Eizo Coloredge Cg232w Users Manual

							5. Reference
31
5-4. Specifications
LCD PanelSize57 cm (22.5 inch)
Surface 
treatment Hard Coating
Surface 
hardness 2H
Response Time Approx. 12 ms
Viewing Angle Horizontal : 176°, Vertical : 176°
(CR: 10 or more)
Dot Pitch 0.252 mm
Horizontal Scan 
Frequenc\f Analog
26 - 92kHz
Digital 26 - 78kHz
Vertical Scan 
Frequenc\f Analog
23.8 - 86Hz
Digital 23.8 - 61Hz (VGA TEXT : 69 - 71Hz)
Resolution 1920 dots x 1200 li\lnes
Dot Clock 
(Max.) Analog
162MHz
Digital 162MHz
Displa\f Colors 1073.74 million colo\lrs
Recommended Brightness 100 cd/m
2 or less  (with colo\lr temperature of between 5000K to 6500K\l)
Displa\f Area 483.84 mm (H) × 302\l.4 mm (V) (19” (H) x 11.9” (V))
Power Suppl\f 100-120/200-240 VAC±10%, 50/60 Hz, 1\l.1 A/0.55A 
Power 
Consumptionl Screen Displa\f 
On
110 W (with USB load)
100 W (without USB load\l)
Power Saving 
Mode 7 W or less (for single signal in\lput, without USB lo\lad)
Power Button 
off 1 W or less (without \lUSB load)
Main Power 
switch off 0 W
\bnput Signal Connec\ltorD-Sub mini 15-pin \lx 1
DV\b-D connector (App\llicable to HDCP) x 1
BNC connector (HD/\lSD-SD\b) x 2 complie\ls to \bEC60169-8, 75\l 
Ω
Output Signal Connec\ltor BNC connector (Loo\lp-through) x 2 
Analog \bnput Signal \l(S\fnc)Separate, TTL, Positive/Negative
Composite, TTL, Positive/Negative
Analog \bnput Signal \l(Video)0.7 Vp-p / 75 ohms, Positive
\bnput Signal (Digit\lal) (DV\b) TMDS (Single Link)
Signal 
registration Analog 45 (Factor\f preset: 9)
Digital 10 (Factor\f preset: 0)
Plug & Pla\f Analog / Digital (D\lV\b-D) : VESA DDC 2B / ED\bD \lstructure 1.3
Dimensions with stand
567 mm (W) x 481 ~\l 599 mm (H) x 255 \lmm (D) 
(22.3” (W) x 18.9” ~ 23.6” (H) x 10” (D))
without stand 567 mm (W) x 389 m\lm (H) x 113 mm (D)\l 
(22.3” (W) x 15.3” ~ 23.6” (H) x 4.4” (D))
Weight with stand Approx. 13.4 kg (29.5 lbs.)
without stand Approx. 8.8 kg (19.4 lbs.)
Movable range Tilt: 
Swivel: 
Adjustable height: 40° Up, 0° Down
35° Right, 35° Lef\lt
118 mm (4.6 inch)
  
						

							32
5. Reference
Environment 
ConditionsTemperature Operating: 
Transportation/Storage: 0°C ~ 35°C (32°F ~\l 95°F) 
-20°C ~ 60°C (-4°F\l ~ 140°F)
Humidit\f Operating:  Transportation/Storage: 30% to 80% R.H. Non-condensing 
30% to 80% R.H. Non-condensing
Pressure Operating:  Transportation/Storage: 700 to 1060 hPa. 
200 to 1060 hPa. 
USB standard USB Specification 
Revision 2.0
USB port Upstream port x 1 
Downstream port x 2
Communication 
Speed480 Mbps (high), 1\l2 Mbps (full), 1.5 M\lbps (low)
Power Suppl\f Downstream: 500 mA for each (max.)
Main default settin\f\as (factor\b settin\fs)
Brightness 20%
Smoothing 3
Temperature 6500K
Color Mode Custom
PowerManager  On
Screen Size Enlarged
Menu Settings Menu Size Enlarged
Menu Off Timer 45 sec
Black \bnsertion Off
Pseudo \bnterlace Off
Range Extension Off
SD\b Settings Auto
Language English
   
						

							5. Reference
33
Dimensions
100(3.9)
172.5(6.8)
233.5(9.2)233.5(9.2)
100(3.9)
144.5(5.7)
144.5(5.7)
255(10)
TILT 40°
311(12.2)
113(4.4)  64
(2.52)486.5(19.2)
406(16)
567(22.3)
304.5(12)389(15.3)
286.5～404.5(11.3～15.9)
481～599(18.9～23.6)
92(3.62)
323(12.7)
500(19.7)
S\fIEVEL
35°35°
240(9.4)
unit: mm (inch)
  
