 15 years Applicable Model GO 2400C PMCL 1 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有害物质在该部件所有均质材料中的含量均在GB T 26572 2011规定的限量要求以下表示该有毒有害物质至少在该部件的某一均质材料中的含量超出GB ...

Page 10: ...manually Do not secure too tightly 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 Be careful of the following when attaching the lens l Work in a clean environment l Do not remove the caps from the camera and lens until immediately before you...

Page 11: ...verflow into surrounding pixels This blooming phenomenon can be seen in the image but does not affect the operation of the camera l Fixed pattern noise When shooting dark objects in high temperature conditions fixed pattern noise may occur throughout the entire video monitor screen l Defective pixels Defective pixels white and black pixels of the CMOS image sensor are minimized at the factory acco...

Page 12: ...the Camera Link cable Note To power the camera via Camera Link the frame grabber board you are using must support PoCL You can also supply power via the 4 pin connector A separate power supply and or conversion cable not supplied is required Output formats You can choose from 8 bit 10 bit and 12 bit output for both monochrome and color outputs Note As the color camera cannot perform white balance ...

Page 13: ...anual Ver 1 0 Features 13 l Shading correction flat field and color shading Non uniformity i e shading in the amount of light generated by the lens and lighting equipment can be corrected l Bayer white balance color model only White balance ...

Page 14: ...unt POWER TRIG LED Camera Link Connector 1 and 2 DC IN Trigger IN Connector 4 pin Round Mounting Holes M3 3mm depth 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 15: ... Connector 1 and 2 Connect a cable that is compatible with Mini Camera Link SDR connectors here Note The cable length at which communication will be possible will be limited when using a cable that is not compatible with Camera Link a small diameter type cable or a high flex type cable Camera Link Connector 1 Pin Input Output Signal Description 1 26 Power Power 2 15 Out X_OUT0 Data out 3 16 Out X_...

Page 16: ...Y_OUT0 Data out 3 16 Out Y_OUT1 Data out 4 17 Out Y_OUT2 Data out 5 18 Out Y_Clk CL Clock 6 19 Out Y_OUT3 Data out 7 20 Terminal 100Ω 8 21 Out Z_OUT0 Data out 9 22 Out Z_OUT1 Data out 10 23 Out Z_OUT2 Data out 11 24 Out Z_Clk CL Clock 12 25 Out Z_OUT3 Data out 13 14 Shield GND Connectors Camera Side HDR EC26FYTG2 SL HONDA Cable Side SDR connector cable for PoCL ...

Page 17: ...nal Description 1 Power In DC 12 V In DC 12 V to 24V 10 2 In TTL In Line 4 3 Out TTL Out Line 1 4 Out Power GND COMMON GND TTL Signal Specifications TTL Out Signal Typ Output voltage Low 0 0V High 3 3V Input output current 24mA TTL In Signal Typ Input voltage Low 0 0 to 0 6V High 2 0 to 5 5V Mounting Holes M3 3mm depth Use these holes when attaching an MP 43 tripod adapter plate optional or mounti...

Page 18: ...y 6 Step 6 Configuring Various Other Settings l Configure other settings as necessary 7 Step 7 Save the Settings l Save the current setting configurations in user memory Short ASCII Commands The most universal method for controlling a Camera Link camera such as this camera is by the use of short ASCII commands sent via serial communications All Camera Link frame grabber boards support the use of t...

Page 19: ...s written using GenICam names can be applied with little or no modification to control cameras with other GenICam compliant interfaces and even GenICam compliant cameras from different vendors Step 1 Connect Devices Lens Direct Mounting or Use MP 43 Tripod Adapter Plate Camera Link Cable Frame Grabber Board DC IN Trigger IN Connection Cable AC adapter Power Supply If Necessary ...

Page 20: ...trusion of 9 1 mm or longer may damage the lens or camera Notes The following formula can be used to estimate the focal length Focal length WD 1 W w WD Working distance distance between lens and object W Width of object w Width of sensor 8 5mm Direct Mounting or Use MP 43 Tripod Adapter Plate When mounting the camera directly to a wall or other device use screws that match the mounting holes on th...

Page 21: ...Refer to Notes on Camera Link Cable Connections when connecting the cables to the connectors Frame Grabber Board Refer to the operating instructions of the frame grabber board and configure settings on the computer as necessary Use a computer that meets the requirements of your frame grabber board DC IN Trigger IN Connection Cable Performs external I O such as power supply and trigger input AC ada...

Page 22: ...onnected 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 Verify whether power is being supplied to the camera by checking the rear LED When properly turned on the power LED is lit green Note For details on how to read the LEDs see the POWER TRIG LED section ...

Page 23: ...ommunication to the PC connected to the camera via the frame grabber board Set the following serial communication l Baud Rate 9600 l Data Length 8bit l Start Bit 1bit l Stop Bit 1 bit l Parity None l Xon Xoff Control None 2 Enter the command DVN CR LF from the terminal emulator software If correctly connected response DVN JAI Corporation will be displayed Item Short ASCII Command Description Devic...

Page 24: ...ple Configure the Output Format Configure the size position and pixel format of the images to be acquired The factory settings are as follows Change the settings as necessary Factory Default Values Item Default Value ImageFormatControl Width 1936 1216 1216 OffsetX horizontal position 0 OffsetY vertical position 0 PixelFormat Mono8 Monochrome model Bayer8 Color model You can specify the image acqui...

Page 25: ...he terminal emulator software 2 To change the Width setting to 1200 enter WTC 1200 CR LF 3 To change other setting items see Image Format Control Short ASCII Command Example Change the PixelFormat setting ImageFormatControl 1 To check the current PixelFormat setting enter the command BA CR LF from the terminal emulator software 2 To change the PixelFormat setting to Mono10 enter BA 1 CR LF ...

Page 26: ...ttings see Acquisition Control Short ASCII Command Factory Default Values Item Default Value Trigger Selector Trigger Operation Frame Start Trigger Mode Off Trigger Source Trigger Signal Source Line7 CC1 Trigger Activation Trigger Polarity Rising Edge rising edge of input signal Exposure Mode Timed control via exposure time Exposure Time 8216 µs Exposure Auto Off This item is only enabled when Exp...

