TCD5340C TOSHIBA | Alldatasheet

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TOSHIBA CCD AREA IMAGE SENSOR INTEGRATED CIRCUIT TOSHIBA TCD5340C TECHNICAL DATA CCD(Charge Coupled Device) GENERAL TCD5340C is a frame interline CCD area image sensor developed for a 3-CCD color camera (NTSC TV system). This device has signal pixels of 1163 (horizontal) x 492 (vertical), and its image size agrees with 2/3 inch type _ optical system. a a This device offers high sensitivity, high resolution and low a smearing, and reduces lag, picture sticking, after image, —N a) picture distortion and microphonic noise. It can be used = wut for video cameras, surveillance cameras, object detection yo qr v and pattern recognition. yu

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© Total Signal Pixel Number :1232(H) x 495 (V) © Signal Pixel Number :1163 (H) x 492 (V) Weight : 7.8g (Typ.) © Pixel Size :7.8ym (H) x 13.6 2m (V) © Image Size :9.1mm (H) x 6.7mm (V) @ Package :24pin DIP, Ceramics, Multi-Corting Glass © Additional Function :Electronic Shutter (1 /60~1/ 10000 s) PIN CONNECTIONS RO TW jos MAXIMUM RATINGS (Vss = OV) a i 4 a os ee | El CHARACTERISTIC SYMBOL| RATING | UNIT ofl] | | |Fejye Vertical CCD Clock Pulse Voltage | Vay | -10~18 | V | oo[a]] | | [faye Horizontal CCD Clock Pulse Voltage siT] tot [Repu Reset Pulse Voltage se Te] ao Fa}oro Output Gate Voltage tot = as [oft --f---1 427i sss Reset Drain Voltage v my Output Transistor Drain Voltage ewrefe}} ff [pz foo Test Terminal Voltage we[o}) | ¢ |feslese Horizontal Overflow Drain Voltage | VHop oe cl | | dP Overflow Drain Voltage Voro_| -03=45 | V | ye it sa Operating Temperature | Tope [= 20~60 [°C faa l tcl st Storage Temperature =40~85 ra i (TOP VIEW) © The formation conane bren poset ont ww gue forte wars of our produc. No reponsbiy amend by TCD5340C- 1 iets & gic yan of ohne one amy chen Seer Soe hs af TOSue COMORATON ees ® = © ove TORS pend re ended Tere oere'l commerce appenson flee ele cnmaniaton eae eng FShures earaordinanly high gully anor relay, and In'quisment which may mle Ife treotning or itel applica eles Pat TOSHIBA CORPORATION ‘Srey ll ype of sty dove, ete ROSA trot mecept ond herby as lity or ony Somage Which ty Cur cone he

INTEGRATED CIRCUIT TCD5340C TOSHIBA TECHNICAL DATA CIRCUIT DIAGRAM

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rh a: 2 a a a ta 251@ a ®)ov2 eal 1 aast PIN NAMES Image Part V-CCD Clock (Phase 1) Image Part V-CCD Clock (Phase 2) Second Output Transistor Drain image Part V-CcD Clock (Phase 3) Horizontal CED Clock (Phase 1) Horizontal CCD Clock (Phase 2) | RS [ResetGate Storage Part Transfer Clock (Phase 1) Storage Part Transfer Clock (Phase 2) Substrate (1) (Ground) Storage Part Transfer Clock (Phase 3) _| SS2__| Substrate (2) (Ground) [#54 [Storage Part Transfer Clock (Phase 4) | $83 | Substrate (3) (Ground) [-HoD [Horizontal Overfiow Drain [RD [Reset Drain Cid TCD5340C - 2 1 =11- TOSHIBA CORPORATION

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OPTICAL AND ELECTRICAL CHARACTERISTICS Tungsten electric lamp light of 3000K color temperature passing a cyan filter C500 (1.0mm thick, made by HOYA GLASS CO.) and an infrared cut filter (mesial magnitude 680nm). TC6134AF is available for CCD drive timing pulse generator IC and on the field storage mode. A measurement point is CCD output signal (emitter follower output). CHARACTERISTIC SYMBOL TEST CONDITION | win. | t¥e. [ max. | UNIT Photo Sensitivity es 7 Saturation Voltage Vsat _|VoFp adjustment | 600 | 8o0[ — | mv | Dark Signal Voltage Vprk _ | Te=60°C [— | 1] 2] m |] Reset Pulse Feed Through | wFT | | 00 | 700. | mv | Output Impedance [29 ff 250300] Output Transistor Current [too fo 5 | ma | Wage 20m [—[ar| +] mv | Blooming Margin VorD adjustment 8500 [ — | — | Time | (Note) VoFp adjustment Operate CCD under 8.5x 10° times the light intensity of the standard condition. CCD output signal is 200mV under the standard condition. And then set up Vorp to a voltage not to be occurred Blooming. TCD5340C - 4 TOSHIBA CORPORATION

