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EoSens 1.1CXP2

Reference Guide

Version 1.0

CAMMC1166/67-RG

Содержание EoSens 1.1CXP2

Страница 1: ...EoSens 1 1CXP2 Reference Guide Version 1 0 CAMMC1166 67 RG ...

Страница 2: ...3 Acquisition control 16 3 1 Overview 17 3 2 Controls 17 3 2 1 AcquisitionMode 17 3 2 2 AcquisitionStart 18 3 2 3 AcquisitionStop 18 3 2 4 TriggerSelector 18 3 2 5 TriggerMode 19 3 2 6 TriggerSource 19 3 2 7 TriggerActivation 20 3 2 8 TriggerCount 20 3 2 9 TriggerDebouncer 21 3 2 10 TriggerSoftware 21 3 2 11 ExposureMode 21 3 2 12 ExposureTime 22 3 2 13 AcquisitionFrameRate 22 3 2 14 AcquisitionFr...

Страница 3: ...30 5 2 10 FileSize 31 Bootstrap CoaxPress control 32 6 1 Overview 33 6 2 Controls 34 6 2 1 WidthAddress 34 6 2 2 HeightAddress 35 6 2 3 AcquisitionModeAddress 35 6 2 4 AcquisitionStartAddress 35 6 2 5 AcquisitionStopAddress 35 6 2 6 PixelFormatAddress 36 6 2 7 DeviceTapGeometryAddress 36 6 2 8 Image1StreamIDAddress 36 6 2 9 ControlPacketSizeMax 36 6 2 10 DeviceConnectionID 37 6 2 11 Iidc2Address 3...

Страница 4: ... 2 33 DeviceSerialNumber 46 6 2 34 DeviceManufacturerInfo 46 6 2 35 DeviceModelName 46 6 2 36 DeviceUserID 46 6 2 37 DeviceVendorName 47 6 2 38 DeviceVersion 47 Transport layer control 48 7 1 Overview 49 7 2 Controls 49 7 2 1 TLParamsLocked 49 7 2 2 CxpLinkConfigurationStatus 49 7 2 3 CxpLinkConfigurationPreferred 50 7 2 4 CxpLinkConfiguration 51 7 2 5 CxpConnectionSelector 51 7 2 6 CxpConnectionT...

Страница 5: ...on 59 9 2 11 Width 60 9 2 12 OffsetY 60 9 2 13 WidthMax 60 Analog control 61 10 1 Overview 62 10 2 Controls 62 10 2 1 AnalogGain 62 10 2 2 BlackLevel 62 I O control 64 11 1 Overview 65 11 2 Controls 65 11 2 1 LineSelector 65 11 2 2 LineSource 65 11 2 3 LineInverter 66 11 2 4 UserOutputSelector 66 11 2 5 UserOutputValue 67 Digital control 68 12 1 Overview 69 12 2 Controls 69 12 2 1 Gamma 69 12 2 2 ...

Страница 6: ... 13 2 3 DeviceInformationSelector 73 13 2 4 AnalogRegisterSetSelector 73 13 2 5 AnalogRegisterSelector 73 13 2 6 AnalogValue 74 13 2 7 InfoFieldFrameCounterEnable 74 13 2 8 InfoFieldTimeStampEnable 75 13 2 9 InfoFieldRoiEnable 75 13 2 10 FixedPatternNoiseReduction 75 MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 6 76 ...

Страница 7: ...Before you start This chapter provides the following information 1 1 About this manual 1 2 Warranty and non warranty clause 1 3 Technical support 1 ...

Страница 8: ...stered trademarks In this manual the following registered trademarks are used n EoSens n GenICam n Microsoft and Windows Throughout the manual these trademarks are not specially marked as registered trademarks This in no way implies that these trademarks can be used in another context without the trademark sign 1 1 3 Conformity and use This equipment has been tested and found to comply with the li...

Страница 9: ... レンスガイドの指示に従って設置および使用が行われない場合は無線通信に有害な干渉を引き起こす恐れがありますこの機器を住宅地で利用すると有害な干渉を起こすこともありその場合使用者は自己負担において適切な対策を講じる必要があります注意事項このリファレンスガイドに明示的に承認していない変更や修正を行った場合には本製品を使用する権利が無効となることがあります 1 1 4 Supplements For customers in Canada This apparatus complies with the Class A limits for radio noise emissions set out in Radio Interference Regulations Pour les utilisateurs au Canada Cet a...

