Sony Ae 5 Service Manual

							21
• When complete readjustment is necessary or a new 
picture tube is installed, carry out the following 
adjustments.
• Unless there are specific instructions to the contrary,
carry out these adjustments with the rated power supply.
• Unless there are specific instructions to the contrary, set the 
controls and switches to the following settings:
Contrast ............... normal
Brightness ............... normalCarry out the following adjustments in this order:
3-1. Beam Landing
3-2. Convergence
3-3. Focus
3-4. White balance
Note:Test equipment required
1. Color bar/pattern generator.
2. Degausser.
3. Digital multimeter.
4. Oscilloscope.
SECTION 3
SET-UP ADJUSTMENTS
3-1. BEAM LANDING
Preparation:
1. In order to reduce the influence of geomagnetism on the set’s 
picture tube, face it in an easterly or westerly direction.
2. Switch on the set’s power and degauss with the
degausser.
(1) Adjustment of Correction Magnet for Y-Splitting
Axis
1. Input a crosshatch signal from the pattern generator.
2. Set the Picture control to minimum and confirm that the 
Brightness control is set to normal.
3. Position the neck assembly as indicated in Fig.3-2.
4. Move the deflection yolk as far forward as is possible.
5. Adjust the upper and lower pin symmetrically by opening or 
closing the Y-splitting axis correction magnets located on the 
neck assembly.
6. Return the deflection yolk to its original position.
Caution :
High voltages are present on the Deflection yolk terminals - take care
when handling the Deflection yolk whilst carrying out adjustments.(2) Landing
Note :Before carrying out the following adjustments
 adjust the magnets as indicated below [See Fig.3-3].
1. Input an all-white signal from the pattern generator.
Maximize the picture setting and adjust the Brightness 
setting.
2. Rough-adjust the focus and horizontal convergence.
3. Loosen the deflection yolk screws and align the purity
adjustment knob to its central position. [See Fig.3-1].
4. Switch from the all-white pattern to an all-green pattern.
5. Move the deflection yolk backwards and adjust with the 
purity magnet so that the green is at the centre and it aligns 
symmetrically. [See Fig.3-4].
6. Move the deflection yolk forward and adjust so that the 
entire screen becomes green.
7. Switch the raster signal to red, then to blue and verify the 
landing condition.
8. When the position of the deflection yolk has been determined, 
fasten the deflection yolk with the screw.
9. If the beam does not land correctly in all the corners of the 
screen, use magnets to correct it. [See Fig.3-5].
Y-splitting axis correction magnet
Fig.3-1
Fig.3-2
Purity
Align Pips
on each
magnetNeck assy
Align the bottom edge 
of the neck assy with
the G3 hole centre.
Deflection yoke
Fig.3-3 
						

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(Open)
(Close)
B
G
RB
G
R
B
GR
Fig.3-4
 
Fig. 3-5
3-2. CONVERGENCE
(1) Screen centre convergence 
[Static convergence]
1. Input a dot signal from the pattern generator. 
Normalize the picture setting.
2. [Moving horizontally], adjust the H.STAT control so that the 
horizontal red, green and blue dots coincide at the centre of the 
screen.
3. [Moving vertically], adjust the V.STAT magnet so that the
vertical red, green and blue dots coincide at the centre of the 
screen.• If the horizontal dots are unable to coincide with the variable 
range of the H.STAT convergence, adjust together with the 
V.STAT convergence while tracking.
[Adjust the convergence by tilting the V.STAT convergence or 
by opening and closing the V.STAT convergence.]
4. Movement of the red, green and blue dots by tilting the
V.STAT magnet and by opening or closing the V.STAT
magnet.
a). By opening or closing the V.STAT magnet, the red, green and 
blue dots move as indicated 
below.
b). By rotating the V.STAT magnet counter 
clockwise, the red, 
green and blue 
dots move as 
indicated 
below.
Purity control corrects
this area.Disk magnets or
rotatable disk
magnets correct
these areas (a-d).
Deflection yoke positioning
corrects these areas
H.STAT
convergence
controlV. S TAT
ver tical static magnet Center dot
H.STAT VR on
mount side
RV5376
Screen (G2)
H.STAT convergence
GREEN
BLUE RED 
						

