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Command Name

Format

Argument

Return value

Explanation

Get ID 

id[?]<CR>

Non

ID(Default:0)

Get the camera ID

*1

This is for multiple camera management

Set ID 

id=N<CR>

N:0~255

OK

Set the camera ID

*1

This is for multiple camera management

Get Sync.

sync[?]<CR>

Non

0:Auto mode

Get the Sync system of the camera

1:Ext Sync
2:Int Sync
3:Ext Sync(AntiBlooming)

Set Sync.

sync=N<CR>

N=0:Auto mode

OK

Set the Sync system of the camera

N=1:Ext Sync

Ext Sync is from CC1.

N=2:Int Sync
N=3:Ext Sync(AntiBlooming)

Get Exposure

expc[?]<CR>

Non

0:Line period exposure

Get the Exposure control status

Control

1:Fixed time exposure 
2: Pulse width exposure

Set Exposure

expc=N<CR>

N=0:Line period exposure

OK

Set the Exposure control status

Control

N=1:Fixed time exposure
N=2: Pulse width exposure

Get Exposure

expt[?]<CR>

Non

0-255:Exposure time

Set the Exposure time

Time

explt[?]<CR>

Set Exposure

expt=N<CR>

N=0-255:Exposure time

OK

Get the Exposure time

Time

explt=N<CR>

Get Gain Position gainpos[?]<CR>

Non

1-2:Gain position

Get the Gain position

Set Gain Position gainpos=A<CR>

A=1-2:Gain position

OK

Set the Gain position

Get chXgainA

chXgainA[?]<CR> X=1-12:ch

0-255:Gain level

Get the Gain level of each gain postion of 

A=1-2:Gain position

each channel

Set

chXgainA=N<CR> X=1-12:ch

OK

Set the Gain level of each gain postion of 

chXgainA

A=1-2: Gain position

each channel

N=0-255: Gain level

Color gap

rgb_on=N<CR>

0:OFF

OK

Color gap control on/off

control

1:ON

value setting

on/off

rgb_on[?]<CR>

Non

0:OFF

Color gap control on/off

1:ON

value reference

Color gap

rgb_dir=N<CR>

0:RGB

OK

Color gap scan direction

dir

1:BGR

value setting

rgb_dir[?]<CR>

Non

0:RGB

Color gap scan direction

1:BGR

value reference

Color gap

rgb_ldelay=N<CR> N:0-8

OK

Color gap delay lines

line

rgb_ld2=N<CR>

N:0-16

OK

value setting

rgb_ldelay[?]<CR> Non

0-8

Color gap delay lines

rgb_ld2[?]<CR>

0-16

OK

value reference

Check

check<CR>

Non

OK

Communication test

Save

save<CR>

Non

OK

Save settings to the EEPROM

Load

load<CR>

Non

OK

Load settings from the EEPROM

Version

ver<CR>

Non

Version

Get the version number of the program for 
the microcomputer control

Revision

rev<CR>

Non

Revision

Get the version number of  FPGA

Initialize

init<CR>

Non

OK

Load the factory settings

config

cfg<CR>

Non

(Data output)

Get the all current settings

*1…ID can be saved on the user area of the EEPROM by the save command. It cannot be cleared by the clear command.

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Summary of Contents for TLC-7300UCL

Page 1: ...su Shiga 520 2144 JAPAN TEL 81 77 545 4331 FAX 81 77 545 4335 Inspection System Dept 86 66 Nomizo cho Otsuka Yamashina ku 607 8135 Kyoto JAPAN TEL 81 75 593 9300 FAX 81 75 593 9790 T o k y o O f f i c...

Page 2: ...can cameras and CCD Camera Link line scan cameras as a pioneering company in the Japanese industry Also Takenaka System Co began to produce the compact CCD video cameras since 1983 and is a first prod...

Page 3: ...Initial setting 8 7 1 Operational setting of the camera 7 2 White balance setting 7 3 FFC Function setting 7 4 Analog gain control 7 5 Color gap correction 7 6 Data rate setting 8 Exposure Control 14...

Page 4: ...hift registers respectively Quad parallel shift registers make it possible to increase transfer efficiency and to obtain high quality images CCD transfer frequency is 30MHz Block diagram of CCD device...

Page 5: ...erature Operational humidity range Storage temperature range Weight External dimension mm lens mount 108 W 110 H 55 5 D M 80 P 0 75 mm 28 8 mm 12V 0 5V 1 5A or less 0 40 85 10 65 720g or less 7300 3 l...

Page 6: ...Unused Medium 8 Bit 1 3650 pixel 7300 3651 pixel 5 4 Power connector 1 26 14 13 Camera Link connector pin out Pin No Signal name Pin No Signal name 1 4 2 5 3 6 Conforming connector HR 10A 7R 6PB Powe...

Page 7: ...cable CameraLi nk cable 14B26 SZLB 00 0LC Medium Full Cofig Standard type Power cable 6PS re prese nts cable length m CaneraLi nk cable 120Mh z Mediu m Configu ration Mod e CameraLi nk Capture board...