						

							34
5. Reference
Pin Assi\fnment
•DVI-D Connector
123
4
56
78
910 11 12
1314 15
16
19 20 21
17 18 22 23 24
Pin No.Si\fnalPin No.Si\fnalPin No.Si\fnal
1 T.M.D.S. Data 2- 9 T.M.D.S. Data1- 17 T.M.D.S. Data0-
2 T.M.D.S. Data 2+ 10 T.M.D.S. Data1+ 18 T.M.D.S. Data0+
3 T.M.D.S. Data2/4 Shield 11 T.M.D.S. Data1/3 Shield 19 T.M.D.S. Data0/5 Shield
4 NC* 12 NC* 20 NC*
5 NC* 13 NC* 21 NC*
6 DDC Clock  (SCL) 14 +5V Power 22 T.M.D.S. Clock shield
7 DDC Data  (SDA) 15 Ground  (return for +5V, 
Hs\fnc, and Vs\fnc) 23 T.M.D.S. Clock+
8 NC* 16 Hot Plug Detect 24 T.M.D.S. Clock-
  (NC*:  No Connection)
•D-Sub mini 15-pin \aconnector
51
3
4 2
8 7
6
910
12
1314
15 11
Pin No.Si\fnalPin No.Si\fnalPin No.Si\fnal
1 Red video 6 Red video ground11
NC
*
2 Green video 7 Green video ground12 Data  (SDA)
3 Blue video 8 Blue video ground13 H.S\fnc
4 NC
*9NC*14 V.S\fnc
5 Ground 10 Ground 15 Clock  (SCL)
  (NC*:

 No Connection)
•USB Port
No. Si\fnal Remarks
1VCC Cable power
2 - Data Serial data
3 + Data Serial data
4 Ground  Cable Ground
Upstream
Downstream
Series B 
Connector Series A 
Connector
   
						

							5. Reference
35
5-5. Glossar\b
Clock
With  the  analog  input  signal  displa\f,  the  analog  signal  is  converted  to  a  digital  signal  b\f  the  LCD 
circuitr\f. To  convert  the  signal  correctl\f,  the  LCD  monitor  needs  to  produce  the  same  number  clock 
pulse as the dot clock of the graphics s\fstem. When the clock pulse is not correctl\f set, some verti-
cal bars of distortion are displa\fed on the screen.
DVI (Di\fital Visual Interface)
A  digital  flat  panel  interface.  DV\b  can  transmit  digital  data  from  the  PC  directl\f  without  loss  with  the 
signal transition method “TMDS”. There are two kinds of DV\b connectors. One is DV\b-D connector for 
digital signal inpu\lt onl\f. The other is DV\b-\b connector for both digital and\l analog signal inpu\lts.
DVI DMPM (DVI Di\fital Monitor \aPower Mana\fement)
The  Power  management  s\fstem  for  the  digital  interface. The “Monitor  ON”  status  (operation  mode) 
and  the “Active  Off ”  status  (power-saving  mode)  are  indispensable  for  the  DV\b-DMPM  as  the  moni-
tor’s power mode.
Gain Adjustment
Adjusts  each  color  parameter  for  red,  green  and  blue. The  color  of  the  LCD  monitor  is  displa\fed 
through the color filter of the LCD panel. Red, green and blue are the three primar\f colors. The col-
ors on the monitor are displa\fed b\f combining these three colors. The color tone can change b\f ad-
justing the illumin\lation amount passe\ld through each colo\lr’s filter.
Gamma
Generall\f, the relationship that the light intensit\f values of a monitor change nonlinearl\f to the input 
signal level is called “Gamma Characteristic”. On the monitor, low gamma values displa\f the whitish 
images and high ga\lmma values displa\f the high contrast images.
HDCP (Hi\fh-bandwidth Di\fital Conte\ants Protection)
Digital signal codi\lng s\fstem developed to cop\f-protect the digit\lal contents, such as video, music, 
etc. This helps to transmit the digital \lcontents safel\f b\f coding the digita\ll contents sent via\l DV\b ter-
minal on the output\l side and decoding\l them on the input\l side. 
An\f digital contents \lcannot be reproduc\led if both of the \lequipments on the \loutput and input s\lides 
are not applicable to HDCP s\fstem.
Phase
The phase adjustment decides the sampling timing point for converting the analog input signal to a 
digital signal. Adjusting the pha\lse after the clock adjustment will pr\loduce a clear scree\ln.
Ran\fe Adjustment
The Range Adjustme\lnt controls the level of output signal\l range to displa\f the whole color gradation.
  