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B
GR
B G R
B
G
R
HMC correction(A) HMC correction(B)
A <  B
A =  BRG B
RG B
A >  B
A =  BRGB
RG B
C < D
C = D C > D C = D
R
G
B C
DC
DR
G
BR
G
BR
G
B VMC correction(A) VMC correction(B)
c). By rotating the V.STAT magnet clockwise, the red, green and 
blue dots move in the direction indicated below.
d). By opening or closing the V.STAT magnet, the red, green and 
blue dots move in the direction indicated below.
Note :If the blue dot does not coincide with the red and
green points correct the points by using the BMC
[Hexapole] magnet.
5. Correction for HMC [horizontal mis-convergence] and
VMC [vertical mis-convergence] by using the BMC
[Hexapole] magnet.
a). HMC correction by BMC [Hexapole] magnet and movement 
of the electron beam.
b). VMC correction by BMC [Hexapole] magnet and movement 
of the electron beam.HAMP
7. HTIL correction can be performed by adding a THL correction 
ASSY to the DY.
HTIL
TLH correction Assy
4-057-714-01 
						

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FOCUS
Layout of each control
Fig 3-5
Note :If you are unable to adjust the corner convergence
properly, this can be corrected with the use of 
permalloys.
3-3. FOCUS
1. Receive a television broadcast signal.
2. Normalize the picture setting.
3. Adjust the focus control located on the flyback transformer to 
obtain the best focus at the centre of the screen.
Bring only the centre area of the screen into focus, the 
magenta-ring appears on the screen. In this case, adjust the 
focus to optimize the screen uniformly.
3-4. SCREEN (G2), WHITE BALANCE 
[Adjustment in the service mode using the remote 
commander]
G2 adjustment (RV5376)
1. Input a dot signal from the pattern generator.
2. Set the Picture, Brightness and Colour to minimum.
3. Apply 175V DC from an external power supply to the
R, G and B cathodes of the CRT.
4. Whilst watching the picture, adjust the G2 control
RV5376 [SCREEN] located on the C Board to the point
just before the flyback return lines disappear.
Y-splitting axis correction magnet V STAT convergence magnet
BMC (Hexaploe) magnet
Purity magnet
a-d: screen-corner
convergence defect
a
b
cd
Convergence adjustment with permalloy Permalloy Assy
X-4387-214-1 
						

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    White balance adjustment for TV mode
1. Input an all-white signal.
2. Enter into the Service Mode by pressing ‘TEST’, ‘TEST’ and 
‘MENU’ ‘MENU’on the Service Commander.
3. Select ‘Backend’ from the on screen menu 
display and press ‘OK’.
4. The ‘Backend’ menu will appear on the screen.
5. Set the contrast to MAX.
6. Set the ‘R DRIVE’ to 41.
7. Adjust the ‘G DRIVE’ and ‘B DRIVE’ so that the white
balance becomes optimum.
8. Press the ‘OK’ button to write the data for each item.
9. Set the contrast to MIN.
10. Set the ‘R CUT-OFF’ to 31.
11. Adjust the ‘G CUT-OFF’, and ‘B CUT-OFF’ with the left and 
right buttons on the remote commander so that the white balance
becomes optimum.
12. Press the ‘OK’ button to write the data for each item.
Backend
No Descr. Def Min Max Data
1R-on ONOFFON ON
2G-on ONOFFON ON
3 B-on ON OFF ON ON
4 D-col OFF OFF ON ON
5Color-axis 2032
6Contrast 6306363
7Limit-Luv 3033
8Hue 3106331
9Colour 3106328
10CTI -Level 2032
11 Brightness 31 0 63 31
12Gamma 2032
13 Sharpness 31 0 63 44
14LTI-Level 0030
15 R-Drive 41 0 63 40
16 BLK-Bottom0030
17G-Drive 4106338
18ABL-TH 0030
19 B-Drive 41 0 63 21
20ABL-Mode 2032
21 Sub Bright 31 0 63 32
22VM-Level 2032
23 R-Cutoff 31 0 63 41
24Preover 2032
25 G-Cutoff 31 0 63 45
26DPIC-Level 2032
27 B-Cutoff 31 0 63 48
28DC-Tran 1031
29 Sub-Cont 7 0 15 7
30 LRGB2-Lvl 12 0 15 12
31 P-Abl 15 0 15 15
32 DL-Pass OFF OFF ON OFF
33 Sharp.Fo ON OFF ON ON
34 Aging-W OFF OFF ON OFF
35 Aging-B OFF OFF ON OFF
36 CB-offset1 7 0 15 7
37 CR-offset1 7 0 15 7
38 CB-offset2 7 0 15 7
39 CR-offset2 7 0 15 7
40 Sub Colour 0 -8 8 -1 
						

