DALSA CL-C8 Cameras. Operation. Table 1. CL-C8 Camera Configurations. Power Supplies. Sensor. Optical Interface

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1 L N E S C A N C A M E R A S DALSA CL-C8 Cameras The CL-C8 provides DALSA quality ad performace i a large format camera horizotal pixels ad a variety of high-speed output optios make the CL-C8 ideal for very high resolutio lie scaig. Features 6000 x resolutio, 0µm square pixels Exposure cotrol ad atibloomig available Dual (odd/eve) or sigle output models available 8-bit or -bit digital data i RS4 format Descriptio The DALSA CL-C lie sca camera provides high speed digitized video sigals. The camera has excellet dyamic rage ad a effective data rate of up to 30MHz. The CL-C camera is factory adjusted to provide optimal performace ad excellet dyamic rage at the specific operatig frequecy idicated at the time of order. The CL-C8 cameras use DALSA s pateted modular architecture. This system of coectig circuit modules through stadardized busses allows DALSA to build a high performace modular camera usig the reliability, flexibility, ad cost-effectiveess of high-volume iterchageable parts. Withi the camera, a driver board provides bias voltages ad clocks to the CCD image sesor, a timig board geerates all iteral timig, ad oe or more A/D board process the video ad digitizes it for output. Cotact DALSA for further iformatio. Applicatios The CL-C is ideally suited for use i: High performace documet scaig Optical character recogitio Machie visio Sesor The CL-C8 uses the L-C8 sesor. ts liear array cosists of a lie of 6000 TURBOSENSOR photoelemets, each with a photosesitive area of 0µm x 0µm ad a ceter to ceter spacig of 0µm. Figure shows a block diagram of the L-C sesor. Photo-geerated sigal electros are collected i the photoelemets durig the itegratio period. This period is the iterval betwee successive pulses of the EXSYNC clock whe exposure cotrol is disabled. The itegratio time ca be reduced with the electroic exposure cotrol provided by the pixel reset clock (PRN). Table. CL-C8 Camera Cofiguratios Specificatio A Model N Model T model Pixel Pitch all models: 0µm x 0µm Aperture all models: 6.0cm x 0µm Les Mout all models: Petax 67mm Data Rate x 5MHz x 0MHz x 0MHz Max. Lie Rate 4.9kHz 3.kHz 3.kHz Data Bits 8 8 Data Format all models: RS4 Data Chaels Example Cofiguratio: CL-C8-6000A Resolutio Operatio model Power Supplies Cameras provide optimum performace usig wellregulated liear supplies. The power supply requiremets idicated below are adequately overrated to accommodate all models ad operatig coditios. Voltage Curret Draw Notes +5V 000mA Specified at 5ºC ambiet. +5V 000mA -5V 300mA Tolerace for all supplies: ± 50mV <5mV ripple. Optical terface The CL-C provides a adapter for a Petax 67mm bayoet les mout. This mout threads ito a 3.9 x 4-UNC-8 opeig i the camera s frot plate ad is optically aliged to provide the proper back focal distace betwee les ad sesor. This threaded hole ca be used to provide custom optical mouts DALSA NC.: Phoe: Fax: DALSA EUROPE: Phoe: Fax: SO 900

2 CL-C Lie Sca Cameras For product iformatio ad updates visit Figure. L-C Sesor Block Diagram PR VPR CCD VOD VBB OS Pixel Detail: TCK PR PEL VPR Odd Pixel CCD Readout Shift Register 3 N N- 0µm x 0µm Photoelemets 3 Eve Pixel CCD Readout Shift Register S 3 VDD S light-shielded pixels isolatio pixels or CCD cells N = 6000 TCK CR CR VSET RST VOD VSS OS Electrical terface All of the CL-C8 s coectors are o its rear plate. The camera uses a DB5 coector, two DC coectors, ad two BNC coectors. The power ad cotrol sigals are iput to ad output from the DB5 coector. Digital data ad data clockig sigals are provided o the coectors usig the RS4 stadard for data trasmissio. The BNC coectors provide aalog video for referece purposes (discoect durig ormal operatio). put Cotrol Sigals The stadard cameras require oly oe iput sigal to operate. The lie trasfer clock EXSYNC is required oce each lie to trigger lie readout. Note that for optimum performace, the cameras use a iteral oscillator to cotrol all iteral timig, icludig pixel rate. The camera does ot ormally use a exteral MCLK sigal. Cotact DALSA if you wat to supply MCLK. Cotrol sigals are differetial, requirig complemets deoted with a B suffix (e.g. EXSYNC, EXSYNCB). EXSYNC EXSYNC is a required user-supplied iput sigal. Without a EXSYNC iput, the camera will ot output data. EXSYNC cotrols camera lie rate ad itegratio time. The camera itegrates from risig edge of EXSYNC to the ext risig edge of EXSYNC. EXSYNC should ot be clocked faster tha the camera s specified maximum lie rate. Miimum frequecy is 300Hz. EXSYNC State Risig Edge Starts lie trasfer ad readout. Fallig Edge mi. 00s after risig edge PRN (Exposure Cotrol) PRN is a optioal user-supplied iput sigal. PRN ca be used for exposure cotrol to alter exposure time idepedetly of EXSYNC. PRN State Camera Mode Low Pixel reset (o exposure) Risig Edge Exposure begis High Exposure Ucoected Exposure USR_EN USR_EN is a optioal iput sigal located o the OS coector (A model oly). t ca be used i special operatig modes to select a camera from multiple cameras multiplexed oto a commo data bus. USR_EN State Low High Ucoected Camera Mode Camera outputs tri-stated Camera outputs active Camera outputs active Output Sigals These sigals idicate whe data is valid, allowig you to clock the data from the CL-C ito your acquisitio system: Clockig Sigal LVAL (high) STROBE (fallig edge) dicates Valid lie data Valid pixel data Digital Data The A model outputs 8-bit digital data i RS4 format usig 0-pi DC coectors. The T model outputs -bit digital data i RS4 format, usig dual 40 pi DC coectors. See Figure DALSA NC.: Phoe: Fax: SO 900 DALSA EUROPE: Phoe: Fax:

