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SenTech STC-GE33OX, User Manual

The SenTech STC-GE33OX User Manual is a comprehensive guide for operating and maintaining your SenTech STC-GE33OX device. Easily accessible for free download on our website, this manual provides step-by-step instructions and useful tips to maximize your product's performance. Unveil the full potential of the SenTech STC-GE33OX with our user-friendly manual, available at manualshive.com.

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No.11S098-03

 

 

 

4 

STC-GE33OX/GEC33OX 
Users guide Rev. 1.03 

 

5

 

Camera function modes ................................................................................................................................................ 36

 

5.1

 

Normal mode ............................................................................................................................................................ 36

 

5.2

 

Pulse width trigger mode .......................................................................................................................................... 37

 

5.2.1

 

Timing ................................................................................................................................................................ 37

 

5.2.2

 

Exposure timing with the positive polarity trigger signal ................................................................................... 38

 

5.2.3

 

Exposure timing with the negative polarity trigger signal .................................................................................. 38

 

5.3

 

Edge preset trigger mode ......................................................................................................................................... 39

 

5.3.1

 

Timing ................................................................................................................................................................ 39

 

5.3.2

 

Exposure timing with the positive polarity trigger signal ................................................................................... 40

 

5.3.3

 

Exposure timing with the negative polarity trigger signal .................................................................................. 40

 

5.4

 

Edge preset trigger mode (The trigger input while the image is out) ....................................................................... 41

 

5.4.1

 

Timing ................................................................................................................................................................ 41

 

5.4.2

 

Exposure timing with the positive polarity trigger signal ................................................................................... 42

 

5.4.3

 

Exposure timing with the negative polarity trigger signal .................................................................................. 42

 

5.5

 

H reset mode ............................................................................................................................................................ 43

 

6

 

The communication protocol specifications .............................................................................................................. 44

 

6.1

 

The communication method ..................................................................................................................................... 44

 

6.2

 

The communication settings ..................................................................................................................................... 44

 

6.3

 

The communication format ....................................................................................................................................... 45

 

6.4

 

The camera control commands ................................................................................................................................ 47

 

6.4.1

 

The camera control commands list ................................................................................................................... 47

 

6.4.2

 

Description of the camera control commands (Device code: 000000) ............................................................. 50

 

6.4.3

 

Description of the camera control commands (Device code: 100000) ............................................................. 59

 

6.4.4

 

Sequence for the command saves to the EEPROM ......................................................................................... 70

 

6.5

 

GenICam command / Camera command reference table ....................................................................................... 71

 

Summary of Contents for STC-GE33OX

Page 1: ...No 11S098 03 1 STC GE33OX GEC33OX Users guide Rev 1 03 Sentech Power Plus VGA Color Monochrome CCD GigE Vision Camera STC GE33OX STC GEC33OX Users guide Sentech Co Ltd ...

Page 2: ... 1 01 2012 01 31 Update Change add and delete the camera control commands Add the strobeSignal for the output signal Change the GenICam command Camera command reference table 1 02 2012 04 12 Update Update the GenICam command Camera command reference table 1 03 2017 04 17 Update Address TEL FAX number for relocation ...

Page 3: ...rmation between the devices 25 3 3 1 Connection between the user configurable FPGA XILINX and the Sentech FPGA 25 3 3 2 Connection between user configurable FPGA XILINX and DDR2 27 3 3 3 Connection between the user configurable FPGA XILINX and the EEPROM 28 3 4 Development guideline 29 3 4 1 Module and constraints files 29 3 4 2 Important design cautions 29 3 4 3 Notice for use DDR2 memory 30 3 4 ...

Page 4: ...mode The trigger input while the image is out 41 5 4 1 Timing 41 5 4 2 Exposure timing with the positive polarity trigger signal 42 5 4 3 Exposure timing with the negative polarity trigger signal 42 5 5 H reset mode 43 6 The communication protocol specifications 44 6 1 The communication method 44 6 2 The communication settings 44 6 3 The communication format 45 6 4 The camera control commands 47 6...

Page 5: ...No 11S098 03 5 STC GE33OX GEC33OX Users guide Rev 1 03 This document is the connectivity and operation users guide for STC GE33OX GEC33OX ...

