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GPO output system diagram (example of GPO1)

Sensor Readout (Sensor Output)

This signal indicates that exposure has completed and the image sensor has entered the video output sequence (enabled
only when operating the trigger mode). Output is available from the GPO2/3 terminals. The sensor readout signal is
asserted before optical black (OB) and the effective pixel area is output. Image might not be output properly, if trigger
signal is input while this signal is asserted.

Pulse Train Generator

Pulse waveforms can be output from the GPO2/3 connector. Available range is 0.5Hz to 100kHz.

Register

Parameter

PWMPulseDutyT

1 to 2000000 [µs]

PWMPulseCycleT

10 to 2000000 [µs]

0

1

0

1

Trigger signal

Exposure

Sensor output

Trigger through signal

Exposure signal

Sensor readout signal

Pulse signal

Strobe control signal

(GPO1)

User definition 1

User definition 2

User definition 3

LineSource

LineInverter

GPO2
GPO3

StrobeActiveDelay

StrobeActiveTime

Trigger signal

Exposure signal

Sensor readout signal

(Sensor output)

Trigger latency

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Summary of Contents for XCG-CG160

Page 1: ...Technical Manual C 283 100 12 1 Digital Video Camera Module 2015 Sony Corporation XCG CG160 CG160C XCG CG240 CG240C XCG CG510 CG510C ...

Page 2: ...Continuous AGC and Continuous AE 22 Trigger Control 23 Free run trigger mode PTP IEEE1588 23 Special trigger 26 Burst trigger 27 FreeSetSequence 28 Trigger source 30 Trigger inhibition 30 Trigger delay 30 Trigger counter 30 Trigger range limit 31 Frame Rate 32 Auto frame rate 32 Specifying frame rate 32 Displaying frame rate 32 Fastest frame rate for partial scanning 33 Frame counter 35 Timing Cha...

Page 3: ...n external trigger signal any shutter timing can be used Partial scan The camera module can limit the number of video output lines to achieve high frame rates enabling high speed image processing Body fixing The screw holes to install the camera module are located under the front panel the image sensor reference plane Installing the camera module on the front panel minimizes deviation of the optic...

Page 4: ...e specific to image sensors They do not indicate a malfunction White flecks Although the image sensors are produced with high precision technologies fine white flecks may be generated on the screen in rare cases caused by cosmic rays etc This is related to the principle of image sensors and is not a malfunction The white flecks especially tend to be seen in the following cases when operating at a ...

Page 5: ...m of the camera module to fix the camera module to a tripod f Camera module interface board Install the board in the expansion slot of the host device ex computer Use a board that is appropriate for your system and that supports 1000BASE T or allows 100BASE TX when it is used and jumbo packets g LAN cable This cable connects to the RJ45 connector on the rear panel of the camera module Image contro...

Page 6: ...3af standard By using a PoE compatible LAN cable and camera module interface board or hub you can power control and output images from the camera using one LAN cable Using the DC IN connector You can supply power via the DC IN connector using the power adapter Use DC 700 700CE which is the stable power source free from ripple or noise Heat dissipation For heat dissipation refer to When mounting th...

Page 7: ... adaptor d Reference screw holes bottom These precision screw holes are for locking the camera module Locking the camera module into these holes secures the optical axis alignment Note Refer to XCG CG240 Demensions in page 59 for about the position size of the Guide hole and the Reference hole Using a tripod To use the tripod install the tripod adaptor VCT 333I not supplied on the camera module Us...

Page 8: ... is turned on Notes All the setting items will be deleted Formatting is performed after operation Do not turn off the power for 1 minute after the LED lights again h Status LED Green Displays the unit status For details see Status LED page 43 Connecting the cables Connect the camera cable 5 to the DC IN connector 2 and connect the LAN cable 3 to the RJ45 connector 1 respectively If you use a camer...