Страница 10: ...or higher supply voltage AC voltage reversal polarity or using wrong pins of the power connector may damage the camera Doing so will void warranty Our warranty does not protect against accidental damage loss or acts of nature INFO MIKROTRON cannot be held responsible for the loss of data We recommend a backup plan In case of warranty make a note of the camera type and its serial number S N You fin...

Страница 11: ...letely STEP 3 Send the form You will receive an automatic reply from our ticket system Our field application engineer will answer your request as soon as possible Before you start MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 11 76 ...

Страница 12: ...Introduction This chapter provides the following information 2 1 Configuring the camera 2 2 Reading the XML file 2 ...

Страница 13: ...al operating systems n Standard Features Naming Convention SFNC SFNC provides standardized names and types for common device fea tures n Pixel Format Naming Convention PFNC is a pixel format naming convention n GenTL The GenTL transport layer is supported by CoaXPress compliant frame grabbers and cameras It allows to read and write into registers and to grab frames According to GenICam the camera ...

Страница 14: ...s IntReg Group Port Name Device ToolTip Port giving access to the device ToolTip Port INFO All integer values are interpreted as 32 bit unsigned integers if not other men tioned All strings are NULL terminated and consist of 8 bit characters The port knot allows the connection to the device The features in the XML file or the camera are grouped according to their mean ing The XML file is an ASCII ...

Страница 15: ...Introduction INFO Refer to www emva org standards technology genicam for further details on the GenICam standard MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 15 76 ...

Страница 16: ...Acquisition control This chapter provides the following information 3 1 Overview 3 2 Controls 3 ...

Страница 17: ...Trigger Mode R W 4 Enumeration Trigger Source R W 4 Enumeration Trigger Activation R W 4 Enumeration Trigger Count R W 4 Integer Trigger Debouncer R W 4 Integer Software Trigger WO 4 Integer Test Image Selector R W 4 Enumeration Exposure Mode R W 4 Enumeration Exposure Time R W 4 Integer Acquisition Frame Rate R W 4 Integer Max Acquisition Frame Rate R 4 Integer 3 2 Controls 3 2 1 AcquisitionMode ...

Страница 18: ...3 AcquisitionStop This feature stops acquiring frames at the end of the current frame Access write Type command In x00000001 Out 3 2 4 TriggerSelector This feature is used to select the type of trigger to be configured Access Read write Type Enumeration In FrameStart The camera will take one picture per trigger sig nal FrameBurstStart The camera will take as many frames as defined in AcquisitionBu...

Страница 19: ...er mode the frame rate of the camera depends on the frequency of the trigger signals OFF Disables the selected trigger type all trigger signals will be ignored The camera is set into the current acquisition mode Out active mode Remark If a trigger is active ExposureMode defines whether the expos ure of an image is defined by the feature ExposureTime fixed exposure time or by the duration of the tr...

Страница 20: ...tion mode for a trigger signal defined in Trig gerSelector Access read write Type enumeration In RisingEdge The camera will start to acquire frames on the arrival of a trigger rising edge trigger packet Out selected activator Remark 3 2 8 TriggerCount This feature counts the incoming trigger signals after a trigger debounce It allows e g to compare the number of frames transferred to the frame gra...

Страница 21: ...e period Remark The default value amounts to 1 μs 3 2 10 TriggerSoftware This feature generates an internal trigger Access write Type command In 0x00000001 Out Remark To generate a software trigger signal Software has to be set in TriggerSource INFO When using TriggerSoftware the exposure time of the next frame cannot be defined by TriggerWidth of the feature ExposureMode Instead it has to be defi...

Страница 22: ... trigger is defined this fea ture allows to define the duration of exposure µs Access read write Type unsigned integer In 1 highest possible exposure time Out current exposure time Remark incremented by 1 3 2 13 AcquisitionFrameRate INFO If TriggerMode ON AcquisitionFrameRate will be disabled This feature defines the acquisition rate in Hz when TriggerMode is OFF Access Read write Type Unsigned in...

Страница 23: ...he max frame rate depends on the defined frame size the used link speed and the number of CoaXPress lines used for image streaming NOTE This feature will soon expire Switch to AcquisitionFrameRate to get the highest possible frame rate MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 23 76 ...