3 For product iformatio ad updates visit CL-C Lie Sca Cameras Figure. Camera terface OS OS OS A & N Models Data Referece OS Power ad Cotrol 3 DGTAL OUTPUT STROBE LVAL DGTAL OUTPUT (A,T) USR_EN (optioal,a,n)) DC RESTORED VDEO (ref. oly) DC RESTORED VDEO (ref. oly) EXSYNC PRN +5V +5V -5V 4 5 T Model uses two 40 pi DC Digital Data coectors A Model.35 [34.3] TYP 3.9x4UN-B M4x0.7 (4x) Figure 3. Mechaical Dimesios 3.83 [97.] 3.5 [8.6] OS OS 4.50 [4.3] 4.50 [4.3] Relative positio of Pixel Uits: N[mm].90 [48.3] TYP.00 [5.4] (4x) M4x0.7 (8x).70 [43.].5 [57.] (3x) OS POWER/CONTROL.80 [7.] THE DSTANCE FROM THE SURFACE OF THE DE TO THE OUTER SURFACE OF THE FRONT PLATE S 0.465±0.05" OS 0.85 [.6].5 [57.] (x) 3.3 [79.4] 3.70 [94.0] T Model.35 [34.3] TYP 3.9x4UN-B M4x0.7 (4x) 4.70 [9.4] 4.3 [04.8] D D 4.50[4.3] 4.50 [4.3] Relative positio of Pixel Uits: N[mm].90 [48.3] TYP.00 [5.4] (4x) OS OS POWER/CONTROL.6 [57.3] M4x0.7 (8x).8 [7.3] (3x) 3.36 [85.] THE DSTANCE FROM THE SURFACE OF THE DE TO THE OUTER SURFACE OF THE FRONT PLATE S 0.465±0.05" 0.83 [.0] (x).5 [57.] (x) 3.3 [79.4] 3.70 [94.0] DALSA NC.: Phoe: Fax: DALSA EUROPE: Phoe: Fax: SO 900

4 CL-C Lie Sca Cameras For product iformatio ad updates visit Figure 4. CL-C8 Piouts DB5 Cotrol & Power OS 0-Pi (Eve Pixels) OS 0-Pi (Odd Pixels) Matig Parts: AMP shell 0507-, Ampheol hood , AMP socket Cotrol cable: Belde 989 8AWG (or equivalets) Power Cable: AWG Pi Sigal Factory use Factory use 3 Factory use 4 EXSYNCB 5 PRN 6 MCLK 7 Digital GND 8 +5V Aalog 9 +5V Aalog 0 Future use Aalog GND -5V Digital 3 +5V Digital Pi Sigal 4 Factory use 5 Factory use 6 Factory use 7 EXSYNC 8 PRNB 9 MCLKB 0 Digital GND +5V Aalog -5V Aalog 3 Future use 4 Aalog GND 5 No coect 9 Matig Part: 3M (or equiv.) Cable: 6 AWG shielded twisted pair Pi Sigal Pi Sigal Pi Sigal Pi Sigal D7 (MSB) D7B D7 (MSB) D7B 3 D6 4 D6B 3 D6 4 D6B 5 D5 6 D5B 5 D5 6 D5B 7 D4 8 D4B 7 D4 8 D4B 9 D3 0 D3B 9 D3 0 D3B D DB D DB 3 D 4 DB 3 D 4 DB 5 D0 (LSB) 6 D0B 5 D0 (LSB) 6 D0B 7 STROBE 8 STROBEB 7 No coect 8 No coect 9 LVAL 0 LVALB 9 USR_EN 0 USR_ENB. N models output all pixels (odd ad eve)o these pis. 9 Matig Part: 3M (or equiv.) Cable: 6 AWG shielded twisted pair. N models do ot output data o these pis D ad D 40-Pi T Model Digital Data ad Clockig 40 Matig Part: 3M (or equivalet) 39 Cable: 6 AWG 00 Ω shielded twisted pair Pi Sigal Future use 3 Future use 5 Future use 7 Future use 9 D (MSB) D0 3 D9 5 D8 7 Future use 9 No coect Pi Sigal Future use 4 Future use 6 Future use 8 Future use 0 DB (MSB) D0B 4 D9B 6 D8B 8 Future use 0 No coect Pi Sigal D7 3 D6 5 D5 7 D4 9 D3 3 D 33 D 35 D0 (LSB) 37 STROBE 39 LVAL Pi Sigal D7B 4 D6B 6 D5B 8 D4B 30 D3B 3 DB 34 DB 36 D0B (LSB) 38 STROBEB 40 LVALB Notes: D ad D have the same piouts D outputs eve pixels D outputs odd pixels Note: Do ot coect to Factory use, Future use, or No coect pis. 5 DALSA NC.: Phoe: Fax: SO 900 DALSA EUROPE: Phoe: Fax:

