DSC-T1 (serv.man2) - Sony Digital Camera Service Manual (repair manual). Page 25

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6-23
DSC-T1
Order Page Address Data
Procedure
33
Calculate D
RG2
 using the
following equation
(Hexadecimal calculation)
D
RG2
 = D
80
 
×
 100 + D
81
34
10
82
Read the data, and this data is
named D
82
.
35
10
83
Read the data, and this data is
named D
83
.
36
Calculate D
BG2
 using the
following equation
(Hexadecimal calculation)
D
BG2
 = D
82
 
×
 100 + D
83
37
60
01
00
Set the data.
38
60
E1
00
Set the data.
39
77
72
0A
Set the data.
40
60
12
A2
Set the data.
41
Wait for 2 sec.
42
60
01
F9
Set the data.
43
Wait for 3 sec.
44
60
E1
Read the data, and check it is “08”.
45
10
80
Read the data, and this data is
named D
80
.
46
10
81
Read the data, and this data is
named D
81
.
47
Calculate D
RG3
 using the
following equation
(Hexadecimal calculation)
D
RG3
 = D
80
 
×
 100 + D
81
48
10
82
Read the data, and this data is
named D
82
.
49
10
83
Read the data, and this data is
named D
83
.
50
Calculate D
BG3
 using the
following equation
(Hexadecimal calculation)
D
BG3
 = D
82
 
×
 100 + D
83
51
60
01
00
Set the data.
52
60
E1
00
Set the data.
53
77
72
05
Set the data.
54
Wait for 2 sec.
55
60
01
F9
Set the data.
56
Wait for 3 sec.
57
60
E1
Read the data, and check it is “08”.
58
10
80
Read the data, and this data is
named D
80
.
59
10
81
Read the data, and this data is
named D
81
.
60
Calculate D
RG4
 using the
following equation
(Hexadecimal calculation)
D
RG4
 = D
80
 
×
 100 + D
81
61
10
82
Read the data, and this data is
named D
82
.
62
10
83
Read the data, and this data is
named D
83
.
63
Calculate D
BG4
 using the
following equation
(Hexadecimal calculation)
D
BG4
 = D
82
 
×
 100 + D
83
Order Page Address Data
Procedure
64
Convert D
RG0
, D
BG0
, D
RG1
, D
BG1
,
D
RG2
, D
BG2
, D
RG3
, D
BG3
, D
RG4
 and
D
BG4
 to decimal number, and
obtain D
RG0
’, D
BG0
’, D
RG1
’, D
BG1
’,
D
RG2
’, D
BG2
’, D
RG3
’, D
BG3
’, D
RG4
and D
BG4
’.
65
Calculate R/G ratio (1), B/G ratio (1),
R/G ratio (2), B/G ratio (2), R/G ratio
(3), B/G ratio (3), R/G ratio (4) and
B/G ratio (4), using the following
equations (Decimal calculation)
R/G ratio (1) = (D
RG1
’ / D
RG0
’) 
×
 100
B/G ratio (1) = (D
BG1
’ / D
BG0
’) 
×
 100
R/G ratio (2) = (D
RG2
’ / D
RG0
’) 
×
 100
B/G ratio (2) = (D
BG2
’ / D
BG0
’) 
×
 100
R/G ratio (3) = (D
RG3
’ / D
RG0
’) 
×
 100
B/G ratio (3) = (D
BG3
’ / D
BG0
’) 
×
 100
R/G ratio (4) = (D
RG4
’ / D
RG0
’) 
×
 100
B/G ratio (4) = (D
BG4
’ / D
BG0
’) 
×
 100
Linearity check of very high
luminance
66
Check that R/G ratio (1) satisfies
the specified value 1.
(Decimal number)
67
Check that B/G ratio (1) satisfies
the specified value 1.
(Decimal number)
Linearity check of high
luminance
68
Check that R/G ratio (2) satisfies
the specified value 1.
(Decimal number)
69
Check that B/G ratio (2) satisfies
the specified value 1.
(Decimal number)
Linearity check of low
luminance
70
Check that R/G ratio (3) satisfies
the specified value 2.
(Decimal number)
71
Check that B/G ratio (3) satisfies
the specified value 2.
(Decimal number)
Linearity check of very low
luminance
72
Check that R/G ratio (4) satisfies
the specified value 3.
(Decimal number)
73
Check that B/G ratio (4) satisfies
the specified value 3.
(Decimal number)
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