Page 9: ... dissipation plate Dimension of the heat dissipation plate 160 mm 130 mm t5 mm or more Thermal conductivity 16 3 W m K or more Notes When mounting the camera to the heat dissipation plate secure the camera tightly by using the reference screw holes see page 7 and screws Do not mount the camera to a plate made of a material such as wood or resin that prevents heat dissipation Metallic heat dissipat...

Page 10: ...efault gateway values automatically obtained from the DHCP server are also used Using LLA If neither Persistent IP nor DHCP is used or if an IP address cannot be obtained from the DHCP server the IP address is determined by LLA The IP address determined by LLA will be 169 254 XXX YYY with XXX and YYY automatically specified Packet Size The amount of image data per packet can be set in bytes To per...

Page 11: ...ting to image output becomes large To avoid this situation it is required to set the shooting frame rate to the proper value when using 100Base TX connection The data rate of images is obtained by the following formula Data rate Width Height BPP FPS Width Width of image Height Height of image BPP The number of bits per pixel depends on the PixelFormat setting FPS Frame rate frame sec It is possibl...

Page 12: ...d to output Note When inputting a trigger signal to the camera using the DC 700 CE use DC 5 V or less at the logical high level Make sure to supply power to the camera module and confirm that the camera module is operating before inputting a trigger signal If you input trigger signal to a camera module without the power supplied this may cause a malfunction of the camera module Register Parameter ...

Page 13: ... specifications below 4 is GPO connector only for XCG CG160 CG160C GPI circuit specifications Rising the input signal as soon as possible Example GPIO circuit specifications XCG CG160 CG160C Input voltage V TDF ns FT ns TDR ns RT ns 5 0 167 297 192 358 DA2710100L MMBF4393LT1G 180 2 5 ACPL M60 3 3V GPI1 DC IN connector Input level Low 0 to 0 4 V High 5 to 24 V 5 V 0 V 3 3 V 0 V TDF FT TDR RT 90 50 ...

Page 14: ...tput voltage V Normal temperature 3 3 470 Ω 5 07 0 75 0 49 24 35 0 916 5 0 820 Ω 4 98 0 73 0 63 28 46 0 909 12 0 Two 2200 Ω resistors in parallel 9 87 0 71 1 05 36 64 1 112 24 0 Eight 8200 Ω resistors in parallel 21 85 0 73 1 45 45 76 1 571 GPI2 GPO2 GPI3 GPO3 3 4 SN74LVC1T45 180 Ω DC IN connector As GPI2 GPO2 Input level Low 0 to 0 4 V High 3 5 to 5 5 V Output level 0 to 3 3 V 4 5 GPO3 DC IN conn...

Page 15: ...shutter setting has priority use a shutter speed high enough to enable partial scan at a higher frame rate Configurable range Configurable values The values of OFFSETX OFFSETY WIDTH and HEIGHT increase or decrease in steps of 4 Binning XCG CG160 only Adding 2 pixels in the vertical and horizontal directions achieves higher sensitivity and frame rate Note To fasten the frame rate on binning use the...

Page 16: ...e unit to reflect the changes of the drive mode z Usable function Not usable function command parameter Setting DRIVE_MODE 0 Mode 0 1 Mode 1 DRIVE_MODE Mode 0 Mode 1 Maximum frame rate 75 fps XCG CG160 CG160C 41 fps XCG CG240 CG240C 23 fps XCG CG510 CG510C 50 fps XCG CG160 CG160C 32 fps XCG CG240 CG240C 15 fps XCG CG510 CG510C Defect detection function z Defect correction function z z Shading dete...

Page 17: ...ight MultiROISelect 0 to 1 Designates the number of the area the parameter is to be changed MultiROIEnable 0 Off The area designated in MultiROISelect is Off 1 On The area designated in MultiROISelect is On MultiROIWidth 4 to 1456 Horizontal size of the area MultiROIHeight 4 to 1088 Vertical size of the area MultiROIOffsetX 0 to 1452 Horizontal position of the area MultiROIOffsetY 0 to 1084 Vertic...