5 For product iformatio ad updates visit CL-C Lie Sca Cameras EXSYNC PRN LVAL DC Restored Video OS(Odd Pixels) A, T Model STROBE A, T Model Data A, T Model Data PXEL NTEGRATNG PEROD LNE TRANSFER PEROD 3 LNE READOUT PEROD CLAMPNG PEROD PXEL RESET PEROD PXEL NTEGRATNG PEROD 3 5 N-5 N-3 N- S S S S 3 5 N-5 N-3 N- S S S 4 6 N-4 N- N S S S S S S S S NOTES: N = tegratio period with exposure cotrol disabled.. tegratio period with exposure cotrol eabled. 3. Lie Trasfer period = time required to trasfer sigal charge from pixel to CCD readout register. = solatio pixel S = Light-Shielded pixel Figure 5. Camera Timig Overview, A ad N Models N Model STROBE N Model Data DALSA NC.: Phoe: Fax: DALSA EUROPE: Phoe: Fax: SO 900

6 CL-C Lie Sca Cameras For product iformatio ad updates visit Test Specificatio Uits A Model N Model T Model Per Output Data Rate, max. MHz Lie Rate, max., khz Saturatio Output Amplitude DN Output Gai Mismatch DN 75 Photorespose No Uiformity (PRNU), max. DN PRNU, max. DN Fixed Patter Noise, dark (FPN), max. DN FPN, max. DN DC Offset, max. DN DC Offset mismatch DN Exposure Cotrol Offset, max. DN Radom Noise, max. peak to peak DN 3 3 rms DN Noise Equivalet Exposure (NEE) pj/cm² Saturatio Equiv. Exposure (SEE) J/cm² Resposivity, typ. DN/(J/cm²).. 0 Dyamic Rage, typ. ratio 400: 400: 650: Operatig Temperature, max. ambiet C Notes: DN = Digital Numbers (0-55 for 8-bit system). See Camera Measuremet Defiitios (doc# ) for specificatio defiitios.. Exposure Cotrol Eabled. Test Coditios: Table. CL-C8 Performace Characteristics Excludes first two ad last five pixels of each output for A ad T models ad first four ad last te pixels for the N model. All measuremets at 5ºC ambiet..0 Resposivity [DN/(J/cm )] 40 Resposivity [DN/(J/cm )] Wavelegth (m) A,N Model Spectral Resposivity Wavelegth (m) T Model Spectral Resposivity SO 900 DALSA maitais a registered quality system meetig the SO 900 stadard. Life Support Applicatios These products are ot desiged for use i life support appliaces, devices, or systems where malfuctio of these products ca reasoably be expected to result i persoal ijury. DALSA customers usig or sellig these products for use i such applicatios do so at their ow risk ad agree to fully idemify DALSA for ay damages resultig from such improper use or sale. 54 DALSA NC.: Phoe: Fax: SO 900 DALSA EUROPE: Phoe: Fax:

n Industrial inspection n Laser gauging n Low light applications n Spectroscopy Figure 1. IL-C Sensor Block Diagram Pixel Reset Drain

n Industrial inspection n Laser gauging n Low light applications n Spectroscopy Figure 1. IL-C Sensor Block Diagram Pixel Reset Drain L I N E S C A N C A M E R A S DALSA CL-C6 Cameras Tall pixels (38: aspect ratio), tremedous dyamic rage, great full-well capacity ad a sigle output make the CL-C6 a outstadig performer i spectroscopic