						

							36
5. Reference
Resolution
The LCD panel consists of a fixed number of pixel elements which are illuminated to form the screen 
image. The  displa\f  panel  of  this  monitor  consists  of  1920  horizontal  pixels  and  1200  vertical  pixels. 
At a resolution of \l1920 x 1200 , imag\les are displa\fed as a full screen\l(1:1).
SDI (Serial Di\fital \aInterface)
One of the interfaces standardized b\f the SMPTE and AR\bB. \bt transmits image signals, s\fnc signal, 
clock, and audio signa\lls all on one cable.
sRGB (Standard RGB)
“\bnternational  Standard  for  Red,  Green,  and  Blue  color  space”  A  color  space  was  defined  with  the 
aim of the color matching between applications and hardware devices, such as monitors, scanners, 
printers  and  digital  cameras.  As  a  standard  default  space,  sRGB  allows  \bnternet  users  to  closel\f 
match colors.
Temperature
Color Temperature is a method to measure the white color tone, generall\f indicated in degrees Kel-
vin. At high temperatures the white tone appears somewhat blue, while at lower temperatures it ap-
pears  somewhat  red.  Computer  monitors  generall\f  give  best  performance  at  high  temperature  set-
tings.
5000 K: Slightl\f reddish wh\lite (usuall\f used in\l print industr\f) 
6500 K: White called da\flight color (suited\l for web browsing) 
9300 K: Slightl\f bluish white (usuall\f \lused for television)
TMDS (Transition Minimized Differential Si\fnalin\f) 
A signal transition method for the digital inte\lrface.
VESA DPM 
(Video Electronics Standards Association - Di\aspla\b Power Mana\fement)
VESA  specifications  achieve  increased  energ\f  efficienc\f  for  computer  monitors. This  involves  stan-
dardization  of  signals  sent  from  the  computer  (graphics  board).DPM  defines  the  status  of  signals 
transmitted between the computer a\lnd monitor.
   
						

							6. Preset Timing
37
6. Preset Timin\f
The following table shows factor\f preset video timi\lng (for analog signal on\ll\f).
Note
•
 Displa

\f position ma\f be deviated depending o\ln the PC connected\l, which ma\f require screen 
adjustment using A\ldjustment menu.
•
 \bf a signal other t\lhan those listed in\l the tab

le is input, adjust\l the screen using \lthe Adjustment men\lu. 
However, screen displa\f ma\f still be incorrect\l even after the adjus\ltment.
•
 When inter

lace signals are us\led, the screen can\lnot be displa\fed correctl\f even after screen 
adjustment using t\lhe Adjustment menu.
Mode Dot clockFrequenc\f
Polarit\f
Horizontal: kHz 
Vertical: Hz
VGA 640×480@60Hz 28.3MHzHorizontal 31.47 
Negative
Vertical 59.94  Negative
VGA TEXT 720×400@70Hz 28.3 MHzHorizontal 31.47 
Negative
Vertical 70.09  Positive
VESA 800×600@60Hz 40.0 MHzHorizontal 37.88
Positive
Vertical 60.32 Positive
VESA 1024×768@60Hz\l 65.0 MHzHorizontal 48.36
Negative
Vertical 60.00 Negative
VESA 1280×960@60Hz\l 108.0 MHzHorizontal 60.00
Positive
Vertical 60.00 Positive
VESA 1280×1024@60H\lz 108.0 MHzHorizontal 63.98
Positive
Vertical 60.02 Positive
VESA 1600×1200@60H\lz 162.0MHzHorizontal 75.00
Positive
Vertical 60.00 Positive
VESA CVT 1680×1050\l 60Hz 146.3 MHzHorizontal 65.29
Negative
Vertical 59.95 Positive
VESA CVT 1920×1200\l 60Hz 154.00MHzHorizontal 74.04
Positive
Vertical 59.95 Negative
  
						

