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6-58

HDR-FX1/FX1E

Note1:Before performing the adjustments, check the data of page: 0,

address: 10 is “00”. If not, set data: 00 to this address.

1)

The adjustments of this unit are performed in the VTR mode
or camera mode.
To set to the VTR mode, set the power switch to “VCR” or set
the “Forced VTR Power ON mode” using the adjusting remote
commander (Note2).
To set to the camera mode, set the power switch to “CAMERA”
or set the “Forced Camera Power ON mode” using the adjusting
remote commander (Note3).
After completing adjustments, be sure to exit the “Forced VTR
Power ON Mode” or “Forced Camera Power ON Mode”.
(Note5)

2)

The handle block (LCD block, EVF block, microphone unit
and VTR function switches) need not be connected. (Use the
adjustment remote commander, to operate the VTR block.) To
remove it, disconnect the following connectors.

IF-122 board CN305 (40P, 0.4mm)
(Or VC-367 board CN0008 (39P, 0.3mm)
FP-980 flexible CN802 (40P, 0.4mm)
(Or VC-367 board CN6001 (39P, 0.3mm)

3)

The cabinet (L) block (Control switch block (PS5610)) must
be assembled for connecting the adjusting remote commander.
To remove it, disconnect the following connector.

VA-119 board CN2007 (18P, 0.5mm)

4)

The JK-274 board must be assembled for connecting the
monitor TV. To remove it, disconnect the following connectors.

VA-119 board CN2006 (22P, 0.5mm)
VA-119 board CN2005 (10P, 0.5mm)

5)

The lens block (CD-522 board, SE-150 board) need not be
connected. To remove it, disconnect the following connectors.

VC-367 board CN1501 (51P, 0.3mm)
VC-367 board CN1502 (27P, 0.3mm)
VC-367 board CN1503 (10P, 0.5mm)
VC-367 board CN1001 (100P, 0.4mm)

6)

The cabinet (R) block need not be connected. To remove it,
disconnect the following connector.

CK-143 board CN208 (32P, 0.5mm)
(Or VC-367 board CN0004 (33P, 0.3mm)

7)

The battery terminal need not be connected. To remove them,
disconnect the following connector.

DB-018 board CN204 (4P, 1.5mm)

8)

The FP-959 flexible (lithium battery) need not be connected.
But removing FP-959 flexible (removing DB-018 board
CN207) means removing the lithium 3V power supply (FP-
959 flexible, BT591), data such as date, time, user-set menus
will be lost. After completing adjustments, reset these data.
But, the self-diagnosis data and the data on history of use (total
drum rotation time etc.) will be kept even if the cabinet (R)
block has been removed. (Refer to “6-4.Service Mode” for the
data on the history use and the self-diagnosis data.)
To remove the FP-959 flexible, disconnect the following
connector.

DB-018 board CN207 (6P, 0.5mm)

9)

To open the DB-018 board, use the following extension cable
between the DB-018 board CN205 and DA-033 board CN104.

(J-6082-566-A) (28P 0.8mm)

Note2: Setting the “Forced VTR Power ON” mode

1) Select page: 0, address: 01, and set data: 01.
2) Select page: A, address: 10, set data: 02, and press the PAUSE

button of the adjusting remote commander.

The above procedure will enable the VTR power to be turned on
with the control switch block (PS5610) removed.
After completing adjustments, be sure to exit the “Forced Power
ON mode”.

Note3: Setting the “Forced Camera Power ON” mode

1) Select page: 0, address: 01, and set data: 01.
2) Select page: A, address: 10, set data: 01, and press the PAUSE

button of the adjusting remote commander.

The above procedure will enable the camera power to be turned
on with the control switch block (PS5610) removed.
After completing adjustments, be sure to exit the “Forced Power
ON mode”.

Note4: Exiting the “Forced Power ON” mode

1) Select page: 0, address: 01, and set data: 01.
2) Select page: A, address: 10, set data: 00, and press the PAUSE

button of the adjusting remote commander.

