Takex TL-7400RCL User manual

1/ 23 (ver.1.51)
Model: TL-7400RCL
●We greatly appreciate your confidence choosing our TAKEX Line Scan Camera.
●Please read this manual and the attached guarantee certificate carefully and manage the camera properly.
Keep this manual at hand and reread it whenever you are unsure about the operation procedure.
TAKENAKASENSOR GROUP
TAKENAKASYSTEM CO.,LTD.
□ H e a d O f f i c e 86-66 Nomizo-cho Otsuka Yamashina-ku 607-8135 Kyoto JAPAN
TEL:[phone] FAX [phone]
□ C a m e r a D e p t . 4F Matsumasa Bld.1-17-14 Ogaya Otsu Shiga 520-2144 JAPAN
TEL:[phone] FAX [phone]
□ Image Inspection Dept. 86-66 Nomizo-cho Otsuka Yamashina-ku 607-8135 Kyoto JAPAN
TEL:[phone] FAX [phone]
□
T o k y o O f f i c e
2F MK Bldg. 2-2-19 Sotokanda Chiyoda-ku 101-
0021 Tokyo JAPAN
TEL :[phone] FAX:[phone]
TAKENAKA SYSTEM CO.,LTD. URL http://www.takex-system.co.jp/
TAKENAKA SENSOR GROUP URL http://www.takex.co.jp/
Line scanner
Instruction Manual

2/ 23
●Note that the contents of this manual are subject to change without notice for improvement.
●All contents of this manual are subject to the copyright owned by Takenaka System Company.
Unauthorized copy inhibited.
The Brief History of Takenaka System Co.
Takenaka System Co.(Trade mark:TAKEX) is the Japan’s first company to have produced the Line scan
cameras. It was established in 1975 and began to produce and sell the Line scan cameras that year.
And then, Takenaka System Co. is continuing to produce high quality line scan cameras such as C-MOS/
CCD Line scan cameras, CCD Analog line scan cameras, CCD Digital line scan cameras and CCD Camera
Link line scan cameras, as a pioneering company in the Japanese industry,.
Also, Takenaka System Co. began to produce the compact CCD video cameras since 1983, and is a first
producer of Full frame shutter cameras (Progressive scan camera) in Japan.
We think it is a mission of our company to continue to provide the high-quality Line scan cameras and Full
frame shutter cameras to the industry as image input device for image processing apparatus.
We are confident that the Takenaka’s products that met the strict delivery basis are assured of trouble-free
operation over a long period of time.

3/ 23
Table of Contents
1. Outline ………………………………………………… 4
2. Features ………………………………………………… 4
3. Applications ………………………………….…………… 4
4. CCD image sensor ……………………………………. ………… 5
5. Specifications ………………………………… …………… 6
6. Camera I/O ……………………………… ……………… 7
6-1. Power connector ……………………………… ……………… 7
6-2. Rear panel rayout ……………………………… ……………… 8
6-3. Camera Link connector pin-out ……………………………… …………… 8
6-4. Bit assignment of Medium Configuration ………………………… ……………… 9
7. How to change settings …………………… ………………………… 10
7-1 Fine adjustment of ODD/EVEN video signal
7-2 How to change camera GAIN
8. Timing chart ……………………………………………… 11
9. RS232C communication protocol ……………………………………………… 12
10. Exposure control ……………………………………………… 16
11. Setup steps of Hyper terminal ……………………………………………… 18
12. Notes ……………………………………………… 22
13. Dimensions ……………………………………………… 23

4/ 23
1. Outline
● CCD line scan camera with 7400 pixels of image sensor and of 100MHz data rate.
● TL-7400RCL adopts the video signal output format complying with Camera Link standard (Unified standard
for digital camera interface for industry).
● 4×8 /10 bit digital image signal output complying with Camera Link (Medium Configuration).
● Perfect line scanner for high-speed and high-resolution image processing device.
2. Features
● It matches well to most of capture boards from other manufacturers, which makes it possible to construct
high-precision image processing systems.
● GAIN can be changed from 50V/Lux.sec to 400V/Lux.sec in 8 steps.
(Analog output equivalent: it is set to 200 V/Lux . sec as a factory setting.)
● The sensitivity (GAIN) and 8/10 bit format can be easily changed with RS232C command from capture
board.
● The equipment operates with a single DC12V power source.
● Best suited usage for different purposes is feasible as GAIN can be set at one,two,three and eight-fold
sensitivity.
● The 4.7µm×4.7µm pixel size sensor enables High-definition image acquisition.
● CCD line sensor with four output ports.(4×25MHz)
● Compact and low price.
3. Applications
● Image processing device for Image inspection.
● Measuring device such as appearance inspection or dimensional measurement device.
● Surface inspection apparatus of sheet-like object.
● High-resolution pattern inspection instrument.

