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6-12

If the E and F page data has been initialized, change the data as shown
in the table on the right by manual input.

Note 1 :

Before changing the data, set data : 01 to page : 0, address:
01.

Note 2 :

To write in the non-volatile memory (EEPROM) after
changing the data, press the PAUSE button of the adjusting
remote commander each time to set the new data.

Note 3 :

After changing the data, set data : 00 to page : 0, address :
01. Also perform Camera System Adjustments , Servo
System Adjustments, Video System Adjustments, and
Audio System Adjustments.

If the E and F page data has been initialized, change the data as shown
in the following table by manual input.

Note 1 :

Before changing the data, set data : 01 to page : 0, address
: 01.

Note 2 :

To write in the non-volatile memory (EEPROM) after
changing the data, press the PAUSE button of the adjusting
remote commander each time to set the new data.

Note 3 :

After changing the data, set data : 00 to page : 0, address :
01. Also perform Camera System Adjustments, Servo
System Adjustments, Video System adjustments, and Audio
System Adjustments.

Address

Data

00

51

03

4F

04

5D

05

66

12

9A

13

88

14

EA

15

28

26

10

28

60

36

20 (40)

37

[30] (40)

38

[20] (50)

3A

[2C] (4A)

3B

[4C] (4A)

3C

[25] (21)

3D

[27] (25)

3E

09

Address

Data

3F

08

40

[CC]

46

[40]

48

[04]

4B

40

4C

[77] (95)

4D

21

4E

00

50

FA

51

F8

Address

Data

1C

[76]

1E

23

1F

52

20

[00]

21

03

26

5F

27

[41] (41:E,AUS,

HK/40:AEP)

28

44

59

[7E] (5F)

5A

[9E] (7D)

5B

[9C] (7D)

61

3A

68

[46] (40)

69

40

6A

[28]

6B

[00]

6C

[99]

6D

[6B]

6F

[6A]

74

[9A] (9B)

75

[8F] (8A)

7E

7E

7F

80

83

[18] (00)

84

76

85

40

89

95

8F

01

90

[68]

91

[80] (60)

92

[6F] (10)

93

[60] (5A)

94

68

95

70

97

[2E] (25)

98

[58]

99

[A0] (70)

9A

[30] (10)

9B

[14] (4A)

9C

[58]

9D

[C0] (FF)

9E

[30] (10)

9F

[26] (25)

Address

Data

A0

[78]

A1

70

A2

[4C]

A3

[06] (00)

A4

[58]

A5

D0

A6

[60]

A7

[0F] (00)

A8

[62]

A9

91

AA

[62] (70)

AB

[A2] (92)

AC

[62] (70)

AD

[91] (A2)

AE

[62] (70)

AF

(A3)

B1

(D5)

B3

(D6)

B4

40

B8

[21]

B9

[05]

BA

[11]

BB

[06]

BC

[71]

BD

[15]

CF

[E0]

D1

[30]

D2

[10]

D3

D8

D4

70

D9

(26)

E0

(F4)

E1

19

E2

33

E9

4D

F4

42

F5

06

F9

10

FF

6B

Table 6-1-3.

Table 6-1-4.

No mark : NTSC/PAL
[   ] :

NTSC

(   ) :

PAL

No mark : NTSC/PAL
[   ] :

NTSC

(   ) :

PAL

•

Hong Kong model is abbreviated as HK.

•

Australian model is abbreviated as AUS.

6-13

In some adjustment items, data appears in hexadecimal numbers on
the DDS display or on the adjustment remote commander.
Maintenance engineers are expected to convert the displayed
hexadecimal numbers to the corresponding decimal numbers using
the following conversion table.

Purpose :

Adjusts 28MHz crystal controlled oscillation for
synchronizing clock.

Adjustment error :

Loss of synchronization or loss of color.

Subject

Not required

Measurement Point

IC202 pin !™ or IC114 pin %º

Measuring Instrument

Frequency counter

Adjustment Page

F

Adjustment Address

3A

Specification

14318181 

±

 71Hz (NTSC)

14187500 

±

 70Hz (PAL)

Make a required calculation described in each adjustment item.  Then
re-convert the result of calculation back from the decimal numbers to
the corresponding hexadecimal numbers using the following
conversion table.

Order

Page

Address

Data

Procedure

1

0

01

01

Set the data. (Preparation)

2

F

3A

Change the data until the frequency satisfies the specification.

