Ikegami MLW-3225C User Manual

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• IP Mode: Used to select the interlaced-to-progressive conversion mode.
Still: Usually use the unit in this mode.
Motion: Use this mode if the motion of images is fast.
This mode can be selected for NTSC, PAL and HD
interlaced signals only.
5.9 Color Adjustment Screen
This is a function for adjusting colors and for setting the signal formats. The initial color
temperature value for the user is set to 6500K. The color adjustment can be made by turning
the GAIN control for each of the R/G/B values.
Display screen
䂾
Color Mode
R.Gain
G.Gain
B.Gain
Gamma
Signal Set. Component
UNDO
User/6500/9300
0 - 100
0 - 100
0 - 100
1.8/2.0/2.2/2.4/2.6/D14/User
RGB/YPbPr
RGB/YPbPr
RGB/YPbPr
RGB/YPbPr
RGB/YPbPr
User
50
50
50
2.2
RGB
RGB
RGB
RGB
RGB
PC
DVI
OP-PC
OP-DVI
Status User Display Image Color Memory P-Pre
Switch behavior description
IN1: CH name - Signal name
IN2: CH name - Signal name
Color adjustment screen description
• Color Mode: The color temperature can be adjusted to User, 6500K or 9300K.
The user’s initial color temperature value is set to 6500K, and the
color can be adjusted by varying the RGB Gain levels.
• R. Gain: Used to adjust the red color intensity.
Increase the setting to get higher red color intensity, and decrease
it to get lower one.
• G. Gain: Used to adjust the green color intensity.
Increase the setting to get higher green color intensity, and
decrease it to get lower one.
• B. Gain: Used to adjust the blue color intensity.
Increase the setting to get higher blue color intensity, and decrease
it to get lower one.
• Gamma Control: Used to adjust the gamma level from 1.8 to 2.6 in 0.2 increments.
D14: Gamma level at DICOM Part 14.
User: Selectable from the user-preset gamma levels (factory option
setting).
• Signal Set.: Used to set the format of each input signal. RGB or YPbPr can be
set.
5. Operation

Ikegami MLW-3225C Specifications

General

Brand	Ikegami
Model	MLW-3225C
Category	Monitor
Language	English