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No.19S019-01 

 
 

 

 

 

24

STC-APB503PCL / STC-APC503PCL 
Product Specifications and Use’s Guide 

 

 

Command No. 

Command Description 

20H: SVR [7:0] 
21H: SVR [15:8] 
22H: SVR [23:16] 

[Exposure time of electronic shutter] Default data: SVR [23..0] = 0, Data range: 0 to 16,777,215 
Sets the preset shutter speed (exposure time) for electronic shutter. 
  Exposure time (shutter speed) = 1 * SVR (µseconds) 

28H: 
DLY [7:0] 

[Delay time for trigger signal] Default data: DLY [7..0] = 0, Data range: 0 to 255 
Sets the delay time from the trigger signal input to start exposure. 

Delay time = 2 * DLY [7..0] (µseconds) 

30H: 
PGA[7..0] 

[CMOS Gain] Default data: PGA [7..0] = 0, Data range: 0 to 255 
Sets analog and digital gain.   
 
    Value 0 to 55: Gain = 1 + 0.125 * PGA 
    Value 56 to 87: Gain = 8 + 0.25 * (PGA - 56) 
    Value 88 to 119: Gain = 16 + 0.5 * (PGA - 88) 
    Value 120 to 151: Gain = 32 + 1.0 * (PGA - 120) 
    Value 152 to 183: Gain = 64 + 2.0 * (PGA - 152) 
    Value 184 to 215: Gain = 128 + 4.0 * (PGA - 184) 

Value 216 to 255: Gain = 252 

31H: 
DGB[7..0] 

[Digital Gain] Default data: DGB [7..0] = 0 
Sets digital gain. 

Output image level = (input image level – CLAMP [7..0] x 4) x (1 + DGB [7..0] / 128) + CLAMP [7..0] x 4 

32H: 
GOFS[7..0] 

[Gain offset] Default data: GOFS [7..0] = Factory adjusted value 
Sets digital gain. 

Output image level = (input image level – CLAMP [7..0] x 4) x (1 + DGB [7..0] / 128) + CLAMP [7..0] x 4 

38H: 
CLAMP [7:0] 

[Clamp level] Default data: CLAMP [7..0] = 40, Data range: 0 to 255 
Sets the 10bits clamp level of the black signal. 

3AH: 
WBR [7:0] 

[White Balance R gain] Default data: WBR [14..0] = 4,096, Data range (WBR [7..0]): 0 to 255 
Sets the Red gain on Bayer 
  Video level = (Input video level - CLAMP [7..0]) * WBR [14..0] / 4,096 + CLAMP [7..0] 
WBR [14..0] = 4,096: x1 gain, WBR [14..0] = 8,192: x2 gain, WBR [14..0] = 12,288: x3 gain, 
WBR [14..0] = 16,384: x4 gain, WBR [14..0] = 20,480: x5 gain, WBR [14..0] = 24,576: x6 gain, 
WBR [14..0] = 28,672: x7 gain, WBR [14..0] = 32,768: x8 gain 

*WBR [14..8]: EAH 

3BH: 
WBB [7:0] 

[White Balance B gain] Default data: WBB [14..0] = 4,096, Data range (WBB [7..0]): 0 to 255 
Sets the Blue gain on Bayer 
  Video level = (Input video level - CLAMP [7..0]) * WBB [14..0] / 4,096 + CLAMP [7..0] 
WBB [14..0] = 4,096: x1 gain, WBB [14..0] = 8,192: x2 gain, WBB [14..0] = 12,288: x3 gain, 
WBB [14..0] = 16,384: x4 gain, WBB [14..0] = 20,480: x5 gain, WBB [14..0] = 24,576: x6 gain, 
WBB [14..0] = 28,672: x7 gain, WBB [14..0] = 32,768: x8 gain 

*WBB [14..8]: EBH 

3CH: 
WBGR [7:0] 

[White Balance GR gain] Default data: WBGR [14..0] = 4,096, Data range (WBGR [7..0]): 0 to 255 
Sets the Green gain on Bayer GR line 
  Video level = (Input video level - CLAMP [7..0]) * WBGR [14..0] / 4,096 + CLAMP [7..0] 
WBGR [14..0] = 4,096: x1 gain, WBGR [14..0] = 8,192: x2 gain, WBGR [14..0] = 12,288: x3 gain, 
WBGR [14..0] = 16,384: x4 gain, WBGR [14..0] = 20,480: x5 gain, WBGR [14..0] = 24,576: x6 gain, 
WBGR [14..0] = 28,672: x7 gain, WBGR [14..0] = 32,768: x8 gain 

