CXA1819Q データシートの表示（PDF） - Sony Semiconductor
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CXA1819Q Datasheet PDF : 20 Pages
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CXA1819Q
Electrical Characteristics (Ta = 25°C, Vcc1 = 5V, Vcc2 = 13V, see the Electrical Characteristics Measurement Circuit.)
Measurement conditions
No.
Item
Symbol Input
pin
Conditions
Measurement
point
Measurement
method
Min. Typ. Max. Unit
1
Current
consumption 1
Icc1
43
44
5V power supply current
consumption I43 + I44
16.6
22
27.4 mA
2
Current
consumption 2
Icc2
18
19
13V power supply current
consumption I18 + I19
11.4
14
21.1 mA
FR
3
Frequency
response
FG
FB
39 Input waveform
15
40
diagram 1
Output waveform
11
Frequency which is
–3dB at 200kHz
41 diagram 1
9
11
MHz
R, G, B
4 standard
gains
GR
GG
GB
39 Input waveform
15
40
diagram 2
Output waveform
11
I/O gain
41 diagram 2
9
8.6
dB
Input waveform
diagram 2
5 RGB Min. GGL
gain
Output waveform
diagram 2
RGB gain pin = 1.6V
adjust
40
11
-ment
6 range Max. GGH
Input waveform
diagram 2
Output waveform
diagram 2
RGB gain pin = 5.0V
G I/O gain
G I/O gain
3.5 5.50
dB
11.0 12.5
Input waveform
diagram 2
R I/O gain
7
Min. GRL
Output waveform
difference with G
–3.5 –2.0
R gain
adjust
-ment
range
diagram 2
R gain pin = 1.6V
I/O gain
39
15
Input waveform
diagram 2
R I/O gain
dB
8
Max. GRH
Output waveform
difference with G 2.0 +3.5
diagram 2
R gain pin = 5.0V
I/O gain
Input waveform
diagram 2
B I/O gain
9
Min. GBL
Output waveform
difference with G
–3.5 –2.0
B gain
adjust
-ment
range
diagram 2
B gain pin = 1.6V
I/O gain
41
9
Input waveform
diagram 2
B I/O gain
dB
10
Max. GBH
Output waveform
difference with G 2.0 +3.5
diagram 2
B gain pin = 5.0V
I/O gain
Input waveform
diagram 4
11 SID
gain
Min. GSL
Output waveform
diagram 6
SID gain pin = 1.6V
adjust
26
20
-ment
12 range Max. GSH
Input waveform
diagram 4
Output waveform
diagram 6
SID gain pin = 5.0V
Black level and
gray level
difference of SID
output
Black level and
gray level
difference of SID
output
0.75 0.94
V
2.1 2.4
– 10 –
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