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STC-OSB250CL

Product Specifications

and User’s Guide

Model Number

STC-OSB250CL

Input / Output

4 GPIOs

Power

Input Voltage

+10.8 to +26.4 Vdc

Consumption

Max: 9.7 W, Typical: 9.2 W

Precautions
(*1) The selected image output bit does not make any influence for maximum frame rate.

(*2) Camera Link data output formats (TAP configuration and output bits) are listed in below table:

10TAP

8TAP

8bits

Deca configuration

Full configuration

10bits

N/A

Deca configuration

(*3) Please select the optimum Camera Link clock speed if long length Camera Link cable is required.

(*4) Selected TAP configuration does not make any influence for nose level and black level.

(*5) The sensitivity is measured light source illumination for 100 % white under below conditions:

Camera Setting

Environment

Parameter

Setting

Parameter

Setting

Gain Up

0 dB

Light Source

Light Box (White)

AGC

Off

Color temperature 5,100K

White Balance

Optimum

Lens

Electrical Shutter 1/30 seconds

F on Lens

F5.6

Black Level

Optimum

Target Luminance

IM-600 (Topcon)

Gamma

Factory Setting

Содержание STC-OSB250CL

Страница 1: ...No 18S075 00 1 48 STC OSB250CL Product Specifications and User s Guide Camera Link Monochrome CMOS Camera STC OSB250CL 25M Monochrome Product Specifications and User s Guide ...

Страница 2: ...ger mode 18 8 2 1 The exposure time with positive polarity 18 8 3 Edge preset trigger mode 19 8 3 1 The exposure timing with positive polarity 19 9 Camera Output Timing Charts 20 9 1 Horizontal timing Full scanning 20 9 1 1 8TAP 1X8 1Y Horizontal 5 120 pixels 20 9 1 2 10TAP 1X10 1Y Horizontal 5 120 pixels 21 9 2 Vertical timing 23 10 Scanning Mode 24 10 1 ROI Output Timing 24 11 Camera Functions 2...

Страница 3: ...a has malfunction Caution Use and store under specified environmental conditions Vibration shock temperature humidity in the specifications for this camera This will cause of fire or damage the camera Installation and cable wiring Warning Do not use with out of power voltage range that is specified in the specifications for this camera This will cause of fire electrification or malfunction Do not ...

Страница 4: ...iver into radiation holes This will cause of electrification or malfunction Do not touch the camera housing while or afterusing the camera There is a risk of get burned Caution Do not push contamination into opening of the camera This will cause of electrification or malfunction Do not block the radiation holes This will cause of fire due to increase the camera inside temperature Maintenance Cauti...

Страница 5: ...power that satisfies the specified in specifications for the camera The defective pixels may appear due to the sensor characteristics Use below recommend materials or equivalent materials to clean the surface of glass Air dust Non Freon air duster NAKABAYASHI Co LTD Alcohol Propan 2 ol SAN EI KAKO Co LTD Non woven nikowipe clean room NKB Use a soft cloth to clean the camera 2 Warranty Warranty per...

Страница 6: ...ter CMOS sensor to support obtaining fast moving target image Fast exposure time The minimum 21 μseconds exposure time is supported for free run continuous mode and edge preset trigger mode Trigger operation Expose and obtain image by external trigger signal through CC1 on Camera Link or 2pin on Power IO connector Selectable Camera Link clock speed The Camera Link clock speed can be selectable fro...

Страница 7: ... 5 390 Lux Exposure Time All TAP common 1 µseconds to 16 777 seconds Default 1 000 µseconds Gain Analog Gain x1 Fixed Digital Gain X1 to x5 Default x1 Black Level 4 8bits Output 0 to 63 digits 10bits Output 0 to 252 digits White Balance Gain N A ROI Size Horizontal 10TAP 10 to 5 120 pixels Adjustable steps 10 pixels 8TAP 8 to 5 120 pixels Adjustable steps 8 pixels Default 5 120 Vertical 2 to 5 120...

Страница 8: ...on Full configuration 10bits N A Deca configuration 3 Please select the optimum Camera Link clock speed if long length Camera Link cable is required 4 Selected TAP configuration does not make any influence for nose level and black level 5 The sensitivity is measured light source illumination for 100 white under below conditions Camera Setting Environment Parameter Setting Parameter Setting Gain Up...