*WBGR [14..8]: ECH 

3DH: 
WBGB [7:0] 

[White Balance GB gain] Default data: WBGB [14..0] = 4,096, Data range (WBGB [7..0]): 0 to 255 
Set the Green gain on Bayer GB line 
  Video level = (Input video level - CLAMP [7..0]) * WBGB [14..0] / 4,096 + CLAMP [7..0] 
WBGB [14..0] = 4,096: x1 gain, WBGB [14..0] = 8,192: x2 gain, WBGB [14..0] = 12,288: x3 gain, 
WBGB [14..0] = 16,384: x4 gain, WBGB [14..0] = 20,480: x5 gain, WBGB [14..0] = 24,576: x6 gain, 
WBGB [14..0] = 28,672: x7 gain, WBGB [14..0] = 32,768: x8 gain 

*WBGB [14..8]: EDH 

3EH: W [9..8] 
3FH: W [7..0] 

[Test Pattern level] Default data: W [9..0] = 1,023, Data range: 0 to 1,023 
Sets signal output level for “04H, signal output level” test pattern. 

78H: 
TESTP [7:0] 

[Test Pattern] Default data: TESTP [7..0] = 00H 
Sets the output test pattern. 

D7 

D6 

D5 

D4 

D3 

D2 

D1 

D0 

 

D7 to D3 

No Function 

Always set as “00000” 

D2 to 
D0 

Test Pattern 

0: Off (Video output) 

1: Gray scale image 

2: Lamp image 

3: White image 

4: Signal output level 

5: Color bar image 

Others: Black image 

 

 

 
 

 

Summary of Contents for STC-APB503PCL

Page 1: ...1 i STC APB503PCL STC APC503PCL Product Specifications and Use s Guide PoCL Camera Link Monochrome Color CMOS Camera STC APB503PCL 5 0M Monochrome STC APC503PCL 5 0M Color Product Specifications and...

Page 2: ...13 6 1 3 2 TAP 1X2 1Y Binning 14 6 1 4 3 TAP 1X3 1Y Binning 14 6 2 Vertical Timing 15 8 1 1 Full scanning 15 8 1 2 Binning 15 7 Camera Function Mode 16 7 1 Free run Continuous mode 16 8 1 3 Full frame...

Page 3: ...No 19S019 01 1 ii STC APB503PCL STC APC503PCL Product Specifications and Use s Guide 11 Revisions History 28...

Page 4: ...camera 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...

Page 5: ...or malfunction Do not push metals including screw driver into radiation holes This will cause of electrification or malfunction Caution Do not push contamination into opening of the camera This will c...

Page 6: ...the 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 clea...

Page 7: ...8bits output Less than 4 5 digits Gain 0 dB 10bits output Less than 18 digits Gain 0 dB 12bits output Less than 64 digits Gain 0 dB Sensitivity 5 430 Lux 960 Lux Exposure Time Edge preset trigger Free...

Page 8: ...n below table 3TAP 2TAP 8bits Base configuration Base configuration 10bits N A Base configuration 12bits N A Base configuration 3 Please select the optimum Camera Link clock speed if the long length C...

Page 9: ...No 19S019 01 1 6 STC APB503PCL STC APC503PCL Product Specifications and Use s Guide 3 2 Spectral Sensitivity Characteristics 3 2 1 STC APB503PCL 3 2 2 STC APC503PCL...

Page 10: ...rature Humidity Environmental Temperature 0 to 45 deg C Camera housing temperature shall not exceed 64 deg C 1 Environmental Humidity 0 to 85 RH No condensation Storage Temperature Humidity Environmen...

Page 11: ...the power to the camera through the Camera Link cable and connectors if the frame grabber board and the cable are applicable for the PoCL Pin Assignment Pin No Signal Name Pin No Signal Name 1 12V 14...

Page 12: ...Voltage Consumption Low voltage High voltage 1 GND IN 0V 2 Trigger IN 0 to 0 99 V 2 3 to 3 6 V 5 A typ 1 3 FVAL OUT 0 V 3 3 V 10 mA Max 2 4 LVAL OUT 0 V 3 3 V 10 mA Max 2 5 Trigger Filter OUT 0 V 3 3...

Page 13: ...3 5 3 Input signal circuit 3 5 4 Output signal circuit TC7WH241FK Camera input to FPGA 3 3V GND User INPUT Pin 2 47k 3 3V 1 6Pin Conector 2 Camera 100 TC7WH241FK 100 3 3V GND Pin 3 or 4 or 5 47k 3 3V...

Page 14: ...No 19S019 01 1 11 STC APB503PCL STC APC503PCL Product Specifications and Use s Guide 4 Dimensions Unit mm...