Page 6: ...FF Green LED Blinking 100Mb transferring NIC HUB or LAN cable is not support 1Gb Please use 1Gb supported NIC HUB and LAN cable Please check the NIC and HUB setting is 1Gb transferring when use with 1Gb supported NIC and HUB When snapping of the CAT5e cable possibility to change the transferring speed from 1Gb to 100Mb Please change the CAT5e cable Pin No Signal name 1 TA 2 TA 3 TB 4 TC 5 TC 6 TB ...

Page 7: ...ctor while the power input though PoE No Signal type IO direction Spec Initial signal 1 POWER IN GND GND 2 POWER IN 10 8 to 26 4Vdc 3 OUT0_AUX_OP OUT Opt Isolated FrametriggerWait out 4 OUT1_AUX_OP OUT Opt Isolated ExposureActive out 5 OUT2_AUX_OP OUT Opt Isolated Open 6 OUT3_AUX_OP OUT Opt Isolated Open 7 OUT4_AUX_OP OUT Opt Isolated Open 8 IN0_AUX_OP IN Opt Isolated TRG In 9 IN1_AUX_OP IN Opt Is...

Page 8: ...tarts while the image output by next trigger signal please change the camera setting Device code 00H Command 13H to accept the trigger signal while the image output The noise appears on the image when start exposure while the image output In this case please change the H reset for the exposure start mode Device code 00H Command 12H to change the exposure start point to next HD timing B UserOutput ...

Page 9: ...No 11S098 03 9 STC GE33OX GEC33OX Users guide Rev 1 03 1 3 DC IRIS lens connector Connector M1951 EMUDEN or equivalent Pin assignment 1 2 3 4 Pin No Signal name 1 DAMP 2 DAMP 3 DRIVE 4 DRIVE ...

Page 10: ...ircuits CAMERA Response time 11 ns 11 ns 11 ns 11 ns Tf 520 ns 545 ns 584 ns 689 ns Ts 100 ns 100 ns 100 ns 100 ns Tr 3 0 us 3 0 us 2 8 us 2 5 us Td 24 V 12 V 5 0 V 3 3 V IO_VCC 10 90 Td Ts Tr Tf USER INPUT INPUT OPTO ISOLATOR SHARP PC400J00000F IO_VCC CAM_VCC If INPUT USER_INPUT Maximum consumption of If is 6 mA ...

Page 11: ...3OX Users guide Rev 1 03 Example circuit for the input signal USER_INPUT OPTO ISOLATOR SHARP PC400J00000F IO_VCC CAMERA CAM_VCC IO_GND If INPUT OPTO ISOLATOR SHARP PC400J00000F IO_VCC CAMERA CAM_VCC IO_GND If INPUT IO_VCC USER_INPUT ...

Page 12: ...ircuits OPTO ISOLATOR SHARP PC354NJ0000F IO_VCC USER_OUTPUT OUTPUT IO_GND 10k Ohm CAMERA Ts Td 10 90 Tr Tf OUTPUT USER_OUTPUT Response time 10 9 us 6 9 us 3 8 us 3 1 us Tf 2 8 us 2 8 us 2 2 us 2 2 us Ts 31 0 us 42 3 us 60 2 us 67 5 us Tr 28 4 us 35 2 us 30 4 us 29 6 us Td 24 V 12 V 5 0 V 3 3 V IO_VCC ...

Page 13: ...le FPGA XILINX information 3 1 1 Device information The manufacturer names and item numbers of the user configurable FPGA and the peripheral devices are listed in the table 1 3 1 2 User program examples Implementation of proprietary algorithm Image processing and conversion Image storage Image analysis Pattern comparison and others Device Part number Size Manufacture FPGA XC3SD1800A Package CSG484...

Page 14: ... E I F User configuration FPGA XILINX Camera Gigabit Ethernet port DDR2 Memory 32MB Image data UART User configuration FPGA XILINX area Configuration SPI BUS EEPROM 512Kbit Configuration ROM 8Mbit 12bit image data Clock FVAL LVAL 25MHz Power IO connector JTAG connector 3 inputs 5 outputs JTAG TCK TMS TDI TDO I O JTAG Fig 1 Block diagram ...