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4. CCD image sensor
The
CCD image sensor Is characterized by 4.7 μm square pixel, 7400 effective pixels and high speed performance.
Charges accumulated in single-row photo diodes are divided into four groups (No.1 for ODD numbers of first
half , No.2 for EVEN numbers of first half, No. 3 for ODD numbers of latter half ,No.4 for EVEN numbers of
latter half ) and are output thorough 4 shift registers, respectively.
Each shift register operates at 25MHz data rate.
CCD an a l og s hif t r egi st e r2
Shi f t ga t e 1
S hi f t g at e 2
D 2 6 D 2 7 D 2 8
D 1 2 6
D 1 2 7
S 1 S 2 S 3
D 2 6
D 2 7 D 2 8
D 1 2 6 D 1 2 7
S 7 3 9 8
Ph ot o
di o de
S 7 3 9 9 S 7 4 0 0
O
OO
OS
SS
S 4
44
4
O
OO
OS
SS
S 3
33
3
O
OO
OS
SS
S 1
11
1
O
OO
OS
SS
S 2
22
2
S 4
S 7 3 9 7
2
22
2 ～
～～
～3
33
3 7
77
7 0
00
0 0
00
0(
((
( E
EE
E V
VV
VE
EE
E N
NN
N)
))
)7
77
7 4
44
4 0
00
0 0
00
0 ～
～～
～ 3
33
3 7
77
7 0
00
0 2
22
2(
((
( E
EE
E V
VV
VE
EE
E N
NN
N)
))
)
1
11
1 ～
～～
～3
33
3 6
66
6 9
99
9 9
99
9(
((
( O
OO
O D
DD
D D
DD
D)
))
)7
77
7 3
33
3 9
99
9 9
99
9 ～
～～
～3
33
3 7
77
7 0
00
0 1
11
1(
((
( O
OO
OD
DD
D D
DD
D)
))
)
Output
buffer
CCD an al og s hif t r egi st e r 1 CCD a nal og s hi f t r egi st er 3
CCD an a l og s hif t r egi st e r 4
Output
buff er
Output
buff er
Output
buff er
P
PP
P O
OO
OR
RR
R T
TT
T B
BB
B
P
PP
P O
OO
OR
RR
R T
TT
T A
AA
AP
PP
P O
OO
OR
RR
R T
TT
T C
CC
C
P
PP
P O
OO
OR
RR
R T
TT
T D
DD
D
400
500 600 700 800 900 1000 1100 1200
Wavelength λ(nm)
Ta=25℃
（Typical val e）
0
0.2
0.4
0.6
0.8
1.0
Sensitivity-Wavelength Characteristics
Relative sensitivity

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5. Specifications
Number of pixels
7400
Pixel size
4.7μm × 4.7μm
Photo array length
34.8 mm
Data rate
00 MHz (Max.)
Scan rate
2.7 kHz
Line transfer pulse input
79 μsec(Min.) 00Ω terminating
Video output (Digital output)
Mideum Configuration
4 × 8 or 0 bit
Sensitivity
50 Ｖ/
lx
．
sec
Saturated exposure amount
0. 3 lx
．
sec (on the element)
Dynamic range
2000 (Standard / on the element)
Output ununiformity
3%
standard
at 50% of saturation output（on the element）
Power supply
＋ 2
V
±0.5V
(600
mA)
Operational
ambient temperature
0 ～ +40℃
（
Shall be free from dew condensation and frost.
）
Operational humidity range
85% Ｍ
ax.
Storage temperature range
－ 0
℃
～ ＋65
℃
Weight
360g or less
External dimension (mm)
64(W)×64(H)×80.3(D)
Lens mount
Nikon F mount
（
standard
）
Asahi K mount（option）

