Teli CS3920 Operation Manual Download Page 14 | Manualshive

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Teli CS3920 Operation Manual Download Page 14

8

10. Timing chart

10-1. Analog output

(1) H rate

1CLK = 55.5ns (18MHz)

H-SYNC

A = 40CLK=2.22

μ

s

HBL

B = 212CLK=11.77

μ

s

Front porch

C = 40CLK=2.22

μ

s

Back porch

D = 132CLK=7.33

μ

s

DATA

E = 1636CLK=90.9

μ

s

H rate

F = 1848CLK=102.7

μ

s=9.74kHz

(2) V rate

Normal read-out mode (Interlace 1-field)

High-speed draft mode

A = 3H

A = 3H

B = 32H

B = 16H

C = 4H

C = 3H

D = 25H

D = 10H

E = 618H

E = 309H

F = 650H = 15Hz

F = 325H = 30Hz

A

D

C

B

E

F

B

F

E

C

D

A

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Summary of Contents for CS3920

Page 1: ...amera Model CS3920 Operation Manual Enter the blank below Product Serial Number which is found on bottom rear chassis of your camera Keep this number for your record Model No CS3920 Serial No TOKYO ELECTRONIC INDUSTRY CO LTD 2000 04 07 ...

Page 2: ...his manual carefully After reading keep this manual by the side of your equipment for your future reference CONTENTS GENERAL SAFETY INSTRUCTIONS 1 PRODUCT DESCRIPTION 1 2 FEATURES 1 3 CONFIGURATION 1 4 OPTIONAL ACCESSORIES 1 5 DESIGNATIONS AND WORKINGS OF EACH PART 2 6 HOW TO MOUNT THE CAMERA 3 7 CONNECTION 3 8 SETTING 4 9 SPECIFICATIONS 6 10 TIMING CHART 7 11 EXTERNAL VIEW DRAWING 13 ...

Page 3: ...mark This mark indicates what the user MUST DO The details of things which the user must do are described next to this mark This mark indicates that the user must be alert against a possible DANGER The details of the DANGER which the user must be aware of are described next to this mark This mark indicates that the user are given a CAUTION against possible hazards The details of the CAUTION which ...

Page 4: ...ower other than DC12V invites a fire or a electric shock hazard Do NOT place the camera unstably Do NOT place the system on an unstable table sloped ground etc Make sure that the camera do not fall to prevent an accident Do NOT place any potentially hazardous things on the camera Do NOT place any things on the camera which may if it gets into the inside of the body damage the inner parts of the ca...

Page 5: ... may appear in the video output In that case take preventive measures on the electromagnetic wave generating source so that the camera do not receive the interference by the electromagnetic wave Take extra precautions against electromagnetic wave interference if the camera is used with a servomotor inverter or other electromagnetic wave generating equipment When the camera is not in use put a lens...

Page 6: ... for damages or losses incurred by user in the following cases 1 In case damages or losses are caused by fire earthquake or other acts of Gods the act by third party misuse by the user deliberately or erroneously use under extreme operating conditions 2 In case indirect additional consequential damages loss of expected interest suspension of business activities are incurred as results of malfuncti...

Page 7: ...er which starts light exposure in synchronization with external trigger signals is build in This function enables the camera to capture images at any given timing Shutter speed is selectable among 8 scales from 1 30s through 1 10000s 4 Digital output Other than conventional analog output digital output EIA 644 single channel 10 bit is also available 5 High speed draft mode By reading out just 2 li...

Page 8: ... OUT and TRIG WEN Terminal This connector is for connection with a power supply image processing equipment DATA OUT Connector Digital Data Output Terminal This terminal is for outputting video signal and HD VD and CLK in RS 644 format For connection with an image processing equipment ...

Page 9: ...n below 2 Option 2 Using the mounting holes Camera flange Put M3 screws through these holes 2 places to fix the camera Be sure to use screws which are shorter than 3mm 3 Option 3 Using the mounting holes Bottom side Put M3 screws through these holes 4 places to fix the camera Be sure to use screws which are shorter than 5mm Longer screws may damage the inner circuit board ...