Page 15: ...a is sent into Sentech FPGA the image data can be routed to User Configurable FPGA Three different extraction points are provided in Sentech FPGA for this purpose Please see Section 3 2 2 1 2 2 for more details 4 This data is further processed by the program you create in User Configurable FPGA 5 Now the data should be returned to Sentech FPGA In this process again three different points are provi...

Page 16: ...he user FPGA processed and inserted back to Sentech FPGA 1 Image data flow block diagram CCD CDS AD Sentech FPGA User configurable FPGA XILINX DIN0 11 White Balance Gamma Color Interpolation The image data from Sentech FPGA to user configurable FPGA A B C Sentech FPGA User configurable FPGA XILINX DOUT0 11 White Balance Gamma Color Interpolation The image data from user configurable FPGA to Sentch...

Page 17: ... After processing the 12 bit image data in the user FPGA the data is inserted back to the Sentech FPGA as DOUT11 0 at any points listed below These points A B and C are again indicated in fig 2 Image data flow block diagram A For the color camera A Before the white balance the gamma and color interpolation processing B Before the gamma and the color interpolation processing C Before the color inte...

Page 18: ...rable FPGA at Process after User FPGA Sentech FPGA Selection Color camera Monochrome camera CCD data CCD raw data CCD raw data White balance processed data White balance processed image data CCD raw data White balance and White balance processed and Gamma processed image data gamma processed data gamma processed image data Image data from Sentech FPGA Selection Color camera Monochrome camera No pr...

Page 19: ...TC GE33OX GEC33OX Users guide Rev 1 03 B By changing the register value through the UART Also please see section 6 The communication protocol specifications a Set the image data between FPGAs Device code 20H command C0H ...

Page 20: ... when the user configurable FPGA has to configure with the uploaded configure data for the user configurable FPGA The user configurable FPGA does not work if select Disable at User FPGA Enable A By using Sentech GUI StCamGigEWare_OpDemo Also please see User configurable FPGA XILINX Sample Codes a Select OP Setting under Option in the menu b Select which image data sends from Sentech FPGA to User c...

Page 21: ...formation 3 2 2 4 User I Os The camera provides total of eight I O points Three are designated as inputs and five as outputs Each I O point can be assigned or connected to any points in Sentech FPGA or User Configurable FPGA Please see table 4 and 2 I O circuits for more details Note Input s assignments in the Sentech FPGA are limited for the functions of Exposure out and Trigger ready 1 Conceptua...

Page 22: ... above window Sentech FPGA send output signals to Output 1 and 2 of 12pin power IO connector User configurable FPGA send output signals to Output 3 4 and 5 of 12pin power IO connector B By changing the register value through the UART Also please see section 6 The communication protocol specifications a Set the output signal selection Device code 20H command C1H Select the output signal from the Se...

Page 23: ...r configurable FPGA Through this communication channel you can change register values in User configurable FPGA 1 Please change the UART port from the UART0 to the UART1 1 Please setup UART port as following Baud rate 115 200bps Data bit 8bit Parity None Stop bit 1bit Flow control None Fig 4 UART diagram Sentech FPGA User configurable FPGA XILINX Ethernet connector USER_ TXD_PC USER_ RXD_PC ...

Page 24: ...ay equivalent to the process time in the user FPGA on LVALIN and FVALIN 3 As the data is sent back to the Sentech FPGA DIN image data LVALIN and FVALIN must be activated at the rising edges of CLKIN CLKIN 36 81MHz CLKIN DIN 11 0 LVALIN FVALIN D0 D1 D2 D3 D4 Dx CLKIN DOUT 11 0 LVALOUT FVALOUT D0 D1 D2 D3 D4 Dx Number of clock for image processing Number of clock for image processing Number of pixel...

Page 25: ...3 FVALIN input FVAL C13 14 LVALIN input LVAL C15 15 DOUT0 output Image Data bit0 B13 16 DOUT1 output Image Data bit1 B15 17 DOUT2 output Image Data bit2 A16 18 DOUT3 output Image Data bit3 A9 19 DOUT4 output Image Data bit4 A17 20 DOUT5 output Image Data bit5 B9 21 DOUT6 output Image Data bit6 C4 22 DOUT7 output Image Data bit7 C6 23 DOUT8 output Image Data bit8 C7 24 DOUT9 output Image Data bit9 ...