Page 18: ...rGR10Packed 1 0x010C002A BayerGR12Packed Mode0 2 0x0108000A BayerGB8 2 0x010C0028 BayerGB10Packed Mode1 2 0x0108000A BayerGB8 2 0x010C0028 BayerGB10Packed 2 0x010C002C BayerGB12Packed Mode0 3 0x01080009 BayerRG8 3 0x010C0027 BayerRG10Packed Mode1 3 0x01080009 BayerRG8 3 0x010C0027 BayerRG10Packed 3 0x010C002B BayerRG12Packed 0x02180014 RGB8Packed 0x02180015 BGR8Packed 0x02180020 YUV8_UYV YUV444 0x...

Page 19: ... 0x010C002C BayerGB12Packed Mode0 2 0x01080008 BayerGR8 Mode1 2 0x01080008 BayerGR8 2 0x010C0026 BayerGR10Packed 2 0x010C002A BayerGR12Packed Mode0 3 0x0108000B BayerBG8 Mode1 3 0x0108000B BayerBG8 3 0x010C0029 BayerBG10Packed 3 0x010C002D BayerBG12Packed 0x02180014 RGB8Packed 0x02180015 BGR8Packed 0x02180020 YUV8_UYV YUV444 0x0210001F YUV422_8_UYVY 0x02100032 YUV422_8 Register Model Drive mode Re...

Page 20: ...ed Register Parameter Function ReverseX ReverseY 0 Off no flip 1 Flip vertically 2 Flip horizontally 3 Rotation of 180 degrees Register Parameter Setting Gain 1 or less 0 27 or more Gain dB unit GainAnalogRaw 10 or less 0 270 or more Gain advanced setting Register Parameter Setting GainAutoMode Off 0 Manual gain Once 1 One push AGC Continuous 2 Continuous AGC GainAutoLevel 0 to 11264 to 16383 AGC ...

Page 21: ...l be easier to see the pixel defects Note Exposure time to be set varies depending on modes Check the actual value with read out after completing settings 2 The minimum value varies upon models or settings Register Parameter Setting AreaGainEnableAll 0 Off Gains in all areas are set to Off 1 On Gains in all areas are set to On AreaGainSelect 0 to 15 Specify the area number of the parameter to be c...

Page 22: ...ach other to adjust the level automatically with GainAutoLevel as the target level When the environment starts getting dark and AE reaches the upper limit AGC starts to work Register Parameter Setting ExposureAutoMode Off 0 Manual shutter Once 1 One push AE Continuous 2 Continuous AE ExposureAuto Speed 1 to 192 to 256 AE convergence speed ExposureAuto UpperLimit 1 to 2000000 AE upper limit Exposur...

Page 23: ...l and the trigger edge detection exposure is performed based on the set shutter value is performed When ExposureMode is 1 the trigger width detection exposed for the period of the trigger signal width is performed XCG CG160 CG160C Unavailable Dedicated to output For trigger mode TriggerMode On Trigger edge detection The figure shows the trigger signal negative polarity detecting the drop edge Regi...

Page 24: ...master will be determined automatically by the best master clock algorism The camera is available for use when the status is either master or slave It takes around 10 sec to start synchronizing from when the function is enabled Register Parameter Setting GevVersionForStartUp GigE_Version_1_2 GigE Vision Version1 2 GigE_Version_2_0 GigE Vision Version2 0 Register Parameter Setting GevIEEE1588 False...

Page 25: ... exposure by setting the absolute time Only 1 time can be registered The next exposure can be reserved when the exposure starts As with the setting of the IEEE1588 master time the time is reserved by writing the epoch time expressed in seconds and multiplying it by 1 000 000 000 64 bits into two 32 bit registers and sending the time set command If the past time has been passed the exposure starts ...

Page 26: ...d subsequent trigger signals should be input 5 ms or more after the end of video output The special trigger operation and trigger mode operation cannot be enabled at the same time The source and polarity of the special trigger signal should be defined separately from the trigger mode Each setting should be saved in the user set For the items reflected refer to Command List page 47 XCG CG160 CG160C...