CHARACTERISTIC SYMBOL | min. | ve. [ max. UNIT | REMARK Tmoge Fan Field SH vas pas psa] es} >] (rage Par otage {tine suit [Lee | Van fos} of os) v [ Pr tevel | Vif =95|-30]-e5] |_| Storage Part Clock Pulse Voltage —_N su [-05 | 0 | v - 4 [“U" tevel | Vg. [-95[-90]-a5| — [| Vv, Reset Pulse Voltage Tac amplitude a8 [ars [50525 [Vop |_| Output Gate Voriage [vos fst} 36] arp v | J [Reset Drain Voltage | vap [45 5055} vy] | Second Output Transistor Drain Voltage | Vop2 | 45[150/155[ v [ | Test Pin (1) Voltage [ver [145 | 50] 55} v | Test Pin (2) Voltage vi 8] 0] op vp Test Pin (@)Voltage Vrex [745 | 50 155] Vv] | Overflow Drain Voltage Vorb (Note 1) Electronic Shutter Pulse Voltage [ ves | = [15.0 T — Jv | iwote 2) | (Note 1) Vp values is indicated on package. Adjustment voltage is +0.2V. Symbol and voltage is as follows; symbol_| 4a | ap | ac | a> | ae | aF [ ac | aH | a [ a [ak | | _symbor_| a. [am | an | ao | ap | ag [ ar [ as | at [ au | av | Symbol__| aw | ax | ay | az | aaa | ane | aac | aan | ane | aar | aac | symbol__[ 4aH | aal | 4a | aak | 4at [4AM] Voltage (V) (Note 2) This pulse puts in through a capacitor. TCD5340C - 5 TOSHIBA CORPORATION

CHARACTERISTIC SYMBOL | win, | ve. | max. | UNIT Horizontal CCD Clock Frequency [ fsy | — | 21477 | — | Reset Pulse Frequency | fers | — | 21477 [| — | Image Part Charge Sweep |_fgiaa)_ | — | 1.107 | — | Clock Pulse Frequency Field Transfer | fr@)_|— | 0597 | — | Cee he Frequenc Field Transfer | _fy5(a) | — | 0597 | — | Clock Pulse Frequency Line Shift [tas | — | 1575 | — | ee | Image Part [Phase 2 | Cyi2 | — | 4600 | — | Vertical CCD Clock Capacitance [Phase 3 | Cutz | — | 4000 | — | [Phase 1 [Cys — [3000 [= Storage Part [Phase 2 | Cys2 | — | 3900 | — | P Vertical CCD Clock Capacitance | Phase 3 | Cys3_ | — | 3000 | — | Horizontal CCD Clock Capacitance Come} to er Final Stage Clock Capacitance Coup | — | 7/[ — | Reset Gate Clock Capacitance [cers [= TI TCD5340C - 6 TOSHIBA CORPORATION

TIMING CHART (EXPANDED) 6 —™ Unit : ys . mum a i esa rs A TCD5340C -9 1994-11-28 TOSHIBA CORPORATION

TIMING CHART (EXPANDED) ‘n | a | | i I : | 0 = | ) il © time 0.423 5 Pr | 3:AT | | i | 1 , | si | 2ar | i | i TCD5340C - 10 1994-11-28 TOSHIBA CORPORATION

TIMING CHART (EXPANDED) gn < t >< Hl 1s «eS ! == 1 sy #8 38 ! By H gst < ' <= i tus oe | pa = i $83 x< 38 ' 3s >< i esa >< 2ps ' 2ps —< 15us Pa x< 1 = 40 x ' S= 1 ~~ 15s #3 3s ' ys i gst x< { >< eX >< i $sa x< i ays <= TCD5340€ - 11 1994-11-28 TOSHIBA CORPORATION

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PRECAUTIONS FOR USE OF CCD IMAGE SENSOR 1. Static Electricity CCD Image Sensor is protected against static electricity, but inferior puncture mode device due to static electricity is sometimes detected. In handling the device, it is necessary to execute the following static electricity preventive measures, in order to prevent the trouble rate increase of the manufacturing system due to static electricity. a. Prevent the generation of static electricity due to friction by making the work with bare hands or by putting on cotton gloves and non-charging working clothes. b. Discharge the static electricity by providing earth plate or earth wire on the floor, door or stand of the work room. c. Ground the tools such as soldering iron, radio cutting plier or pincette. It is not necessarily required to execute all precaution items for static electricity. It is all right to mitigate the precautions by confirming that the trouble rate within the prescribed range.

2 Window Glass

As the dust and station on the glass window of the package will cause black flow on the picture, never fail to clean the glass surface before using. (Blow compressed vapor, and wipe off the dust, and dirt with soft cloth or paper slightly moistened with alcohol). Fully take care for the handling of the device as the window glass will break or a strong friction is given to the window glass surface. 3. Incident Light CCD image sensor has sensitivity in a wide range zone of light wave length, but its characteristics will sometimes widely change when used with loong wave length input light outside the visual light zone. TCD5340C - 13 TOSHIBA CORPORATION

Unit: mm 81S, © 6.040.2 R14 5.040. 32 09403 28t02[{) Uf s|e g % fy ]2420.15 g\\$ s | x| 6 Fa - Tal 2 g| R 2 a Oy 4 | SA | a 3 % Lh . - i_ R3.0 R16 15.3403 Package center 21.0+0.3 Glass Image center (n=1.5, t= 1.040.1) Pellet 18.70.05 4 Zz ae | a [ ‘seaas | 3] 3 so a FS 15.24+0.3 =| 3 Thickness between bottom and surface of chip 212203 Weight : 7.8g (Typ.) TCD5340C - 147 TOSHIBA CORPORATION