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SECTION 4
CIRCUIT ADJUSTMENTS
4-1. ELECTRICAL ADJUSTMENTS
Service adjustments to this model can be performed using the supplied Remote Commander RM-891.
HOW TO ENTER INTO SERVICE MODE
1. Turn on the main power switch of the set while pressing PROG + (plus) and PROG - (minus) buttons on the top panel.
2. TT will appear in the upper right corner of the screen.
3. Press the ‘MENU’ button twice on the remote commander to obtain the service menu on the screen.
4. Push the joystick up or down on the remote commander to select the adjustment item.
5. Push the right button to proceed to the next menu.
6. If the required adjustment item is ‘Deflection’, push the down button to move to ‘Deflection’.
7. Push the joystick to the right to enter into ‘Deflection’. 
8. Change the data in order to comply with each standard.
NOTE:
• Before performing any adjustments assure that the correct model has been selected in the Model Setting menu.
• After carrying out the service adjustments, to prevent the customer accessing the Service Menu switch the TV set OFF and then ON.
+
–+
– PROGR
CONTROL
SERVICE MENU
Initialising
Reset Devices
Monitoring
Backend
Deflection
Dynamic Convergence
Colour Decoder 1
Colour Decoder 2
Feature Low - End
PIP
Special Adjustment
Select : 
Backend
Deflection
Dynamic Convergence
Colour Decoder 1
Colour Decoder 2
Feature Box
PIP
SoundRESET DEVICES
INITIALISING
Model Setting
Basic Setting
Feature Setting
Device Status monitor
Error Monitor
Production Monitor
NVM Monitor
Line 23 MonitorMONITORING
Next Menu 
						

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Fig.4-1Model Setting
1 KV-29FX60A/D/E
2KV-29FX60B
3KV-29FX60U
4 KV-29FC60A/D/E
5 KV-29FC60B
6 KV-29FC60K
7 KV-29FC60R
8 KV-29FS60A/D/E
9KV-29FS60B
10 KV-29FS60K
11 KV-29FS60R
12 KV-28/32FX60A/D/E
13 KV-28/32FX60B
14 KV-28/32FX60K
15 KV-28/32FX60R
16 KV-28/32FX60U
17 KV-29FS60A/D/E
18 KV-29FS60B
Fig.4-2Basic setting
No Descr. Min Max Data
1 Sys.B/G OFF ON ON
2 Sys.D/K OFF ON ON
3Sys.L OFFON ON
4 Sys I (UK) OFF ON OFF
5 Sys I (IRL) OFF ON OFF
6 Russian sound OFF ON OFF
7 TXT Nod.option 1 4 3
8 s i m p l e  PAT O F F O N O F F
9 16:9 CRT OFF ON OFF
10 Sub-woofer OFF ON ON
11 Auto stand-by OFF ON ON
12 comb-filter OFF ON OFF
13 Auto YC det OFF ON ON
14 Auto comb det OFF ON OFF
15 AV2 Available OFF ON ON
16 AV3 Available OFF ON ON
17 AV4 Available OFF ON OFF
18 AV3 Front & rear OFF ON ON
19 SECAM Tape OFF ON OFF
Fig.4-3Backend
No Descr. Def Min Max Data
1R-on ONOFFON ON
2G-on ONOFFON ON
3 B-on ON OFF ON ON
4 D-col OFF OFF ON ON
5Color-axis 2032
6Contrast 6306363
7Limit-Luv 3033
8Hue 3106331
9Colour 3106328
10CTI -Level 2032
11 Brightness 31 0 63 31
12Gamma 2032
13 Sharpness 31 0 63 44
14LTI-Level 0030
15 R-Drive 41 0 63 40
16 BLK-Bottom0030
17G-Drive 4106338
18ABL-TH 0030
19 B-Drive 41 0 63 21
20ABL-Mode 2032
21 Sub Bright 31 0 63 32
22VM-Level 2032
23 R-Cutoff 31 0 63 41
24Preover 2032
25 G-Cutoff 31 0 63 45
26DPIC-Level 2032
27 B-Cutoff 31 0 63 48
28DC-Tran 1031
29 Sub-Cont 7 0 15 7
30 LRGB2-Lvl 12 0 15 12
31 P-Abl 15 0 15 15
32 DL-Pass OFF OFF ON OFF
33 Sharp.Fo ON OFF ON ON
34 Aging-W OFF OFF ON OFF
35 Aging-B OFF OFF ON OFF
36 CB-offset1 7 0 15 7
37 CR-offset1 7 0 15 7
38 CB-offset2 7 0 15 7
39 CR-offset2 7 0 15 7
40 Sub Colour 0 -8 8 -1
NOTE:
The above table is dependant on model, destination & size. 
						