Страница 24: ...User set control This chapter provides the following information 4 1 Overview 4 2 Controls 4 ...

Страница 25: ...2 Controls 4 2 1 UserSetSelector This feature selects which user set will be loaded saved or configured Access Read write Type Enumeration In n Default selects the factory settings n UserSet1 selects the first user set n UserSet2 selects the second user set n UserSet3 selects the third user set Out Active user set Remark Set the UserSetSelector first to select a user set for further operations 4 2...

Страница 26: ...er set will be overwritten The user set Default is a set of factory settings and can not be overwritten 4 2 4 UserSetDefaultSelector This feature selects the user set which will be loaded and activated after a device reset Access read write Type enumeration In n Default selects the factory setting user set n UserSet1 selects the first user set n UserSet2 selects the second user set n UserSet3 sele...

Страница 27: ...File access control This chapter provides the following information 5 1 Overview 5 2 Controls 5 ...

Страница 28: ...ess Length R W 4 Integer File Operation Status R 4 Enumeration File Operation Result R 4 Integer File Size R 4 Integer 5 2 Controls 5 2 1 FileSelector This feature selects the target file in the device Access Read write Type Enumeration In Value DefectPixelMap Out 5 2 2 FileOperationSelector This feature selects the target operation for the selected file Access Read write Type Enumeration In n Ope...

Страница 29: ...onSelector Out 5 2 4 FileOpenMode This feature selects the access mode in which a file is opened Access Read write Type Enumeration In n Read Reads from the file n Write Writes into the file n ReadWrite Reads from and writes into the file Out 5 2 5 FileAccessBuffer Defines the read write access of the selected file in the buffer Access Read Type Integer In Out File address in the buffer File acces...

Страница 30: ...ength in bytes 5 2 8 FileOperationStatus This feature displays the file operation execution status of the selected file Access Read Type Enumeration In n Success File operation was completed n Failure File operation was not completed Out Remarks A failure is displayed when e g the length and offset of the file or the file operation have not been defined 5 2 9 FileOperationResult Displays the numbe...

Страница 31: ... successful 5 2 10 FileSize Displays the size of the selected file Access Read Type Integer In Out File length in bytes Remarks The number of successfully written bytes is only displayed when the values for file length and file offset have been defined File access control MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 31 76 ...

Страница 32: ...Bootstrap CoaxPress control This chapter provides the following information 6 1 Overview 6 2 Controls 6 ...

Страница 33: ...sition and display of images Display name Access Length Bytes Register interface Feature Width Address R 4 Integer Feature Height Address R 4 Integer Feature AcquisitionMode Address R 4 Integer Feature AcquisitionStart Address R 4 Integer Feature AcquisitionStop Address R 4 Integer Feature PixelFormat Address R 4 Integer Feature DeviceTapGeometry Address R 4 Integer Feature Image1StreamIDAddress R...

Страница 34: ...lector R W 4 Integer XML Manifest Size R 4 Integer XML Scheme Version R 4 Integer XML URL Address R 4 Integer XML Version R 4 Integer Device ID R 16 String Device Manufacturer Info R 48 String Device Model Name R 32 String Device User ID R W 16 String Device Vendor Name R 32 String Device Version R 32 String 6 2 Controls 6 2 1 WidthAddress Manufacturer specific address of the ROI width Access Read...

Страница 35: ...ecific address of the feature AcquisitionMode Access Read Type Integer In Out 6 2 4 AcquisitionStartAddress Manufacturer specific address of the feature AcquisitionStart Access Read Type Integer In Out 6 2 5 AcquisitionStopAddress Manufacturer specific address of the feature AcquisitionStop Access Read Type Integer In Out MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 35 76 ...

Страница 36: ...ress Manufacturer specific address of the feature Image1StreamID Access Read Type Integer In Out 6 2 9 ControlPacketSizeMax Provides the maximum control packet size the host can read from the device or write to the device The size is defined in Bytes and will be a multiple of 4 Bytes The defined size is that of the entire packet not only the payload Access read Type unsigned integer Bootstrap Coax...

Страница 37: ...ending from which connection it is read 6 2 11 Iidc2Address Meant for devices supporting the IIDC2 protocol section 2 2 ref 6 and provides the starting address of the IIDC2 register space Access read Type unsigned integer In Out 0x00000000 6 2 12 ConnectionConfig Holds a valid combination of the device link speed and the number of active down connections Writing into this register sets the connect...

