Takenaka System FC1500FCL Instruction Manual Download Page 16

K11414;16/20 

- 16 - 

8.  Timing Chart   
 

  Pixel clock timing (common in various operation modes) 

[Phase relationship between clock output and data] 

     

 

1 CL K =1 7 . 5n S

9 n Smax .

Cl o ck si gn a l

Di g it a l vi d e d at a

(D 9 ~ D0 )

L V D s i gn a l

F V D s i gn a l

5 nS max .

Ap pro x. 1 .3 μ S

L V D s i gn a l

※Ch ange th e s ett ings on th e c aptu re boa rd side or ca mera si de

a s th e d ata ge t un sta ble if the y a re retr iev ed

at abo ve poi nt of t ime .

 

 
  (Note) The above timing represents the signal timing before being encoded to serial data by the channel link device on the 

side of the sending end (the part circled in the above right figure). If signal conversion from serial to parallel is made by 
a  channel  link  device  in  accordance  with  the  Camera  Link  standard  on  the  side  of  the  receiving  end,  the  phase 
relationship between the clock and the data after decoding will be different from that of the above timing due to the 
structural nature of a channel link device. (In the case of the output from a channel link device, the data are aligned 
with the trailing edge of the clock signal.) As a general rule, this variation in timing is correctly adjusted at the capture 
timing  of  a  capture  board,  the  equal  definition  file  to  that  of  the  conventional  parallel  output  type  can  be  used  for 
capturing. 

 

(!)      10 bit x 2 tap output is employed for FC1500FCL. Therefore, there is no compatibility with the conventional parallel type 

camera FC1500F . and so dedicated setting files are required. 

(!)      Each timing signal output for “BUSY” which is included as standard for FC1500F is omitted for FC1500FCL.   
 
(Note) When  a  channel  link  device  is  mounted  directly  to  the  capture  interface  on  the  user  side,  instead  of  using  a 

commercially  available  capture  board  that  supports  Camera  Link,  it  is  necessary  to  pay  close  attention  to  the 
descriptions of the data sheet of the channel link device including the phase relationship between data and clock prior to 
the use. 

 

  Horizontal timing (common in various operation modes) 

HD

CCD output signal

O B

Ho rizo nta l t ran sfer
su spen sio n p eri od

Du mmy
bi t

O B

4 0

31 5

2 0

1 5 7

Eff ect ive pix els

13 9 2

37 7

1hor izo ntal pe rio d (1 H )

( Int ern al hor izo nt al

s ync si gna l)

1 7 9 0

Digital output
(CH1,2)

8 C

7 6 C

Ef fec tiv e im age du rat ion ( 1 39 0pi xel s )

6 95 C

9 4 C

3 0 C

Di git al

LDV

CLK

3
4

1 387
1 388

5
6

7
8

139 1
139 2

1389
1390

1 C
( 2 )

HSYNC

 

 
* Unless otherwise specified, the time unit of the numbers in the horizontal timing chart is operation CLK(=1/57.273MHz

17.5nS). 

And CLK output 1C= 1/28.636MHz

34.9nS. 

* The numbers shown here are design values, and the actual equipment should be checked for the details. 
 
 
 
 
 
 

A/D

10bit

Camera L ink

conne ctor

C

h

an

n

el

L

in

k

SYNC

C

am

e

ra

L

in

k

B

a

s

e

C

o

n

fi

g

ra

ti

o

n

Summary of Contents for FC1500FCL

Page 1: ...ully and manage the camera properly Keep this manual at hand and reread it whenever you are uncertain about the operation Table of Contents 1 Features 3 2 Outline 3 3 Description of each component 4 4...

Page 2: ...Modification in accordance with the design change around front end Changed the number of fixing holes 2007 07 17 K07713 7th version Error correction 2010 03 12 K10312 8th version Error correction 201...

Page 3: ...t in time Asynchronous shutter mode Possible to transmit the external trigger signal and the serial communication command via CameraLink interface Small and lightweight same size as FC1500F 2 Outline...

Page 4: ...n arrangement of Camera Link connector MDR 26 Connector 26 13 14 1 Camera Link External view of Camera Link connector Viewed from the outside of the camera Note The pins of Camera Link connector are d...

Page 5: ...RTC5 D05 O PORTA6 PORTC6 D06 O PORTA7 PORTC7 D07 O PORTB0 PORTB4 D08 O PORTB1 PORTB5 D09 O Uppermost data PORTB2 3 6 7 O Fixed to L level CC1 Vinit2 I Asynchronous shutter trigger CC2 reserved I Reser...

Page 6: ...Make sure to check the compatibility of the power supply unit and the camera connection pins in advance Carefully note that any failure associated with power application to out of specification pins...

Page 7: ...the pulse width control mode the S N ratio of the image will be degraded due to the reduction of dynamic range of CCD accumulation of thermal noise components of CCD imaging device in proportion to t...

Page 8: ...rger integer number in H horizontal synchronous time unit Table 5 2 Description of other operation modes Scanning system Normal scan The read out for each frame is conducted by the all pixel readout s...

Page 9: ...s 6 program pages of A B C D E and F right figure The camera starts operating according to the various settings stored in the relevant page when the mode switch is at any one of the positions from A t...

Page 10: ...g down the UP DOWN switch lever and holding it in the position before turning on the power After starting up as above change the position of the mode switch from said position A to the position corres...

Page 11: ...omatically read out to RAM volatile memory when the camera is turned on and that determines the operation of the camera as the current setting When the setting of a mode is changed the older one is ov...

Page 12: ...the factory default initial setting before shipment in order to initialize the setting that was changed by the user after purchase Note The storage page for factory default that is located separately...

Page 13: ...an abnormal packet it returns the abnormal signal NAK 15h Description of commands 1 Command e Function Initialization of page memory Transmission from host STX e ETX Return by camera STX ACK ETX trans...

Page 14: ...t does not require a change should be represented by a full stop so that the setting value before the command transmission is retained Example if only MGC is changed to Level 90 decimal STX G 5A ETX 4...

Page 15: ...de Write into page memory Transmission from host STX W memory page A to F ETX Return by camera STX ACK ETX transaction completion or STX NAK ETX transaction rejection The current setting is written an...

Page 16: ...onal parallel output type can be used for capturing 10 bit x 2 tap output is employed for FC1500FCL Therefore there is no compatibility with the conventional parallel type camera FC1500F and so dedica...

Page 17: ...39 1 04 0 3 22 3 23 32 4 7 1 7 7 18 7 19 VSYNC Effective lines 1 2 3 10 3 8 1 0 39 1 04 0 Unless otherwise specified the time unit of the numbers in the vertical timing chart is H 1790 CLK 1790 x 1 2...

Page 18: ...ion must be given to the fact that the exposure time becomes indefinite for the period of 1H shutter speed when a Vinit signal that is not in synchronization with the internal horizontal synchronous s...

Page 19: ...ter the power is turned on The specifications and operational details described in the catalogues manuals and others are subject to change for performance improvement or other reasons without notice 1...

Page 20: ...ions External dimensions 46 7 42 34 9 103 6 5 26 21 18 5 11 11 13 19 75 25 25 C mount depth depth 7 depth 30 8 26 depth 6 depth 8 Same as top side Right and left sides 1 32UN Camera Link PO WE R M ODE...

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