Hitachi KP-F37 Operation Manual Download Page 18

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10. Optional

KP-F37/F38

・

Voltage drop due to a cable is about 0.01V per meter.

・

The H phase delays by about 5ns per meter.

・

Attenuation of video signal due to used cable

Attenuation due to optional cables C-501KSM and C-102KSM is shown below.

Attenuation is proportionate to the cable length.

Characteristic impedance is kept at constant even at cable length change.

(RED)

WHT

YEL

(ORN)

(WHT)

(BLK)

BRN

GRY

BLU

YEL

WHT

Cable

length

Attenuation at 4MHz

50dB/Km

Attenuation at 7MHz

70dB/Km

Attenuation at 12MHz

90dB/Km

1m 0.05

0.07

0.09

2m 0.1

0.14

0.18

5m 0.25

0.35

0.45

Attenuation due

to cable length(dB)

10m 0.5

0.7

0.9

The video bandwidth obtained by the KP-F37/F38 is up to approximately 12.5 MHz.

Summary of Contents for KP-F37

Page 1: ...KP F37 F38 Progressive Scan B W CCD Camera Operation Guide ...

Page 2: ...ral 1 2 Composition 1 3 Specifications 1 4 Adjustment 3 5 Timing chart 5 6 External view 10 7 External sync 11 8 Connect cables 12 9 Optical system 13 10 Optional 14 11 Notes to users 17 Attachment Spectral sensitivity characteristic 19 ...

Page 3: ...that meets a wide range of needs The square pixel CCD also renders an image appropriate for image processing systems KP F37 70fps KP F38 80fps 2 Composition 1 Black and white camera With IR cut filter 1 2 Operation manual 1 3 Specifications 1 Imaging device 1 3 inch progressive scan interline CCD Total pixels 692 H 504 V Effective pixels 659 H 494 V Pixel size 7 4 H 7 4 v µm 2 Sensing area 4 88 H ...

Page 4: ...trigger fixed shutter and Reset control Partial scan option Factory setting is off 15 Power supply voltage 12 1 VDC 16 Power consumption KP F37 Approx 2 2 W KP F38 Approx 2 3 W 17 Ambient temperature and humidity Operating 10 to 50 RH less than 90 Storage 20 to 60 RH less than 70 Caution For continued stable operation the camera should be used under 40 or less when it is used continuously for exte...

Page 5: ...CE EXTERNAL HD AND EXTERNAL VD FRAME ON DEMAND E SHUTTER SHUT SCAN MODE H TERM V TERM ONE TRIGGER MODE FIXED SHUTTER TRIGGER RESET CONTROL PARTIAL SCAN TRIGGER OPTION KP F38 GAIN control MIN MAX 1 2 3 4 5 6 7 8 9 0 Normal 1 290s 1 330s 1 580s 1 660s 1 1150s 1 1300s 1 2300s 1 2600s 1 4600s 1 5300s 1 11500s 1 13000s 1 58000s 1 66000s ...

Page 6: ...N GND GND 12V GND Vout Vout GND HD HD IN OUT VD IN OUT GND NC WEN GND VD GND 12V GND Vout Vout GND HD HD IN OUT Trigger GND NC WEN GND Trig GND 12V GND Vout Vout GND HD HD IN OUT Trigger GND NC WEN GND Trig GND 12V GND Vout Vout GND HD HD IN OUT Trigger VD GND NC WEN Trigger B GND Trig GND 12V GND Vout Vout GND HD HD IN OUT Trigger GND NC WEN GND Trig Reset control Partial OPTION Frame on demand J...

Page 7: ...ically black H register transfar stop Dummy H register Photosensing period 659 H BLK 132 4 61us 18 0 63us 60 2 09us 54 1 89us 648 Output video period 27 24us 780 CCD pixel and Hregister array CCD output signal Composit video signal KP F37 CCD OUTPUT WAVE TIMING CHART 692 34 92nsec clk 34 92nsec ...

Page 8: ... 5nsec Optically black H register transfar stop Dummy H register Photosensing period 659 H BLK 132 4 03us 18 0 55us 60 1 83us 54 1 65us 648 Output video period 23 8us 780 CCD pixel and Hregister array CCD output signal Composit video signal KP F38 CCD OUTPUT WAVE TIMING CHART 692 clk 30 5nsec ...

Page 9: ...ing chart KP F37 F38 7 Vertical KP F37 F38 Timming chart Video out V Drive BLK CCD out H Drive 6H 9H 17H 494 493 492 3 2 1 6 5 4 1 8 7 8 21 2 32 F37 1H 27 24uS F38 1H 23 83uS 11 10 9 8 7 6 5 4 3 2 2H WEN out ...