Page 27: ...μs added to the setting configured on the camera When ExposureMode is set to Timed and the exposure time is set to 15 μs the actual exposure time will be as follows 15 μs 13 7 μs offset duration of image sensor 28 7 μs When ExposureMode is set to TriggerWidth the exposure is slightly longer than the width of the trigger signal To achieve an exposure time of 28 7 μs and the exposure time offset is ...

Page 28: ... operation Frame Start Trigger Mode On Trigger Source trigger signal source Any Trigger Activation trigger polarity Level High high level duration Level Low low level duration Exposure Mode Trigger Width control via trigger width 1 Set Exposure Mode to Trigger Width When you select Trigger Width Trigger Mode will automatically be set to On 2 Set FrameStartTriggerMode to On 3 If necessary change th...

Page 29: ...ollows 15 μs 13 7 μs offset duration of image sensor 28 7 μs When ExposureMode is set to TriggerWidth the exposure is slightly longer than the width of the trigger signal To achieve an exposure time of 28 7 μs and the exposure time offset is 13 7 μs use 28 7 μs 13 7 μs 15 μs as the high or low time for the trigger signal 1 Set Exposure Mode to Timed Timed is the default setting 2 Specify the expos...

Page 30: ... see Gain Control in the Main Functions section l For the details on the short ASCII commands required to configure the Gain settings see Analog Control Short ASCII Command Automatic Adjustment 1 Set GainAuto AnalogControl to Continuous Manual Adjustment 1 Set GainAuto to Off 2 Configure the Gain value in Gain l GainRawAnalog All master gain can be set to multiple x1 to x16 of Analog Gain The reso...

Page 31: ...ent 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 used Be sure to prevent the high intensity spot lights from entering the screen 2 Select Continuous or Once BalanceWhiteAuto depending on your intended application The white balance ...

Page 32: ...etting Items UserSetControl The configured setting values 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 Note For the details on the short ASCII commands required to configure the save load settings see User Set Control Short ASC...

Page 33: ...e storage location UserSet1 UserSet3 using the UserSetSave command and save the current camera settings Load the User Settings 1 Stop image acquisition User settings can only be loaded when image capture on the camera is stopped 2 Specify the storage location UserSet1 UserSet3 using the UserSetLoad command and read the settings of the camera Note When selecting Default the factory settings are loa...

Page 34: ... combinations of settings for the basic functions that can be used together are as follows Exposure Mode Frame Start Trigger Exposure Time ROI Balance White Auto Gain Auto Exposure Auto Video Send Mode Sensor Multi ROI Trigger Sequence Mode Command Sequence Mode Off Off Timed Off Timed EPS On Trigger Width On Supported Empty Not Supported Notes Color model only ...

Page 35: ...ntrol In addition a pulse generator for generating custom pulses and a NAND module for performing logic operations are built into the camera The two can be used together for a variety of purposes such as noise removal for trigger signals and phase adjustment for pulse outputs Such functions are generally referred to as GPIO functions Select Signals l When using external signals or the signals of e...

Page 36: ...GO 2400M PMCL 1 GO 2400C PMCL 1 User Manual Ver 1 0 Main Functions 36 GPIO Block Diagram ...

Page 37: ... Output Destination Selector Cross point switch output Trigger Selector Line Selector Pulse Generator Selector Acquisition Start Acquisition Stop Frame Start Transfer Start Line2 OPT Out 1 Line3 OPT Out 2 Time Stamp Reset NAND 0 In 1 NAND 0 In 2 NAND 1 In 1 NAND 1 In 2 Pulse Generator 0 LOW HIGH Line4 TTL In Line7 CC1 NAND 0 Out NAND 1 Out Pulse Generator 0 User Output 0 User Output 1 Software Tri...

Page 38: ...gs refer to the operating instructions for each board Tap Geometry CL Configuration Video Process Bypass Mode Off Video Process Bypass Mode On 1X1 1Y Base bit 8 10 bit 8 10 12 1X2 1Y Base bit 8 10 bit 8 10 12 1X3 1Y Base bit 8 bit 8 1X3 1Y Medium bit 10 bit 10 12 1X4 1Y Medium bit 8 10 bit 8 10 12 1X8 1Y Full bit 8 bit 8 1X8 1Y 80 bit bit 10 bit 10 Note When the pixel format is RGB8 RGB10 or RGB12...

Page 39: ...00M PMCL 1 GO 2400C PMCL 1 User Manual Ver 1 0 Main Functions 39 1X1 1Y 1X1 1Y is a 1 tap output format as defined in GenICam tap geometry Notes l Width 1936 pixels 1936 pixels x 1 Taps l Height 1216 pixels ...

Page 40: ...400M PMCL 1 GO 2400C PMCL 1 User Manual Ver 1 0 Main Functions 40 1X2 1Y 1X2 1Y is a 2 tap output format as defined in GenICam tap geometry Notes l Width 1936 pixels 968 pixels x 2 Taps l Height 1216 pixels ...

Page 41: ...400M PMCL 1 GO 2400C PMCL 1 User Manual Ver 1 0 Main Functions 41 1X3 1Y 1X3 1Y is a 3 tap output format as defined in GenICam tap geometry Notes l Width 1932 pixels 644 pixels x 3 Taps l Height 1216 pixels ...

Page 42: ...400M PMCL 1 GO 2400C PMCL 1 User Manual Ver 1 0 Main Functions 42 1X4 1Y 1X4 1Y is a 4 tap output format as defined in GenICam tap geometry Notes l Width 1936 pixels 484 pixels x 4 Taps l Height 1216 pixels ...

Page 43: ... geometry Notes l Width 1936 pixels 242 pixels x 8 Taps l Height 1216 pixels Cable Length Reference The following is a reference for the length of cable you can use based on the Camera Link clock Note The length of cable you can use will also vary depending on type and maker CL Pixel Clock MHz CL Cable Length 37 125 10 m 74 25 7 m 84 85 3 m ...