Page 26: ...rred between the Sentech FPGA and the user FPGA is 12 bit data The MSB Most Significant Bit is bit 11 and the LSB Least Significant Bit is bit 0 DIN0 11 is the data from the Sentech FPGA to the user PGA and DOUT0 11 is the data from the user PGA to the Sentech FPGA Please sets Float Pull up or Pull down for unused input signal of the user configurable FPGA Please sets Pull up or Pull down or sets ...

Page 27: ...output Address10 V4 12 DDR_A11 output Address11 W2 13 DDR_A12 output Address12 W3 14 DDR_A13 Not use F1 15 DDR_A14 Not use F5 16 DDR_A15 Not use F4 17 DDR_BA0 output Bank address0 H5 18 DDR_BA1 output Bank address1 H1 19 DDR_BA2 Not use H2 20 DDR_D0 I O Data0 Y1 21 DDR_D1 I O Data1 W1 22 DDR_D2 I O Data2 R3 23 DDR_D3 I O Data3 T4 24 DDR_D4 I O Data4 T1 25 DDR_D5 I O Data5 R5 26 DDR_D6 I O Data6 T6...

Page 28: ...or unused input signal of the user configurable FPGA Please sets Pull up or Pull down or sets H or L with RTL code for unused output signal of the user configurable FPGA No Signal Name Direction Discription Pin No of User FPGA 1 ROM_512KBIT_CLK output Serial Clock for ROM U20 2 ROM_512KBIT_nS output Chip Select for ROM T17 3 ROM_512KBIT_DATA output Serial Data input for ROM T20 4 ROM_512KBIT_Q inp...

Page 29: ...LKIN 2 In the same manner the signal timings of the image data LVAL and FVAL after image processing must be latched at the rising edges of the clock pulse symbol CLKIN 3 When a selector is used in the process as shown as an example in the drawing the signal timings of the image data LVAL and FVAL must be latched at the rising edges of the clock pulse symbol CLKIN 4 The image data LVAL and FVAL mus...

Page 30: ...o use DDR2 memory Setting Item Setting Value Burst Length 4 Burst Type Sequential Output Driver Strength Fullstrength RTT nominal ODT 75Ohm DQS Enable Enable USE DCM check Class for Address and Control Class II Class for Data Class II Debug Signal for Memory Controller Disable System Clock Signal Ended 105 line of mig_dcm_ddr2_infrastructure_top v generate if CLK_TYPE DIFFERENTIAL begin DIFF_ENDED...

Page 31: ... can use for the security key Please check the XILINX application note WP266 3 4 6 Schematics of the user configurable FPGA XILINX Please check Schematics of user configurable FPGA XILINX Image processing 1 Image processing 2 Image processing 3 User configurable FPGA The image data DIN LVALIN FVALIN from the Sentech FPGA is Flip Flop output with the rising edge of CLKIN after input image data The ...

Page 32: ...g 1 CLK 27 1605 nseconds 4 1 1 Color Bayer order This information is only for STC GEC33OX R1 Gr1 R2 Gb1 Gb2 B1 Gr2 B2 Video out Line 1 Video out Line 2 LVAL R3 Gb3 Gr3 B3 132 CLK 648 CLK Video out LVAL DVAL Horizontal blanking 780 CLK One horizontal 1H 648 CLK 132 CLK 132 CLK Video output 132 CLK 94 CLK 38 CLK FVAL ...

Page 33: ...E33OX GEC33OX Users guide Rev 1 03 4 2 The vertical timing 4 2 1 Full scanning 1 H 21 1852 µseconds 89 910172 Hz 31H 494H Video out FVAL Vertical blanking 525H One vertical 1V 494H 31H 31H Video output 1 2 493 494 31H LVAL ...

Page 34: ...xposure time V1 V2 V3 SUB FVAL LVAL Number of the effective lines Y High speed transfer X a High speed transfer f g X Y Blanking Front BLK_F Number of the effective lines Y Total number of the line at 1 frame TOTAL_LINE Blanking Back BLK_B CCD effective lines Blanking Front Effective lines Optical black Dummy bit Blanking Back Optical black ...

Page 35: ...ing image STC GE33OX Monochrome Pixeln of Data The transferring pixel n The order number STC GEC33OX Color Pixelmn of Data The transferring pixel m The line number n The order number Pixel1 of Data Pixel2 of Data Pixel11 of Data Pixe12 of Data Pixel21 of Data Pixel22 of Data ...