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Fig.4-4Feature setting
No Descr. Min Max Data
1PIP OFFON ON
Fig.4-5Colour Decoder 1
No Descr. Def Min Max Data
1 DelayLinMd OFF OFF ON OFF
2Gain set 1031
3 Y-Delay 7 0 15 7
4Phase Time 0030
5 Vid Ident Md OFF OFF ON OFF
6 Sync Mode OFF OFF ON OFF
7 Vid Ident Sw ON OFF ON ON
8 H-Output OFF OFF ON OFF
9 Enagating OFF OFF ON OFF
10 IF Circuit ON OFF ON ON
11 GP Delay OFF OFF ON OFF
Fig.4-6Colour Decoder 2
No Descr. Def Min Max Data
1 DelayLinMd OFF OFF ON OFF
2Gain set 1031
3 Y-Delay 7 0 15 7
4Phase Time 0030
5 Vid Ident Md OFF OFF ON OFF
6 Sync Mode OFF OFF ON OFF
7 Vid Ident Sw ON OFF ON ON
8 H-Output OFF OFF ON OFF
9 Enagating OFF OFF ON OFF
10 IF Circuit ON OFF ON ON
11 GP Delay OFF OFF ON OFF
Fig.4-7Deflection
No Descr. Def Min Max Data
1 V-Size 31 0 63 34
2V-Position 3106321
3V-Comp 1031
4 V-Linear 7 0 15 7
5S-Corr 7 0158
6 H-Size 31 0 63 29
7 EW-DC OFF OFF ON OFF
8 Pin-Amp 31 0 63 36
9Up-Cpin 3106335
10M-Pin 2032
11 Lo-Cpin 31 0 63 37
12 Trapezium 7 0 15 7
13 H-Position 31 0 63 25
14 AFC-Bow 7 0 15 7
15 AFC-Angle 7 0 15 9
16 Up-Vlin 0 0 15 0
17 Lo-Vlin 0 0 15 0
Fig.4-8Dynamic Convergence
No Descr. Def Min Max Data
1 Range 63 0 63 32
2 H Stat 33 0 63 33
3 H amp L 37 0 63 37
4 H amp R 36 0 63 36
5Up Y 3106331
6Low Y 3306333
7Y Up L 3006330
8Y Up R 3006330
9Y Low L 3106331
10 Y Low R 30 0 63 30
11Mbow Up L 3106331
12Mbow Up R 3206332
13 Mbow Low L 32 0 63 32
14 Mbow Low R 32 0 63 32
15 V Stat 32 0 63 32
16 Linearity 128 0 255 104
17 H Centre 32 0 63 32
18 H Trap 32 0 63 32
19 Rotation 0 0 255 0
20 Focus Phase 128 0 255 128 
						