Page 44: ...d varies depending on the ROI and Pixel Format selected The longest frame period is 0 125 Hz 8 sec l When Trigger Mode is enabled the Acquisition Frame Rate setting is disabled Maximum Frame Rate Period Formula Note The Frame Rate Calculator which calculates the maximum frame rate or trigger rate is available for download from the product page on the JAI website www jai com About the H_Period H_Pe...

Page 45: ...owing formula Maximum frame rate 1000000 H_Period Height 40 ExposureTime Exposure Mode Timed Trigger Overlap Readout Calculate FR_Cont and MaxOverlapTime_TrOlrd using the following formulas FR_Cont 1 H_Period Height 40 MaxOverlapTime_TrOlrd 1 FR_Cont 14 H_Period The formula for calculating the maximum frame rate differs depending on the values of ExposureTime and MaxOverlapTime_TrOlrd l Case 1 Exo...

Page 46: ...is pre set by the user Images can be captured with the trigger off free running or with trigger on EPS Trigger Width Mode in which control of the exposure time is performed using the pulse width of the trigger input signal The exposure time will be the same as the pulse width of the trigger input signal This allows long exposure Note The settings for exposure control and triggers are related to ea...

Page 47: ...020 30 28 74 25 76 076 40 1216 1256 16 510 60 57 84 85 80 357 40 1216 1256 15 630 63 98 1X3 1Y Full 37 125 51 491 40 1216 1256 24 393 41 74 25 113 706 40 1216 1256 11 046 90 53 84 85 129 355 40 1216 1256 9 710 102 99 1X4 1Y Full 37 125 75 457 40 1216 1256 16 645 60 08 74 25 150 915 40 1216 1256 8 323 120 15 84 85 160 714 40 1216 1256 7 815 127 96 1X8 1Y Full 37 125 148 5 40 1216 1256 8 458 118 23 ...

Page 48: ...5 8 968 976 26 290 38 038 74 25 8 968 976 13 145 76 076 84 85 8 968 1056 12 444 80 357 1X3 1Y Full 37 125 76 645 721 19 421 51 491 74 25 8 645 653 8 795 113 706 84 85 11 645 656 7 731 129 355 1X4 1Y Full 37 125 8 484 492 13 253 75 457 74 25 8 484 492 6 626 150 915 84 85 44 484 528 6 222 160 714 1X8 1Y Full 37 125 8 242 250 6 734 148 500 74 25_8 118 242 360 4 848 206 250 74 25_10 220 242 462 6 222 ...

Page 49: ...s cannot be lower than that value When Exposure Mode is Timed Trigger Overlap OFF The below table indicates the shortest trigger periods for the shortest exposure times By adding the value of the exposure time you are using to the values in the table you can determine the shortest trigger periods under your own usage environment Example When Trigger Source is set to Line7 CC1 Scanning Range Shorte...

Page 50: ... 7 1X2 1Y Full 37 125 80 884 89 7999 658 92 7 74 25 40 452 37 7999 829 53 7 84 85 38 428 34 7999 838 51 7 1X8 1Y Full 37 125 60 654 65 7999 748 72 7 74 25 27 300 11 7999 886 40 7 84 85 24 263 24 7999 900 37 7 1X4 1Y Full 37 125 41 454 37 7999 828 53 7 74 25 21 228 18 7999 914 33 7 84 85 20 214 17 7999 919 32 7 1X3 1Y Full 37 125 22 232 17 7999 912 34 7 74 25_8 16 168 13 7999 937 28 7 74 25_10 20 2...

Page 51: ...re end to FVAL start B μsec Minimum Trigger Period C μsec 1X2 1Y Full 37 125 80 79 884 33021 74 25 40 40 452 16511 84 85 38 38 428 15630 1X3 1Y Full 37 125 60 59 654 24395 74 25 27 27 300 11047 84 85 24 24 263 9711 1X4 1Y Full 37 125 41 40 454 16646 74 25 21 20 228 8323 84 85 20 19 214 7815 1X8 1Y Full 37 125 22 21 232 8457 74 25_8 16 15 168 7815 74 25_10 20 19 214 6094 84 85_8 15 15 167 6038 84 8...

Page 52: ...e you can determine the shortest trigger periods under your own usage environment Scanning range Shortest period of trigger μs exposure condition minimum exposure time 1X2 1Y 1X3 1Y 1X4 1Y 1X8 1Y 84 85 MHz 8bit 84 85 MHz 8bit 84 85 MHz 8bit 84 85 MHz 8bit Full 15670 9736 7836 6046 ROI 2 3 Height 810 10618 6597 5310 4094 ROI 1 2 Height 608 8104 5035 4053 3122 ROI 1 4 Height 304 4321 2685 2161 1661 ...

Page 53: ...ontal ROI ALL 3 H Freq 22 0 013 13 7 1X2 1Y Full 37 125 80 885 88 80 92 7 74 25 41 452 36 41 53 7 84 85 39 428 33 39 51 7 1X3 1Y Full 37 125 60 654 64 60 72 7 74 25 27 300 9 3 27 4 40 7 84 85 24 264 23 25 37 7 1X4 1Y Full 37 125 41 452 36 41 53 7 74 25 20 227 17 20 8 33 7 84 85 19 214 16 19 6 32 7 1X8 1Y Full 37 125 21 231 17 21 2 34 7 74 25_8 16 169 12 16 28 7 74 25_10 20 215 18 20 32 7 84 85_8 1...

Page 54: ...d from Trigger end to Exposure end D μsec 1X2 1Y Full 37 125 80 26 2 885 33021 80 74 25 41 13 12 452 16511 41 84 85 39 12 5 428 15630 39 1X3 1Y Full 37 125 60 19 5 654 24395 60 74 25 27 8 82 300 11047 27 4 84 85 24 7 75 264 9711 25 1X4 1Y Full 37 125 41 13 28 452 16646 41 74 25 20 6 64 227 8323 20 8 84 85 19 6 24 214 7815 19 6 1X8 1Y Full 37 125 21 6 72 231 8457 21 2 74 25_8 16 4 84 169 6089 16 74...

