M52337SP 데이터 시트보기 (PDF) - MITSUBISHI ELECTRIC
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M52337SP
MITSUBISHI ELECTRIC
M52337SP Datasheet PDF : 17 Pages
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MITSUBISHI ICs (Monitor)
M52337SP
3-CHANNEL VIDEO PREAMPLIFIER WITH OSD MIXING FUNCTION
FOR HIGH-RESOLUTION COLOR DISPLAYS
ELECTRICAL CHARACTERISTICS (cont.)
Symbol
Parameter
V SB1
VSB1
FC1
F C1
FC1’
F C1’
FC2
V C2’
F C3
F C3’
C.T.1
Sub-brightness control charac-
teristics (at max.)
Sub-brightness control charac-
teristics (at min.)
Frequency characteristics 1
(f=50MHz at max.)
Relative frequency characteris-
tics 1 (f=50MHz at max.)
Frequency characteristics 1
(f=110MHz at max.)
Relative frequency characteris-
tics (f=110MHz at max.)
Frequency characteristics 2
(f=110MHz at typ.)
Relative frequency characteris-
tics 2 (f=110MHz at typ.)
Frequency characteristics 3
(f=110MHz at min.)
Relative frequency characteris-
tics 3 (f=110MHz at min.)
Crosstalk1(f=50MHz )
C.T.1’
Crosstalk1(f=110MHz )
C.T.2
Crosstalk2(f=50MHz )
C.T.2’
Crosstalk2(f=110MHz )
C.T.3
Crosstalk3(f=50MHz )
C.T.3’
Crosstalk2(f=110MHz )
Tr
Pulse characteristics 1
Tf
V14th
W14
OTr
Pulse characteristics 2
Clamping pulse threshold volt-
age
Clamping pulse min. operating
width
OSD pulse characteristics 1
OTf
Oaj1
∆Oaj1
Oaj2
∆Oaj2
OSD pulse characteristics 2
OSD adjustment control char-
acteristics (at max.)
Relative OSD adjustment con-
trol characteristics (at max.)
OSD adjustment Control char-
acteristics (at min.)
Relative OSD adjustment Con-
trol characteristics (at min.)
Test
point
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
T.P35
T.P30
T.P25
Input
External power supply(V) Pulse input
Limits
SW13 SW8 SW13
R-ch G-ch B-ch
V4
V17
V19
V32
V36
SW18
SW1
5,10,15
Min.
Typ.
Max.
Unit
a
_
a
_
a
_
5
5
2
5
-
b
SG6
a
_
1.3 1.8 2.4 VDC
a
_
a
_
a
_
5
5
2
0
-
b
SG6
a
_
0.8 1.2 1.6 VDC
bbb
SG3 SG3 SG3
5
3 VT -
-
a
_
a
_
-2.5 -1
3
dB
Take the ratio of the above values
-1 0 1 dB
bbb
SG4 SG4 SG4
5
3 VT -
-
a
_
a
_
-3 -2 3 dB
Take the ratio of the above values
-2 0 2 dB
bbb
SG3 SG3 SG3
5
2 VT -
-
a
_
a
_
-3 -2 3 dB
bbb
SG4 SG4 SG4
5
2 VT -
-
a
_
a
_
-2 0
2 dB
bbb
SG3 SG3 SG3
5
1 VT -
-
a
_
a
_
-3 -2 3 dB
bbb
SG4 SG4 SG4
5
1 VT -
-
a
_
a
_
-2 0
2 dB
ba
SG3 _
a
_
5
5 VT 5
-
a
_
a
_
- -30 -20 dB
ba
SG4 _
a
_
5
5 VT 5
-
a
_
a
_
- -20 -15 dB
aba
_ SG3 _
5
5 VT 5
-
a
_
a
_
- -30 -20 dB
aba
_ SG4 _
5
5 VT 5
-
a
_
a
_
- -20 -15 dB
a
_
a
_
b
SG3
5
5 VT 5
-
a
_
a
_
- -30 -20 dB
a
_
a
_
b
SG4
5
5 VT 5
-
a
_
a
_
- -20 -15 dB
bbb
SG5 SG5 SG5
5
3.3
2
5
-
b
SG6
a
_
- 4 7 nsec
bbb
SG5 SG5 SG5
5
3.3
2
5
-
b
SG6
a
_
- 7 9 nsec
a
_
a
_
a
_
5
5
2
5
-
b
SG6
a
_
0.7 1.5 2.5 VDC
a
_
a
_
a
_
5
52
5
-
b
SG6
a
_
- 0.3 1.0 µsec
a
_
a
_
a
_
5
5
2
5
4.5
b
SG6
b
SG8
-
5 10 nsec
a
_
a
_
a
_
5
5
2
5
4.5
b
SG6
b
SG8
-
5 10 nsec
a
_
a
_
a
_
5
5
2
5
4.5
b
SG6
b
SG8
2.5
3.1
3.6
V P-P
Take the ratio of the above values
0.8 1 1.2 -
a
_
a
_
a
_
5
5
2
5
0
b
SG6
b
SG8
-0.5
0
0.5 VP-P
Take the ratio of the above values
0.8 1 1.2 -
4
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