Page 36: ...No 11S098 03 36 STC GE33OX GEC33OX Users guide Rev 1 03 5 Camera function modes 5 1 Normal mode E x p o s u r e t i m e I n t e r n a l V D C C D e x p o s u r e V i d e o o u t ...

Page 37: ...er pulse Therefore In the case of the exposure positive polarity is selected the exposure periods are the high states of the trigger pulse 5 2 1 Timing Note 1 The video output is going to be V reset by the next internal HD signal immediate after the exposure is finished Note 2 The exposure time sets by the pulse width of the trigger signal Exposure time Max 1H Internal VD CCD exposure Trigger sign...

Page 38: ...larity trigger signal Note 1 The trigger signal is removed by the filtering if the pulse width of the input trigger signal is less than 30 CLK Please input the trigger signal has more then 31 CLK pulse width Note 2 The exposure is going to start 75 CLK after the rising edge of the trigger signal T1 SUB SG 127 CLK Input Trigger signal Exposure time Exposure time T1 T1 127 CLK T1 30 CLK Filtering No...

Page 39: ...pulse Exposure duration time is preset by the DIP Switch settings 5 3 1 Timing Note 1 The video output is going to be V reset by the next internal HD signal immediate after the exposure is finished Note 2 The exposure time sets by the preset electronic shutter speed Exposure time Max 1H Internal VD CCD exposure Trigger signal Rising edge Video out Note 1 Note 2 FVAL ...

Page 40: ...ve polarity trigger signal Note 1 The trigger signal is removed by the filtering if the pulse width of the input trigger signal is less than 30 CLK Please input the trigger signal has more then 31 CLK pulse width Note 2 The exposure is going to start 75 CLK after the rising edge of the trigger signal Input Trigger signal Exposure time T1 SUB SG Exposure time T1 Preset exposure time Filtering Note ...

Page 41: ...gnal mask with the communication when the trigger signal input is required while the image is out It is necessary to set the H reset at the exposure start mode for do not generate the additional noise on the image 5 4 1 Timing Note 1 The video output is going to be V reset by the next internal HD signal immediate after the exposure is finished Note 2 The exposure time sets by the preset electronic...

Page 42: ...ve polarity trigger signal Note 1 The trigger signal is removed by the filtering if the pulse width of the input trigger signal is less than 30 CLK Please input the trigger signal has more then 31 CLK pulse width Note 2 The exposure is going to start 75 CLK after the rising edge of the trigger signal Input Trigger signal Exposure time T1 SUB SG Exposure time T1 Preset exposure time Filtering Note ...

Page 43: ...ulse to sweep the charges during the horizontal blanking to prevent from getting horizontal noises The image is getting the horizontal noises caused by generates the SUB pulse during the video out in normal mode which is this mode is OFF The maximum delay to start exposure from the trigger input is 1H Next HD Video out SUB pulse Internal HD CCD exposure Trigger signal Rising edge Noise Normal SUB ...

Page 44: ...al devises like PC control the camera functions Please use StCamGigEWare or StGigECtrl communication software or use following the communication protocol to communicate to the camera 6 1 The communication method UART RS232C Binary communication 6 2 The communication settings Settings Baud rate 115 200bps Data bit 8bit Parity None Stop bit 1bit Flow control None ...

Page 45: ...s 1 byte when send read command The data of the EEPROM is replaced by sent data when sent write command The camera sends the receiving coce as 01H to the PC after the data of the EEPROM is replaced Sets or gets the value is as 02H always Sets or gets 1 when send write command Sets 0 when access to the command register of the camera The data of the command register is replaced by the sent data when...

Page 46: ... GEC33OX Users guide Rev 1 03 D Example command Send the read command to read the 00H address data of the register 02 00 00 01 00 03 SOF Device code Read Register Command code Data length Data EOF The return command 02 01 00 03 ...

Page 47: ...bit D 23 16 53H Read Write x The trigger delay time useconds Decimal 8bit D 7 0 54H Read Write x The strobe signal delay time useconds Integer 24bit D 7 0 55H Read Write x The strobe signal delay time useconds Integer 24bit D 15 8 56H Read Write x The strobe signal delay time useconds Integer 24bit D 23 16 57H Read Write x The strobe signal delay time useconds Decimal 8bit D 7 0 58H Read Write x F...

