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1. 9 SV SV r3 e o2. 22 User Manual TL 16000CL j I Ry 1 NOI123r0U4 339wv Qut e E o 1 o ss t1 9 sH 7N 2 002 9 1 23 16000 User Manual Appendix Setup of Hyper terminal Microsoft Windows2000 WindowsXP 1 2 GMA_RS232C OK ax New Connection Enter a name and choose an icon for the connection Name GMA_RS232C Hyperlerminal by Hilgraeve Monroe Michigan USA For more power and convenience upgrade to hot new HyperACCESS TODAY 1 3 COM OK GMA RS232C Enter details for the phone number
3. save FFC shd epsv shd epsv2 shd_epld2 No0036 shd_epsv2 shd_epld2 4 4 1 FFC shd epsv CR FFC EEPROM 1 shd_epsv2 CR FFC EEPROM 2 OK EPROM 4 4 2 FFC shd epld lt CR gt FFC EEPROM 1 shd_epld2 CR FFC EEPROM 2 shd_epld 4 4 3 shade 1 CR FFC ON save lt CR gt EEPROM FFC
4. 10 99 OK 11 check OK RS232C HyperTerminal T Bl xj File Edit Cal Transfer Help Dia 5131 5015 cil Connected 0 13 06 jautodetect Autodetect 50501 caes m Print echo 12 1 1 3 26
5. DD QD DD CameraLink FPN calibration calibration againzN Offset Shading calibration logrizN shade 6 shade 5 gainpos N FFC calibration Command shade 1 Analog Processing Digital Processing Flat field correction FPN Fixed pattern noise PRNU Photo Response Non Uniformity 4 1 1 FFC Shade 1 EEPROM 4 3FFC EEPROM CMOS n x 71 10 16000 User Manual 4 2 4 2 1 ADC A D logr N
6. 150 0 255 FFC OFF shade 5 lt CR gt OK 13 16000 User Manual shade 1 save Shade 6 Shade 5 shade 1 CR ON shd_epsv CR FFC save CR EEPROM FFC lt E gt mov T ee NE 4 3 5 shade 0 OFF shd CR FFC shade 1 lt CR gt ON shd tg lt CR
7. 3 1 2 check lt CR gt etc 1 2 1 sync 1 sync 2 2 expc 0 8 5E SE JC expe 1 expc 72 sync 2 expc 0 P11 1 ADC logr N 2 chXgainA N FFC P12 chXgainA 0 1 2 P15 1 FFC shd_epsv 2 Save check lt CR gt ok
8. 15 User input lt CR gt 5 10 Camera output 0 User input sync 1 lt CR gt Camera output OK 16000 User Manual 3 3 3 3 1 sync 1 expc 2 FFC ON shade 1 1 ADC logr 16 chXgainA 0 1 FFC ogr 16 shd to 3 3 Apo rodagon 75mm f4 125 shd tg 150 150 Waveform after shading Weveforrm before shading Amplified per pixel Tg 3 3 2 cf
9. S e SA r3 FG TL 16000CL User Manual o
10. 50mVp p 16000 User Manual 2 3 TL 16000CL Camera Link Full Configuration 2 3 1 26Pin SYNC Medium and Full Configuration 3 14 15 16 I 1 1 1 1 lt i xc x 4 5 6 2 3 4 5 x 774 e 8 lt lt 5 leolc IS gt 1 c o co O B I NININ SRA SI H7 Q EN I Z 26 3M 5m 2 3 1 Bt Base Port bit 8bit Medium and Full Port AO A1 IA1 Port CO ICO Port C1 IC1 Port DO DO Port FO 0 Port HO Port A2 2 Port