Page 27: ...periods in trigger width and trigger width x Exposure2Ratio alternately BurstPeriod FrameCount 0 Exposes only the times set in BurstFrameCount TriggerDuration 1 Performs burst exposure while the input trigger is on However burst exposure would be terminated when it reaches BurstFrameCount Enabled when ExposureMode is in edge detection mode Disabled in width detection mode BurstFrameCount 0 to 6553...

Page 28: ...his is 0 FreeSetSelect 1 to 10 Designate which action parameter for which number to display change FreeSetLine2Delay 1 to 10000000 Designate the Line2 GPO exposure start time µSec No output is performed in 1 FreeSetLine2Duration 0 to 10000000 Designate the Line2 GPO output length µSec FreeSetLine3Delay 1 to 10000000 Designate the Line3 GPO exposure start time µSec No output is performed in 1 FreeS...

Page 29: ...etLine3Duration1 FreeSetLine3Duration2 FreeSetLine3Delay2 FreeSetLine3Delay1 FreeSetLine3Delay2 FreeSetGain1 FreeSetGain2 FreeSetGain3 FreeSetGain1 FreeSetGain2 FreeSetGain3 FreeSet1Cycle FreeSetExpDelay2 FreeSetExpDelay3 TriggerSource BurstMode SingleExposureTime DualExposureTime ExposureMode 2 13 2 ExposureMode ExposureMode Free run Bulk Sequential Trigger edge detection Trigger width detection ...

Page 30: ...y the trigger signal Trigger counter Accepted triggers by which video output is performed are counted Triggers are counted up by the internal counter even in the free run operation Setting 0 resets the counter Video output is not performed for triggers that coincide with the double exposure timing but triggers are counted up Triggers that have been removed by trigger range limit are not counted Th...

Page 31: ...tarted with the time lag of the trigger range setting values Image will not be output when trigger signal width is out of set range Trigger range operation example ExposureTime 300 TriggerAcceptanceRangeLowerLimit 100 in the figure Register Parameter Setting TriggerAcceptanceRangeEnabled Off 0 Trigger range off On 1 Trigger range on TriggerAcceptanceRangeLowerLimit 1 to 2000000 Trigger range lower...

Page 32: ... time longer than the video output time Specifying frame rate The frame rate of the video output can be specified in the free run operation The value of the frame rate fps should be entered The frame rate faster than the fastest frame rate cannot be set The upper limit varies depending on the partial scan setting Displaying frame rate The current frame rate during the auto frame rate operation is ...

Page 33: ... Mode1 Mono12 Mono10 Mono8 XCG CG160C Mode1 Raw12 Raw10 Raw8 XCG CG160C Mode1 YUV16 XCG CG160C Mode1 YUV24 RGB24 XCG CG160 Mode0 Mono8 XCG CG160C Mode0 Raw8 0 200 400 600 800 1000 0 200 400 600 800 1000 1200 XCG CG240 Mode1 Mono12 Mono10 Mono8 XCG CG240C Mode1 Raw12 Raw10 Raw8 XCG CG240C Mode1 YUV16 XCG CG240C Mode1 YUV24 RGB24 XCG CG240 Mode0 Mono10 XCG CG240C Mode0 Raw10 XCG CG240 Mode0 Mono8 XC...

Page 34: ...C 0 200 400 600 800 1000 1200 0 400 800 1200 1600 2000 XCG CG510 Mode1 Mono12 Mono10 Mono8 XCG CG510C Mode1 Raw12 Raw10 Raw8 XCG CG510C Mode1 YUV16 XCG CG510C Mode1 YUV24 RGb24 XCG CG510 Mode0 Mono8 XCG CG510C Mode1 Raw8 ...