Page 48: ...area 16bit D 7 0 37H Read Write x Vertical_4 position for the ALC weight area 16bit D 15 8 38H Read Write x Horizontal_1 position for the ALC weight area 16bit D 7 0 39H Read Write x Horizontal_1 position for the ALC weight area 16bit D 15 8 3AH Read Write x Horizontal_2 position for the ALC weight area 16bit D 7 0 3BH Read Write x Horizontal_2 position for the ALC weight area 16bit D 15 8 3CH Rea...

Page 49: ...izontal_1 position for the white balance area 16bit D 15 8 5EH Read Write x Horizontal_2 position for the white balance area 16bit D 7 0 5FH Read Write x Horizontal_2 position for the white balance area 16bit D 15 8 60H Read Write x Camera mode1 8bit D 7 0 61 to 7FH Reserved 80H Read Write x Push set white balance Red gain 8bit D 7 0 81H Read Write x Push set white balance Gr gain 8bit D 7 0 82H R...

Page 50: ...0 No function Sets always as 111 as manual 12H MOD3 7 0 D7 to D6 No function Sets always as 00 D5 Trigger signal type 0 Software trigger 1 Hardware triger D4 to D3 Exposure start mode 00 Normal 10 to 11 H reset D2 to D0 No function Sets always as 000 Sets the camera function mode D 7 0 Note 1 Function mode is enable when the Continuous Trigger mode MOD1 D7 is Note 2 No video output without the tri...

Page 51: ...ignal with Generate command software trigger SOFTRIG D0 Note 3 When use User configurable FPGA generates trigger Please generate the trigger signal has more than 200 useconds pulse duration in the user configurable FPGA Command descriptions The camera function mode 4 Initial data 60H Software trigger setting Initial data 00H Sets the camera function mode D 7 0 1 ON Invalid the trigger signal while...

Page 52: ...H GOFS 7 0 Command descriptions The exposure time useconds of the electronic shutter CDS gain Initial data PGA 7 0 0 data range 0 to 255 Initial data EXPTM 23 0 0 data range 0 to 16 777 215 Sets the exposure time for electronic shutter Exposure time EXPTM 23 0 useconds When sets as 0 the electronic shutter is OFF The gain offset The value of the address 32H Sets the CDS gain programable gain CDS g...

Page 53: ... 0 to 4 095 Initial data DELAY_F 23 0 0 data range 0 to 99 The delay time usecond decimal for the trigger signal Sets the delay time that is from the trigger signal input to start exposure as usecond Delay time for the trigger signal DELAY_I 23 0 DELAY_F 7 0 useconds The digital gain Initial data DGB 7 0 The factory adjusted value Video level Input video level CLAMP level x 1 DGB 7 0 128 CLAMP Lev...

Page 54: ...range Max frame rate for full resolution D 7 0 The polarity of the output signal for 4 pin of the power IO connector The polarity of the output signal for 3 pin of the power IO connector The polarity of the output signal for 6 pin of the power IO connector The polarity of the output signal for 5 pin of the power IO connector The polarity of the output signal for 7 pin of the power IO connector Com...

Page 55: ...bit gradation 0A to 7FH No function Prohibited setting Do not set these values 80H E2P 7 0 D 7 0 D7 to D1 No function Sets always as 0000000 D0 Write control to the EEPROM 0 Prohibited 1 Accept Sets the test pattern output form the camera D 7 0 Test pattern selection Initial data TESTP 7 0 00H EEPROM control Initial data E2P 7 0 00H Command descriptions Image effect selection Initial data EFFCT 7 ...

Page 56: ...Sets the output signal from the power IO connector Sets the active time for the strobe signal as usecond Active time for the strobe signal STROBEON_I 23 0 STROBEON_F 7 0 useconds The strobe signal active time usecond integer Initial data STROBEDELAY_I 23 0 0 data range 0 to 2 000 000 Sets the active time for the strobe signal as usecond Active time for the strobe signal STROBEON_I 23 0 STROBEON_F ...