11. Note 2 FFC FFC shd_dat N CR gt 0 255 12bit 8bit OxFF shd_dat1 N CR gt 16 240 12bit 4bit 16 24O0 0x10 OxF0 shd_dat lt CR gt Get the upper 8bit data of FFC coefficients 12bit shd_dat1 lt CR gt Get the lower 4bit data of FFC coefficients 12bit This value is multiple of 16 Data set shd_set CR gt Data set shd_to N CR gt Correction target level value reference setting shd_to CR gt for black level Note 2 shd_tg N lt CR gt Correction target level value reference setting shd_tg CR gt for gray level Note 2 FFC shd_epld lt CR gt EEPROM FFG FFO shd_epsv CR gt EEPROM FFG FFC EEPROM2 FFC shd_epld2 CR gt d FFO shd_epsv2
12. TL 16000CL TAKEX URL http www takex system cojp Rev1 03 Rev1 03 TL 16000CL User Manual 2
13. FFC fT ASCII N 1 Ext Sync 2 nt Sync N 3 Non ID id N lt CR gt 0 255 ID id 2 lt CR gt Non ID Default 0 sync N lt CR gt N 0 OK N 1 Ext Sync CC1 Sync N 0 N 1 expt by the save command Cannot clear by the clear command 2 N 2 I Non 0 2 5 0 255 time sync 2 sync 1 ex
14. G Revisions Rev Date Changes 0 00 2010 03 25 0 01 2010 06 25 Command 18 25 gt 18 32 0 02 2010 08 10 7 FFC FFC
15. shade 6 CR gt 7 shade 0 4 3 4 oe ODD EVEN shd tg N 70 3 115 shd tg 150 shd tg lt CR gt
16. FFC 7 8 DC12V 9 10 1 3 35um 35 m 16384 CMOS ODD EVEN Base Base Full Full Port Port 6 Port E Port amp FPGA 1 ddp Configuration Camera Link Base L u CDS_AD CDS_AD CDS_AD CDS_AD zlala s ss s s ss 33383 E a 3583 CDS_AD CDS_AD CDS_AD CDS AD JR UE RE
17. FFC 1 8 1 shd_go 1 lt CR gt shd go 2 shd_go 2 lt CR gt _ 2 shade 3 CR FFC 3 shd ad1 M lt CR gt shd_ad0 N lt CR gt pixel address MX256 N 0 G 4 shd_dat N lt CR gt 12bit 8bit 0 to 255 5 shd_dat1 N lt CR gt 12bit 4bit N 16 to 240 6 shd_set lt CR gt 7 3 6 8 shade 1 lt CR gt FFC ON 4 4 2 EEPROM
18. gt e e
19. ASCII Baud rate 9600bps Data Length 8bit Start Bit Stop Bit 1bit Parity Non Xon Xoff Control Non lt CR gt 564 N 7 sss He X seem Tap Notes CR 0x0D LF 0x0A CR LF CR lt gt OK NG eee NE
20. Cameral ink Base 26 pin Full 26 pin FN lS LED DC 12V HR 10A 7R 6P 2 2 HR 10A 7R 6P OFF DC12V 1096 800mA 1A
21. II Command V 0 05 2010 12 20 H Command 0 51 2010 01 08 H Command X The exposure time The procedure when the Data set thePC to RAM 0 52 2011 09 22 explt 2012 1 11 Testp Int Sync 0 54 2012 1 23 LVAL gainpos 1 00 2012 8 24 1 01 2012 10 16 1 02 2012 10 31 103 2014 05 08 Rev1 03 1 TL 16000CL CMOS Line Scan Camera mre 1 11 1 1 33DpO NEM e 1 00 nnn 2 2 2 s emen 3 2 2 3 2 2 ne 3 3 4 2 4 EH 5 3 JJR UrIY amp APHkH Jb 0 Henne 6 6 3 2 nn me 7 3 3
22. 8 3 4 Oe 9 4 ee 10 4 1 Oe 10 4 2 11 4 3FFC 12 4 4 Memoweyesooua 15 4 5 16 4 6 reer 17 5 0 0 nre 19 6 onn 22 7 23 Appendix Rev1 03 16000 User Manual 1 TL 160000L CMOS 1 1 CMOS 1 2 TL 16000CL 16384 CMOS 1 16384 2 351m 35m 3 640MHz 4 8Bit Ful Configuration 5 6
23. OK save shd_ epsv 15 16000 User Manual 4 5 ON No0036 4 5 1 1 O 8 1 2041 4096 255 4096 1 4 testp 1 lt CR gt lt _ 1 4 5 2 2 O
24. logr N lt CR gt 16 O 255 ADC logrl TL 16000CL 3 2 5 2 454 DC e 0 5 110 fo 220 0 20 40 60 80 100120140 160 180 200 220 240 logr 16 1 N FFC 4 2 2 again CR 1 1 4 4 ADC FFC 4 2 3 chXgain1 N FFC FFC 0 chXgain1 N lt CR gt 1 0 125 x N N O 60