Page 35: ... Variation in trigger latency and exposure time varies depending on output mode settings Register FrameCounter FrameCounterReset Register Parameter Trigger latency Exposure time FastTriggerMode On 0 approx 0 2 µs ExposureTime approx 0 µs to approx 13 µs Off 1 approx 11 µs to approx 107 µs XCG CG160 CG160C ExposureTime approx 0 µs to approx 36 µs XCG CG160 CG160C approx 41 µs to approx 184 µs XCG C...

Page 36: ...itionStop status Designate the number of images to record in AcquisitionFrameCount The maximum number that can be stored can be obtained as the max value of AcquisitionFrameCount in GenICam API When you execute AcquisitionStart the exposure starts immediately and the image data is stored in the internal memory when the trigger is in the OFF state Recording will be finished when the number of image...

Page 37: ...pport of command As normal commands are executed by unicast communication you cannot perform the same command at the same time on multiple cameras This camera is equipped with the function that receives the command sent to the broadcast As the GigE Vision standard does not recommend sending commands destined for broadcasts broadcast reception is disabled by default Register Parameter Setting Image...

Page 38: ...ion points Register Parameter Setting BalanceWhiteAuto Off 0 Manual correction Once 1 One push AWB Continuous 2 Continuous AWB DetectAreaGainAuto Off 0 Detection frame is hidden On 1 Detection frame is displayed GainDigitalRedRaw 256 x1 to 4096 Red gain GainDigitalGreenRaw 256 x1 to 4096 Green gain GainDigitalBlueRaw 256 x1 to 4096 Blue gain Register Parameter Setting LUTEnable Off 0 LUT off γ 1 O...

Page 39: ... be changed Setting example LUTIndex 0 LUTValue 3 LUTIndex 1 LUTValue 10 LUTIndex 4094 LUTValue 4000 LUTIndex 4095 LUTValue 4010 Save LUT When you change the settings save them using the LUT SAVE command Color Matrix Conversion During RGB 24 bit YUV 24 bit and YUV 16 bit output the following color matrix conversion can be applied to the color model Specify using values between 8191 and 8191 256 is...

Page 40: ...onochrome model monochrome chart can be set For color model monochrome chart or color chart can be set 12 bit notation Register Parameter Setting SpatialFilterEnable Off 0 Filter off On 1 Filter on Register Parameter Setting SpatialFilterSelector Row 0 to 2 Matrix row position SpatialFilterSelector Column 0 to 2 Matrix column position SpatialFilterValue 8191 to 8191 Filter parameters Register Para...

Page 41: ...ive setting LineSelector 1 LineMode 1 LineInverter 0 LineSource 2 Register Parameter Setting LineSelector Line1 0 DC IN connector 2nd pin Line2 1 DC IN connector 3rd pin Line3 2 DC IN connector 4th pin LineMode Input 0 Set to input Output 1 Set to output LineInverter Off 0 Without output inversion On 1 With output inversion LineStatus Input signal level LineSource TriggerThrough 0 Trigger through ...

Page 42: ...rly if trigger signal is input while this signal is asserted Pulse Train Generator Pulse waveforms can be output from the GPO2 3 connector Available range is 0 5Hz to 100kHz Register Parameter PWMPulseDutyT 1 to 2000000 µs PWMPulseCycleT 10 to 2000000 µs 0 1 0 1 Trigger signal Exposure Sensor output Trigger through signal Exposure signal Sensor readout signal Pulse signal Strobe control signal GPO...

Page 43: ...akes four times the EXP time setting The output levels on the same x coordinate axis are shown below The levels uniformly indicate around 1000 steps when an all black image is taken but defect pixels at high levels are present in some locations All pixels whose levels exceed 3200 steps which was set in step 2 are detected Execute the detection after the image transfer is set to off AcquisitionStop...

Page 44: ... the lens shadings caused by a drop in the amount of light around the lens or light source variation are corrected 35 patterns in XCG CG160 CG160C 20 patterns in XCG CG240 CG240C and 9 patterns in XCG CG510 CG510C can be stored as user settings Shading Correction has two modes In peak detection mode you can adjust the screen to brightest level In average detection mode you can adjust the whole scr...

