!
18
Meridian 5
Remark: Part
s position can be searched by
using FIND function in PDF
.
HDMI
R5
5
0
NC
RX
2
-I
N
RX
1
-I
N
RX
2
+
IN
DV
IS
CL
DV
IS
DA
DV
I_
C
A
B
[4
]
DV
I_
CA
B
DV
I_
CA
B
1
R5
1
1
10
0O
H
M
R5
5
3
NC/
1
0
K
RX
0
-I
N
RX
0
+
IN
RX
0
+
IN
FB
5
0
1
30
0R
0
.7A
DV
I_
5
V
C5
0
2
10
0N
1
6
V
C5
0
1
10
0N
1
6
V
RX
C+
IN
RX
C-
IN
HO
T
_
P
L
UG
RX
1
+
IN
R5
4
8
10
0K
1
/1
6
W
A
d
d
R
548 -
201204
24
W
P
_
DDC
HDM
I1
_
+
5
V
HDM
I1
_
D
E
T
FB
5
0
2
12
0R
/3
00
0m
A
1
2
C5
1
0
2.
2
U
F
16
V
E
S
D
I
C
ch
an
g
e
U
5
10~
U
5
13 f
o
r M
H
L
im
p
e
d
a
n
ce i
ssu
e -
201
20628
A
d
d
F
B
502 -
2012042
7
HO
T
_
P
L
UG
DV
IS
DA
DV
I_
CA
B
1
DV
IS
CL
DV
IS
C
L
C5
0
5
N
C
/10
00
pF
50
V
R5
0
1
1
0
O
H
M
R5
0
4
1
0
O
H
M
U5
0
1
AZ
C
3
9
8
-0
4
S
I/O
1
1
GN
D
2
I/O
2
3
I/O
3
4
NC
5
I/O
4
6
R5
0
7
1
0
O
H
M
Q5
0
1
N
C
/LM
B
T
39
04
LT
1G
R5
0
9
1K
R5
12
4.7
K1/
16W
R51
4
10
K
D5
0
3
N
C
/B
AV7
0
3
1
2
R5
1
9
N
C
/1
0K
1
/16
W
5
%
R5
13
4.7
K1/
16W
R5
0
8
1
0
O
H
M
R5
0
5
1
0
O
H
M
R
5
1
8
10
0O
H
M
U5
0
2
M2
4
C
0
2
-R
MN
6
T
P
E0
1
E1
2
E2
3
VSS
4
SD
A
5
SC
L
6
WC
7
VC
C
8
U5
0
3
AZ
C
3
9
8
-0
4
S
I/O
1
1
GN
D
2
I/O
2
3
I/
O
3
4
NC
5
I/
O
4
6
R5
0
3
1
0
O
H
M
Q
506
N
C
/A
O
3
40
1A
D5
0
1
BAV
7
0
3
1
2
FB
5
0
3
0
R
05
1/
10
W
U5
0
4
AZ
C
3
9
8
-0
4
S
I/O
1
1
GN
D
2
I/O
2
3
I/O
3
4
NC
5
I/O
4
6
R5
0
6
1
0
O
H
M
R5
2
0
N
C
/2
2
K
1/
1
6
W
5%
R5
0
2
1
0
O
H
M
R
5
1
6
10
0O
H
M
C5
0
3
22
0N
1
0
V
DV
I_
5
V
DV
I_
5
V
D
V
I_
G
-
[4
]
DV
I_
HP
D
[4
]
DV
I_
R+
[4
]
DV
I_
R-
[4
]
D
V
I_
B
+
[4
]
DDCDB
_
S
DA
[4
]
D
V
I_
B
-
[4
]
D
V
I_
G
+
[4
]
DV
I_
CA
B
[4
]
DDCDB
_
S
CL
[4
]
DV
I_
CL
K
+
[4
]
DV
I_
CL
K
-
[4
]
O
E
M MO
D
E
L
Si
ze
Re
v
Da
te
Sh
e
e
t
of
T
PV M
O
D
E
L
PC
B
N
A
M
E
⿄⠍
T
P
V
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T
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V
ic
to
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le
c
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C
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K
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ponen
t
㍀䱨
⪰㌾㝍
27
4G
5
23
4G
5
22
4G
5
G
P
H
IL
IP
S
1
A
1
D
1
H
M
H
L
Cu
s
to
m
3
8
F
rid
ay
, J
a
nu
ar
y
18
, 2
0
1
3
<
⿄⠍
>
3
.0
HDM