3

Press the PAUSE button.

4

0

01

00

Set the data. (End)

6-14

Purpose :

Variation of the HALL element outputs is
removed by adjusting amplifier gain and offset.
The HALL elements detect the lens iris position.

Adjustment error :

Oscillation of lens iris, or incorrect white balance
indoor and outdoor.

Subject

Not required

Measurement Point

DDS display on the EVF or monitor

Measuring Instrument

TV, or the page 1 data display on the
adjustment remote commander.

Adjustment Page

F

Adjustment Address

3B
3C

Specification

13 to 17h when iris is opened. (Note 1)
7D to 81h when iris is closed. (Note 2)

Note 1 :

Set data : 01 to page : 2, address : 01, and press the PAUSE
button of the adjusting remote commander.

Note 2 :

Set data : 03 to page : 2, address : 01, and press the PAUSE
button of the adjusting remote commander.

Note 3 :

Lower two digits of the data which is displayed at the right
bottom of he EVF or TV monitor, or the lower 2 digits of
the 4-digit display data of page 1 of the adjustment remote
commander.

Order

Page

Address

Data

Procedure

1

0

01

01

Set the data. (Preparation)

2

0

03

03

Set the data.

3

D

10

21

After setting the data, press the PAUSE button.

4

2

01

03

After setting the data, press the PAUSE button.

5

F

3B

40

After setting the data, press the PAUSE button. Read the data appearing on the DDS display
(Note 3). The read-out data is W

2

.

6

F

3B

30

After setting the data, press the PAUSE button. Read the data appearing on the DDS display
(Note 3). The read-out data is W

1

.

7

2

01

01

After setting the data, press the PAUSE button.

8

F

3B

30

After setting the data, press the PAUSE button. Read the data appearing on the DDS display
(Note 3). The read-out data is K

1

.

9

F

3B

40

After setting the data, press the PAUSE button. Read the data appearing on the DDS display
(Note 3). The read-out data is K

2

.

10

Convert the data W

1

, W

2

, K

1

 and K

2

 into the decimal numbers. The result decimal numbers are

W

1

, W

2

', K

1

' and K

2

'. (Use page 6-13 

〈

How to convert the hexadecimal number to decimal

number or “Hexadecimal-Decimal Conversion Table”.)

11

A' = W

2

' + K

1

' – W

1

'

 –K

2

' ............................ equation 1

B' = W

1

' –K

1

'

..................................... equation 2

X

1

' =

 1728 + (48

×

A' )–(16

×

B' ) ..................

equation 3

 A'

12

Convert the decimal number X

1

' to the hexadecimal number to obtain X

1

.  (Round the

number X

1

 to count fractions of 0.5 and over as a unit and cut away the rest.)

13

F

3B

Set the data X

1

 (obtained at step 12).

14

Press the PAUSE button.

15

F

3C

Change the data until 15 appears on the DDS display.

16

Press the PAUSE button.

17

2

01

03

After setting the data, press the PAUSE button.

18

If the DDS display shows the data in the range from 7D to 81, it indicates the end of
adjustment, and proceed to the item “Processing after Adjustments”.  If it is not, use the DDS
display data as W

0

 and proceed to step 19 and followings.

1 : XX : XX

W

2

6-15

Order

Page

Address

Data

Procedure

19

Convert the value W

0

 to a decimal value to obtain the value W

0

'.

20

Calculate the value X

2

' from the following equation (decimal calculation).

C' = W

0

'–B'–21

.................................. equation 4

X

2

' =

 (108–B' ) 

×

 (X

1

'–48) + (48

×

C') .........

equation 5

C'

(The values X

1

' and B' are obtained from the equations 2 and 3 in step 11.)

21

Convert the value X

2

' to a hexadecimal number to obtain X

2

. (Round the number X

2

 to count

fractions of 0.5 and over as a unit and cut away the rest.)

22

F

3B

Set the data X

2

 (which is the result of calculation in step 21).

23

Press the PAUSE button.

24

F

3C

Change data until 7F appears on the DDS display.

25

Press the PAUSE button.

26

2

01

01

After setting the data, press the PAUSE button.

27

Confirm that the DDS display shows the data in the range from 13 to 17.

Order

Page

Address

Data

Procedure

1

D

10

00

After setting the data, press the PAUSE button.

2

2

01

00

After setting the data, press the PAUSE button.

3

0

03

00

Set the data.

4

0

01

00

Set the data (End)