Page 55: ...applies Scanning range Shortest period ms 1X2 1Y 1X3 1Y 1X4 1Y 1X8 1Y 84 85 MHz 8bit 84 85 MHz 8bit 84 85 MHz 8bit 84 85 MHz 8bit Full 15 63 9 710 7 815 6 039 ROI 2 3 Height 810 10 578 6 571 5 289 4 087 ROI 1 2 Height 608 8 064 5 009 4 032 3 116 ROI 1 4 Height 304 4 281 2 659 2 140 1 654 ROI 1 8 Height 152 2 389 1 484 1 195 0 923 Binning Full 968 608 Mono Only 15 630 9 710 7 815 6 039 ...

Page 56: ...ure stop period X1 usec Period From FVAL end to Exposure end min X2 usec Horizontal ROI ALL 13 H Freq 1X2 1Y Full 37 125 342 167 74 25 171 75 84 85 162 69 1X3 1Y Full 37 125 252 121 74 25 114 35 84 85 100 45 1X4 1Y Full 37 125 172 80 74 25 86 36 84 85 80 37 1X8 1Y Full 37 125 88 37 74 25_8 63 26 74 25_10 81 36 84 85_8 63 8 9 84 85_10 81 36 ...

Page 57: ...Freq 3H 22 x 0 013 13 7 1X2 1Y Full 37 125 143 169 7999 658 92 7 74 25 64 77 7999 829 53 7 84 85 59 72 7999 838 51 7 1X3 1Y Full 37 125 104 124 7999 748 72 7 74 25 29 39 7999 886 40 7 84 85 40 48 7999 900 37 7 1X4 1Y Full 37 125 64 78 7999 828 53 7 74 25 32 40 7999 914 33 7 84 85 30 37 7999 919 32 7 1X8 1Y Full 37 125 32 40 7999 912 34 7 74 25_8 24 29 7999 937 28 7 74 25_10 32 39 7999 919 32 7 84 ...

Page 58: ...unction and consists of analog gain digital gain Analog gain is used for lower gain and analog gain digital gain is used when the gain becomes high R and B can be configured individually as digital gain on the color model Note For details on how to configure the settings see Adjust the Gain The relationship between the gain setting value gain amplification and dB value is as follows For example a ...

Page 59: ...e LUT Use LUT LUT Selector Red Green Blue Color model only Select the LUT channel to control LUT Index 0 255 Select the LUT index to configure Indexes represent the setting points and values from the lowest point Index 0 to the highest point Index 15 are represented On the monochrome model for example Index 0 is full black and Index 255 is full white LUT Value 0 4095 Set the LUT output value for t...

Page 60: ...arker 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 Gamma 0 45 0 60 1 0 Off Select the ...

Page 61: ...he correction block is 16 H 10 V blocks and calculation errors in the correction data are minimized due to the small interpolation block Each block is 128 128 pixels The total size of the blocks is 2048 H 1216 V but the actual number of effective pixels for the camera is 1936 H 1216 V The ineffective peripheral areas will be deleted internally on the camera automatically The following shading corr...

Page 62: ...highest brightness level is 300 LSB or less during 10 bit video output l If the ROI Regional Scanning Function is configured l If the Binning Function is enabled mono model only To Use the Shading Correction Function Configure the settings as follows Item Setting Value Description Shading Correction Mode Monochrome Flat Shading Fixed Color Flat Shading Color Shading Select the shading correction m...

Page 63: ...he vertical or horizontal direction 1 x 2 or 2 x 1 or in both directions simultaneously 2 x 2 binning Applying binning to a specific field of view results in greater pixel sensitivity with reduced resolution in the direction s that binning has been applied This camera performs vertical binning on the sensor reducing the total number of lines that must be read out thereby resulting in a faster fram...

Page 64: ...izontal vertical offset values under ImageFormatControl Note For details on the frame rates for common ROI sizes see Frame Rate Reference The minimum area is as follows Minimum width value pixels Minimum height value pixels GO 2400M PMCL 1 Binning Off 96 Binning On 48 2 GO 2400C PMCL 1 96 2 Note The minimum value for the monochrome model varies depending on the Binning setting Setting Example 1 Bi...

Page 65: ... a trigger is received Can jump to new preset by sending a new index value to Command Sequence Index Sequence Mode Related Setting Items JAICustomControl The Sequencer function lets you define up to 128 preset combinations of exposure time gain ROI and other settings which can be stepped through each time a trigger is received This is particularly useful for quickly capturing multiple exposures of...

Page 66: ...to these individual index parameters two other parameters are applied to the entire sequence Sequencer LUT Mode defines whether Gamma or LUT is to be applied to the sequence If Gamma is selected the Gamma setting defined in the camera s Analog Control section will be applied to all exposures in the sequence If LUT is selected the LUT characteristics defined in Analog Control will be applied to any...

Page 67: ...GO 2400M PMCL 1 GO 2400C PMCL 1 User Manual Ver 1 0 Main Functions 67 Trigger Sequencer Example User Defined Indexes up to 128 Index Structure for Trigger Sequencer ...

Page 68: ... as the value of Command Sequencer Index remains unchanged Changing the value of Command Sequencer Index to one of the other predefined indexes causes that index to be executed in response to subsequent triggers This mode of operation enables users to develop applications that continually send new values to Command Sequencer Index in response to external factors such as changing light conditions d...

Page 69: ...GO 2400M PMCL 1 GO 2400C PMCL 1 User Manual Ver 1 0 Main Functions 69 Command Sequencer Example User defined Indexes up to 128 Index Structure for Command Sequencer ...

Page 70: ... a compressed state You can increase the frame rate due to the reduced scanning time for the compressed areas However you cannot make the line frequency faster by compressing in the horizontal direction Restrictions l The specified areas cannot overlap l The frame rate can be increased in relation to size of the area specified in the vertical direction but not in relation to the horizontal directi...

Page 71: ...ffset V1 ROI Height1 ROI Offset V2 l ROI Offset V2 ROI Height2 ROI Offset V3 l ROI Offset V3 ROI Height3 ROI Offset V4 l ROI Offset V4 ROI Height4 1216 Configure the four index settings Index 1 to 4 The OffsetH Width OffsetV Height Horizontal Enable and Vertical Enable settings can be configured for each index When you configure the OffsetH Width OffsetV and Height settings for an index and set Ho...