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Fig.4-9Feature Low-End
No Descr. Def Min Max Data
1 F.S.F.M OFF OFF ON OFF
2 G-Mode OFF OFF ON OFF
3 Picture Pos 0 0 3 0
4 Comp Mode OFF OFF ON OFF
5 CompSW OFF OFF ON OFF
6 Acqu.freq OFF OFF ON OFF
7 Still Pic OFF OFF ON OFF
8 Init OFF OFF ON OFF
9 Dis Feature ON OFF ON ON
10 Dis Vlimit ON OFF ON ON
11 Scr Fade 0 0 3 0
12 Hwe Delay 20 0 255 20
13 Auto Vshift OFF OFF ON OFF
14 Vwe Delay 0 0 127 0
15 SFR sw OFF OFF ON OFF
16IPQ 0030
17 D.Col Dec OFF OFF ON OFF
18 Blankfield 0 0 15 0
19 P1.5 OFF OFF ON OFF
20 P1.4 OFF OFF ON OFF
21 P1.3 OFF OFF ON OFF
22 P1.2 OFF OFF ON OFF
23 P1.1 OFF OFF ON OFF
24 Set Vdba OFF OFF ON OFF
25 Set Sidep ON OFF ON ON
26 Set Hwe OFF OFF ON OFF
27 Set Clv OFF OFF ON OFF
28 Set Hddel OFF OFF ON OFFF
29 Set Hblnd OFF OFF ON OFF
30 Set Hre ON OFF ON ON
31 Set Hbda ON OFF ON ON
32 Set Hdav ON OFF ON ON
33 Vbdasta 0 0 255 0
34 Vsdasto 0 0 255 0
35 Msbhwesto OFF OFF ON OFF
36 Msbhwesta OFF OFF ON OFF
37 Msbvbdasto OFF OFF ON OFF
38 Msbvbdasta OFF OFF ON OFF
39 Hdavsta 40 0 255 40
40 Hdavsto 255 0 255 255
Feature Low-End(Cont.)
No Descr. Def Min Max Data
41 Hbdasta 223 0 255 223
42 Hbdasto 222 0 255 222
43 Hresta 38 0 255 38
44 Hresto 202 0 255 202
45 Hblndsta 31 0 255 31
46 Hblndsto 30 0 255 30
47 MsbHblndsta OFF OFF ON OFF
48 MsbHblndsto OFF OFF ON OFF
49 Msb Hresto ON OFF ON ON
50 Msb Hresta OFF OFF ON OFF
51 Msbhbdasta ON OFF ON ON
52 Msbhbdasto ON OFF ON ON
53 Msbhdavsto ON OFF ON ON
54 Msbhdavsta OFF OFF ON OFF
55 Hddel 0 0 15 0
56 Clvsta 0 0 255 0
57 Clvsto 9 0 255 9
58 Hwesta 44 0 255 44
59 Hwesto 208 0 255 208
60 Ex-Thres OFF OFF ON OFF
61 Wes ON OFF ON OFF
62 Demo mode ON OFF ON OFF
63Limerick NR 0040
64 Nthr 0 0 255 2
65 Wval 200 0 255 200
66 Agc Ych 203 0 255 203
67 Agc Uvch 209 0 255 209
68 Aal-Bypass OFF OFF ON OFF
69 Stby Fr OFF OFF ON OFF
70 Lsb Agc-Uv OFF OFF ON OFF
71 Lsb Agc-Y OFF OFF ON OFF
72Vcl cor 0030
73Ucl cor 0030
74Uv cor mode 0030
75Uvcl tau 3033
76Uvcol Lvl 0030
77 Fil Mem OFF OFF ON OFF
78Overl Thr 1031
79Y delay f 4074
80 Dcti pdxsel ON OFF ON ON 
						

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Feature Low-End (Cont.)
No Descr. Def Min Max Data
81 Dcti Thres 0 0 15 0
82Dcti Gain 0070
83 Dcti Super ON OFF ON ON
84 Dcti Fil ON OFF ON ON
85 Dcti Prot ON OFF ON ON
86 Dcti Sep ON OFF ON ON
87Dcti Limit 2032
88Peak Beta 0070
89Peak Alpha 2072
90Peak Neg g 0030
91Peak Delta 0030
92Peak Tau 0070
93 Peak Corth 0 0 15 0
94Overlay V 0 0150
95Overlay U 0 0150
96 Overlay Y 10 0 255 10
97 Sidep sta 240 0 255 240
98 Sidep sto 36 0 255 36
99Y delay B 7077
100 Invert UV ON OFF ON ON
101 Output Range ON  OFF ON ON
102Sidep Fdel 0030
Fig.4-10PIP
No Descr. Def Min Max Data
1 Freeze OFF OFF ON OFF
2Frame ONOFFON ON
3Pipon ONOFFONOFF
4 Seldel 1 0 15 1
5 Mixdis ON OFF ON ON
6H-Poshi 0030
7 H-Pos 137 0 255 137
8 V-Pos 59 0 255 59
9Y-Delay 0070
10 V-Dec OFF OFF ON OFF
11 H-Dec OFF OFF ON OFF
12 Insvh ON OFF ON ON
13 Chrins ON OFF ON ON
14Pmod 0030
15Imod 0030
16 Clisw ON OFF ON ON
17 H side 4 0 15 4
18 Vsiisq OFF OFF ON OFF
19 Vsidel 0 0 31 0
20 Parasynd ON OFF ON ON
21 Vspisq OFF OFF ON OFF
22 Vspdel 10 0 31 10
23Con 1 0151
24Fry 8 0158
25Frv 3 0153
26Fru 4 0154
27 Sel Down OFF OFF ON OFF
28Frwidv 1031
29Frwidh 2072
30Mat 4074
31 Daconst OFF OFF ON OFF
32Plltc 1031
33 Dacontle OFF OFF ON OFF
34 Left 83 0 255 83
35RightHi 1031
36 Right 192 0 255 192
37 Up 46 0 255 46
38 Down 189 0 255 189