Page 8: ...t Sync External synchronization 2 Int Sync Internal synchronization 3 Ext Sync Anti Blooming External synchronization 7 1 2 Exposure mode setting expc N CR To set the Exposure control mode 0 Line peri...

Page 9: ...te paper Check if it is not fogged by halation for each RGB line Use the stable illumination light source pwb_set CR To start to achieve a white balance Completed when OK is displayed save CR To save...

Page 10: ...correction Remove a lens cap and set the target gray level of video signal level Take a defocused image of a surface of a plain white paper Make the signal level adjustment by changing lens aperture o...

Page 11: ...gain setting mode Light level coefficient 2 shade 3 CR To permit to input the shading data 3 shd_ad1 M CR To enter the pixel address shd_ad0 N CR pixel address M x 256 N Pixel address starts from 0 4...

Page 12: ...127 S1 S2 S3 S74 9 7 D128 D129 D141 D142 D143 S75 0 0 S74 9 9 S74 9 8 Photo diode B S h if t g a te CCD analog shift register Output buffer S h i f t g a t e CCD analog shift register D26 D27 D28 D1 2...

Page 13: ...b_ld2 N CR To set the correction amount line numbers for the third line N 0 to 8 Example rgb_dir 0 and the delay amount between adjacent lines is 2 lines rgb_ldelay 2 rgb_ld2 4 Red delay lines 4 lines...

Page 14: ...C is 133 4 sec in Minimum period 66 7 sec DATA output duration 66 7 sec ST 1 ST 2 ST 3 ST OUT 2 LINE VALID Pulse width exposure sync 1 expc 2 sync 3 expc 2 Exposure during the period of the pulse widt...

Page 15: ...UT 3 ST OUT 4 ST 1 DATA ST 0 DATA ST 2 DATA ST 3 DATA Line period exposure sync 1 expc 0 Exposure during each period of EXT SYNC CC1 The line preiod is decided by the value of expt and explt Exposure...

Page 16: ...ED PO RT A TLC 7300UCL 120MHz Medium Configuration Mode Timing Chart S 3647 S 3646 D 114 PI XEL D ATA G REEN PO RT B 50pix els PI XEL D ATA B LUE PO RT C Effe ctive Data Peri od PI XEL D ATA G REEN P...

Page 17: ...98 S7299 S7300 PIXE L CLOC K 80M Hz EX S YNC In CC1 IN LINE VALID PIXE L DATA RED PORT A TLC 7300UCL 80MHz Base Configuration Mode Timing Chart S7297 S7296 D114 PIXE L DATA GREE N PORT B PIXE L DATA B...

Page 18: ...ary numeral indicating GAIN position X arbitrary numeral indicating Channel Gain position GAIN position of the camera Channel Channel to specify the GAIN control device for each CCD output line EEPROM...

Page 19: ...r e g Input error Input value is beyond the setting range Input gainpos 96 Output NE e g Input error Input value is beyond the setting range Input ch1gain1 2000 Output NE NC is returned in case of inp...

Page 20: ...12 ch 0 255 Gain level Get the Gain level of each gain postion of A 1 2 Gain position each channel Set chXgainA N CR X 1 12 ch OK Set the Gain level of each gain postion of chXgainA A 1 2 Gain positi...

Page 21: ...r shd_dat0 CR Non 0 255 Getting setting Value set shd_dat1 N CR N 0 255 OK Data value setting The upper data Upper shd_dat1 CR Non 0 255 Getting setting Note 2 Taget Level for shd_to N CR N 0 255 OK C...

Page 22: ...Non OK White balance LVAL lval N CR 0 OFF OK LVAL control on off control 1 ON value reference setting on off lval CR Non 0 OFF 1 ON LVAL lv_st N CR 0 255 OK LVAL start timing start timing lv_st CR Non...

Page 23: ...t picture appears enter any name e g GMA_RS232C Then click the OK button 4 When the next picture appears select COM on Connect using COM changes depending on PC or capture board Then click the OK butt...

Page 24: ...24 27 6 The next picture will appear 7 Select File Properties 8 Select Settings tag 9 Click the ASCII Setup button...

Page 25: ...reen below and send it out If OK is displayed on the screen communication processing has been completed 13 Select Start Programs Accessories Communications Hyper Terminal 1 when to launch the Hyper te...

Page 26: ...ove a cover and do not insert remove a Camera Link connector when applying current to the equipment It causes the equipment to malfunction Use a ceramic driver to adjust ODD EVEN video signal When dis...

Page 27: ...xternal Dimensions Pow er Medium Base Focal plane 85 108 8 5 110 8 37 5 17 5 17 5 4 M4 depth6 2 M6 depth8 1 4 20UNC depth8 70 0 0 12 0 0 34 M 80 P0 75 13 5 5 5 36 5 55 5 6 3 28 8 3 2 M4 depth6 Both si...

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