F150-M05L Omron, F150-M05L Datasheet - Page 2

• Manufacturer Part Number: F150-M05L
• Description: 5.5Panel Mnt. Clr LCD Monitor
• Manufacturer: Omron

Specifications of F150-M05L

• Lead Free Status / Rohs Status: Lead free / RoHS Compliant

The innovative 2-dimensional CCD (S-CCD) is the key to the sensing performance.
A conventional displacement sensor using a 1-dimensional
CCD cannot deal with flutter influence to the output. There-
fore, the sensor requires increased number of measurements
for signal averaging, which leads to slow response time. The
S-CCD with a 2-dimensional CCD has solved this disadvan-
tage, by splitting the measurement point into 60 lines for mea-
surement in finer detail. The value per each pixel is then
averaged to produce a reliable output, free from flutter influ-
ence caused by the object's surface condition. Stable detec-
tion and high-speed processing is thus possible with the Z300.
B-32
The 2-dimensional CCD enables stable, high-speed
measurement.
Displacement sensors / Width-measuring Sensors
PSD sensor
A PSD sensor using dif-
fuse reflection is virtually
prevented from perform-
ing measurement due to
insufficient reflection dis-
tribution from the surface.
A sensor using the mirror
reflection method, on the
other hand, receives re-
flective light from the bot-
tom or background of the
object, which causes an
error in determining the
target position, impeding
accurate measurement.
CCD sensor
A CCD using the mirror re-
flection method is a solu-
tion. It can extract only the
light reflected off the sur-
face of the target. Accu-
rate measurement of a
transparent object is pos-
sible without being affect-
ed by reflected light from
the bottom or background
of the object.
CCD makes a difference in measurement of a
transparent object.
Reflected light from the surface
PSD output
(position of the reflected
light output from PSD)
Reflected light
from the bottom
Reflected light
from the bottom
CCD
PSD
Receiver lens
Transparent object
Receiver lens
Reflected light from
Transparent object
Detecting reflect
light from the
surface
the surface