25. Notes sunc 0 SYNC SYNC explt B sync 1 expc 2 SYNC SYNC sync 1 1 SYNC sync 2 0 explt B 16000 User Manual 4 4 1 TL 16000CL CMOS 1 4 again N A D logrl N 0 2 2 8 FPN PRNU
26. expt 256 explt 1116 0 025 sec 1 3 4 2 3 24 V BRJCE F SYNC SYNC SYNC SYNC CR N 0 N 1 value of expt amp explt N 2 Notes expc 1 expt CR explt CR 0 to 255 B 0 to 255 expt 256 explt 44 0 025 sec expt explt B sync 2 sync 1 expc 1
27. TL Tool check P16 sync 2 lt CR gt testp 1 lt CR gt ADC logr N lt CR gt 0 2 fi 2 8 chXgain1 N lt CR gt 1 5 Tap X 1 8 TL 16000CL User Manual 3 2 TAKEX FFC
28. OX 1 8 O 125 ch1 ch8 ch1gain1 2 CR gt ch2gain1 2 CR gt ch8gain1 2 CR gt 11 16000 User Manual 4 3 FFC 4 3 1 FFC FFC FFC 20 Waveform after shading Waveform before shading Light level shd tg Sbit 0 Dark level shd to FFC FFC
29. 8 1 2041 2054 255 2055 8 1 4087 j amp j3 amp 4096 0 4096 1 4 testp 2 lt CR gt lt 2 n 1 j 1 E mai 4 5 3 3 128 testp 3 lt CR gt C 3 4 5 4 4 4 1 8 1 testp 4 CR lt 4 16 16000 User Manual 4 6 sync 1 expc 0 EXT SYNC CC1 2 5usec usec ST 1 ST 2 ST 3 ST 4 ST 5 EXT SYNC IN CameraLink CC1 2 5usec lt 2280clock T Line Valid ST 0 DATA ST 1 DATA ST 2 DATA T OOOOO OOOOOOO OOOOOOO
30. sync 2 0 Int Sync Time expt 256 explt 1116 0 025usec u expc 0 exptexpt NT ST 1 INT ST 2 INT ST 3 5 4 5 5 Int SyncTime INT SYNC IN T 2 F Line Valid _ L L ST 0 DATA ST 1 DATA ST 2 DATA Pixel data e OOOOO OOOOOOO OOOOOOO OOOOOOO OOOO TL 16000CL Timing Chart 00 UU EX SYNC In CC1 IN gt DATA 32 LINE VALID 8 8 58193 58195 8 8 9 22 02 2 5 We LULPEBRLEDETEEDESCDEEL ELET PIXEL DATA P LEGCODELELELELELLIEULDETI 082 PIXEL DATA PORT G 081 W YIYYTIITI F 1 Line Output Period 2285 CLOCK 18 TL 16000CL User Manual 9
31. 10 Port D Port F Port H Base Full Full Full 16000 User Manual 1 4 CMOS Image sensor 39 3 16384 H m o3 bumX3 5bum 23 typical 10 50 60dB C 4 H HB 8 Bit Full Configuration lt 640MHz 80MHzx8TAP kj E or 446 ADC 0 2 2 8 1 5 0 125 12V 0 5V 0 5A 10 65C HR10A 7R 6P 1 V V V A y 947 0 3 7 2 1 f V VIA 50 700 750 1 300 BOD 850 950 1000 1050 1100 Quantum efficiency Wavelength nm TL 16000CL User Manual 2 1 2 1 Camera Link Ful Configuration 2 Framegrabber 12V 6Pin 12V LED
32. OOOOOOO OOOO PortA H Full 556 sync 1 expc 1 5 1 EXT SYNC IN CameraLink CC1 EXT SYNC CC1 expt 256 explt 44 0 025usec 5 3usec Ext Sync ST 2 usec 28 57usec ST 3 sT 4 ST 5 2 5usec Line Valid Pixel data 2280clock ST 0 DATA ST 1 DATA ST 2 DATA gt gt PortA H Full SG QULA RSEJ6 1 expc 2 IN CameraLink CC1 EXT SYNC CC1 5usec Ext Sync 28 67usec ST 2 ST 3 2280clock Line Valid ST 0 DATA EE 57 2 DATA 1 5 Pixel data PortA H Full CXX2X XXX X A X X X X XX OOOOOOO OOOOOOO OO 17 16000 User Manual