Page 57: ...ith 4 TriggerInternal signal after mask and delay process Prohibited setting Do not set this value Note UserOutput signal is enable when UserOutput signal select at Sets the status of the UserOutput signal D 7 0 UserOutput signal for 7pin of the power IO UserOutput signal for 6pin of the power IO UserOutput signal for 5pin of the power IO UserOutput signal for 4pin of the power IO UserOutput signa...

Page 58: ...unction Command descriptions Output signal for 7 pin of the power IO connector The output signal selection for the power IO connector Initial data OUTSEL2 7 0 00H Sets the output signal from the power IO connector D 7 0 4 TriggerInternal signal after mask and delay process Prohibited setting Do not set this value Note When select UserOutput signal sets the status of the signal with UserOutput sign...

Page 59: ...utter for auto shutte as usecond JTAG for the user configurable FPGA Initial data 00H Sets the JTAG connection ON OFF for the user configurable FPGA D 7 0 The user configurable FPGA enable Initial data 00H Sets the user configurable FPGA is Enable Disable when statrt up the camera D 7 0 User configurable FPGA D 7 0 The lower limit of the electronic shutter for auto shutter Initial data 0 data rang...

Page 60: ... D0 Weight for ALC weight area 7 1 Range 0 to 15 D 7 0 Please set the ALC weight area with 30H to 3FH D 7 0 Please set the ALC weight area with 30H to 3FH Weight4 for ALC Initial data 11H Sets the weight for ALC weight area 7 and 8 Command descriptions Weight3 for ALC Initial data 1AH Sets the weight for ALC weight area 5 and 6 Sets the weight for ALC weight area 3 and 4 D 7 0 Weight2 for ALC Init...

Page 61: ...ght area Command descriptions Target brightness for ALC Initial data 128 data range 0 to 255 Sets the target brightness for the ALC function AGC auto shutter or iris lens auto control Weight5 for ALC Initial data 01H Sets the weight for ALC weight area 9 D 7 0 Please set the ALC weight area with 30H to 3FH Initial data 32 data range 0 to 493 Initial data 169 data range 0 to 493 ALC peak average In...

Page 62: ...0 to 647 Horizontal_2 position for the ALC weight area Initial data 252 data range 0 to 647 Sets the horizontal 2 position for ALC weight area Horizontal_3 position for the ALC weight area Sets the horizontal 4 position for ALC weight area Initial data 396 data range 0 to 647 Sets the horizontal 3 position for ALC weight area Horizontal_4 position for the ALC weight area Initial data 612 data rang...

Page 63: ...l data 0 data range 0 to 255 Sets the Red gain for the preset_1 white balance Sets the white balance mode for the color camera D 7 0 When use the push to set white balance set the white balance mode as Push to set white balance then change 0 to 1 for Push to set white balance operation Sets the Gr gain for the preset_1 white balance Sets the Blue gain for the preset_1 white balance Preset_1 white ...

Page 64: ...e Red gain for the preset_2 white balance Sets the Gb gain for the preset_1 white balance Preset_1 white balance Gb gain Initial data 0 data range 0 to 255 Gb of the camera output image data CCD_Gb CLAMP Level x 1 GainGb1 7 0 64 CLAMP Level Preset_2 white balance Gr gain Initial data 0 data range 0 to 255 Preset_2 white balance Red gain Initial data 0 data range 0 to 255 CCD_R CLAMP Level x 1 Gain...

Page 65: ...the pixel is greater than this value Command descriptions Preset_3 white balance Blue gain Initial data 0 data range 0 to 255 Preset_3 white balance Gb gain Initial data 0 data range 0 to 255 Bright level threshold for auto white balance process Initial data 3 072 data range 0 to 4 095 Sets the Gb gain for the preset_3 white balance Sets the Blue gain for the preset_3 white balance Preset_3 white ...

Page 66: ... Height for AOI Sets the height which is the vertical size of the image for the AOI Initial data 0 data range 2 Y_offset Height 494 Initial data 0 data range 8 X_offset Width 648 Width for AOI Initial data 648 data range 8 X_offset Width 648 Sets the width which is the horizontal size of the image for the AOI Vertical_1 position for the white balance area Initial data 0 data range 0 to 493 Sets th...