Page 72: ...alse False False False 4 ROI 1 1 ROI 1 2 ROI 2 1 ROI 2 2 True True True False False False False False 2 ROI 1 1 ROI 1 2 True True True True True True False False 9 ROI 1 1 ROI 1 2 ROI 1 3 ROI 2 1 ROI 2 2 ROI 2 3 ROI 3 1 ROI 3 2 ROI 3 3 True True True True True True True False 12 ROI 1 1 ROI 1 2 ROI 1 3 ROI 1 4 ROI 2 1 ROI 2 2 ROI 2 3 ROI 2 4 ROI 3 1 ROI 3 2 ROI 3 3 ROI 3 4 True True True True True...

Page 73: ...tant l The value of Line Rate depends on tap geometry and Camera Link pixel clock frequency as shown in the following table Tap Geometry CL Pixel Clock MHz Line Rate KHz 1X2 1Y Full 37 125 38 038 74 25 76 076 84 85 80 357 1X3 1Y Full 37 125 51 491 74 25 113 706 84 85 129 355 1X4 1Y Full 37 125 75 457 74 25 150 915 84 85 160 714 1X8 1Y Full 37 125 148 500 74 25_8 206 250 74 25_10 160 714 84 85_8 20...

Page 74: ...n brightness The function operates as follows in response to changes in brightness l Change from bright to dark ASC AGC l Change from dark to bright AGC ASC To use the ALC function Set Gain Auto or Exposure Auto or both to Continuous mode Configure the minimum value maximum value etc for AGC and ASC under JAICustomControl The target video levels for AGC and ASC are configured in ALC Reference For ...

Page 75: ...ndividually 0 Specify areas as auto gain metering areas 16 areas individually 1 Specify all areas as auto gain metering areas ALC Area Selector Individually select any of 16 areas for automatic gain metering This setting is also used for automatic exposure control ALC Area Enable Select True to enable the metering area selected in ALC Area Selector or select False to disable it AGC Max Specify the...

Page 76: ...era s internal counter and reads that information from the host side This function is useful for verifying error conditions via the count value using internal camera operations Counting is performed at frame trigger frame start exposure start and exposure transfer end and by comparing these values you can determine the internal camera state at which missed triggers will occur Counter Occurrence Di...

Page 77: ... Value Selectable Range Description Counter 0 2 Counter 0 2 Select the counter Counter 0 2 Event Source Off Frame Trigger Frame Start Exposure Start Frame Transfer End Select the counter event signal for which to read the count value Counter 0 2 Event Activation Rising Edge fixed or Falling Edge Specify the timing at which to count Note The four counter event signals are always counted up internal...

Page 78: ...a Operation All video processes except Gain all excluding R B Gain and Blemish Compensation are disabled All video processes are enabled Camera Output 8 10 12 bit 8 10 bit Differences in Camera Operation When video process bypass mode is disabled All video processes are enabled When video process bypass mode is enabled All video processes except Gain all excluding R B Gain and Blemish Compensation...

Page 79: ...No Display the FPGA version Device SFNC Version Major SFNCMajorVersion Display the SFNC version Device SFNC Version Minor SFNCMinorVersion Display the SFNC version Device SFNC Version SubMinor SFNCSubMinorVersion Display the SFNC version XML Major Version XMLMajorVersion Display the XML version XML Minor Version XMLMinorVersion Display the XML version XML Sub Minor Version XMLSubMinorVersion Displ...

Page 80: ...n 96 Set the image width Tap Geometry Min Max Step 1x1 1Y 96 48 1936 968 2 1 pixels 1x2 1Y 96 48 1936 968 2 1 pixels 1x3 1Y 96 48 1932 966 6 3 pixels 1x4 1Y 96 48 1936 968 4 2 pixels 1x8 1Y 96 48 1936 968 8 4 pixels For the monochrome model the parenthesis value applies when BinningHorizontal is set to 2 Height 1216 Set the image height Model Min Height Max Step Mono 2 1 1216 608 2 1 pixels Color ...

Page 81: ... 2 x2 1 Off Set the number of pixels in theoertical direction for which to perform binning Mono only Pixel Format Monochrome Model Mono8 Mono10 Mono12 Color Model BayerRG8 BayerRG10 BayerRG12 RGB8 RGB10 RGB12 Mono8 BayerRG8 Set the pixel format Mono12 BayerRG12 and RGB12 are available when Video Process Bypass Mode is set to On PixelColorFilter Monochrome Model None Color Model BayerRG Display the...

Page 82: ...ource Low High Software Pulse Generator 0 User Output 0 User Output 1 Line4 TTL In Line7 CC1 NAND0 Out NAND1 Out Line7 CC1 Select the trigger signal source Line4 TTL In is available on Standard Model Trigger Activation Rising Edge Falling Edge LevelHigh LevelLow Rising Edge Select the polarity of the trigger signal i e location of signal at which trigger is applied Trigger Overlap Off Readout Off ...

Page 83: ...t Line Inverter True False False Enable disable polarity inversion for the selected input signal or output signal Line Status True False 0 Display the status of the input signal or output signal True High False Low LineSource Low High Frame Trigger Wait Frame Active Exposure Active FVAL LVAL Pulse Generator 0 User Output 0 User Output 1 Line4 TTL In Line7 CC1 Nand 0 Out Nand 1 Out Low Select the l...

Page 84: ...235 AnalogAll 1 DigitalRedAll DigitalBLueAll 1 Set the gain value for the gain item selected with the GainSelector setting Gain Auto Off Continuous Off Enable disable gain auto adjustment Black Level Selector Digital All Digital Red Digital Blue Color Model Only Digital All Master Black Select the black level to configure Black Level 133 255 0 Set the black level value Balance White Auto Off Once ...

Page 85: ...alue is calculated based on the Pulse Generator Length value Pulse Generator Start Point 0 1048574 0 Set the start point for the High interval using clock value When the counter reaches this value the output becomes 1 Pulse Generator Start Point ms 0 2330 164444 0 Set the start point for the High interval using ms When the counter reaches this value the output becomes 1 The setting range varies de...