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6. Camera I / O
6-1 Power connector
Power is supplied through 6 pin connector.
Though ripple-free and stable power source is preferable, the switching supply is also employable. In general, ripple
voltage of a stabilized power source is approx.35mV, and approx.120mV for a switching supply. As voltage ripple is
added to video signals, S/N ratio degrades when ripple voltage is too large.
When two or more line scanners are connected to a single power source, be sure to keep cables from varying
extremely in length from others. When cable length varies greatly depending installation location of line scanner and
power source, dispersively install multiple small-capacity power sources.
Pin No.
Signal name
Pin No.
Signal name
1
＋
１２
Ｖ
4
ＧＮＤ
2
＋
１２
Ｖ
5
ＧＮＤ
3
＋
１２
Ｖ
6
ＧＮＤ
Power connector Pinout
１
２
３ ４
５
６
Conforming connector
HR 10A
-
7P
-
6S
Connection example when two or more Line scanners are connected to a single power source.
Improper connection
Short Long cables
Switching
supply
12V,3A
Proper connection
Switching supply
12V、3A
Four cables of equal length
Two cables of equal length
Switching supply
12V
、
1.5
A
Switching supply
12V、1.5A
Two cables of equal length

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Camera Control Configuration
Signal name Connection
CC1 EXSYNC
CC2 Spare
CC3 Spare
CC4 Spare
6-2 Rear panel layout
This line scanner is connected to the Frame grabber with two CameraLink cables.
6-3 Camera Link connector pin-out
Conforming cable 3M made
Cf. 14B26-SZLB-＊00-0LC (＊m)
※ 14B26-SZ3B-＊00-04C (＊m)
(Preferred maximum length is 10m.)
※ Flex resistance cable
1
26 14
13
Camera Link connector Pinout
Base Configuration connector
PinNo. Signal name Pin No. Signal name
1 Shield 14 Shield
2 X0- 15 X0+
3 X1- 16 X1+
4 X2- 17 X2+
5
X
clk
－
18
X
clk
＋
6 X3- 19 X3+
7 SerTC+ 20 SerTC-
8 SerTFG- 21 SerTFG+
9 CC1- 22 CC1+
10 CC2+ 23 CC2-
11 CC3- 24 CC3+
12 CC4+ 25 CC4-
13 Shield 26 Shield
Power connector
Camera Link(2
nd
4 Tap models)
Base and Medium Configuration
Camera Link(4 Tap model only)
Medium Configuration only
Power indicator
S E R ． N O. ００００
MOD E L
T L - 7 4 0 0 CL
Ba s e
Me di u m
S
SS
S E
EE
E R
RR
R ．
．．
． N
NN
N O
OO
O.
..
. ０
００
０ ０
００
０ ０
００
０ ０
００
０
TE K E X
T A K E N A K A S Y S T E M
M A D E I N J A P A N
M OD EL
T L- 7 4 0 0 C
L
Ba s e
Me di u m
Po w er
Full Configuration connector
Pin No. Signal name Pin No. Signal name
1 Shield 14 Shield
2 Y0- 15 Y0+
3 Y1- 16 Y1+
4 Y2- 17 Y2+
5
Yclk
－
18
Yclk
＋
6 Y3- 19 Y3+
7
100Ω
20 terminated
8 Z0- 21 Z0+
9
Z1-
22
Z1+
10
Z2-
23
Z2+
11
Z
clk－24
Z
clk＋
12
Z3-
25
Z3+
13 Shield 26 Shield