Page 10: ...onnector Camera side DX10A 28S Cable side DX30A 28P DX 28 CV1 Cover Pin Signal name Pin Signal name Pin Signal name Pin Signal name 1 DATA0 H 8 DATA3 L 15 DATA7 H 22 VD L 2 DATA0 L 9 DATA4 H 16 DATA7 L 23 HD H 3 DATA1 H 10 DATA4 L 17 DATA8 H 24 HD L 4 DATA1 L 11 DATA5 H 18 DATA8 L 25 CLK H 5 DATA2 H 12 DATA5 L 19 DATA9 H 26 CLK L 6 DATA2 L 13 DATA6 H 20 DATA9 L 27 TRIG IN 7 DATA3 H 14 DATA6 L 21 V...

Page 11: ...1 Read out Mode Setting SW1 DIP1 Initial Factory Setting OFF OFF 7 5Hz FRM Read out Mode Normal mode ON 30Hz Quad Speed Scan Mode As only 2 lines out of 8 lines are read out under this mode vertical resolution is reduced to 1 4 2 Shutter Mode Setting SW1 DIP2 3 Initial Factory Setting DIP2 ON DIP3 OFF DIP2 DIP3 Shutter Mode OFF OFF Shutter OFF ON OFF Normal Electronic Shutter OFF ON RTS Pulse Mode...

Page 12: ... data is output in response to one trigger input Under ON FRM setting both the 1st and 2nd field 1 frame data are output in response to one trigger input Under the FRM output setting CCD exposure is done twice inside the camera This causes 1 field timing delay 5 RTS Random Trigger Shutter Pulse Control The camera starts light exposure at the TRIG signal falling edge timing The exposure time is det...

Page 13: ...llumination Standard 400 lx F4 3200K S N 50dB Video output Digital output EIA 644 Data 10bit 18MHz Analog output 1 0V p p 75Ω Unbalanced Signal output WEN 4V p p 1st FLD positive HD EIA 644 VD EIA 644 External trigger input 4 0V p p Negative Input impedance 10kΩ Pulse interval width More than 103μｓ γ correction OFF γ 1 0 Shutter speed 8 scales 1 30s 1 10000s Lens mount C mount Power source DC12V 1...

Page 14: ...CLK 11 77μs Front porch C 40CLK 2 22μs Back porch D 132CLK 7 33μs DATA E 1636CLK 90 9μs H rate F 1848CLK 102 7μs 9 74kHz 2 V rate Normal read out mode Interlace 1 field High speed draft mode A 3H A 3H B 32H B 16H C 4H C 3H D 25H D 10H E 618H E 309H F 650H 15Hz F 325H 30Hz A D C B E F B F E C D A ...

Page 15: ...9 ENLARGED VIEW V RATE A H rate a 102 7μs V SYNC b 2 22μs WEN Output High 1st FLD Low 2nd FLD a b VIDEO VD VIDEO VD WEN VIDEO VD WEN ...

Page 16: ...e as one in analog timing chart Digital output Field ID signal superposed 1 line ahead of VS FLD index pulse G 1H Superposed on LSB 1st FLD H level output during data output 1636CLK 2nd FLD L level output during data output 1636CLK HD VD Output Phase Lag 1 Normal Mode 1st FLD 2nd FLD RTS Mode No phase lag CLK DATA HD 115CLK 1636CLK 1848CLK ns 97CLK B E F G 1st field 2nd field F I F I HD VD ...

Page 17: ...ut As the camera performs twice exposure under this mode this mode is suited for still image shooting 1 Fixed speed mode 2 Pulse mode Frame output Video output CCD Exposure Exposure time Inner DIP SW WEN 1 frame Video output CCD Exposure TRIG HD VD WEN Exposure Setting via TRIG pulse 1 field 1frame Video output CCD Exposure TRIG HD VD WEN Exposure Setting via inner DIP SW 1 field 1frame ...

Page 18: ...r one exposure This mode is suited for moving subject shooting but vertical resolution will be reduced into half 1 Fixed speed mode 1FLD output 2 Pulse mode 1FLD output Video output CCD Exposure TRIG HD VD WEN Exposure Via inner DIP SW Video output CCD Exposure TRIG HD VD WEN Exposure Setting via TRIG pulse ...

Page 19: ...13 11 External view drawing ...

Page 20: ...1 0 42 589 8774 Kansai Branch Nitto Building 2 1 2 Sakaemachi dori Chuo ku Kobe Hyogo 650 0023 Japan Phone 81 0 78 321 3461 FAX 81 0 78 321 3463 Fukuoka Office Yen Building 2 7 21 Hirao Chuo ku Fukuoka 810 0014 Japan Phone 81 0 92 523 3395 FAX 81 0 92 523 3397 The design and specification is subject to change without notice ...

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