Страница 9: ...No 18S075 00 9 48 STC OSB250CL Product Specifications and User s Guide 5 2 Spectral Sensitivity Characteristics ...

Страница 10: ...se or equivalent x 1 Camera Mounting M4 screw holes Four on top bottom and both side plates Weight Approximately 400 g 1 Excluding the connectors 5 4 Environmental specifications Model Number STC OSB250CL Operational Temperature Humidity Environmental Temperature 0 to 50 deg C Environmental Humidity 0 to 85 RH No condensation Storage Temperature Humidity Environmental Temperature 0 to 80 deg C Env...

Страница 11: ...l Name Pin No Signal Name Pin No Signal Name 1 GND 14 GND 1 GND 14 GND 2 X0 15 X0 2 Y0 15 Y0 3 X1 16 X1 3 Y1 16 Y1 4 X2 17 X2 4 Y2 17 Y2 5 Xclk 18 Xclk 5 Yclk 18 Yclk 6 X3 19 X3 6 Y3 19 Y3 7 SerTC 20 SerTC 7 100Ω 20 100Ω 8 SerTFG 21 SerTFG 8 Z0 21 Z0 9 CC1 TRG 22 CC1 TRG 9 Z1 22 Z1 10 CC2 23 CC2 10 Z2 23 Z2 11 CC3 24 CC3 11 Zclk 24 Zclk 12 CC4 25 CC4 12 Z3 25 Z3 13 GND 26 GND 13 GND 26 GND Power I...

Страница 12: ...μA typ 1 OUT 0 to 0 7 V 2 3 to 3 3 V 12 mA Max 2 3 GPIO2 IN OUT IN Less than 0 8 V 2 4 to 3 6 V 5 μA typ 1 OUT 0 to 0 7 V 2 3 to 3 3 V 12 mA Max 2 4 GPIO1 IN OUT IN Less than 0 8 V 2 4 to 3 6 V 5 μA typ 1 OUT 0 to 0 7 V 2 3 to 3 3 V 12 mA Max 2 5 GPIO0 IN OUT IN Less than 1 00 V 2 4 to 3 6 V 5 μA typ 1 OUT 0 to 0 7 V 2 3 to 3 3 V 12 mA Max 2 6 Power In IN 10 8 to 26 4 V The trigger signal input co...

Страница 13: ...3 Input signal circuit 3 3V 10kΩ 100Ω SN74AVC4T774 Camera Input to FPGA GND User Input Pin 2 2 1 6Pin Conector Camera 5 5 4 Output signal circuit 3 3V SN74AVC4T774 100Ω 10kΩ 3 4 5 1 6Pin Conector Camera Output from FPGA GND Pin 3 or 4 or 5 User Output Voltage 0 to 3 3 DC Camera ...

Страница 14: ...No 18S075 00 14 48 STC OSB250CL Product Specifications and User s Guide 6 Dimensions 6 1 STC OSB250CL Unit mm ...

Страница 15: ...No 18S075 00 15 48 STC OSB250CL Product Specifications and User s Guide 6 2 STC OSB250CL F Unit mm ...

Страница 16: ...No 18S075 00 16 48 STC OSB250CL Product Specifications and User s Guide 7 Sensor Information 7 1 Pixel Transferring Image Pixel n of Data nth pixel being transferred Pixel1 of Data Pixel2 of Data ...

Страница 17: ...s 8 1 Free run Continuous mode This mode can be outputted camera image signal continuously Exposure Time Image Out Exposure Time Internal VD Note The exposure time sets by preset exposure time When setting shorter than 21 μseconds for exposure time 21 μseconds set to exposure time automatically ...

Страница 18: ...signal There is no FVAL output without exposing by trigger signal Note 2 When active pulse duration of trigger signal is shorter than 21 μseconds trigger signal is discard by filtering system on camera It is necessary to supply more than 21 μseconds active pulse duration of trigger signal to camera Note 3 The trigger signal is discard when trigger signal supplies shorter than below minimum frame i...

Страница 19: ...e 1 The exposure time sets by preset exposure time When setting shorter than 21 μseconds for exposure time 21 μseconds set to exposure time automatically Note 2 When active pulse duration of trigger signal is shorter than 1 1 μseconds trigger signal is discard by filtering system on camera It is necessary to supply more than 1 1 μseconds active pulse duration of trigger signal to camera Note 3 The...