							38
For U.S.A, Canada, etc.  (rated 100-120 Vac) Only
This equipment has been tested and found to comply with the limits for a Class A digital device, pursuant to Part 15 of 
the FCC Rules.  These limits are designed to provide reasonable protection against harmful interference when the 
equipment is operated in a commercial environment.  This equipment generates, uses, and can radiate radio frequency 
energy and if not installed and used in accordance with the instruction manual, may cause harmful interference to radio 
communications.  Operation of this equipment in a residential area is likely to cause harmful interference in which case 
the user will required to correct the interference at his own expense.  
Changes or modifications not expressly approved by the party responsible for compliance could void the user ’s 
authority to operate the equipment.
Note
Use the attached specified cable below or EIZO signal cable with this monitor so as to keep interference within the 
limits of a Class A digital device.
 - AC Cord
 - Shielded Signal Cable (enclosed)
Canadian Notice
This Class A digital apparatus complies with Canadian ICES-003. 
Cet appareil numérique de le classe A est comforme à la norme NMB-003 du Canada.
For Europe, etc. (rated 200-240 Vac) Only
Warning
This is a Class A product. In a domestic environment this product may cause radio interference in which case the user 
may be required to take adequate measures.
Warnung
Bey dem gerät handelt es sich um ein Klasse-A-Produkt. Bei Betrieb des Geräts in Wohnumgebungen ist gegebenenfalls 
durch entsprechende Maßnahmen dafür zu sorgen, dass eine Störung des Radio- und Fernsehempfangs vermieden wird.
Avertissement
Cet appareil est de classe A. Il est susceptible de créer des interférences radio dans un environnement domestique, dans 
ce cas l’utilisateur devra prendre les mesures appropriées.
  
						

							39
Hinweise zur Auswahl des richtigen Schwenkarms für Ihren Monitor
Dieser Monitor ist für Bildschirmarbeitsplätze vorgesehen. Wenn nicht der zum Standardzubehör gehörige
Schwenkarm verwendet wird, muss statt dessen ein geeigneter anderer Schwenkarm installiert werden. Bei der
Auswahl des Schwenkarms sind die nachstehenden Hinweise zu berücksichtigen:Der Standfuß muß den nachfolgenden Anforderungen entsprechen:
a)
 
Der 
 Standfuß muß eine ausreichende mechanische Stabilität zur Aufnahme des Gewichtes vom Bildschirmgerät 
und  des  spezifizierten  Zubehörs  besitzen.  Das  Gewicht  des  Bildschirmgerätes  und  des  Zubehörs  sind  in  der 
zugehörenden Bedienungsanleitung angegeben.
b)
 
Die 
 Befestigung des Standfusses muß derart erfolgen, daß die oberste Zeile der Bildschirmanzeige nicht höher 
als die Augenhöhe eines Benutzers in sitzender Position ist.
c)
 
Im 
 Fall eines stehenden Benutzers muß die Befestigung des Bildschirmgerätes derart erfolgen, daß die Höhe der 
Bildschirmmitte über dem Boden zwischen 135 – 150 cm beträgt.
d)
 
Der 
 Standfuß muß die Möglichkeit zur Neigung des Bildschirmgerätes besitzen (max. vorwärts: 5°, min. nach 
hinten ≥ 5°).
e)
 
Der 
 Standfuß  muß  die  Möglichkeit  zur  Drehung  des  Bildschirmgerätes  besitzen  (max.  ±180°).  Der  maximale 
Kraftaufwand dafür muß weniger als 100 N betragen.
f)
 
Der Standfuß muß in der Stellung verharren, in die er manuell bewegt wurde.
g)

 
Der Glanzgrad des Standfusses muß weniger als 20 Glanzeinheiten betragen (seidenmatt).
h)

 
Der 
 Standfuß mit Bildschirmgerät muß bei einer Neigung von bis zu 10° aus der normalen aufrechten Position 
kippsicher sein.
Hinweis zur Ergonomie :
Dieser Monitor erfüllt die Anforderungen an die Ergonomie nach EK1-ITB2000 mit dem Videosignal, 1920× 
1200, Digital Eingang und mindestens 60,0 Hz Bildwiederholfrequenz, non interlaced.  Weiterhin wird aus 
ergonomischen Gründen empfohlen, die Grundfarbe Blau nicht auf dunklem Untergrund zu verwenden (schlechte 
Erkennbarkeit, Augenbelastung bei zu geringem Zeichenkontrast.)
„Maschinenlärminformations-Verordnung 3. GPSGV:
Der höchste Schalldruckpegel beträgt 70 dB(A) oder weniger gemäss EN ISO 7779“
  
						

							4th Edition-March, 2012
03V22517D1(U.M-CG232W)Copyright © 2008-2012 EIZO NANAO CORPORATION All rights reserved.