Page 45: ...ilable only after detecting an operation and will not be available when the power is off 5 Save the shading pattern ShadingPatternSelect 0 ShadingPatternSave 1 6 Readout the saved pattern ShadingPatternSelect 0 ShadingPatternLoad 1 Note Perform the shading detection after the trigger mode and the image transfer are set to off Reset the camera once if the shading detection cannot be finished Upon l...

Page 46: ...e names that can be assigned to cameras A string that is 15 characters long can be assigned Saving and Startup The startup setting can be determined by UserSetDefaultSelector This is also used to check which user set settings are currently being used Usage example Startup with the setting saved in the user set channel 3 UserSetDefaultSelector 3 Restart or CameraReboot command Check which user set ...

Page 47: ...16 to 2048 to 2056 0xA008 OffsetX Output image OffsetX z z 0 to 1440 0 to 1440 z 0 to 1920 0 to 1920 0 to 2448 0 to 2448 0xA00C OffsetY Output image OffsetY z z 0 to 1080 0 to 1080 z 0 to 1200 0 to 1200 0 to 2040 0 to 2040 0xA010 AcquisitionMode Acquisition mode z z 0 1 3 z 0xA014 AcquisitionStart Starting image transfer z 1 readout is disabled 0xA018 AcquisitionStop Stop image transfer z 1 readou...

Page 48: ...000228 AcquisitionFrame RateActual Readout the actual frame rate z xxxxxxxxxx 0x42269E56 41 654624938964844 0x419D9DE3 19 702093124389648 0xA0000300 SpecialTrigger Mode Special trigger mode z z 0 1 2 0xA0000304 NumberOfMemory ForSpecialTrigger Mode Number of UserSets used for special trigger mode z z 1 to 2 to 16 0xA00002F0 SpecialTrigger Source Special trigger source z z 0 1 2 4 0xA00002F4 Specia...

Page 49: ...e z z 1 to 10 to 60000000 z z 0xA000214C ExposureAuto UpperLimit Setting of AE limit maximum value z z XCG CG160 CG160C CG510 CG510C 1 to 9593 to 60000000 z z XCG CG240 CG240C 1 to 7674 to 60000000 0xA000201C GainAuto AGC mode z z 0 1 2 z z 0xA0002020 GainAutoLevel AGC target level z z 0 to 11264 to 16383 z z 0xA0007034 GainAutoLevelMin Readout the AGC target level minimum value z 0 0xA0007030 Gai...

Page 50: ...elector User set selector z z 0 to 16 0xA0001004 UserSetSave User set save z Readout is disabled 0xA0001008 UserSetLoad User set load z Readout is disabled 0xA000100C UserSetDefault User set default z z 0 to 16 0xA0001010 UserMemoryIndex User memory index z z 0 to 15 0xA00020C0 0xA00020FC UserMemoryValue User memory value z z 0x0 to 0xFFFFFFFF z z 0xA0002060 LUTEnable LUT enable z z 0 1 z z 0xA000...

Page 51: ...elector z z 0 to 2 0xA0001264 UserOutputValue 0 User output 0 z z 0 1 z z 0xA0001268 UserOutputValue 1 User output 1 z z 0 1 z z 0xA000126C UserOutputValue 2 User output 2 z z 0 1 z z 0xA0000010 CameraReboot Device reset z 0xA0000130 TestImageSelector Test image selector z z 0 1 3 0x0D24 ExtendedChunk Mode Extended chunk mode z z 0 1 0xA100 ChunkModeActive Enable chunk mode z z 0 1 0xA200 ChunkEna...

Page 52: ...8191 to 0 to 8191 z z 0xA0001920 ColorMatrixCenter Left z z 8191 to 0 to 8191 z z 0xA0001924 ColorMatrixCenter Center z z 8191 to 256 to 8191 z z 0xA0001928 ColorMatrixCenter Right z z 8191 to 0 to 8191 z z 0xA0001930 ColorMatrixBottom Left z z 8191 to 0 to 8191 z z 0xA0001934 ColorMatrixBottom Center z z 8191 to 0 to 8191 z z 0xA0001938 ColorMatrixBottom Right z z 8191 to 256 to 8191 z z 0xA00021...