Page 67: ... the camera output image data CCD_R CLAMP Level x 1 GainRP 7 0 64 CLAMP Level CLAMP Level Clamp level The calculated value of 38H Push to set white balance Gr gain Initial data 0 data range 0 to 255 Sets the Gr gain for the Push to set white balance Gr of the camera output image data CCD_Gr CLAMP Level x 1 GainGrP 7 0 64 CLAMP Level CLAMP Level Clamp level The calculated value of 38H Push to set w...

Page 68: ...tial data 01H Sets the iris lens manual adjustment operation D 7 0 Image data between FPGAs Initial data 00H D 7 0 Image process after the image data from the user configurable FPGA 00 No process No data from use FPGA No image data from the use configurable FPGA 01 White balance gamma and color interpolation 10 Gamma and color interpolation 11 No function Note White balance and color interpolation...

Page 69: ...A 1 Output signal from the user configurable FPGA Output signal for 6 pin Out3 of the power IO connector 1 Output signal from the user configurable FPGA Output signal for 5 pin Out2 of the power IO connector 0 Output signal from Sentech FPGA 0 Output signal from Sentech FPGA 1 Output signal from the user configurable FPGA 0 Output signal from Sentech FPGA 1 Output signal from the user configurable...

Page 70: ...receiving code after write EEPROM 01H OK 17H EEPROM write error 4 80H 0 is changed to 0 automatically after write EEPROM Note 1 DO NOT saves to the EEPROM when 80H 0 is 0 Note 2 When save the multiple sequence command to the EEPROM all data save to the EEPROM by one operation from 1 to 4 Example of the multiple sequence command 10H 11H 12H and 13H or 22H 23H and 24H Note 3 When save the multiple c...

Page 71: ...000 16H 0 Generate command software trigger TriggerSoftwareSource 000000 16H 6 7 Software trigger source selection TriggerMode 000000 11H 3 Function mode LineSource0 000000 F0H 0 3 Output signal for 3 pin of the power IO connector LineSource1 000000 F0H 4 7 Output signal for 4 pin of the power IO connector LineSource2 000000 F8H 0 3 Output signal for 5 pin of the power IO connector LineSource3 000...

Page 72: ...l s polarity for 4 pin of the power IO connector LineInverter2 000000 5DH 2 Output signal s polarity for 5 pin of the power IO connector LineInverter3 000000 5DH 3 Output signal s polarity for 6 pin of the power IO connector LineInverter4 000000 5DH 4 Output signal s polarity for 7 pin of the power IO connector StrobeSignalOnTime 000000 90 93H Strobe signal active time StrobeSignalDelay 000000 54 ...

Page 73: ...alance Blue gain BalanceRatio_Gb_Preset3 100000 4CH Preset3 white balance Gb gain BalanceRatio_R_Once 100000 80H Push to set white balance Red gain BalanceRatio_Gr_Once 100000 81H Push to set white balance Gr gain BalanceRatio_B_Once 100000 82H Push to set white balance Blue gain BalanceRatio_Gb_Once 100000 83H Push to set white balance Gb gain GainAuto 100000 20H 3 AGC GainRaw 000000 30H CDS gain...

Page 74: ...or the ALC weight area ALCWindowV4 100000 36 37H Vertical4 position for the ALC weight area ALCWindowH1 100000 38 39H Horizontal1 position for the ALC weight area ALCWindowH2 100000 3A 3BH Horizontal2 position for the ALC weight area ALCWindowH3 100000 3C 3DH Horizontal3 position for the ALC weight area ALCWindowH4 100000 3E 3FH Horizontal4 position for the ALC weight area WB_WindowH1 100000 58 59...

Page 75: ... size Please use GenICam command name command when change these values like below sample code In the case to change the Width BOOL SetWidth PvDevice pDevice PvInt64 lValue PvGenInteger lGenInteger dynamic_cast PvGenInteger pDevice GetGenParameters Get Width PvResult lResult lGenInteger SetValue lValue return lResult IsOK ...

Page 76: ...1S098 03 76 STC GE33OX GEC33OX Users guide Rev 1 03 9F Ebina Prime Tower 9 50 Chuo 2 Chome Ebina city Kanagawa 243 0432 JAPAN Sentech Co Ltd TEL 81 46 236 6660 FAX 81 46 236 6661 URL http www sentech co jp ...

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