Page 10: ...YNC Video output 5Vp p Low 0V High 5V Reset control Integration time 1 Trigger pulse 3H 250ms 1 1 Please inquire Integration time 1 2us approx 2us approx 2us approx KP F37 F38 Frame on demand function Trigger B pulse Asynchronous Trigger pulse Latch in internal HD Trigger pulse Latch in internal HD Trigger pulse Asynchronous NOTE The latch and non latch can be changed 2us approx 2us or more 2us ap...

Page 11: ... Trigger The camera shifts to the output of a normal mode continuous output when Trigger B signal passes about 1 3 seconds in the state of High The image is output by inputting the Trigger at the VD cycle for this period It returns to the Trigger mode if Trigger B signal becomes Low However after becoming Low Trigger B the period of 50ms becomes a Trigger signal input prohibition period ...

Page 12: ...6 External view Dimensions KP F37 F38 10 ...

Page 13: ... 4 to 6 VDC negative VD 4 to 6 VDC negative Trigger 4 to 6 VDC Input impedance 75ohm or High impedance 10kohm Trigger B Pin 11 1kohm HD VD T 1 f H Vertical drive signal VD Horizontal drive signal HD Set HD and VD fallings edges to the same phase 0 2 µs HD and VD phase relationship Drive signal input waveform Approx 2 8 F38 2 4 µs 4 6VDC Approx 0 3 F38 0 2 ms 4 6VDC T 1 f V ...

Page 14: ...8 Connect cables KP F37 F38 12 Connection of options ...

Page 15: ... with an IR cut filter IR cut filter removal 3 2 4 1 a Remove two screws 1 shown in Fig and filter holder 2 will come off b Remove the IR cut filter 3 from filter frame 4 c Reinstall and secure filter holder 2 with two screws 1 Caution Prior to removing the optical filter be sure to turn off the power IR cut filter IRC650 Dimensions 14 x 12 x 1 0t Part code XMD0006 The flange focal point shortens ...

Page 16: ...10 Optional 1 Tripod adaptor TA F30 23885AX 2 12 pin plug HR10A 10P 12S 01 Product code 23810AX 1 2 3 4 5 6 7 8 9 10 12 11 Viewed from this side KP F37 F38 14 ...

Page 17: ...ielded type 2m C 201KSM 23861AX C 201KS 23856AX C 201KSS 23872AX 5m C 501KSM 23862AX C 501KS 23857AX C 501KSS 23873AX 10m C 102KSM 23863AX C 102KS 23858AX C 102KSS 23874AX Specify assembly or shielded type at time of order Product code We will recommend the camera cable of the shield type when using it in the sphere of CE KP F37 F38 15 ...

Page 18: ...portionate to the cable length Characteristic impedance is kept at constant even at cable length change 1 2 3 4 5 6 7 8 9 10 12 11 RED WHT YEL ORN WHT BLK BRN GRY BLU YEL YEL WHT Cable length Attenuation at 4MHz 50dB Km Attenuation at 7MHz 70dB Km Attenuation at 12MHz 90dB Km 1m 0 05 0 07 0 09 2m 0 1 0 14 0 18 5m 0 25 0 35 0 45 Attenuation due to cable length dB 10m 0 5 0 7 0 9 The video bandwidth...

Page 19: ...arding rise of internal temperature When casing the camera the temperature normally rises by 10 to 20 compared with the outside air temperature The camera operates in the temperature range from 5 to 45 If the camera is used or left in high temperature environment for hours the life of the camera may be shortened Do not drop the camera Do not apply strong shock or vibration to the camera Before con...

Page 20: ...e angle of the camera so that such strong light does not enter the camera through the lens Fixed pattern noise When the camera is operated in a high temperature fixed pattern noise may appear on the entire screen The higher the sensitivity of camera the more this fixed pattern noise appears Moire When fine patterns are shot moire may be displayed The CE mark is required when exporting to Europe Ob...

Page 21: ...Spectral sensitivity typical example KP F37 F38 19 ...

Page 22: ...ty scope pertains only to the camera unit Secondary losses to a user s system possibly attributable to malfunction of the camera are outside the scope of this Warranty Further Hitachi bears no liability to reimburse or otherwise compensate for costs incurred in dismantling and reassembling an affected system 4 Hitachi bears no liability to reimburse or otherwise compensate for loss or damage to bu...

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