Page 86: ... CC1 Nand0 Out Nand1 Out 0 Low Select the count clear input signal source Line4 TTL In is available on Standard Model Pulse Generator Clear Inverter True False 0 False Select whether to invert the polarity of the count clear input signal Pulse Generator Clear Sync Mode Async Mode Sync Mode Async Mode Select the sync mode for the count clear input signal LUT Control Related Topic LUT Lookup Table C...

Page 87: ...metry_ 1X4_ 1Y Set the transmission method for each time images are transmitted from the device TAP structure Camera Link Clock Frequency 37 1MHz 74 3MHz 84 9MHz 74 3MHz Set the Camera Link clock UserSetControl Related Topic Step 7 Save the Settings Load factory default settings or save load user settings for camera settings User Set Control Item Setting Range Default Description User Set Selector...

Page 88: ...1935 Display the x coordinate horizontal pixel position of the correction blemish selected in Blemish Data Index You can also manually enter the x coordinate of the blemish you want to correct Blemish Data Position Y Value 1 1215 Display the y coordinate vertical pixel position of the correction blemish selected in Blemish Data Index You can also manually enter the y coordinate of the blemish you ...

Page 89: ...ector ALC Area Enable All Off On On On Specify all photometry areas for ALC regardless of the enabled disabled statuses configured individually for each photometry area with ALC Area Selector Off Specify areas for ALC based on the enabled disabled statuses configured individually for each photometry area with ALC Area Selector ASC Min 100 7999999 100 Set the minimum value for the Exposure Auto ASC...

Page 90: ...isabled statuses configured individually for each photometry area with AWB Area Selector AWB Control Speed 1 slow 8 fast 4 Set the control speed for Balance White Auto AWB 8 is the fastest Video Send Mode Selector Related Topic Video Send Mode NormalMode TriggerSequenceMode CommandSequenceMode NormalMode Set the video send mode Sequence Roi Index Related Topic Sequence Mode 1 128 1 Select the inde...

Page 91: ...e LUT setting for the selected Sequence Roi Index Sequence LUT Mode Gamma LUT Gamma Select the LUT mode to use during Trigger Sequence Mode and Command Sequence Mode This setting is applied when Sequence Roi Lut Enable is set to True Command Sequence Index 1 128 0 Set the index displayed during Command Sequence Mode Current Sequence Index Display the index number of the currently displayed image R...

Page 92: ...lue Display the count value Counter0 Status CounterActive Counter Active Counter Active Display the counter status Counter 1 Counter Counter 1 Select the counter Counter1 Event Source Off Off FrameTrigger Frame Trigger FrameStart Frame Start ExposureStart Exposure Start FrameTransferEnd Frame Transfer End Off Select the counter event signal for which to read the count value Counter1 Event Activati...

Page 93: ...e Default Description Counter2 Event Activation RisingEdge Rising Edge FallingEdge Falling Edge Display the timing at which to count Counter2 Reset Reset the counter Counter2 Refresh Update the count value Counter2 Value Display the count value Counter2 Status CounterActive Counter Active Counter Active Display the counter status ...

Page 94: ...e 9600 Default Data Length 8bit Start Bit 1bit Stop Bit 1 bit Parity None Xon Xoff Control None Protocol Short ASCII Command Transmit the Setting Command to Camera NN is any kind of the command NN Param CR LF Send to camera GA 0 CR LF Camera response COMPLETE CR LF When camera receives a valid command camera will return COMPLETE If camera receives an invalid command camera will return following Se...

Page 95: ...fter a communication has been established When switching to other baud rate the procedure is as follows e g Change baud rate to 115200bps 1 Confirm baud rates camera supported Send to camera SBDRT CR LF Camera response SBDRT 31 0x1F CR LF 2 Request new baud rate 115200bps Send to camera CBDRT 16 0x10 CR LF Camera response COMPLETE CR LF 3 Rewrite new baud rate again with new baud rate Confirmation...

Page 96: ...rap Register Short ASCII Command Name Access Short ASCII Values MIN MAX Default Description SupportedBaud rates R O SBDRT Indicate Support Non support status for each baud rate bit0 9600bps bit1 19200bps bit2 38400bps bit3 57600bps bit4 115200bps 0x01 0xFF 0x1F SBDRT CR LF Display the supported transmission baud rate as bit fields This camera supports 9600bps 19200bps 38400bps 57600bps and 115200b...

Page 97: ... the image height The value will be set in configuration steps Model Min Height Max Step Mono 2 1 1216 608 2 1 pixels Color 2 1216 2 pixels For the monochrome model the parenthesis value applies when BinningHorizontal is set to 2 Width R W WTC Min Max OffsetX Varies depending on the Tap Geometry setting 1936 WTC Param CR LF WTC CR LF Set the image width The value will be set in configuration steps...

Page 98: ...am CR LF OFC CR LF Set the horizontal offset The value will be set in configuration steps Tap Geometry Min Max Step 1x2 1Y 0 1840 920 2 1 pixels 1x3 1Y 0 1836 918 6 3 pixels 1x4 1Y 0 1840 920 4 2 pixels 1x8 1Y 0 1840 920 8 4 pixels For the monochrome model the parenthesis value applies when BinningHorizontal is set to 2 BinningHorizontal R W HB 1 Binning Off 2 Binning 2 mode Mono model only 1 HB P...

Page 99: ...reyVerticalRamp 3 GreyHorizontal RampMoving 4 Horizontal Colorbar 5 Vertical Colorbar 6 Moving Colorbar 0 TPN Param CR LF TPN CR LF Select the test image Color model only SensorDigitization Taps R W SDT 1 10bit 2 12bit 2 SDT Param CR LF SDT CR LF Displays the digital tones output from the sensor BayerAlgorithm R W BYRA 0 Standard 1 Extended 0 BYRA Param CR LF BYRA CR LF Select the pixel interpolat...

Page 100: ...elHigh 3 LevelLow 0 TA Param CR LF TA CR LF Select the polarity of the trigger signal i e location of signal at which trigger is applied ExposureMode R W EM 0 Off 1 Timed 2 TriggerWidth 1 EM Param CR LF EM CR LF Select the exposure mode ExposureTimeRaw R W PE 15 8000000 us 18000 PE Param CR LF PE CR LF Set the exposure time Note The maximum value varies depending on the Acquisition Frame Rate Raw ...

