Sony DCR-IP45 - Micromv Digital Camcorder, Руководство по обслуживанию

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5-39
DCR-IP45/IP45E/IP55/IP55E
Adjusting method for NTSC model:
Order Page Address Data Procedure
1 0 01 01 Set the data.
2 C 7D 7B Set the data, and press PAUSE button.
3 3 00 05 Set the data, and press PAUSE button.
4 3 02 0F Set the data.
5 Check that the EVF screen turned
white.
6 4 11 81 Set the data, and press PAUSE button.
7 C 7D Read the data, and this data is
named PRESET DATA.
8 C 7D Add 30 (Hexadecimal) to the data
and press PAUSE button.
9 C 7D Check the EVF screen.
When the screen is stable,
proceed to step 13.
When the screen is unstable,
proceed to step 10.
10 Using Table 5-1-14., read the new
PRESET DATA corresponding to
the PRESET DATA.
11 C 7D Set the new PRESET DATA and
press PAUSE button.
12 Return to step 7.
13 C 7D Set the PRESET DATA and press
PAUSE button.
14 C 7D Subtract 30 (Hexadecimal) from
the data and press PAUSE button.
15 C 7D Check the EVF screen.
When the screen is stable,
proceed to step 19.
When the screen is unstable,
proceed to step 16.
16 Using Table 5-1-15., read the new
PRESET DATA corresponding to
the PRESET DATA.
17 C 7D Set the new PRESET DATA and
press PAUSE button.
18 Return to step 7.
19 C 7D Set the PRESET DATA and press
PAUSE button.
20 C 7D Read the data, and this data is
named D
7D
.
21 Convert D
7D
to decimal notation,
and obtain D
7D
’. (Note4)
22 Calculate D
83
’ using following
equations (Decimal calculation)
D
83
’=D
7D
’+23
23 Convert D
83
’ to a hexadecimal
number, and obtain D
83
(Note4)
24 C 83 D
83
Set the data, and press PAUSE button.
25 4 11 83 Set the data, and press PAUSE button.
26 3 00 00 Set the data, and press PAUSE button.
27 3 02 00 Set the data.
28 0 01 00 Set the data.
Note4:
Refer to “Table 5-4-1. Hexadecimal-decimal Conversion Table”.
Adjusting method for PAL model:
Order Page Address Data Procedure
1 0 01 01 Set the data.
2 C 83 92 Set the data, and press PAUSE button.
3 3 00 05 Set the data, and press PAUSE button.
4 3 02 0F Set the data.
5 Check that the EVF screen turned
white.
6 4 11 81 Set the data, and press PAUSE button.
7 C 83 Read the data, and this data is
named PRESET DATA.
8 C 83 Add 30 (Hexadecimal) to the data
and press PAUSE button.
9 C 83 Check the EVF screen.
When the screen is stable,
proceed to step 13.
When the screen is unstable,
proceed to step 10.
10 Using Table 5-1-16., read the new
PRESET DATA corresponding to
the PRESET DATA.
11 C 83 Set the new PRESET DATA and
press PAUSE button.
12 Return to step 7.
13 C 83 Set the PRESET DATA and press
PAUSE button.
14 C 83 Subtract 30 (Hexadecimal) from
the data and press PAUSE button.
15 C 83 Check the EVF screen.
When the screen is stable,
proceed to step 19.
When the screen is unstable,
proceed to step 16.
16 Using Table 5-1-17., read the new
PRESET DATA corresponding to
the PRESET DATA.
17 C 83 Set the new PRESET DATA and
press PAUSE button.
18 Return to step 7.
19 C 83 Set the PRESET DATA and press
PAUSE button.
20 C 83 Read the data, and this data is
named D
83
.
21 Convert D
83
to decimal notation,
and obtain D
83
’. (Note4)
22 Calculate D
7D
’ using following
equations (Decimal calculation)
D
7D
’=D
83
’–23
23 Convert D
7D
’ to a hexadecimal
number, and obtain D
7D
(Note4)
24 C 7D D
7D
Set the data, and press PAUSE button.
25 4 11 83 Set the data, and press PAUSE button.
26 3 00 00 Set the data, and press PAUSE button.
27 3 02 00 Set the data.
28 0 01 00 Set the data.