3CCD progressive scan color camera

3CCD progressive scan color camera
RGB spectral response characteristics
Specifications
HV-F22 spectral response characteristics
Relative sensibity
1.0
30f/s(F31CL), 15f/s(F31F)
0.8
B
0.6
G
15f/s(F31CL/GV), 7.5f/s(F22F)
R
3CCD progressive scan color camera
0.4
HV-F31/F22
0.2
0.0
400
500
600
700
Wave length(nm)
Pin arrangement
¢ Camera
Link (HV-F31CL/F31CL-S1/F22CL/F22CL-S1)
13
1 13
26
14
1
26
3M 10226-2200VE
connector1
14
connector2
(without for S1 type)
1
GND
14
GND
1
GND
14
GND
2
3
4
5
X0X1X2Xclk-
15
16
17
18
X0+
X1+
X2+
Xclk+
2
3
4
5
Y0Y1Y2Yclk-
15
16
17
18
Y0+
Y1+
Y2+
Yclk+
6
X3-
19
X3+
6
Y3-
19
Y3+
7
8
9
SerTC+
SerTFGExtVD[CC1]-
20
21
22
SerTCSerTFG+
ExtVD[CC1]+
7
8
9
NC
NC
NC
20
21
22
NC
NC
NC
10
11
Trig[CC2]+
ExtHD[CC3]-
23
24
Trig[CC2]ExtHD[CC3]+
10
11
NC
NC
23
24
NC
NC
12
13
NC[CC4]+
GND
25
26
NC[CC4]GND
12
13
NC
GND
25
26
NC
GND
¢ IEEE1394
¢ GigE
(HV-F31F/F22F)
(HV-F22GV)
molex 55395-0611
RJ-45 LAN cable
CAT5 or CAT6
2 4 6
High precision digital processing
1
Vision
Dimension
HV-F22GV
HV-F31CL/F22CL/F31F/F22F
HV-F22GV
¢ 12pin(common)
HIROSE
HR10A-10R-12PB(01)
8
+12V IN
2
GND
3
4
5
6
TPB –
TPB +
TPA –
TPA +
1
2
3
4
TRD+A
TRD- A
TRD+B
TRD+C
5
6
TRD- C
TRD- B
7
8
TRD+D
TRD- D
1
2
3
GND
+12V IN
GND
7
8
9
VD IN
GND
TRIG(H)
4
5
FLASH OUT
GND
10
11
TRIG(C)
+12V IN
6
HD IN
12
GND
COLOR CAMERA
MODEL
HV-F22
POWER 12V W
Hitachi Kokusai Electric Inc.
Made in Japan
1 3 5
1
When using lens
Caution !
Observe the limit of lens protrusion from the flange
face (T in figure).Notice the lens and camera can be
damaged if this mounting dimension is not
maintained.
T 4.2mm (HV-F31) T
4.0mm(HV-F22)
Lens flange face
T
Standard Composition
Optional Accessories
Camera ....................................1
Operation Manual . ..................1
Sample Software .....................1
(CD-ROM)
IEEE1394Cable .......................1
Junction Box . ...................... 1
(JU-M1A)
Outline
Camera Link
HV-F31CL/CL-S1:1/3” XGA (1024×768)
30 frame/second
HV-F22CL/CL-S1:1/2” SXGA (1360×1024)
15 frame/second
IEEE1394
HV-31F
:1/3” XGA (1024×768)
7.5 frame/second (RGB)
HV-22F
:1/2” SXGA (1360×1024)
7.5 frame/second (RGB)
GigE Vision
HV-F22GV
:1/2” SXGA (1360×1024)
15 frame/second
DV-E415Q Printed in Japan (1) ‘07-06
Features
•Excellent color in image capture
•High resolution
•Auto shading correction
•Independent six color adjustment
•IEEE1394 IIDC(Ver. 1.30), Camera Link
or GigE Vision
Example Applications
Comparison of Interfaces
HV-F31 and HV-F22 are designed for a wide range of applications.