9/ 23
6-4 Bit assignment of Medium Configuration
8 Bit:
10 Bit:
Port/bit 8-bit x 4 Port/bit 8-bit x 4
Port D0 D0 Port E4 nc
Port D1 D1 Port E5 nc
Port D2 D2 Port E6 nc
Port D3 D3 Port E7 nc
Port D4 D4 Port F0 nc
Port D5 D5 Port F1 nc
Port D6 D6 Port F2 nc
Port D7 D7 Port F3 nc
Port E0 nc Port F4 nc
Port E1 nc Port F5 nc
Port E2 nc Port F6 nc
Port E3 nc Port F7 nc
Medium connector
Port/bit 8-bit x 4 Port/bit 8-bit x 4
Port A0 A0 Port B4 B4
Port A1 A1 Port B5 B5
Port A2 A2 Port B6 B6
Port A3 A3 Port B7 B7
Port A4 A4 Port C0 C0
Port A5 A5 Port C1 C1
Port A6 A6 Port C2 C2
Port A7 A7 Port C3 C3
Port B0 B0 Port C4 C4
Port B1 B1 Port C5 C5
Port B2 B2 Port C6 C6
Port B3 B3 Port C7 C7
Base connector
Port/bit 10-bit x 4 Port/bit 10-bit x 4
Port A0 A0 Port B4 B8
Port A1 A1 Port B5 B9
Port A2 A2 Port B6 nc
Port A3 A3 Port B7 nc
Port A4 A4 Port C0 B0
Port A5 A5 Port C1 B1
Port A6 A6 Port C2 B2
Port A7 A7 Port C3 B3
Port B0 A8 Port C4 B4
Port B1 A9 Port C5 B5
Port B2 nc Port C6 B6
Port B3 nc Port C7 B7
Base connector
Port/bit 10-bit x 4 Port/bit 10-bit x 4
Port D0 D0 Port E4 C4
Port D1 D1 Port E5 C5
Port D2 D2 Port E6 C6
Port D3 D3 Port E7 C7
Port D4 D4 Port F0 C8
Port D5 D5 Port F1 C9
Port D6 D6 Port F2 nc
Port D7 D7 Port F3 nc
Port E0 C0 Port F4 D8
Port E1 C1 Port F5 D9
Port E2 C2 Port F6 nc
Port E3 C3 Port F7 nc
Medium connector

10 / 23
7. How to change settings
The ODD/EVEN video signal gain and the camera gain are changeable as needed by removing the camera
cover,.
7-1 Fine adjustment of ODD/EVEN video signal gain
Gain adjustment of ODD/EVEN video signal is not normally needed, as it has been set before shipment.
However, when it is needed, make a fine adjustment following the diagram below.
7-2 How to change camera GAIN
The camera gain has been set to “×4” as a factory default.
It is able to double the gain using the built-in GAIN switch.
Select “×1” when high-quality image is needed, and select “×8” when high sensitivity is needed even if image
quality degrades. Select “×2 to ×6” depending on the degree.
SW No.8
: ON EXT SYNC
OFF AUTO EXT SYNC
(When the period of EXT SYNC is less than 1msec, it automatically changed to INT SYNC.)
SW
No.1 No.2 No.3 GAIN
OFF OFF OFF ×1
ON OFF OFF
×
2
OFF ON OFF
×
3
ON ON OFF
×
4
OFF OFF ON
×
5
ON OFF ON
×
6
OFF ON ON
×
7
ON ON ON
×
8
Fine adjustment of ODD/EVEN video signal
1
1 1
1 2
2 2
23
3 3
34
4 4
45
5 5
56
6 6
67
7 7
78
8 8
8
S
S S
SH
H H
H8
8 8
8
2
2 2
2A
A A
A
OFF
←ON
→
GAIN Switch
VR1: Pixel No.3701 to 7399 (ODD number)
Fine control volume for gain
VR2: Pixel No.3702 to 7400 (EVEN number)
Fine control volume for gain
３
２
１
VR3
N
N N
Ni
i i
ik
k k
ko
o o
on
n n
n
３
２
１
３
２
１
V R2
VR1
J
J J
JA
A A
AP
P P
PA
A A
AN
N N
N
VR3: Pixel No.2 to 3700 (EVEN number)
Fine control volume for gain

