1 / 21 (ver.0.4) model: tl-8000cl takenaka sensor group takenaka system co.,ltd. □ h e a d o f f i c e 86-66 nomizo-cho otsuka yamashina-ku 607-8135 kyoto japan tel:+81-75-593-9300 fax +81-75-593-9790 □ c a m e r a d e p t . 4f matsumasa bld.1-17-14 ogaya otsu shiga 520-2144 japan tel:+81-77-545-433...
2 / 21 table of contents 1. Outline ……………………………………………… 3 2. Features ............................................................... 3 3. Internal configuration ............................................................... 3 4. Specifications ..........................................................
3 / 21 ● block diagram 1. Outline the tl-8000cl is a high-resolution digital line scan camera adopting 8,192-pixel cmos image sensor. 2. Features ● capable of performing high-resolution inspection with 8,192 pixels image sensor. ● the 7µm×7µm pixel size sensor enables high-definition image acquisiti...
4 / 21 ● spectral response 4. Specifications number of pixels 8192 pixels pixel size 7 μ m×7 μ m photo array length 57.344 mm data rate 320 mhz (80mhz×4tap) scan rate (scan/sec) 35 khz line transfer pulse input 28.57 μ sec (min.) video output (digital output) 8/10 bit medium configuration sensitivit...
5 / 21 pin no. Signal name pin no. Si gnal name 1 shield 14 shield 2 x0- 15 x0+ 3 x1- 16 x1+ 4 x2- 17 x2+ 5 xclk- 18 xclk+ 6 x3- 19 x3+ 7 ser tc+ 20 ser tc- 8 ser tfg- 21 ser tfg+ 9 cc1- 22 cc1+ 10 cc2+ 23 cc2- 11 cc3- 24 cc3+ 12 cc4+ 25 cc4- 13 shield 26 shield base configuration connector camera c...
6 / 21 5-4 bit assignment port port a 1 ～ 2047 odd port b 2048 ～ 4095 even port c 4096 ～ 6143 odd port d 6144 ～ 8192 even 6. External device layout cameralink capture board power suppl y （ ad-50) caneralink cable ※ ※ cameralink cable 14b26- szlb- ＊ 00-0lc （ medium/full cofig. Standard type) power ca...
7 / 21 7. Initial setting always use ffc function for this camera. ( flat field correction is a function used to improve non-uniform image arising from imperfections contributed by lens, picture element etc. ) the following settings are all made by communication command of hyper terminal (see p.15-1...
8 / 21 7-2 ffc function setting flat field correction (also called shading correction) is a function used to improve non-uniform image arising from imperfections contributed by lens, picture element etc. (be sure to use ffc function when using this camera.) ・ set the shading level to the highest val...
9 / 21 7-3 gain control 7-3-1 adc gain setting logrl=n sets the adc gain initial value =40 n : 0 to 255 the relationship between the setting value and adc gain is shown in the following chart. 7-3-2 analog gain setting again=n sets the analog gain of the camera. 0: one-fold 1: four-fold ※ it is reco...
10 / 21 8. Notes ■ if dust sticks to the protective glass of cmos image sensor, image signal cannot be output from the photo diodes on this part and it exhibits symptoms similar to defect pixels. In this case, blow away dusts with an air spray. However, note that water droplet may be sprayed out fro...
11 / 21 f f f fi i i i x x x xe e e ed d d d t t t ti i i im m m me e e e e e e ex x x xp p p po o o os s s su u u ur r r re e e e (expc=1,expt=a,explt=b) e x po su r e d ur in g t h e pe r io d o f t he eq u at io n b e lo w fr o m th e t i mi n g of le a di ng ed g e of ex t .S y nc (c c 1) . Ex p...
12 / 21 Ⅱ Ⅱ Ⅱ Ⅱ． ． ． ． timing chart s1 s2 s2 04 6 s2 04 7 s2 04 8 p ix e l c l oc k e x s yn c in ( cc 1 i n ) l in e va l i d p ix e l d a ta p or t a ( os 1 ) one line output period (2285 clock) s2 04 5 s2 04 4 p ix e l d a ta p or t b ( os 2 ) s2 05 0 s2 04 9 s4 09 2 s4 09 3 s4 09 4 s4 09 6 s4 09...
13 / 21 command name format argument return value explanation get id id[?] non id(default：0) get the camera id *1 this is for multiple camera management set id id=n n：0～255 ok set the camera id *1 this is for multiple camera management get bit setting bit[?] non 10：10 bit setting 8：8bit setting get ...
14 / 21 command name format argument return value explanation shade control shade=n 0:off ok shade control mode mode 1:on getting/setting 2:data out (note.4) 3:data in 4:data all in 5:auto shade for gain 6:auto shade for offset 7:on(offset only)(note.6) shade[?] non 0:off 1:on 2:data out 3:data in 4...
15 / 21 [setup of hyper terminal ] (in the case of microsoft windows2000) 1) select “start”→ “programs”→”accessories”→”communications”→”hyper terminal” 2) the windows will appear with the picture below. 3) when the next picture appears, enter any name.(e.G. Gma_rs232c) then click the “ok” button. 4)...
16 / 21 5) when the next picture appears, select each items as follows.(9600,8,none,1,non) then click the “ok” button. 6) the next picture will appear. 7) select [file]→ [properties] [network transmission setting] baud rate : 9600 bps data length : 8 bit start bit : 1 bit stop bit : 1 bit parity : n...
17 / 21 8) when the next picture appears, select “settings” tag. 9) when the next picture appears, click the “ascii setup” button. 10) when the next picture appears, select each items as follows.( ☑ , ☑ , 0, 0, ☑ , blank, blank) then click the “ok” button. 11) the screen display will return to the s...
18 / 21 12) end of setup. Confirm the connection of the camera , enter “check” on the screen below and then 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...
19 / 21 [communication settings] baud rate :9600bps data length :8bit start bit :1bit stop bit :1bit parity :non xon / xoff control :non [communication overall] 1. Referring to refer to the status of the camera. E.G. Id? To refer to the camera id. 2. Setting to set the status of the camera. E.G. Syn...
20 / 21 [ description of exceptional case] ＊ ng is returned in case of command input error or inputting nonexistent command. E.G. : command input error (gain position no. Is not designated. ) ch1gain=96 ng e.G. : input of nonexistent command chake ng ＊ ne is returned in case of numeric entry error. ...
21 / 21 Ⅵ Ⅵ Ⅵ Ⅵ . External dimensions bas e full power 40 38 3 4 3 0 3.6 4- m4 dept h６ 100 1 0 0 m 7 2 p 0. 7 5 d e pt h 1 0 φ 7 8 15 19.55 22 6.2 80 8 0 1 1 1 7. 5 17.5 17.5 70 2- m6 depth8 1 1 4- m4 depth max.6 34 82 1/ 4-20unc depth8 8 i maging plane maxi mal lens flange face （ main body ） insert...
