ʳ
21
Meridian 4
POWER SUPPLY
C7
6
9
1u
F
2
5
V
CN7
0
1
CO
N
N
1
2
3
4
5
FB
7
0
1
12
0R
6A
1
2
C762
0.1
UF
16V
R
752
10R
1/
1
0
W
5%
R7
4
2
120
K
C7
0
1
10
0N
5
0
V
C7
5
5
1
0
uF
25V
+5
V
C7
6
0
22
uF
10V
R
7
40
5.
1 O
H
M
+
-1%
1/
10W
VB
U
S
_
U
P
C7
5
6
10
0N
50V
U
S
B_
POW
E
R
C7
8
3
0.
1U
F
16
V
+
C7
8
5
10
0
U
F
1
6V
C7
7
1
3
3
nF
50V
R7
5
9
20
K
1/
1
0
W
1%
+2
V
5
C
767
10
U
F
1
0
V
R7
0
1
2M
OH
M
1
/10
W
D7
0
1
NC
/B
A
V
9
9
3
1
2
+
C7
5
3
15
0U
F
35
V
C7
8
1
0.
1
U
F
16V
+5
V
R
7
53
4.
7
K
1
/16
W
R7
4
4
10
K
1
/10
W
5
%
C7
7
8
NC
C7
7
0
0.
1
U
F
1
6
V
C7
9
8
10
uF
2
5
V
FB
7
0
9
12
0R
6A
1
2
76
0m
A
2.
3A
7
80m
A
A
D
VAN
CED INF
ORM
ATI
ON
+
C7
7
9
10
0
U
F
1
6V
+5
V
+
C7
7
6
10
0U
F
1
6V
C7
7
3
N
C
/1
0N
F
50
V
C7
7
7
NC
R7
5
1
18K
1/
10W
F
B
708
12
0R
6A
1
2
C7
7
4
0.
1
U
F
16V
D7
0
5
NC
/B
A
V
9
9
3
1
2
C7
7
2
10
U
F
10V
R7
5
0
4.
7
K
1
/16
W
R7
4
9
82K
L7
06
2.
2U
H
Di
spl
ay
Lin
k C
O
N
FID
ENT
IA
L-N
on-
Di
scl
osu
re
Ag
ree
men
t
Req
uir
ed
+3
V
3
U7
1
3
G
5
72
5AD
J
T
1
1U
VI
N
4
EN
1
LX
3
VF
B
5
GND
2
+5
V
R7
5
6
9.1
K
O
H
M
+
-1% 1/1
0
W
+5
V
+1
V
2
FB
7
1
0
120
R
6
A
1
2
C7
6
8
1N
5
0
V
C7
6
6
0.
1U
F
1
6
V
U7
1
2
G
1
11
7-
25
T
6
3
U
f
VI
N
3
VOU
T
2
GND
1
4
4
AT
1
529
F
1
1
U
U7
1
4
Vc
c
1
RE
F
2
GN
D
3
FB
4
Vi
n
8
LX
7
PGN
D
6
EN
5
Th
e
rm
a
l P
a
d
9
DC
_
O
F
F
13
C7
8
0
0.
1U
F
1
6
V
C5
7
8
3
0.
1U
F
1
6
V
C
786
0.
1U
F
16
V
C7
8
8
0.
1
U
F
1
6
V
L7
08
2.
2
U
H
+5
V
C7
9
2
10U
F
1
0
V
D5
7
0
1
NC
/B
A
V
9
9
3
1
2
C5
7
8
2
NC
R7
5
8
16
K
O
H
M
+
-1%
1/
1
0
W
R7
5
7
10
R
1
/10
W
5
%
AT
152
9
F
1
1U
U
715
Vc
c
1
RE
F
2
GN
D
3
FB
4
Vi
n
8
LX
7
PG
N
D
6
EN
5
Th
e
rm
a
l P
a
d
9
+
C5
7
8
5
10
0U
F
16V
R5
7
5
34
.7
K
1
/1
6
W
FB
5
7
0
9
1
2
0R
6A
1
2
+5
V
C5
7
7
8
N
C
+
C7
8
7
100
U
F
16V
+1
V
2
A
C
578
4
10
U
F
1
0
V
R7
5
4
10K
1/
10W
1
%
U7
1
6
G5
7
2
5A
D
J
T
1
1
U
VI
N
4
EN
1
LX
3
VF
B
5
GND
2
R7
6
1
10
K
1
/10
W
5
%
R7
6
0
4.
7K
1/
16W
+1
V
8
C7
9
0
N
C
/1
0N
F
50
V
C7
6
5
10
U
F
1
0
V
L7
09
2.
2
U
H
C7
8
9
10U
F
1
0
V
C7
7
5
10
U
F
1
0
V
C7
0
0
1
1
0
uF
25
V
C7
0
0
2
10u
F
2
5
V
C7
8
4
10U
F
1
0
V
C
758
1
00N
50V
+
C
764
10
0U
F
1
6V
U7
0
1
N
B
6
50H
GL-
Z
SW
1
SW
2
BST
3
PG
4
EN
5
VI
D
1
6
VI
D
2
7
VC
C
8
GND
9
GND
10
IN
11
AGN
D
12
FB
13
RF
B
2
14
RF
B
1
15
SS
16
FRE
Q
17
SW
18
SW
19
PGN
D
22
PGN
D
21
IN
20
R7
4
1
20
K
1
/8W
C
757
22
N
50
V
R7
4
5
1
6
.5
K
O
H
M
+
-1
%
1
/1
0
W
+
C7
6
1
470
uF
10V
L70
1
6.
8
u
H
L7
07
2.2
U
H
R
747
1M
1/
1
6
W
R7
4
6
1M
1
/16
W
D7
0
6
NC/
B
A
V
9
9
3
1
2
R7
4
8
30
K
C7
5
2
100
N
50
V
R7
4
3
10
0K1
/16W
R7
5
5
20K
1/
1
0
W
1%
C7
9
4
NC
+
C7
9
3
10
0U
F
1
6V
C7
8
2
NC
+5
V
C7
9
1
0.
1U
F
1
6
V
C7
5
9
22
uF
1
0
V
C7
5
4
10
uF
25V
C763
0.1U
F 16
V
Summary of Contents for 231P4UPEB/00
Page 4: ...ʳ ʳ ʳ Meridian 4 4 1 Monitor Specifications Technical specifications ...
Page 7: ... Meridian 4 7 3 Operating Instructions 3 1 Installation ʳ ʳ ʳ ʳ ʳ ʳ ʳ ʳ ...
Page 8: ...ʳ ʳ ʳ Meridian 4 8 3 2 Operating the monitor ...
Page 9: ... Meridian 4 9 ...
Page 11: ... Meridian 4 11 4 2 Resolution Preset Modes ...
Page 39: ...ʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳʳ 39 Meridian 4 ...
Page 40: ...ʳ ʳ 40 Meridian 4 The bezel The bezel The panel The panelʳ ...
Page 46: ...ʳ ʳ 46 Meridian 4 11 2 Connection ...
Page 48: ...ʳ ʳ 48 Meridian 4 ...
Page 50: ...ʳ ʳ 50 Meridian 4 ...
Page 60: ...ʳ ʳ 60 Meridian 4 14 Monitor Exploded View ...
Page 62: ...ʳ ʳ 62 Meridian 4 Service Kit Description Part No Picture EDID ISP TOOL 715GT034 B ...