3) Select page: 0, address: 01, and set data: 0

6-59

HDR-FX1/FX1E

The measuring point of the playback RF signal is CN107 of DA-
033 board. Connect the measuring instruments via the CPC-8 jig
(J-6082-388-A). Refer to “MECHANISM SECTION
ADJUSTMENT” for the measuring method. The following table
lists the pin numbers and signal names of CN107.

1

EVF COM DC

2

REG GND

3

REG GND

4

MT 4.9V

5

EXT DA

6

REG GND

7

EVF VCO

8

MS LED ON

9

EVF VG

10

MS BS

11

PSIG

12

MS SCLK

13

RF MON

14

MS VCC ON

15

SWP

16

XMS IN

17

FRRV

18

MC DIO

19

REC CRRT1

20

REC CRRT0

Table 6-3-1.

Connect the measuring instruments as shown in Fig. 6-3-2, and
perform the adjustments.

Fig. 6-3-2.

Fig. 6-3-1.

Screw (M2x4)

1

2

20

CN107

CPC lid

19

6-60

HDR-FX1/FX1E

Use the alignment tapes shown in the following table.
Use tapes specified in the signal column of each adjustment.

Note1: NTSC model: HDR-FX1

PAL model: HDR-FX1E

Fig. 6-3-3 shows the 75% color bar signals recorded on the alignment
tape for Audio Operation Check.

Note2: Measure with video terminal (Terminated at 75 W)

Color bar signal waveform

Color bar pattern

Color bar signal waveform

Color bar pattern

Fig. 6-3-3. Color bar signal of alignment tapes

Video input/output

Special stereo mini jack
Video signal:

1 Vp-p, 75 

Ω

 unbalanced,

sync negative

S video input/output

4-pin mini DIN
Luminance signal:

1 Vp-p, 75 

Ω

 unbalanced,

sync negative

Chrominance signal: 0.286 Vp-p, 75 

Ω

 unbalanced (NTSC)

: 0.300 Vp-p, 75 

Ω

 unbalanced (PAL)

Audio input/output

Special stereo mini jack
Input level: 327mV
Input impedance: More than 47k

Ω

Output level: 327 mV (at load impedance 47 k

Ω

)

Output impedance: Below 2.2 k

Ω

Tape path adjustment

Switching position adjustment

Audio system adjustment

Operation check

Tracking standard (XH2-1)

SW/OL standard (XH2-3)

Audio operation check
(XH5-3 (NTSC), XH5-3P (PAL))

System operation check
(XH5-5 (NTSC), XH5-5P (PAL))

6-61

HDR-FX1/FX1E

If the 8, 9, A, B, C, D, E, F, 13, 14, 18, 19, 1A, 1B, 1C, 1D, 1E, 1F
page data is erased due to some reason, perform “1-2.
INITIALIZATION OF 8, 9, A, B, C, D, E, F, 13, 14, 18, 19, 1A, 1B,
1C, 1D, 1E, 1F PAGE DATA” of “6-1. CAMERA SECTION
ADJUSTMENT”

Note: When reading or writing the 13, 14, 18, 19, 1A, 1B, 1C, 1D, 1E, 1F

page data, select page: 0, address: 10, and set data: 01, then select 3,
4, 8, 9, A, B, C, D, E or F page. The 13, 14, 18, 19, 1A, 1B, 1C, 1D,
1E or 1F page can be chosen by this data setting.
After reading or writing, reset the data of page: 0, address: 10 to
“00”.

2. Serial No. Input
2-1. Company ID Input
Write the company ID in the EEPROM (nonvolatile memory).

Page

13 (Note)

Address

04, 05, 06, 07, 08

Note: When reading or writing the 13 page data, select page: 0, address:

10, and set data: 01, then select 3 page. The 13 page can be chosen
by this data setting.
After reading or writing, reset the data of page: 0, address: 10 to
“00”.

