Related Manuals for Texas Instruments MULTICAM MC-1134P
Summary of Contents for Texas Instruments MULTICAM MC-1134P
- Page 1 MULTICAM MC-1134P Multimode Very-High-Resolution B/W Camera User’s Guide JULY 1993 SOCU002C...
- Page 2 Running Title—Attribute Reference IMPORTANT NOTICE Texas Instruments (TI) reserves the right to make changes to its products or to discontinue any semiconductor product or service without notice, and advises its customers to obtain the latest version of relevant information to verify, before placing orders, that the information being relied on is current.
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Page 3: Table Of Contents
Running Title—Attribute Reference Contents General Description ............B-53 Features . - Page 4 Running Title—Attribute Reference Figures 1–1 The MULTICAM MC-1134P Multimode Very-High-Resolution B/W Camera ..B-55 2–1 MC-1134P CCD Camera With Bottom-Mount Connector Option ....
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Page 5: General Description
Chapter 1 General Description Topic Page Features ........... . . Introduction . -
Page 6: Features
The MC-1134P camera has a standard C-mount that allows use of a variety of lenses. The MULTICAM MC-1134P system provides signals for auto-iris control via an external connector; the mating cable for this connector is included in the MULTICAM package. -
Page 7: Equipment Supplied
Equipment Supplied 1.3 Equipment Supplied The following items are shipped with each MULTICAM MC-1134P camera system: SYSTEM INVENTORY ITEM MC-1134P Multimode Very-High-Resolution B/W Camera 35-mm f1.7 C-Mount Lens Infrared Filter (CM500) PS1 Power Supply With Cable Auto-Iris Motor Drive Cable Auxiliary Connector MULTICAM MC-1134P User’s Guide... -
Page 9: Specifications
Chapter 2 Specifications Topic Page Electrical ........... . B-10 Mechanical . -
Page 10: Electrical
Electrical / Mechanical 2.1 Electrical Faceplate Saturation Illumination (Source Temperature = 2856 K) ... . . 0.5 lux Dynamic Range ......60 dB Signal-to-Noise Ratio at 100 IRE (photon noise limited) -
Page 11: Mc-1134P Ccd Camera With Bottom-Mount Connector Option
Mechanical Figure 2–1. MC-1134P CCD Camera With Bottom-Mount Connector Option Optical Center Line 1.75 TRIPOD IRIS VIDEO POWER 1.43 All dimensions are in inches. Figure 2–2. MC-1134P CCD Camera With Rear-Mount Connector Option POWER TRIPOD IRIS VIDEO 0.45 1.75 All dimensions are in inches. -
Page 12: (Unless Otherwise Noted
I OL = 8 mA 0.45 2.6 Handling Precautions The MC-1134P camera unit should be handled in accordance with standard precautions for electro-optic equipment. The camera should not be mishandled by dropping or by exposure to excessive moisture. When not in use, the camera unit should be stored in a dust- and moisture-free environment and within the specified storage-temperature range. -
Page 13: Installation
Chapter 3 Installation Topic Page Connector Pin Functions ........B-14 Chapter Title—Attribute Reference B-13... -
Page 14: Connector Pin Functions
Connector Pin Functions 3.1 Connector Pin Functions VIDEO IRIS AUXILIARY POWER PIN NO. VIDEO AUXILIARY POWER IRIS Video –12 V 12 V Video Return SYNC I/O 12 V É É É É É É É É Mode B Video Return Mode A Video É... -
Page 15: Operation
Chapter 4 Operation Topic Page General Operation ......... . . B-16 Camera Adjustment . -
Page 16: General Operation
General Operation / Camera Adjustment 4.1 General Operation The MC-1134P operates as a self-contained unit requiring no inputs other than the dc-power-supply input. The MC-1134P is designed to operate with little or no operator adjustment after the initial setup period. -
Page 17: External Operation
External Operation 4.3 External Operation Odd Field VD In HD In –2 µs < T < 2 µs Even Field No reset during even field. Camera does not recognize a VD In if it coincides with 63.5/2 µs. Table 4–1. Synchronous Frequency Ranges FREQUENCY RANGE UNIT Horizontal... -
Page 18: Vd In And C-Sync Phase Relationship
External Operation / Mode Selection 4.3.2 VD IN and C-Sync Phase Relationship TTL Level VD (input) 1H 9H C-Sync 4.3.3 Delay and Jitter HD or C-Syn Dela Jitte Delay for HD In: 180 ns (typ), 190 ns (max) 180 ns (typ), 190 ns (max) Delay for VD In: 20 ns (max) C-Sync Jitter:... -
Page 19: Description Of Selectable Modes
Mode Selection 4.4.3 Description of Selectable Modes NORMAL LIGHT: The normal light sensitivity mode provides true interlace with 486 lines per frame and 1,134 pixels per line. After a 1/60 second exposure of the 486 active lines in the image area, one field of 243 lines becomes video;... - Page 20 B-20...
