Interline Transfer
CD 1/3 in.
format 1/2
in. format
Pixels (HxV)
Effective 798x494 798x494
Pixel Size
(HxV) 6.4x7.4
um
8.4x9.8 um
Sensing Area
(HxV) 4.8x3.6
mm
6.4x4.9 mm
Horz.
Resolution 570
TV
Lines
570 TV Lines
Wave Length
Range 350nm
to 1300nm 359nm to
1300nm
Video Output
1
Vp-p Into 75 ohms 1Vp-p Into
75ohms
Min.
Sensitivity 0.02
lux
0.01 lux
S/N
Ratio
>46db
>50db
Video
Connection BNC
Connector BNC
Connector
Sync.
System
Internal
Internal
Lens
Mount
C/CS-Mount
C/CS-Mount
Back Flange
Distance 12.5
mm 12.5
mm
Elec. Shutter
Speed
On/Off
On/Off
Operating
Temp.
–10 to 40 deg
C -10
to 40 deg C
Power
Requirement 12V DC, 125
ma 12V DC, 125
ma
Dim.
(WxHxL)
34x37x65
mm 34x37x65
mm
Mounting
Base
1/4 -20
TPI
1/4 -20 TPI
Weight90g 90g
The size of the beam that can be measured
directly is determined by the camera size. Below is the listing of different camera sensor
size.
1. 1/3 inch (HxV) 4.8x3.6 mm
2. 1/2 inch (HxV) 6.4x4.8 mm
3. 2/3 inch (HxV) 8.8x6.6 mm
The minimum size of a laser beam that can be
measured directly by a camera is determined by the pixel size, which imposes a minimum size of about 50um for
a given laser beam diameter. The pixel size for a 1/3-inch camera is 6.4x7.4um and
this about the smallest pixel size that is available. For measuring larger laser beams requires
that a lens system for the camera be used. This could be accomplished by using our UV
Converter Glass or UV-200 sensor cards that can be supplied by Sensor Physics.