11 / 23
8. Timing chart
Ⅰ.ＴＬ－７４００ Ｔｉｍｉｎｇ Ｃｈａｒｔ
ＳＴＲＯＢＥ
ＥＸ ＳＹＮＣ Ｉｎ
ＤＡＴＡ
ＰＯＲＴＣ
ＤＡＴＡ
ＰＯＲＴＡ
ＤＡＴＡ
ＤＡＴＡ
ＰＯＲＴＤ
２４０ｎｓｅｃ
±４０ｎｓｅ
２８ ｃｌｏｃｋ
D26 D28 D30 D32 D34
D36
D122 D124 D126 S1 S3 S3691 S3693 S3695 S3697 S3699
D27 D29 D31
D33
D35 D37
D123 D125 D127 S2 S4 S3692 S3694 S3696 S3698 S3700
D27 D29 D31 D33 D35 D37
S7399 S7397 S3709 S3707 S3705 S3703 S3701
Optical Black Output
(48 pixels)
Dummy Signal (76 pixels)
1 Lin Output P riod (1966 pix ls(min))
D26 D28 D30 D32 D34 D36
S7400 S7398 S3710 S3708 S3706 S3704 S3702
ＬＩＮＥ ＶＡＬＩＤ
D123 D125 D127
D122 D124 D126

12 / 23
9. RS232C communication protocol
● Functional operation by RS232C communication
1. Selection of output bit format (8/10 bit )
2. SYNC switching
AUTO (SYNC=0) Automatically changed to Internal SYNC if EXT.SYNC is not input.
EXT.SYNC (SYNC=1) EXT.SYNC-only
Internal SYNC (SYNC=2) Internal SYNC-only
Period of SYNC is determined by the equation below.
Period of SYNC = Minimum period + n × a
Where n=expt and
a = 12.8 μsec TL-5150UCL
a = 10.24 μsec TL- 1024/2048/4096UCL, TL-7400UCL,TL-7400RCL ,TL-7450UCL
3. Exposure control switching
Line period exposure Exposure during the each period of EXT.SYNC
Fixed time exposure Exposure during the set period
Pulse width exposure Exposure during the period of the pulse width of EXT.SYNC
4. GAIN switching
Selection of GAIN step position for GAIN switching ×1,×2,×3 ×8
Individual GAIN setting for each channel cf ODD/EVEN adjustment
5. OFF SET adjustment
OFF SET adjustment for each channel (ODD/EVEN)

13 / 23
[Network transmission setting]
Baud rate :9600bps
Data Length :8bit
Start Bit :1bit
Stop Bit :1bit
Parity :Non
Xon / Xoff Control :Non
[Communication overall]
1. Referring
To refer to the status of the camera.
e.g. Id? <CR> To refer to the camera ID.
2. Setting
To set the status of the camera.
e.g. sync=1 <CR> To set SYNC system to EXT.SYNC
[Glossary]
[ ] ……omissible
<CR> ……carriage return
N ……arbitrary numeral indicating some value
A ……arbitrary numeral indicating GAIN position
X ……arbitrary numeral indicating channel
Gain position……GAIN position of the camera
Channel …….Channel to specify the GAIN control device for each CCD output line
EEPROM …….EEPROM incorporated in the camera
[Notes]
・Command name must be lower-case. Upper-case character is not valid.
・Input character must be one-byte character. Double-byte character is not valid.
・Blank is not valid.
・Line feed code is indicated by “CR(0x0D)”. And also “LF(0×0A)” and “CR+LF” are usable.
However returning line feed code must be CR only.
<When in use of Hyper terminal>
・Retyping is required in case of inputting error .(Correction by cursor movement is not valid.)

14 / 23
[ Description of exceptional case]
＊NG is returned when in command input error or in inputting nonexistent command
e g : Command input error (Gain position No is not designated )
Input: ch1gain=96
Output: NG
e g : Input of nonexistent command
Input: chake
Output: NG
＊NE is returned when in numeric entry error
e g : Input error (Input value is beyond the setting range )
Input: gainpos=96
Output: NE
e g : Input error (Input value is beyond the setting range )
Input: ch1gain1=2000
Output: NE
＊NC is returned when in inputting invalid value under the condition that the ctrl setting (DIP-SW setting) is 0
e g :
Input: ch1gain=9 (at ctrl=0)
Output: NC
＊TO is returned when a command input period overruns the time-out period (15 sec )
e g :
Input: gainpo (No CR entry)
Output: TO
＊” ? ” at the bottom of Command is omissible
e g :
Input: id
Output: 0