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Page 21: Circuit Description
Chapter 5 Circuit Description Topic Page Description of CCD Operation ....... . . B-22 Chapter Title—Attribute Reference B-21... -
Page 22: Description Of Ccd Operation
Description of CCD Operation 5.1 Description of CCD Operation The TC217 is a frame-transfer charge-coupled device (CCD) image sensor with two field memories. It is suitable for use in NTSC-video or still-picture photography applications. Its image-sensing area is configured into 488 lines, 486 of which are active and 2 of which are used for dark reference. -
Page 23: Maintenance Instructions
Chapter 6 Maintenance Instructions Topic Page Periodic Image Test ......... . B-24 Cleaning . -
Page 24: Periodic Image Test
Periodic Image Test / Cleaning 6.1 Periodic Image Test Unlike a vidicon tube, the CCD is not a beam-current device, so there are no shading magnets or focusing coils to adjust. The CCD imager is not susceptible to burn in, so there is no need to check for sensor burn. It is a good idea to turn the monitor off when it is not in use for long periods of time. -
Page 25: Block Diagrams
Running Title—Attribute Reference Appendix A Block Diagrams This appendix contains functional block and interconnect diagrams for the ti- ming/power/driver (TPD) board, the video processor board, and the CCD board. Chapter Title—Attribute Reference B-25... -
Page 26: Ccd Timing/Power/Driver (Tpd) Board Block Diagram
CCD Timing/Power/Driver (TPD) Board Block Diagram Figure A–1. CCD Timing/Power/Driver (TPD) Board Block Diagram DMUX TMS3473B Driver MEM GND –V IA GND TMS3473B EPM5128JL Driver –V 42.9545-MHz Oscillator –V S123 GND DC GND SN28846 Driver SIG GND –V SIG GND EMI Filter ADJ. -
Page 27: Video Processor Board Block Diagram
Video Processor Board Block Diagram Figure A–2. Video Processor Board Block Diagram Buffer Pixel Clamp Sample/Hold Line Clamp U4,C16 U14,C24 U4,C10 U14,C22 U4,C6 U14,C20 To Monitor Gamma Blank Black Clip Pass Sync White Clip Filter Buffer CR5, To Iris Peak Gain Avg. -
Page 28: Tpd, Video Processor, And Ccd Boards
TPD, Video Processor, and CCD Boards Figure A–3. TPD, Video Processor, and CCD Boards Timing/Power/Driver (TPD) Board Interlace Video Processor Board CCD Board GAMMA B-28... -
Page 29: Interconnect Diagram For Tpd Board, Video Processor Board, Ccd Board
Interconnect Diagram Figure A–4. Interconnect Diagram for TPD Board, Video Processor Board, CCD Board, and Pin Connectors Auxiliary † Timing/Power/Driver (TPD) Board) 8 7 6 5 4 3 2 1 Power † CCD Board 8 7 6 5 4 3 2 1 Video †... - Page 30 B-30...
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Page 31: B Timing Diagrams
Running Title—Attribute Reference Appendix B Timing Diagrams This appendix contains detailed timing waveforms for several operating modes, including high-light mode, low-light mode, still mode, progressive scan mode, and parallel transfer. Chapter Title—Attribute Reference B-31... -
Page 32: Timing, High-Light Mode
Timing, High-Light Mode Figure B–1.Timing, High-Light Mode 2 2 2 2 2 2 2 2 2 2 1 1 1 1 1 2 2 2 2 2 3 0 2 4 6 0 2 4 6 8 0 2 4 6 8 0 262.5 VDRIVE 265.5... -
Page 33: Timing, Low-Light Mode
Timing, Low-Light Mode Figure B–2.Timing, Low-Light Mode 2 2 2 2 2 2 2 2 2 2 1 1 1 1 1 2 2 2 2 2 3 0 2 4 6 0 2 4 6 8 0 2 4 6 8 0 262.5 265.5 VDRIVE... -
Page 34: Timing, Still Mode
Timing, Still Mode Figure B–3.Timing, Still Mode 2 2 2 2 2 2 2 2 2 2 1 1 1 1 1 2 2 2 2 2 3 0 2 4 6 0 2 4 6 8 0 2 4 6 8 0 262.5 VDRIVE 265.5... -
Page 35: Timing, Progressive-Scan Mode
V Timing, Progressive-Scan Mode Figure B–4.V Timing, Progressive-Scan Mode 1 1 1 1 1 2 2 2 2 2 3 0 2 4 6 0 2 4 6 8 0 2 4 6 8 0 VDRIVE VDRIVE CSYNC BLNK PIAB 10.5 P_MA P_MB... -
Page 36: Horizontal Timing
Horizontal Timing Figure B–5.Horizontal Timing 8 8 8 8 8 8 9 1 1 1 1 1 3 3 4 4 4 4 4 4 4 4 4 4 5 2 3 4 5 6 7 8 9 0 0 0 0 0 0 0 0 0 CSYNC EQ CSYNC VS CSYNC... -
Page 37: Serial Generator
Serial Generator Figure B–6.Serial Generator Start Sequence Stop Sequence SCEN MCLK Timing Diagrams B-37... -
Page 38: Parallel Transfer - Field One
Figure B–7.Parallel Transfer – Field One Start Stop 3 V 4 V 10 V 11 V PIAB FTEN † P_MA P_MB † Internal signal... -
Page 39: Parallel Transfer - Field Two
‡ Figure B–8.Parallel Transfer – Field Two Start Stop 265 V 266 V 272 V 273 V PIAB † FTEN P_MA P_MB † Internal signal ‡ This does not occur when still picture mode is selected. - Page 40 B-40...
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