n Printing Check Detection of uneven printing
n Fruit Check Check on fruit damage and ripening
HV-F22GV
HV-F31CL/CL-S1, HV-F22CL/CL-S1
HV-F31F/F22F
Interface
Cable length
GigE Vision
Approx. 100m
IEEE1394
4.5m
Connector
RJ-45
Transmissible Data volume
Approx. 1Gbps
Remote control
Ethernet API
Camera Link
10m
26PT2 (medium configuration)
*Base configuration applicable
900Mbps (medium configuration)
700Mbps (base configuration)
CameraLink API
6Pin (with lock)
400Mbps
IIDC
Rear view
HV-F31CL/F22CL
n Car Body Coating Check on uneven coating and scratches
HV-F31CL-S1/F22CL-S1
*Caution For power supply from IEEE1394, contact the sales representative.
n Biological Microscope Observation of cells
IEEE1394
n Features •Direct PC connection without using a frame grabber board n Specifications •Compatible OHCI, 400Mbps
•Small-diameter cable
•Multiple cameras connectable by use of hub
•Non-compression
•Conforming with IIDC1.3
Transmission Format
The HV-F31F/F22F cameras allow transmission of an image with its size changed by remote operation.
HV-F31F
Camera mode
XGA(1024x768)
Merits of 3-CCD Camera
Color Detection
(optimum for check on uneven printing and fruits)
6 color Independent Masking
Subtle color differences are detectable by processing (emphasis
or subtraction) of a specific color using 6-color independent
masking.
Frame Rate
bit/pixel
bit/ch
YUV
15
16
8
RGB
7.5
24
8
SVGA(800x600)
*1
YUV
30
16
8
RGB
15
24
8
XGA(1024x768)
RGB
3.75
48
10
HV-F31CL/CL-S1
•Example of improved detection accuracy on apple
ripening level
Camera mode
XGA(1024x768)
1024
HV-F22F
SXGA(1280x960)
30
bit/pixel
bit/ch
30 [S1: 24] 10 [S1: 8]
Comparison after subtraction of a red component
and emphasis of a yellow component
7
Level difference:Small
After processing
167 Yellow component 95
72
Level difference:Large
Detection accuracy improved
(Note) This camera is not used for output of the above numeral (resolution in 8bit). It is output of a
processed image.
•Because arithmetic operation is performed inside the camera,
it will not apply a load to the CPU of equipment, so high-speed
image processing is ensured.
Auto Shading
Color shading (uneven color) due to lens and lighting can be
automatically corrected.
After correction
bit/ch
16
8
RGB
7.5
24
8
YUV
30
16
8
RGB
30
24
8
YUV
7.5
16
8
SXGA(1360x1024)
RGB
7.5
24
8
RGB
1.875
48
10
Camera mode
SXGA(1360x1024)
Frame Rate
RGB
15
bit/pixel
*1: The screen center shown
above is effective for
SVGA output
1360
640
x
480
30 [S1: 24] 10 [S1: 8]
Colors are freely changeable
and the following are available.
●Detection of a specific color
・Natural color reproduction
・Red alone changed
Application menu
● MAIN
BRIGHTNESS
SHARPNESS
WHITE BALANCE
GAIN
SHUTTER
AUTO EXPOSURE
SATURATION
GAMMA
TRIGGER
FLASH
AUTO SHADING
RGB
Frame Rate
bit/pixel
bit/ch
15
24
8
●MASKING
●B/W
(BLACK BALANCE&
WHITE GATE)
●AUTO EXPOSURE
●SHARPNESS
●OTHER FUNC
●Focus detection
Application
image
Frame On-demand function
Color Resolution
An image can be acquired at a desired timing by external input of a
trigger signal.
Attention to rope mesh
•One-trigger mode
When a single trigger pulse is input, exposure will start at the rising
edge of the pulse and will end at the falling edge. Then, V.SYNC will
be reset immediately followed by output of the image. Pulse width
corresponds to the exposure time
1-CCD camera
3-CCD camera
1024
*2:The screen center shown
Application
Va r i o u s c a m e r a f u n c t i o n s
are available for adjustment
through the easy to use GUI
software which is included with
the camera.
768
above is effective for
VGA output
Camera mode
Each color of R,G,B,Ye,Mg
and Cy can be represented
and changed as an independent numeric value.
800x600
bit/ch
HV-F22GV
Finer mesh image is
obtainable with 3-CCD
Before correction
bit/pixel
7.5
VGA(640x480)
*2
SXGA(1360x1024)
Before processing
188 Red component 195
Frame Rate
YUV
HV-F22CL/CL-S1
Frame Rate
RGB
Camera mode
Trigger pulse
Accumulation time
Image signal
Image out put
V.SYNC
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