Страница 38: ... CONNECTION2SPEED6250 Two connections of 6 250 Gbps per connection n CONNECTION4SPEED6250 Four connections of 6 250 Gbps per connection Out connection configuration 6 2 13 ConnectionConfigDefault Provides the value of the ConnectionConfig register that allows the Device to operate in default mode This feature is used to start the camera with the default configuration that is stored in the custom p...

Страница 39: ...his register while it has the value 0x00000001 6 2 15 MasterHostConnectionID Holds the host connection ID of the host connected to the device master con nection Access read write Type unsigned integer In host link ID Out host link ID Remark The value 0x00000000 is reserved to indicate an unknown Host ID All writings to device extension connection will be ignored 6 2 16 Revision Provides the revisi...

Страница 40: ...e unsigned integer In stream packet data size in multiples of 4 Bytes Out stream packet data size in multiples of 4 Bytes Remark The device can use any packet size it wants to up to this size A connection reset sets the value to 0x00000000 6 2 19 TestErrorCountSelector Selects the required test count TestErrorCount register It holds a valid device connection ID 0 n 1 or n for the optional high spe...

Страница 41: ...s the current transmitted connection test packet count for the con nection referred to by the register TestErrorCountSelector Access read write Type integer In 0x0000000000000000 Out packet count Remark Writing 0x0000000000000000 into this register will reset to zero the transmitted connection packet count for the con nection referred to by the register TestErrorCountSelector A connection reset se...

Страница 42: ...h optional features are supported Access read Type Integer In Out 6 2 24 FeatureControlRegister Enables and disables optional device features Access read write Type Integer In Out 6 2 25 VersionsSupported Indicates which CXP versions are supported Access read Type Integer In Out 6 2 26 VersionUsed Indicates the version of the CoaXPress specification used for communication between device and host B...

Страница 43: ... as above Remark A connection reset sets the value to 0x00000000 If the value is changed from 0x00000001 to 0x00000000 the device will complete the packet of 1024 test words currently being trans mitted 6 2 28 XmlManifestSelector Selects the required XML manifest registers It holds a number between zero and XmlManifestSize 1 Access read write Type unsigned integer In 0 XmlManifestSize 1 Out 0 XmlM...

Страница 44: ...e schema used by the XML file Bits 15 8 SchemaMinorVersion minor version number of the schema used by the XML file Bits 7 0 SchemaSubMinorVersion sub minor version num ber of the schema used by the XML file 6 2 31 XmlUrlAddress Indicates the start of the URL string referenced by the register XmlMani festSelector Access read Type unsigned integer In Out register address Remarks Reading the returned...

Страница 45: ...ersion 1 1 0 This expression indicates a GenICam XML file in the flash memory of the cam era The file can be read starting at address 8001000 and has a length of 16C34 Bytes INFO MIKROTRON does not support strings that reference a XML file located on the vendors homepage 6 2 32 XmlVersion Provides the version number for the XML file given in the manifest referenced by the register XmlManifestSelec...

Страница 46: ...er specific information about the device as a string Access read Type string 0 48 In Out manufacturer information Remark Example MIKROTRON GmbH 6 2 35 DeviceModelName Provides the model name of the device as a string Access read Type string 0 32 In Out model name Remark Example MC2586 6 2 36 DeviceUserID Provides a user programmable identifier for the camera as a string Bootstrap CoaxPress control...

Страница 47: ... if the camera is switched off 6 2 37 DeviceVendorName Provides the name of the manufacturer of the device as a string Access read Type string 0 32 In Out vendor name Remark Example MIKROTRON GmbH 6 2 38 DeviceVersion This register contains the string with the version number of the connected device Access read Type string In Out version number of the device Offset hex C4 MIKROTRON GmbH 1 1 CXP2 CA...

Страница 48: ...Transport layer control This chapter provides the following information 7 1 Overview 7 2 Controls 7 ...

Страница 49: ... CXP Link Configuration Status R 4 Enumeration CXP Link Configuration Pre ferred Enumeration CXP Link Configuration Enumeration CXP Connection Selector Integer CXP Connection Test Mode Enumeration CXP Connection Test Error Count Integer CXP Connection Test Packet Count Integer 7 2 Controls 7 2 1 TLParamsLocked Access Read write Type Integer In Out 7 2 2 CxpLinkConfigurationStatus Current and activ...