Page 53: ...o 1216 8 to 128 to 1936 8 to 128 to 1216 8 to 128 to 2464 8 to 128 to 2056 8 to 128 to 2464 8 to 128 to 2056 0xA000230C AreaGainValue Partial gain area 0 Gain z z 0 to 256 to 8191 z z 0xA0002310 Enable partial gain area 1 z z 0 1 z z 0xA0002314 Partial gain area 1 Upper left coordinate z z 0 to 1088 0 to 1080 0 to 1088 0 to 1080 z z 0 to 1928 0 to 1208 0 to 1928 0 to 1208 0 to 2456 0 to 2048 0 to ...

Page 54: ...002420 MultiROIEnable Enable MultiROI area 1 z z 0 1 z z 0xA0002424 MultiROIOffsetX MultiROIOffsetY MultiROI area 1 Upper left coordinate z z 0 to 384 to 1452 0 to 384 to 1084 z z 0xA0002428 MultiROIWidth MultiROIHeight MultiROI area 1 Width Height z z 4 to 128 to 1456 4 to 128 to 1088 z z 0xA0002522 BurstMode Burst trigger mode z z 0 1 2 z z 0xA0002520 BurstPeriod Burst trigger period z z 0 1 z z...

Page 55: ...00000 0xA0002618 FreeSetLine3Delay FreeSet Line3 tenth pulse output delay z z 1 to 10000000 0xA000261C FreeSetLine3 Duration FreeSet Line3 tenth pulst output width z z 0 to 10000000 0xA0002620 FreeSetExpDelay FreeSet start Exposure delay z z 1 to 10000000 0xA0002624 FreeSetExp Duration FreeSet Exposure duration z z 0 to 10000000 0xA0002668 FreeSetExpDelay FreeSet start tenth Exposure delay z z 1 t...

Page 56: ...speed 1 30 sec XCG CG160C 12l x gain control at 18 dB F1 4 shutter speed 1 30 sec Sensitivity XCG CG240 F5 6 gain control at 0 dB 400 lx shutter speed at 1 30 sec XCG CG240C F5 6 gain control at 0 dB 2 000 lx shutter speed at 1 30 sec XCG CG510 F8 gain control at 0 dB 400 lx shutter speed at 1 23 sec XCG CG510C F8 gain control at 0 dB 2 000 lx shutter speed at 1 23 sec XCG CG160 F5 6 gain control ...

Page 57: ...sion w h d 29 29 42 mm 1 3 16 1 3 16 1 11 16 inches excluding protrusions Mass About Approx 65 g 2 oz Accessories Lens mount cap 1 Operating Instructions 1 Design and specifications are subject to change without notice ...

Page 58: ... Sensitivity Characteristics Typical Values XCG CG160 XCG CG240 XCG CG510 XCG CG160C XCG CG240C XCG CG510C 0 0 0 1 0 2 0 3 0 4 0 5 0 6 0 7 0 8 0 9 1 0 Wave Length nm Relative Response 400 500 600 700 800 900 1000 ...

Page 59: ...ons 29 1 3 16 29 1 3 16 12 1 2 11 2 15 32 12 1 2 42 1 11 16 4 9 7 32 Ø27 6 1 1 8 Ø27 3 1 1 8 15 19 32 23 7 15 16 16 5 21 32 22 7 8 4 M2 Depth 3 3 M3 Depth 3 20 13 16 12 1 2 Unit mm inches 14 5 19 32 2 M2 Depth 3 ...

Page 60: ... information contained herein is for reference only and does not convey any license by any implication or otherwise under any intellectual property right or other right of Sony or third parties Sony cannot assume responsibility for any right infringements arising out of the use of this information Sony Corporation ...

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