33. SYNC 4 3 2 gainpos 1 cR _ 0 chXgainA 0 0 shade 0 CR OFF shd clg lt CR gt 1 1 No0036 No0036 shd_clg CR gt shade 4 CR shd go 1 CR shd dat 0 CR shdset CR 12 16000 User Manual 4 3 3 shd to CR HR XXL 3 N 255
34. 16 is ignored Set the upper 8bit data of portB portD portF da_m2h N CR gt 0 255 and portH offset value 12bit Set the lower 4bit data of portB portF EE and portH offset value 12bit This value has to be multiple of 16 The remainder of divided dz DAC offset value 21 lt gt 16 240 16 is ignored sal Get the upper 8bit data of portA portC portE ES da mih amp CR Non 0 255 and portG offset value 12bit H Get the lower 4bit data of portA portC portE and portG offset value 12bit This value is da_m1I 2 1 lt CR gt Non 16 240 multiple of 16 Get the upper 8bit data of portB portD portF da m2h 2 lt CR gt Non 0 255 and portH offset value 12bit Get the lower 4bit data of portB portD portF and portH offset value 12bit This value is da m2l X CR Non 16 240 multiple of 16 sync 1 again N logr N antb N CC1 21 TL 16000CL User Manual 6 CMOS
35. FFC shade N lt CR gt 0 OFF OK Shade control mode 1 ON value reference setting 2 Data out Note 4 3 Data in O FFO all in 1 FFC 5 Auto shade for gain 2 FFC 6 Auto shade for offset 3 FFC 7 ON offset only Note 5 FFC shade lt CR gt Non 0 7 5 6 7 ON offset only Note 6 shade 2 shd_ul N CR gt N 0 or 1 OK Setting shade 2 output data bit Gain Offset Lower 0 FFC 8bit 1FFC Abit shd_ul lt CR gt shd_go N CR gt Non 0 or 1 0 OFF 1 2 shd_go CR gt shd_ad0 N CR gt Non shd_adO lt CR gt Get shade 2 output data bit FFC Note 3 FFC Note 2 shd_ad1 N CR gt shd_ad1 lt CR gt Non FFC
36. gt shade 5 lt CR gt shade 1 lt CR gt ON shd epsv lt CR gt FFC save lt CR gt EEPROM FFC 255 255 1shd_clg shade 1 4 3 5 FFC FFC shd go i lt CR gt 21 FFC CR gt bit bit N 0 8bit or 1 Abit FFC OFFSET shd go 2 lt CR gt shade 2 CR FFC shd ul N CR bit bit N 0 8bit or 1 4bit 14 TL 16000CL User Manual 4 3 6 FFC
37. CR gt Non OK EEPROM2 FFC FFC shd_clg lt CR gt Non OK shd_clo OR gt Non OK Note 2 Correction target pixel address shd_ad1 x 256 shd ad0 Note 3 Gain or Offset has to be choosing before use Data set command Note 4 The setting status is output as is the video out from camera Note 5 When setting up shade into 7 the gain becomes twice shade 5 shade 6 20 16000 User Manual again N lt CR gt N 0 or 1 OK 2 5 Ode 5 14 lt gt antb N lt CR gt 0 OFF P 1 ON antb lt CR gt Get the anti blooming logrl N CR gt Set adcgain value ADC logrl 2 lt CR gt Get adcgain value testp N C