Страница 50: ...XP12_X2 n CXP12_X4 Out 7 2 3 CxpLinkConfigurationPreferred Provides the default link configuration of the device Access Type enumeration In n CXP3_X1 n CXP3_X2 n CXP3_X4 n CXP5_X1 n CXP5_X2 n CXP5_X4 n CXP6_X1 n CXP6_X2 n CXP6_X4 n CXP10_X1 n CXP10_X2 n CXP10_X4 n CXP12_X1 n CXP12_X2 Transport layer control MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 50 76 ...

Страница 51: ...n CXP3_X1 n CXP3_X2 n CXP3_X4 n CXP5_X1 n CXP5_X2 n CXP5_X4 n CXP6_X1 n CXP6_X2 n CXP6_X4 n CXP10_X1 n CXP10_X2 n CXP10_X4 n CXP12_X1 n CXP12_X2 n CXP12_X4 Out 7 2 5 CxpConnectionSelector Selects the CoaXPress physical connection to the control Access Type integer In 0 3 increment by 1 Out MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 51 76 ...

Страница 52: ...ror count selected by the CxpConnectionSelector Access Type integer In Min 0 representation linear Out 7 2 8 CxpConnectionTestPacketCount Returns the 64bit test packet receive counter selected by CxpCon nectionSelector Access Type integer In Min 0 representation linear Out Transport layer control MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 52 76 ...

Страница 53: ...Device control This chapter provides the following information 8 1 Overview 8 2 Controls 8 ...

Страница 54: ...tes Interface Device Reset WO 4 Integer 8 2 Controls 8 2 1 DeviceReset This feature resets the device into power up state Access write Type unsigned integer In 0x00000001 Out Remark length of 4 Bytes MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 54 76 ...

Страница 55: ...Image format control This chapter provides the following information 9 1 Overview 9 2 Controls 9 ...

Страница 56: ...etY Display name Access Length Bytes Register interface Height R W 4 Integer Offset X R W 4 Integer Max Height R 4 Integer Image 1 Stream ID R 4 Integer Pixel Format R W 4 Enumeration Tap Geometry R 4 Enumeration DeviceScanType R 4 Enumeration Sensor Height R 4 Integer Sensor Width R 4 Integer Region Destination R W 4 Enumeration Width R W 4 Integer Offset Y R W 4 Integer Max Width R 4 Integer 9 2...

Страница 57: ... region of interest in pixels Access read write Type unsigned integer In 0 OffsetXMax Out horizontal offset Remark the maximal offset equals to SensorWidth The offset has to be incremented by 64 pixels 9 2 3 HeightMax Maximum height of the image in pixels Access read Type unsigned integer In Out maximum usable sensor height 9 2 4 Image1StreamID This feature returns the stream ID of the primary ima...

Страница 58: ...bit pixel default n monochrome color camera Mono10pmsb n monochrome 10 bit pixel packed n monochrome color camera Out see above Remark the available pixel formats depend on the camera con nected monochrome or color 9 2 6 TapGeometry This feature describes the format of the image data that is transferred from the camera to the host Access read Type enumeration In Geometry_1X_1Y Single pixel scannin...

Страница 59: ...he sensor in pixels Access read only Type unsigned integer In Out sensor height 9 2 9 SensorWidth Effective width of the sensor in pixels Access read only Type unsigned integer In Out sensor width 9 2 10 RegionDestination Controls the destination of the selected region Access read write Type enumeration In Out Image format control MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 59 76 ...

Страница 60: ... to be incremented by 64 pixels in 2 or 8 tap mode and 320 pixels in 10 tap mode 9 2 12 OffsetY Vertical offset from the origin to the region of interest in lines Access read write Type unsigned integer In 0 OffsetYMax Out vertical offset Remark The maximal offset equals to SensorHeight The offset has to be incremented by 1 line 9 2 13 WidthMax Maximum width of the image in pixels Access read only...

Страница 61: ...Analog control This chapter provides the following information 10 1 Overview 10 2 Controls 10 ...