Страница 20: ...age out Tap4 DD Image out Tap3 DC Image out Tap5 DE Image out Tap6 DF Image out Tap7 DG Image out Tap8 DH 5103 5111 5119 5100 5108 5116 5102 5110 5118 5101 5109 5117 5104 5112 5120 5099 5107 5115 5098 5106 5114 5097 5105 5113 5 13 21 6 14 22 8 16 24 7 15 23 4 12 20 3 11 19 1 9 17 2 10 18 Camera settings Horizontal period μsecond Horizontal Blanking period CLK Camera Link Clock MHz Camera Link outp...

Страница 21: ...B 4 14 24 5094 5104 5114 Image out Tap5 DA 5 15 25 5095 5105 5115 Image out Tap6 DB 6 16 26 5096 5106 5116 Image out Tap7 DA 7 17 27 5097 5107 5117 Image out Tap8 DB 8 18 28 5098 5108 5118 Image out Tap9 DA 9 19 29 5099 5109 5119 Image out Tap10 DB 10 20 30 5100 5110 5120 Horizontal blanking Image output Camera settings Horizontal period μsecond Horizontal Blanking period CLK Camera Link Clock MHz...

Страница 22: ...No 18S075 00 22 48 STC OSB250CL Product Specifications and User s Guide ...

Страница 23: ...9 540 The table of vertical effective lines and vertical blanking Free run continuous operation Camera Link output TAP number Camera Link Output BIT Camera Link CLK MHz Full scanning Vertical blanking μsecond Vertical effective Lines H Frame rate fps 8 8 85 00 266 24 5 120 25 388 66 111 286 72 19 912 10 85 00 266 24 25 388 66 111 286 72 19 912 10 8 85 00 250 88 5 120 31 847 66 111 266 24 24 677 ...

Страница 24: ...OI_LINE_ START_2 ROI_LINE_ START_3 ROI_LINE_ NUM_3 ROI_PIX_ START_1 ROI_PIX_ START_2 ROI_PIX_ START_3 ROI_LINE_ NUM_2 The vertical settings for ROI region The region has more than 5 120 vertical start line ROI_LINE_START_x is invalid region It is necessary to set vertical effective lines ROI_LINE_NUM_x and vertical start line ROI_LINE_START_x do not overlap other regions When overlapping regions o...

Страница 25: ...2 When changing lens or light source please proceed this with new lens and light condition 1 Sets 01H at address 50H while shading camera to obtain FFC data with black image LED is blinking while obtaining FFC data The value of address 50H is changed to 00H after FFC data is obtained 2 Sets 03H at address 50H while taking bright image white image to obtain FFC data with white image LED is blinking...

Страница 26: ... as a PC to change camera settings Please use CLCtrl2 ver 1 19 or later communication software or use following communication protocol to communicate to the camera 12 1 Communication method UART RS232C standard compliant Binary communication 12 2 Communication settings Baud rate 9 600bps 38 400bps 57 600bps 115 200bps 230 400bps Data bit 8bits Parity None Stop bit 1bit Flow control None ...

Страница 27: ... of camera Obtains the data from EEPROM when sending read command Replaces the data in EEPROM by sending data when sending write command The camera uses data in EEPROM when power on camera The camera sends receiving code as 01H to PC after data in EEPROM is replaced The camera rejects any commands while data in EEPROM is replacing Approximately 5 mseconds byte Command code Sets the command code Pl...

Страница 28: ...me of electronic shutter 24bits D 7 0 1 000 0 to 16 777 215 21H R W X Exposure time of electronic shutter 24bits D 15 8 22H R W X Exposure time of electronic shutter 24bits D 23 16 23 27H Reserved 28H R W X Delay time for trigger signal 8bits D 7 0 0 0 to 255 29H R Camera inside temperature 8bits D 7 0 Variable 30H X Reserved 31H R W X Digital gain 8bits D 7 0 0 0 to 255 32 37H Reserved 38H R W X ...

Страница 29: ...its D 15 8 9EH R W X Vertical ROI_H Start line 16bits D 7 0 0 0 to 5 119 9FH R W X Vertical ROI_H Start line 16bits D 15 8 A0H R W X Vertical ROI_A Effective lines 16bits D 7 0 5 120 1 to 5 120 A1H R W X Vertical ROI_A Effective lines 16bits D 15 8 A2H R W X Vertical ROI_B Effective lines 16bits D 7 0 0 0 to 5 120 A3H R W X Vertical ROI_B Effective lines 16bits D 15 8 A4H R W X Vertical ROI_C Effe...