38. R gt set pattern mode 0 3 _ 1 test pattern 1 2 test pattern 2 3 test pattern 3 R 4 test pattern 4 testp 2 lt CR gt get pattern mode speed N lt CR gt 40Mhz 17kHz Jl O pixel clk 40MHz 0 pixel clk 80MHz speed 2 lt CR gt Non Get the camera clk speed set line to line offset line offset NXCR 0 or 1or2 Oline to line offset is effective 1line to line offset is not effective 2 black pixel value is output get line to line offset line_offset 2 lt CR gt 0 or 1or2 get line to line offset Value of portA portC portE and portG ch1offset N lt CR gt OK 200 Value of portB portD portF and portH 2 Set CMOS offset ch2offset N lt CR gt OK 200 Get CMOS offset value of portA portC portE ch1offset lt CR gt Non 0 255 and portG K Get CMOS offset value of portB portD portF ch2offset lt CR gt Non 0 255 and portH FS Set the upper 8bit data of offset value 12bit of nd da_m1h N lt CR gt N 0 255 OK portA portC portE and portG Set the lower 4bit data of portA portC portE EE and portG offset value 12bit This value has to 3E be multiple of 16 The remainder of N divided by Ng da 11 lt gt N 16 240 OK
39. _ Potc3 C3 Port A4 4 Port 4 C4 5 5 55 Port A5 5 Port C2 2 C3 03 Port 5 C5 Port C6 6 PorttD2 ID2 Port F2 IF2 Port 2 2 IPortD4 ID4 PortF4 r4 PortH4 4 SE Port A7 Port C7 C7 Port D7 ID7 Port F7 F7 Port H7 7 7 Port B1 Pot B3 B3 Port B5 IB5 Port B7 7 zc BEN Port E1 Port G1 IG1 c2 BNEE Port Port G3 03 c NEM Port ES Port 605 05 ur MEME 7 PortE7 IE7 Pot G7 07 Taps Port A 17 4095 Port B 27 4096 Port C 4097 8191 Port D 4098 8192 Port E 8193 12287 Port F 8194 12288 Port G 12289 16383 Port H 12290 16384 TL 16000CL User Manual 2 4 TL 16000CL 10m 6FS x gt Full Configuration 3M 14B26 SZLB 00 OLC CL H MM 16000 User Manual 3 amp 3 1 3 1 1 FFC
40. g cfg CR GMA_RS232C FE Q cfg ver 1 8 5 rev 5 id 0 sync 1 expc 2 expt 5 11 0 112801 offset 150 177 testp 9 shade 1 shd_go 1 shd ad 0 0 0 _dat 9 49 150 _to 3 antb 9 again speed 255 line offset 0 9600 8 N 1 TL 16000CL User Manual 3 4 3 4 1 2 SYNC CC1 Sync N CR SYNC N 1 Ext Sync 2 int Sync 1 Notes
41. pc 1 ESXHMORGE 0 255 time UN P gainpos A OR gt A 1 8 Gain position OK A 1 lt 8 1 8 Gain position chXgainA N lt CR gt X 1 8 ch 1 8 A 1 8 gain position 0 255 gain level chXgainA 2 lt CR gt X 1 8 ch 0 255 Gain level 1 8 Gain position lead load lt CR gt Non ok EEPROM x Version ver lt CR gt Non Version CPU Model modelXCR Non Model Get the camera model A lt gt Revision FPGA Initialize init lt CR gt Non OK FFC config cfg lt CR gt Non Data output on clear lt CR gt N ok EEPROM TL 16000CL User Manual
42. that you want to dial Country region United States of America 1 Area code 23 Phone number pa Connect using 4 9600 8 None 1 Non OK Pot Setings Network transmission setting Bits per second s Baud rate 9600 bps Data length 5 8 bit __ Start bit 1 bit Stop bits hh A Flow control l Stop bit 1 bit Parity Non 24 TL 16000CL User Manual 5 ola el23 ell z 6 2z4JL Zn Vr4 J amp 3tiRUE V 7 RS232C Properties 25 16000 User Manual 9 M 0 0 blank blank OK WindowsXP 64bit 12 DTTTEQ check OK zu TX 05 ASOIL 187 2 7 ASCI FE NG
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