Page 101: ...se 1 True 0 ND0INV2 Param CR LF ND0INV2 CR LF Enable disable polarity inversion for the NAND0 In2 input LineInverter_ Nand1In1 R W ND1INV1 0 False 1 True 0 ND1INV1 Param CR LF ND1INV1 CR LF Enable disable polarity inversion for the NAND1 In1 input LineInverter_ Nand1In2 R W ND1INV2 0 False 1 True 0 ND1INV2 Param CR LF ND1INV2 CR LF Enable disable polarity inversion for the NAND1 In2 input LineSour...

Page 102: ...ll R W PGR 4533 0 28400 0 PGR Param CR LF PGR CR LF Set the red gain value for white balance control Color model only GainRawDigitalBlueAll R W PGB 4533 0 28400 0 PGB Param CR LF PGB CR LF Set the blue gain value for white balance control Color model only GainAuto R W AGC 0 Off 1 Continuous 0 AGC Param CR LF AGC CR LF Enable disable gain auto adjustment BlackLevelRawAll R W BL 133 0 255 0 BL Param...

Page 103: ...eGreen Mono R W LUTG Param 1 LUT index 0 255 γ 1 equivalent value LUTG Param1 Param2 CR LF LUTG Param1 CR LF Color model Set the LUT value for the green output signal Mono model Set the LUT value for the image output signal Param 2 LUTdata 0 4095 LUTValueBlue R W LUTB Param 1 LUT index 0 255 γ 1 equivalent value LUTB Param1 Param2 CR LF LUTB Param1 CR LF Set the LUT value for the red output signal...

Page 104: ...osuerStart 4 FrameTransferEnd 0 CE0 Param CR LF CE0 CR LF Select the counter event signal for which to read the count value for Counter0 Counter1EventSource R W CE1 0 Off 1 FrameTrigger 2 FrameStart 3 ExposuerStart 4 FrameTransferEnd 0 CE1 Param CR LF CE1 CR LF Select the counter event signal for which to read the count value for Counter1 Counter2EventSource R W CE2 0 Off 1 FrameTrigger 2 FrameSta...

Page 105: ...nd Offset Y settings Set the frame rate as a frame interval us BlemishWhiteEnable R W BMW 0 False 1 True 1 BMW Param CR LF BMW CR LF Enable disable blemish correction BlemishWhiteDetect W O BMRCW 1 BMRCW 1 CR LF Execute blemish detection BlemishWhiteDetect Threshold R W BMTHW 0 100 10 BMTHW Param CR LF BMTHW CR LF Set the blemish detection threshold BlemishWhiteDetect PositionX R W BMPXW Param 1 B...

Page 106: ...rrection Mode R W SDCM 0 Flat Shading 1 Color Shading 0 SDCM Param CR LF SDCM CR LF Select the shading correction mode Color only fixed at Flat Shading for Mono ShadingCorrect W O RS RS 0 CR LF Execute shading correction RequestShadingDetect Result R O SDRS 0 Complete 1 Too Bright 2 Too dark 3 Timeout Error 4 Busy 5 Limit 6 Trig is not set as Normal SDRS CR LF Display the shading correction result...

Page 107: ...the Offset X of Sequence Roi Index n SequenceMode Heightn n 1 128 R W SQHn 2 1216 1216 SQH n Param CR LF SQH n CR LF Set the height of Sequence Roi Index n SequenceMode OffsetYn n 1 128 R W SQOYn 0 1214 0 SQOY n Param CR LF SQOY n CR LF Set the Offset Y of Sequence Roi Index n SequenceMode Gainn n 1 128 R W SQGAn 100 1600 100 SQGA n Param CR LF SQGA n CR LF Set the gain of Sequence Roi Index n Seq...

Page 108: ...F Set the black level of Sequence Roi Index n SequenceMode GainRedn n 1 128 R W SQPGRn 4533 17713 0 SQPGR n Param CR LF SQPGR n CR LF Set the red gain of Sequence Roi Index n Color model only SequenceMode GainBluen n 1 128 R W SQPGBn 4533 17713 0 SQPGB n Param CR LF SQPGB n CR LF Set the blue gain of Sequence Roi Index n Color model only CommandSequence Index R W CSQI 1 128 0 CSQI Param CR LF CSQI...

Page 109: ...Indexn SensorMultiRoiHeightn n 1 4 R W SMRHn 2 1216 1216 SMRHn Param CR LF SMRHn CR LF Set the height of Sensor Multi Roi Indexn SensorMultiRoiOffsetXn n 1 4 R W SMROXn 0 1920 0 SMROXn Param CR LF SMROXn CR LF Set the Offset X of Sensor Multi Roi Indexn SensorMultiRoiOffsetYn n 1 4 R W SMROYn 0 1214 0 SMROXn Param CR LF SMROXn CR LF Set the Offset Y of Sensor Multi Roi Index2 SensorMultiRoi Horizo...

Page 110: ...he maximum value for the Exposure Auto ASC control range Maximum value is varied depending on frame rate ExposureAutoMin R W ASCEI 100 7999999 100 ASCEI Param CR LF ASCEI CR LF Set the minimum value for the Exposure Auto ASC control range Maximum value is varied depending on frame rate AlcReference R W AGCF 10 100 50 AGCF Param CR LF AGCF CR LF Set the target level for ALC unit GainAutoMax R W AGC...

Page 111: ...MR ALCMLML ALMLL ALCMHR ALCMHMR ALCMHML ALMHL ALCHR ALCHMR ALCHML ALCHL 0 Off 1 On Default 0 ALC Param CR LF ALC CR LF Enable disable the specified photometry area 16 Photometry Areas and Short ASCII Commands ALCHL High Left ALCHML Hight Mid Left ALCHMR High Mid Right ALCHR High Right ALCMHL Mid High Left ALCMHML Mid Hight Mid Left ALCMHMR Mid High Mid Right ALCMHR Mid High Right ALCMLL Mid Low Le...