I
7
1
5
G
58
21
-M
0C
-0
00
-0
0
4
0
-1-
12
12
24
7
1
5
G
58
21
-M
0C
-0
00
-0
04
0
U5
1
1
R
C
lam
p0
52
0B
.T
C
T
3
1
2
U5
1
0
R
C
lam
p0
52
0B
.T
C
T
3
1
2
U5
1
3
R
C
la
m
p
05
20
B
.T
C
T
3
1
2
U
512
R
C
la
m
p
05
20
B
.T
C
T
3
1
2
CE
C_
CT
RL
R5
2
4
1
0
O
H
M
R53
4
1.5K
1/16
W
ZD
5
0
4
RL
Z
5
.6
B
R5
4
3
30
0K
U
505
AT
2
4
C
0
2
C
-SSH
M
-T
A0
1
A1
2
A2
3
GN
D
4
SD
A
5
SC
L
6
WP
7
VC
C
8
C5
0
6
47
N
F
16
V
R5
2
5
1
0
O
H
M
R
5
38
47
O
H
M
1/
1
6
W
R5
3
1
NC
/0
.0
5
R
ZD
5
0
3
NC/
RL
Z
5
.6
B
D5
0
2
BAT
5
4
C
R
5
46
4
7
O
H
M
1
/16
W
C5
0
7
0.
1
U
F
16
V
CN5
0
2
HDM
I
TH
1
20
TH
2
21
D2
+
1
D
2
S
h
ie
ld
2
D2
-
3
D1
+
4
D
1
S
h
ie
ld
5
D1
-
6
D0
+
7
D
0
S
h
ie
ld
8
D0
-
9
CK
+
10
C
K
S
h
ie
ld
11
CK
-
12
CE
Re
m
o
te
13
NC
14
DDC CL
K
15
DDC DA
T
A
16
GN
D
17
+5
V
18
HP
DE
T
19
TH
3
22
TH
4
23
TH
5
24
R5
4
1
6.
2K
O
H
M
5
%
1
/16
W
R5
2
9
1
0
O
H
M
U5
0
6
AZ
C
3
9
8
-0
4
S
I/
O
1
1
GN
D
2
I/
O
2
3
I/O
3
4
NC
5
I/O
4
6
R5
2
6
1
0
O
H
M
R5
2
7
1
0
O
H
M
R5
2
3
1
0
O
H
M
R5
2
8
1
0
0
O
HM
R5
3
6
1
0
O
H
M
C5
0
8
22
0n
F
1
6
V
R53
5
22K
1/1
6W
R5
3
2
NC/
1
K
R5
4
4
0R
0
5
O
H
M
C5
0
9
N
C
/0
.1
U
F
1
6
V
R5
2
1
1
0
O
H
M
R
5
4
2
10
0O
H
M
R54
7
10K
R5
2
2
1
0
O
H
M
R53
3
1.5K
1/16
W
R
5
39
47
O
H
M
1/
1
6
W
Q5
0
2
L
M
B
T
39
04
LT
1G
R5
4
0
33
K
1
/16
W
5
%
U5
0
9
G
5
25
0H
1
T
1
U
OU
T
1
GND
2
IN
3
EN
(EN
)
4
OC
5
R
5
30
0
R
05
O
H
M
+
5
V
[2,
4
,5,
6
,7]
H
D
M
I1
_+5V
H
D
M
I1
_+
5V
+5V
+5
V
H
D
M
I1
_+
5V
H
D
M
I1
_
D
2
-
[4
]
CE
C
_
CT
RL
[4
]
H
D
M
I1
_
D
1
+
[4
]
HDM
I1
_
S
DA
[4
]
RX
C+
IN
W
P
_
D
D
C
[2
,4
]
DE
T
_
HDM
I1
[4
]
H
D
M
I1
_
D
1
-
[4
]
H
D
M
I1
_
D
0
+
[4
]
H
D
M
I1
_
D
0
-
[4
]
RX
2
+
IN
HDM
I1
_
C
K
+
[4
]
CB
US
/H
P
D
[4
]
H
D
M
I1
_
D
2
+
[4
]
H
D
M
I1
_
C
K
-
[4
]
M
H
L
_
P
S
_
CT
RL
[4
]
H
D
M
I1
_
T
X
_
5
V
[4
]
M
H
L
_
CA
B
_
DE
T
[4
]
HDM
I1
_
O
C
[4
]
+5V
+5
V
RX
2
-I
N
RX
1
-I
N
RX
1
+
IN
HO
T
_
P
L
UG
3
904
P
in1
1
L
GE/
Ac
er/
MMD
RX
0
-I
N
39
04
10
K ohm
P
in1
8
A
SUS
/D
ell
/HP
/L
eno
vo
RX
C-
IN
NC
R
539
L
GE(
LG
E d
esi
gn
)
R
538
R
525
H
D
M
I1
_
+
5
VESD
1
0K oh
m
B
ran
d
Pi
n1
1 &
1
8
1
NC
D
ete
ct
pi
n
10
K ohm
HDM
I1
_
D
E
T
HDM
I1
_
S
CL
_
A
NC
HDM
I1
_
H
O
T
P
L
UG
HDM
I1
_
S
DA
_
A
18
C5
1
1
N
C
/0.