Input method:
1)

Select page: 0, address: 01, and set data: 01.

2)

Select page: 0, address: 10, and set data: 01.

3)

Input the following data to page: 3, addresses: 04 to 08.

Note: Press the PAUSE button of the adjustment remote commander

each time to set the data.

4)

Select page: 0, address: 10, and set data: 00.

5)

Select page: 0, address: 01, and set data: 00.

2-2. Serial No. Input
Write the serial No. and model code in the EEPROM (nonvolatile
memory). Convert the serial No. on the name plate from decimal to
hexadecimal, and write in the EEPROM.

Page

13 (Note)

Address

09, 0A, 0B

Note: When reading or writing the 13 page data, select page: 0, address:

10, and set data: 01, then select 3 page. The 13 page can be chosen
by this data setting.
After reading or writing, reset the data of page: 0, address: 10 to
“00”.

Input method:
1)

Select page: 0, address: 01, and set data: 01.

2)

Read the serial No. on the name plate, and take it as D

1

.

Example: If the serial No. is 77881.

D

1

=77881

Note: Use six digits of the low rank when a serial No. is more than

seven digits.

3)

Obtain D

2

 and H

1

 corresponding to D

1

 from Table 6-3-2.

Example: If D

1

 is “77881”.

D

2

=D

1

-65536=12345

H

1

=FE

04

05

06

07

08

08

00

46

01

04

4)

Input H

1

 to page: 13, address: 09. (Model code input)

Example: If H

1

 is “FE”.

Select page: 0, address: 10, and set data: 01.
Select page: 3, address: 09, set data: FE, and press the PAUSE
button.

5)

Obtain the maximum decimal not exceeding D

2

 from Table 6-

3-3, and take this as D

3

.

Example: If D

2

 is “12345”.

D

3

=12288

6)

Obtain the hexadecimal corresponding to D

3

 from Table 6-3-

3, and take this as H

3

.

Example: If D

3

 is “12288”.

H

3

=3000

7)

Obtain the difference D

4

 between D

2

 and D

3

. (Decimal

calculation, 0   D

4 

 255)

D

4

= D

2

- D

3

Example: If D

2

 is “12345” and D

3

 is “12288”.

D

4

=12345-12288=57

8)

Convert D

4

 to hexadecimal, and take this as H

4

.

(Refer to “Hexadecimal-decimal conversion table” in “6-4.
Service Mode”.)
Example: If D

4

 is “57”.

H

4

=39

9)

Input the upper 2 digits of H

3

 to page: 13, address: 0A.

Example: If H

3

 is “3000”.

Select page: 0, address: 10, and set data: 01.
Select page: 3, address: 0A, set data: 30, and press the PAUSE
button.

10) Input H

4

 to page: 13, address: 0B.

Example: If H

4

 is “39”.

Select page: 0, address: 10, and set data: 01.
Select page: 3, address: 0B, set data: 39, and press the PAUSE
button.

11) Select page: 0, address: 10, and set data: 00.
12) Select page: 0, address: 01, and set data: 00.

000001 to 065535

065536 to 131071

131072 to 196607

196608 to 262143

262144 to 327679

327680 to 393215

393216 to 458751

458752 to 524287

524288 to 589823

589824 to 655359

655360 to 720895

720896 to 786431

786432 to 851967

851968 to 917503

917504 to 983039

983040 to 999999

D

1

D

1

-65536

D

1

-131072

D

1

-196608

D

1

-262144

D

1

-327680

D

1

-393216

D

1

-458752

D

1

-524288

D

1

-589824

D

1

-655360

D

1

-720896

D

1

-786432

D

1

-851968

D

1

-917504

D

1

-983040

FE

FE

FE

FE

FE

FE

FE

FE

FE

FE

FE

FE

FE

FE

FE

FE

Table 6-3-2.