15 / 23
【Command Protocol】
(PC->Camera)
No.
Command
Name Format Argument Return value Explanantion
Communication
1 Chec chec <CR> Non OK Command for communication test
Camera setting
2 Ctrl (view) ctrl[?]<CR> Non 0:Dip Switch
1:Com
View the effective state of Communication setting value/DIP
SW.
3 Ctrl (set) ctrl=N<CR> N=0:Dip Sw
N=1:Com OK Set the effective state of Communication setting value/DIP SW.
4 Dip Sw (view) dipsw<CR> Non 0～255 View the state of DIP SW
Return the state of DIP SW in decimal number
User ID
5 ID (view) id[?]<CR> Non ID(default:0)
View the camera ID.
Administrative use for plural cameras.
For user's operation.
6 ID (set) id=N<CR> N:0～255 OK
Set the camera ID.
Administrative use for plural cameras.
For user's operation.
Output bit
7Output bit
(view) bit[?]<CR> Non 8: 8bit(default) 10: 10bit View the output bit format of the camera.
8Output bit
(set) bit=N<CR> N= 8 : 8bit N=10 : 10bit OK Set the output bit format of the camera. *Settable only at ctrl=1.
SYNC switching
9 Sync (view). sync[?]<CR> Non
0:Auto
1:Ext Sync
2: Int Sync
View the state of SYNC mode.
*Effective value only at ctrl=1.
10 Sync (set) sync=N<CR>
0:Auto
1:Ext Sync
2: Int Sync
OK Set the SYNC mode.
*Settable only at ctrl=1.
Exposure control
11 Exposure
control
(view)
expc[?]<CR> Non
0:Line period exposure
1:Fixed time exposure
2,3:Pulse width exposure
View the exposure control state of the camera.
*Effective value only at ctrl=1.
12
Exposure
control
(set)
expc=N<CR>
0:Line period exposure
1:Fixed time exposure
2,3:Pulse width exposure
OK Set the exposure control state of the camera.
*Settable only at ctrl=1.
Exposure time
13 Exposure
time expt[?]<CR> Non 0～127:Exposure time View the period at Fixed time exposure mode. *Effective value only at ctrl=1
14 Exposure
time expt=N<CR> N=0～127:Exposure time OK Set the period at Fixed time exposure mode. *Settable only at ctrl=1
Gain
15 Gain Position
(view) gainpos[?]<CR> Non 1～8:gain position View the Gain position of the camera. *Effective value only at ctrl=1
16 Gain Position
(set) gainpos=A<CR> A=1～8:gain position OK Set the Gain position of the camera. *Settable only at ctrl=1
17 chXgainA
(view) chXgainA[?]<CR> X=1～4:ch A=1～8:gain position 0～255:gain level View the Gain value fow each Gain position of each channel.
18 chXgainA
(set) chXgainA=N<CR>
X=1～4:ch
A=1～8:gain position
N=0～255:gain level
OK Set the Gain value fow each Gain position of each channel.
*Settable only at ctrl=1
OFFSET
19 chXoffset
(view) chXoffset[?]<CR> X=1～4:ch N=0～31:offset level View the Offset value of each channel.
20 chXoffset
(set) chXoffset=N<CR> X=1～4:ch N=0～31:offset level OK Set the Offset value of each channel. *Settable only at ctrl=1
ＥＥＰＲＯＭ
21 Save save<CR> Non OK Save the setting to EEPROM.
22 Load load<CR> Non OK Load the setting from EEPROM.
System
23 Version ver<CR> Non Version View the version of microcomputer control program of the camera.
24 Revision rev<CR> Non Revision View the version of EPGA
25 Initialize init<CR> Non OK Load the factory default.
26 config cfg<CR> Non (data output) View the all current setting data of the camera.