Страница 30: ...R W X Horizontal ROI_E Start pixel 16bits D 15 8 BAH R W X Horizontal ROI_F Start pixel 16bits D 7 0 0 8TAP 0 to 5 112 10TAP 0 to 5 110 BBH R W X Horizontal ROI_F Start pixel 16bits D 15 8 BCH R W X Horizontal ROI_G Start pixel 16bits D 7 0 0 8TAP 0 to 5 112 10TAP 0 to 5 110 BDH R W X Horizontal ROI_G Start pixel 16bits D 15 8 BEH R W X Horizontal ROI_H Start pixel 16bits D 7 0 0 8TAP 0 to 5 112 1...

Страница 31: ...Clock 00 84 857 MHz 01 66 11 MHz 10 to 11 No Function D4 No Function Always set as 0 D3 Operation Mode 0 Trigger 1 Free run Continuous D2 to D0 No Function Always sets as 000 Note While the camera is in trigger mode image will not output without trigger signal input 12H CAM_MOD3 7 0 Camera function mode 3 Default data MOD3 7 0 40H Sets the camera function mode D7 D6 D5 D4 D3 D2 D1 D0 D7 to D6 Outp...

Страница 32: ...SENSOR 7 0 Camera inside temperature Default TMP_SENSOR 7 0 Variable Obtains the temperature of inside of camera temperature sensor on FPGA board Temperature deg C Value Binary Value Decimal 100 0110 0100 100 5 0000 0101 5 0 0000 0000 0 1 1111 11111 128 5 1111 11011 123 31H DIGITAL_GAIN 7 0 Digital gain Default DIGITAL_GAIN 7 0 0 Data range 0 to 255 Image output level Image input level CLAMP 7 0 x...

Страница 33: ... D7 D6 D5 D4 D3 D2 D1 D0 D7 to D1 No Function Always sets as 0000000 D0 FFC Function 0 FFC OFF 1 FFC ON 68H BACKEND_MODE_ L 7 0 Flip image Default data FLIP 7 0 00H Sets the image output direction D7 D6 D5 D4 D3 D2 D1 D0 D7 to D6 No Function Always sets as 00 D5 Image output direction Vertical 0 Normal image 1 Vertical flipped image D4 Image output direction Horizontal 0 Normal image 1 Horizontal ...

Страница 34: ... 90H ROI_LINE_ START_0_L 7 0 91H ROI_LINE_ START_0_H 15 8 Vertical ROI_0 Start line Default ROI_LINE_START_0 15 0 0 Data range 0 to 5 019 adjustable unit 1 line Sets the start line vertical of ROI ROI_0 The actual start line of ROI ROI_LINE_START_0 15 0 1 92H ROI_LINE_ START_1_L 7 0 93H ROI_LINE_ START_1_H 15 8 Vertical ROI_1 Start line Default ROI_LINE_START_1 15 0 0 Data range 0 to 5 019 adjusta...

Страница 35: ... 8 Vertical ROI_5 Start line Default ROI_LINE_START_5 15 0 0 Data range 0 to 5 019 adjustable unit 1 line Sets the start line vertical of ROI ROI_5 The actual start line of ROI ROI_LINE_START_5 15 0 1 When total vertical lines of ROI_0 to ROI_4 is 5 120 lines or total vertical lines of ROI_0 to ROI_5 is more than 5 120 lines ROI_5 to ROI_7 do not display on image 9CH ROI_LINE_ START_6_L 7 0 9DH RO...

Страница 36: ...to 5 120 adjustable unit 1 line Sets the effective lines image height of ROI ROI_3 When this setting is 0 ROI_3 to ROI_7 are invalid A8H ROI_LINE_ NUM_4_L 7 0 A9H ROI_LINE_ NUM_4_H 15 8 Vertical ROI_4 Effective lines Default data ROI_LINE_NUM_4 15 0 5 120 Data range 0 to 5 120 adjustable unit 1 line Sets the effective lines image height of ROI ROI_4 When this setting is 0 ROI_4 to ROI_7 are invali...