Page 112: ...WBMHMR AWBMHML ALMHL AWBHR AWBHMR AWBHML AWBHL 0 Off 1 On Default 0 AWB Param CR LF AWB CR LF Enable disable the specified photometry area Color model only 16 Photometry Areas and Short ASCII Commands AWBHL High Left AWBHML Hight Mid Left AWBHMR High Mid Right AWBHR High Right AWBLMHL Mid High Left AWBMHML Mid Hight Mid Left AWBMHMR Mid High Mid Right AWBMHR Mid High Right AWBLMLL Mid Low Left AWB...

Page 113: ...emperature C of the camera as a x128 value GpioPulseGenDivide Value R W PGDEV 1 4096 1 PGDEV Param CR LF PGDEV CR LF Set the division value for the prescaler 12 bit using the pixel clock as the base clock GpioPulseGenLength0 R W PGL0 1 1048575 1 PGL0 Param CR LF PGL0 CR LF Set the maximum count up value using clock value GpioPulseGen StartPoint0 R W PGST0 0 1048575 0 PGST0 Param CR LF PGST0 CR LF ...

Page 114: ...t the clear signal condition for the count clear input of the pulse generator GpioPulseGen SyncMode0 R W PGSM0 0 Async Mode 1 Sync Mode 0 PGSM0 Param CR LF PGSM0 CR LF Select the sync mode for the count clear input signal GpioPulseGen Input0 R W PGIN0 0 Low 1 High 2 n a 3 n a 4 FrameTriggerWait 5 FrameActive 6 ExposureActive 7 FVAL 8 LVAL 10 UserOutput0 11 UserOutput1 12 TTL_In1 Std Only 13 CL_CC1...

Page 115: ...N2 Same as above 0 ND0IN2 Param CR LF ND0IN2 CR LF Select the input source signal for NAND0 In2 GpioNand1 InputSource1 R W ND1IN1 0 Low 1 High 3 FrameTriggerWait 4 FrameActive 5 ExposureActive 6 Fval 7 LVAL 8 PulseGenerator0 10 UserOutput0 11 UserOutput1 12 TTL_In1 Std Only 13 CL_CC1_In 15 Nand0 0 ND1IN1 Param CR LF ND1IN1 CR LF Select the input source signal for NAND1 In1 GpioNand1 InputSource2 R...

Page 116: ...When 256 commands are sent in succession the LUT curve is updated during WRITE or the LUT curve is loaded sequentially during READ Red signal LUTSequenceG R W LUTSG 0 4095 Color model only 0 LUTSG Param CR LF LUTSG CR LF When 256 commands are sent in succession the LUT curve is updated during WRITE or the LUT curve is loaded sequentially during READ Green signal LUTSequenceB R W LUTSB 0 4095 Color...

Page 117: ...lc white balance or convergent is currently being used for control when using ALC VideoProcessBypass R W VPB 0 OFF 1 ON 0 VPB Param CR LF VPB CR LF Enable disable video process bypass mode Frame rate min limit R O ARMIN 6029 32764 6080 ARMIN CR LF Display the fastest value for the frame rate under the current configurations as a frame interval us Exposure min limit R O PEMIN 15 79 20 PEMIN CR LF D...

Page 118: ...o 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 Settings and Operations Issue Settings cannot be sav...

Page 119: ...odel only H1 V2 127 9 fps H2 V1 127 9 fps H2 V2 127 9 fps When pixel format is RGB8 Acquisition Frame Rate max is 34 8fps EMVA 1288 parameters Absolute sensitivity Maximum SNR 10bit output 6 82p λ 525 nm 45 29 dB 10bit output 6 94p λ 525 nm 45 15 dB SN ratio traditional method 60 dB or more standard 0 dB gain Black 60 dB or more standard 0 dB gain Green Black Digital image output format Full pixel...

Page 120: ...t Adjustment range 33LSB to 64LSB against reference level during 10 bit output Resolution adjustment 1 STEP 0 25LSB Gain adjustment Manual adjustment range 0 dB 24 d 1 step x0 01 0 005 dB to 0 08 dB varies by setting value Auto gain Off Continuous WB gain R B 7 dB to 15 dB 1 step 0 1 dB WB Preset 4600K 5600K 6500K WB area 16 4 4 Area WB range 3000 K to 9000 K White balance Off Continuous Once Colo...

Page 121: ...tely 5 minutes of warm up are required to achieve these specifications l Design and specifications are subject to change without notice Caution The performance specifications given for this camera have been verified for the Operating Temperature range shown in the Specifications table The camera may be able to perform outside of the specified temperature range but such performance has not been ver...

Page 122: ...el Size µm Image Size Frame Rate 8 10 12 bit 2 35 MP 1936 1216 Full pixel 5 86 5 86 1 1 2 13 40 mm 165 fps 8 bit 2 MP 1920 1080 ROI 5 86 5 86 1 1 2 12 91 mm 185 fps 8 bit 1 4 MP 1400 1050 ROI 5 86 5 86 1 1 6 10 26 mm 190 fps 8 bit 1 3 MP 1280 1024 ROI 5 86 5 86 1 1 7 9 61 mm 195 fps 8 bit 0 5 MP 800 600 ROI 5 86 5 86 1 2 7 5 86 mm 324 fps 8 bit 0 3 MP 640 480 ROI 5 86 5 86 1 3 4 4 69 mm 400 fps 8 ...

Page 123: ...GO 2400M PMCL 1 GO 2400C PMCL 1 User Manual Ver 1 0 Miscellaneous 123 Spectral Response GO 2400M PMCL 1 GO 2400C PMCL 1 ...

Page 124: ...GO 2400M PMCL 1 GO 2400C PMCL 1 User Manual Ver 1 0 Miscellaneous 124 Dimensions Notes l Dimensional tolerance 0 3mm l Unit mm ...

Page 125: ...GO 2400M PMCL 1 GO 2400C PMCL 1 User Manual Ver 1 0 Miscellaneous 125 User s Record Model name Revision Serial No Firmware version For camera revision history please contact your local JAI distributor ...

Page 126: ...rademarks Other 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 Revision History Revision Date Device Version Changes 1 0 2023 06 19 DV0100 First Release ...

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