16 / 23
10.Exposure control
PI X EL PO R TA
1 ～ 36 9 9
Ex po sur e ti m e E xpo su re ti me E xp os ure tim e
EX T .S Y NC I N
ST - 2
LI N E VA L ID
S T- 1 S T -3 S T- 4
S T O UT - 1 ST OU T -2 ST O U T- 3 S T O U T- 4
S T- 1 D AT A
S T- 0 D A TA ST - 2 D AT A S T -3 DA T A
L
LL
Li
ii
in
nn
ne
ee
e p
pp
pe
ee
er
rr
ri
ii
io
oo
od
dd
d e
ee
ex
xx
xp
pp
po
oo
os
ss
su
uu
ur
rr
re
ee
e
(expc=0)
Exposure during each period of EXT.SYNC(CC1)
（at 8 it output）
PI X EL PO R TB
2 ～ 37 0 0
PI X EL PO R TD
7
4
0
0
～
3
7
0
2
PI X EL PO R TC
7399～3701
S T- 0 D A TA
S T- 0 D AT A
ST - 0 D AT A
S T- 1 D AT A
ST - 1 DA T A
ST - 1 D AT A
S T -2 DA T A
S T -2 DA T A
S T -2 DA T A
S T- 3 D A TA
S T- 3 D AT A
S T- 3 D A TA
S T O U T- 1
E X T. SY N C I N
L I NE V AL I D
F
FF
Fi
ii
ix
xx
xe
ee
ed
dd
d t
tt
ti
ii
im
mm
me
ee
e e
ee
ex
xx
xp
pp
po
oo
os
ss
su
uu
ur
rr
re
ee
e
(expc=1、expt=N)
Exposure at the leading edge of EXT.SYNC(CC1)
during the p eriod defined b the follow ing equation .
Exposure time =80+10× N (μsec)
Minimum exposure time = 80μ sec
* Note that the minimum period of EXT.SYNC is 160μsec
for the Fixed time exposure mode.
Minimum period = 80μsec+DATA output duration（80μsec）
ST - 1
Exposure time
ST -1 DA T A
S T -2 S T -3
Exposure time
ST OU T -2
Exposure ti me
ST - 2 DA T A
P I XE L P OR T B
2 ～ 3 7 00
P I XE L P OR T D
7 4 00 ～ 3 70 2
P I XE L P OR T C
7 3 99 ～ 3 70 1
P IX E L PO R TA
1 ～ 3 69 9
ST -1 DA T A
ST -1 DA T A
ST -1 DA T A
ST - 2 DA T A
ST - 2 DA T A
ST -2 DA T A

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ST O UT -1
E XT .S YN C IN
P IX EL P OR TA
1 ～36 99
P
PP
Pu
uu
ul
ll
ls
ss
se
ee
e w
ww
wi
ii
id
dd
dt
tt
th
hh
h e
ee
ex
xx
xp
pp
po
oo
os
ss
su
uu
ur
rr
re
ee
e
(expc=2)
Exposure during the period of the pulse width of EXT.SYNC(CC1).
Mini u exposure ti e = 80μsec
* Note that the ini u period of EXT.SYNC is 80μsec at the Pulse
width exposure ode.
Mini u period = 80μsec+DATA output duration（80μsec）
S T- 1
Exposure time
S T- 1 DA TA
ST -2 S T- 3
Exposur e time
S T OU T- 2
Exposu re time
ST -2 D AT A
P IX EL P OR TB
2 ～37 00
ST -2 D AT AS T- 1 DA TA
P IX EL P OR TC
7 39 9 ～3 70 1
ST -2 D AT AS T- 1 DA TA
P IX EL P OR TD
7 40 0 ～3 70 2
ST -2 D AT AS T- 1 DA TA
L INE VA LID

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11. Setup steps of Hyper terminal.
[Setup of Hyper terminal ] (in case of Microsoft Windows2000)
1) Select “Start”→ “Programs”→”Accessories”→”Communications”→”Hyper Terminal”
2) The windows will appear with the picture below
3) When the next picture appears, enter any name (e g GMA_RS232C)
Then click the “OK” button
4) When the next picture appears, select “ COM? ” on Connect using
(? changes depending on the setting of the computer )
Then click the “OK” button

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5) When the next picture appears, select each items as follows (9600,8,None,1,Non)
Then click the “OK” button
6) The next picture will appear
7) Select [File]→ [Properties]
[Network transmission setting]
Baud Rate : 9600bps
Data Length : 8bit
Start Bit :1bit
Stop Bit :1bit
Parity : Non
Xon/Xoff Control : Non

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8) When the next picture appears, select “Settings” tag
9) When the next picture appears, click the “ASCII Setup” button
10) When the next picture appears, select each items as follows (☑, ☑, 0, 0,☑, blank, blank)
Then click the “OK” button
11) The screen display will return to the screen of 9)
Then click the OK button