1
U
F
16
V
11
1
00 oh
m
H
DMI
1
11
& 18
1
00 oh
m
Q
502
DVI
10
0 ohm
1
0K oh
m
HD
M
I1
_
+
5
V
H
D
M
I1_
S
C
L_
A
H
D
M
I1
_
SD
A_
A
HDM
I1
/C
K
-
HDM
I1
_
S
CL
[4
]
HDM
I1
_
S
CL
_
S
W
DV
IS
D
A
CE
C_
CT
RL
_
A
HDM
I1
/D
2
-
HDM
I1
/C
K
+
MHL SCL Switch
HDM
I1
/D
0
-
HD
M
I1
_
D
E
T
HDM
I1
/D
1
-
HDM
I1
/D
0
+
HDM
I1
_
S
C
L
_
A
H
D
M
I1
_
SD
A_
A
HDM
I1
/D
1
+
HDM
I1
/D
2
+
HD
M
I1
_
H
O
T
P
L
U
G
W
P
_
DDC
CN5
0
1
DV
I CO
NN
DA
T
2
-
1
DA
T
2
+
2
2
/4s
hi
el
d
3
DA
T
4
-
4
DA
T
4
+
5
DDC S
C
L
6
DDC S
D
A
7
VS
Y
N
C
8
DA
T
1
-
9
DA
T
1
+
10
1
/3s
hi
el
d
11
DA
T
3
-
12
DA
T
3
+
13
+5
V
14
S
Y
NC G
N
D
15
HP
D
16
DA
T
0
-
17
DA
T
0
+
18
0
/5s
hi
el
d
19
DA
T
5
-
20
DA
T
5
+
21
cl
k s
h
ie
ld
22
cl
k
+
23
cl
k-
24
GND
26
GND
25
GND
27
GND
28
R
5
54
0
R
05
1/
1
6
W
HDM
I1
_
S
CL
_
S
W
R5
5
5
NC/
1
0
K
1
/1
6
W
H
D
M
I1
_
+
5
VESD
Q5
0
4
N
C
/2
N
70
02
K
R5
5
2
N
C
/1K
1/
1
6
W
R5
5
1
NC/
1
0
K
H
D
M
I1
_
+
5
VESD
Q5
0
3
N
C
/2
N
70
02
K
R5
4
9
NC/
1
0
0
K
1
/1
6
W
M
H
L
_
CA
B
_
DE
T
Summary of Contents for 274G5DHSD/00
Page 5: ... 5 Meridian 5 1 Monitor Specifications ...
Page 6: ...Meridian 5 6 ...
Page 9: ... 9 Meridian 5 3 Operating Instructions ...
Page 10: ...Meridian 5 10 ...
Page 11: ... 11 Meridian 5 ...
Page 12: ...Meridian 5 12 ...
Page 15: ... 15 Meridian 5 4 2 Philips Flat Panel Monitors Pixel ...
Page 16: ...Meridian 5 16 ...
Page 32: ... 32 Meridian 5 The bezel The bezel The panel The panel ...
Page 38: ... 38 Meridian 5 2 Connection ...
Page 40: ... 40 Meridian 5 ...
Page 42: ... 42 Meridian 5 Click read button and open the right software ...
Page 43: ...43 Meridian 5 ...