Page 15: ...Information STC APB503PCL Monochrome Pixel n of Data nth pixel being transferred STC APC503PCL Color The Bayer pattern array on the sensor Pixel m n of Data nth pixel of the mth line being transferre...

Page 16: ...xels 1 CLK 20 83 nseconds 6 1 2 3 TAP 1X3 1Y Horizontal 2 592 pixels 1 CLK 31 25 nseconds Video out Tap1 LVAL DVAL 1746 CLK One horizontal 1H 1296 CLK FVAL 1296 CLK Video out Tap2 Horizontal blanking...

Page 17: ...4 3 TAP 1X3 1Y Binning 1 CLK 31 25 nseconds Video out Tap1 LVAL DVAL 2092 CLK One horizontal 1H 1296 CLK FVAL 1296 CLK Video out Tap2 Horizontal blanking 796 CLK Video output 2CLK 2CLK Video out Tap1...

Page 18: ...1 Full scanning 1 H 36 375 seconds 8 1 2 Binning 1 H 43 61 seconds Video out FVAL One vertical 1V 1944H Video output active term 1 2 1943 1944 Vertical blanking Vertical blanking LVAL DVAL Video out...

Page 19: ...7 Camera Function Mode 7 1 Free run Continuous mode This mode can be outputted camera video signal continuously 8 1 3 Full frame exposure 8 1 4 Electronic shutter Exposur e Ti me I nt er nal VD Sensor...

Page 20: ...of the exposure positive polarity is selected the exposure periods exposure time are the high states of the trigger signal 8 2 1 Pulse width trigger mode Electronic Rolling Shutter ERS 8 2 2 Pulse wi...

Page 21: ...s 8 3 1 Edge preset trigger mode Electronic Rolling Shutter ERS 8 3 2 Edge preset trigger mode Global Reset Release GRR 1st Row Exposure SW usec ROW Horizontal cycle ROW Time SW Exposure time 20 to 23...

Page 22: ...ses such as a PC to change the camera settings Please use CLCtrl2 ver 1 21 or later communication software or use the following communication protocol to communicate to the camera 9 1 Communication me...

Page 23: ...the camera Obtains the data from the EEPROM when sending read command Replaces the data in the EEPROM by sending data when sending write command The camera uses the data in the EEPROM when the power o...

Page 24: ...er 24bits D 23 16 23 27H Reserved 28H R W X Delay time for trigger signal 8bits D 7 0 0 0 to 255 29 2FH Reserved 30H R W X Analog gain 8bits D 7 0 0 0 to 180 31H R W X Digital gain 8bits D 7 0 0 0 to...

Page 25: ...o 1 943 D5H R W X Pixel defect Y position Set 16bits D 15 8 D6H R W X Pixel defect X position Read 16bits D 7 0 0 D7H R W X Pixel defect X position Read 16bits D 15 8 D8H R W X Pixel defect Y position...

Page 26: ...model 11H MOD2 7 0 Camera function mode 2 Default data MOD2 7 0 00H Sets the camera function mode D7 D6 D5 D4 D3 D2 D1 D0 D7 to D4 No Function Always set as 0000 D3 Operation Mode 0 Trigger 1 Free run...

Page 27: ...84 x4 gain WBR 14 0 20 480 x5 gain WBR 14 0 24 576 x6 gain WBR 14 0 28 672 x7 gain WBR 14 0 32 768 x8 gain WBR 14 8 EAH 3BH WBB 7 0 White Balance B gain Default data WBB 14 0 4 096 Data range WBB 7 0...

Page 28: ...coordinate of the pixel defect position Sets the correspond positions in D2H to D5H registers to the pixel defect coordinate number is assigned in D1H register This bit is cleared to 0 automatically...

Page 29: ...White Balance B Gain Default data WBB 14 0 4 096 Data range WBB 14 8 0 to 127 Sets the Blue gain on Bayer Video level Input video level CLAMP 7 0 WBB 14 0 4 096 CLAMP 7 0 WBB 14 0 4 096 x1 gain WBB 1...

Page 30: ...is proceed 01H Data saves to the EEPROM correctly 10H EEPROM write error 4 Command 80H 0 is changed to 0 automatically after the EEPROM write command is proceed Note 1 The data does not save into the...

Page 31: ...se s Guide 11 Revisions History Rev Date Changes Note 00 2019 01 28 New Document 01 2019 02 27 Revised Added trademark information Camera Link including PoCL is trademark of AIA Other company names an...

Page 32: ...1 29 STC APB503PCL STC APC503PCL Product Specifications and Use 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 s...

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