Страница 37: ...xel horizontal of ROI ROI_3 B8H ROI_PIX_ START_4_L 7 0 B9H ROI_PIX_ START_4_H 15 8 Horizontal ROI_4 Start pixel Default data ROI_PIX_START_4 15 0 0 Data range 0 to 5 112 8TAP 0 to 5 110 10TAP Data adjustable unit 8 pixels 8TAP 10 pixels 10TAP Sets the start pixel horizontal of ROI ROI_4 BAH ROI_PIX_ START_5_L 7 0 BBH ROI_PIX_ START_5_H 15 8 Horizontal ROI_5 Start pixel Default data ROI_PIX_START_5...

Страница 38: ...ction F0H SP_CONT_L 7 0 Signal assignment for 6pin connector Default SP_CONT_L 7 0 00H D7 D6 D5 D4 D3 D2 D1 D0 6pin connector No 5 No 4 Nol 3 No 2 Addr F0H SP1 SP2 SP3 SP4 0 Trigger after filtering output LVAL output FVAL output Trigger input 1 F1h 0 F1h 1 F1h 2 F1h 3 2 Trigger after filtering output Exposing HIGH output Exposing LOW output Trigger input 7 LVAL output CC1 output Exposing HIGHT out...

Страница 39: ...point of defective pixel correction 16bits D 7 0 FFFFh 0 to 5 119 03H R W X Y1 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF FCH R W X X64 point of defective pixel correction 16bits D 7 0 FFFFh 0 to 5 119 FDH R W X X64 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF FEH R W X Y64 point of defective pixel correction 16bits D 7 0 FF...

Страница 40: ...tion OFF 02H R W X Y193 point of defective pixel correction 16bits D 7 0 FFFFh 0 to 5 119 03H R W X Y193 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF FCH R W X X256 point of defective pixel correction 16bits D 7 0 FFFFh 0 to 5 119 FDH R W X X256 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF FEH R W X Y256 point of defective pix...

Страница 41: ...tion OFF 02H R W X Y385 point of defective pixel correction 16bits D 7 0 FFFFh 0 to 5 119 03H R W X Y385 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF FCH R W X X448 point of defective pixel correction 16bits D 7 0 FFFFh 0 to 5 119 FDH R W X X448 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF FEH R W X Y448 point of defective pix...

Страница 42: ...orrection 16bits D 7 0 FFFFh 0 to 5 119 FDH R W X X640 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF FEH R W X Y640 point of defective pixel correction 16bits D 7 0 FFFFh 0 to 5 119 FFH R W X Y640 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF Device Code 3AH Device Code 00H DEh 7 0 10 Command No R W EEPROM Function Default Data ...

Страница 43: ...correction 16bits D 7 0 FFFFh 0 to 5 119 FDH R W X X768 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF FEH R W X Y768 point of defective pixel correction 16bits D 7 0 FFFFh 0 to 5 119 FFH R W X Y768 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF ...

Страница 44: ...tion OFF 02H R W X Y833 point of defective pixel correction 16bits D 7 0 FFFFh 0 to 5 119 03H R W X Y833 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF FCH R W X X896 point of defective pixel correction 16bits D 7 0 FFFFh 0 to 5 119 FDH R W X X896 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF FEH R W X Y896 point of defective pix...

Страница 45: ... OFF 02H R W X Y961 point of defective pixel correction 16bits D 7 0 FFFFh 0 to 5 119 03H R W X Y961 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF FCH R W X X1 024 point of defective pixel correction 16bits D 7 0 FFFFh 0 to 5 119 FDH R W X X1 024 point of defective pixel correction 16bits D 15 8 Defective pixel correction OFF FEH R W X Y1 024 point of defective p...

Страница 46: ... proceed 01H Data saves to EEPROM correctly 10H EEPROM write error 4 Command 80H 0 is changed to 0 automatically after EEPROM write command is proceed Note 1 The data does not save into EEPROM when command 80H 0 is 0 Note 2 The data of multiple continuous commands can save to EEPROM by one sets of above sequence 1 to 4 e g Multiple continuous command 10H 11H 12H and 13H or 22H 23H and 24H Note 3 W...

Страница 47: ... Revision History Rev Date Changes Note 00 2018 11 29 New Document Note Product specifications would be changed without notification Camera Link including PoCL is trademark of AIA Other company names and product names in this document are trademarks of their respective owners ...

Страница 48: ...S075 00 48 48 STC OSB250CL Product Specifications and User s Guide 19F Ebina Prime Tower 9 50 Chuo 2 chome Ebina city Kanagawa 243 0432 Japan TEL 81 46 236 6660 FAX 81 46 236 6661 URL http www sentech co jp ...

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