Страница 62: ...creasing the brightness of each pixel gamma adjusts the brightness non linearly Access read write Type integerfloat In x1 x2 x4 Out current analog gain value 10 2 2 BlackLevel The black level value defines the brightness in the darkest part of an image An optimal setting means the pixel value 0 is delivered for a completely black image If it is too high it will deliver a pixel value greater than 0...

Страница 63: ...Out current black level value Remark can be incremented by 1 Analog control MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 63 76 ...

Страница 64: ...I O control This chapter provides the following information 11 1 Overview 11 2 Controls 11 ...

Страница 65: ...physical output line to be configured with the com mands LineSource and LineInverter Up to now there are two output lines that can be selected either OUT0 or OUT1 Access read write Type enumeration In OUT0 OUT1 Out selected output of the Hirose connector Remark expert feature 11 2 2 LineSource This feature defines which signal will apply at the output selected with LineSelector Access read write T...

Страница 66: ...he output signal will be inverted or not Access read write Type enumeration In inverted 1 not inverted 0 Out setting inverted or not inverted Remark default is 0 not inverted expert feature 11 2 4 UserOutputSelector This feature allows to select the variable UserOutput0 or UserOutput1 The level of the here selected variable can be defined by the feature UserOutputValue Access read write Type enume...

Страница 67: ...el of the variable selected by User OutputSelector This static output level can be routed to a physical output with the feature LineSource Access read write Type boolean In high 1 low 0 Out status of the bit Remark expert feature MIKROTRON GmbH 1 1 CXP2 CAMMC1166 67 RG 2020 67 76 ...

Страница 68: ...Digital control This chapter provides the following information 12 1 Overview 12 2 Controls 12 ...

Страница 69: ...r Access read write Type integer In min 0 1 max 3 0 Out current gain value Remark gain can be incremented by steps of 0 1 12 2 2 DigitalGain When using digital gain the all pixels values of the image will be increased As a result the whole image becomes brighter the dynamic range is decreased and noise will be increased It is recommended to be used for 8 bit images only Access read write Type floa...

Страница 70: ...Custom features This chapter provides the following information 13 1 Overview 13 2 Controls 13 ...

Страница 71: ...ation Analog Register Selector R W 4 Integer Analog Value mV R W 4 Integer Frame Counter Info Enable R W 4 Boolean Time Stamp Enable R W 4 Boolean ROI Info Enable R W 4 Boolean Fixed Pattern Noise Reduc tion R W 4 Enumeration 13 2 Controls 13 2 1 TxLogicalConnectionReset This feature resets the next packet transmission to connection 0 Access write Type command In Out 13 2 2 DeviceInformation This ...

Страница 72: ...ts 15 00 build number n InfoSwVersion version of the microcontroller soft ware e g 0x020F0011 for Version 2 15 Build 17 o bits 31 24 major version number o bits 23 16 minor version number o bits 15 00 15 00 n InfoPwrSource returns the source of the camera power supply with value 0 external power supply n InfoPwrConsumption returns the actual power con sumption of the camera in µA e g 0x00066580 fo...

Страница 73: ...or PoC n InfoPwrConsumption actual power consumption of the camera in µA n InfoPwrVoltage actual voltage of the camera power supply in mV n InfoTemperature sensor temperaturine degrees Celsius Out see row IN Remark First set the selector to define the data you want to read then read the data by reading the register DeviceInformation see below 13 2 4 AnalogRegisterSetSelector This feature selects o...

Страница 74: ...pixel reset mode is enabled OFF pixel reset mode is disabled Out status ON OFF Remark When using frame rates 50 fps the image will show white dots This is caused by long storage times for the pixel charge Prevent this effect by deactivating PixelResetMode If this function is ON the maximal frame rate for ROIs with a width 3200 pixel is limited As this mode is not to be used with high frame rates t...

Страница 75: ... 0 ROI is disabled Out status ON OFF 13 2 10 FixedPatternNoiseReduction This feature can be used to switch the fixed pattern noise FPN reduction ON or OFF Digital sensors have a noise signature the so called Fixed Pattern Noise This feature reduces FPN by subtracting the dark current of pixels Access read write Type enumeration In n ON MIKROTRON s pixel FPN reduction is activated in order to impro...

Страница 76: ...MIKROTRON GmbH Landshuter Straße 20 22 D 85716 Unterschleißheim Germany Phone 0049 089 7263420 www mikrotron de info mikrotron de 04 2020 ...

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