Sony HMD-A240 Service manual
HISTORY INFORMATION FOR THE FOLLOWING MANUAL:
SERVICE MANUAL
HMD-A240
HMD-A240
US/Canada Model
Chassis No: SCC-L38A-A
17VC
CHASSIS
ORIGINAL MANUAL ISSUE DATE: 1/8/2002
ALL REVISIONS AND UPDATES TO THE ORIGINAL MANUAL ARE APPENDED TO THE END OF THE PDF FILE.
REVISION DATE REVISION TYPE SUBJECT
1/8/2002 No revisions or updates are applicable at this time.
TRINITRON® COLOR MONITOR
9-978-884-01
Self Diagnosis
Supported model
SERVICE MANUAL
Trinitron
HMD-A240
HMD-A240
US/Canada Model
Chassis No: SCC-L38A-A
17VC
CHASSIS
SPECIFICATIONS
Picture tube 0.24 mm aperture grill pitch (center)
17 inches measured diagonally
90-degree defl ection
Video image area (16.1" maximum viewing image)
Approx. 328 X 242 mm (w/h)
(13 x 9
Resolution Horizontal: Max. 1280 dots
Vertical: Max. 1024 lines
Standard image area Approx. 312 x 234 mm (w/h)
(12
Input signal
Video Analog RGB (75 ohms typical)
0.7 Vp-p, ±5%, Positive
Sync Separate HD/VD,
TTL Polarity Free
External Composite,
TTL Polarity Free
(2k ohms impedance)
Sync on Green
3/8
x 9
5/8
inches)
1/4
inches)
Power Consumption 100 W
Defl ection frequency Horizontal: 30 to 75 kHz
Vertical: 48 to 120 Hz
AC input voltage/current
Dimensions
(16
Mass Approx. 19 kg (41 lb 14 oz.)
Design and specifi cations are subject to change without notice.
100 to 120 V, 50/60 Hz, 1.7A
422 x 426 x 426 mm (w/h/d)
1/2
5/8
x 16
5/8
inches)
x 16
9-978-884-01
TRINITRON® COLOR MONITOR
TABLE OF CONTENTS
SECTION TITLE PAGE
Power Management.................................................................................................................................. 4
Self Diagnosis Function ............................................................................................................................ 4
Timing SpeciÞ cation.................................................................................................................................. 4
Warnings and Cautions............................................................................................................................. 5
Safety Check Out ..................................................................................................................................... 6
1. Disassembly
1-1. Cabinet Removal ............................................................................................................................... 7
1-2. Service Position................................................................................................................................. 7
1-3. A & D Board Removal........................................................................................................................ 8
1-4. Picture Tube Removal ....................................................................................................................... 9
Anode Cap Removal ......................................................................................................................... 9
HMD-A240
2. Safety Related Adjustments
2-1. HV Regulator Check........................................................................................................................ 10
2-2. HV Protector Circuit Check.............................................................................................................. 10
2-3. Beam Protector Check (Software Logic) ......................................................................................... 10
2-4. B+ Voltage Check............................................................................................................................ 10
3. Adjustments
3-1. Landing Rough Adjustment ..............................................................................................................11
3-2. Landing Fine Adjustment..................................................................................................................11
3-3. Convergence Rough Adjustment......................................................................................................11
3-4. Convergence and V. Key (H. TRP) Fine Adjustment........................................................................ 11
3-5. Vertical and Horizontal Position and Size SpeciÞ cation .................................................................. 12
3-6. Focus Adjustment ............................................................................................................................ 13
3-7. Digital Convergence Adjustment ..................................................................................................... 13
3-8. Convergence SpeciÞ cation .............................................................................................................. 13
4. Diagrams
4-1. Circuit Boards Location ................................................................................................................... 14
4-2. Printed Wiring Board and Schematic Diagram Information ............................................................. 14
4-3. Block Diagram and Schematics
Block Diagrams ............................................................................................................................... 15
A Board - Schematic Diagram......................................................................................................... 17
D Board - Schematic Diagram ........................................................................................................ 19
H1 Board - Schematic Diagram ...................................................................................................... 23
J Board - Schematic Diagram ......................................................................................................... 24
4-4. Semiconductors............................................................................................................................... 25
5. Exploded Views
5-1. Picture Tube .................................................................................................................................... 26
5-2. Chassis............................................................................................................................................ 27
5-2. Packing Materials ............................................................................................................................ 28
6. Electrical Parts List ....................................................................................................................................... 29
— 3 —
HMD-A240
POWER MANAGEMENT
The power saving mode complies with the VESA Display Power Management Signaling standard. Each state of power management shall be activated
by the host computer terminating the appropriate sync signals. Blanking the video must precede termination of the sync signals. The elapsed time
counter shall also be controlled by the host computer. Reactivation of the monitor shall be accomplished from the host computer by re-establishing the
normal sync signal.
Power consumption Screen Horizontal Vertical Power Recovery time Indicator
mode (video) sync signal sync signal consumption
1 Normal operation active yes yes < 100 W -- Green
2 Active-off (3rd mode) blank no* no* < 3 W Approx. 10 sec. Amber
3 Power-off -- -- -- 0 W (approx) -- Off
* In this mode, the signal will appear in one of three ways: The Horizontal Sync Signal alone off, the Vertical Sync Signal
alone off, or both signals off.
SELF DIAGNOSIS FUNCTION
When a failure occurs, the STANDBY/TIMER lamp will ß ash a set number of times to indicate the possible cause of the problem. If there is more than
one error, the lamp will identify the Þ rst of the problem areas.
Status
1
Failure 1
2
Failure 2
3
Failure 3
4
Aging/Self Test
Area of Failure
HV or +B
H Stop, V Stop or S Correction FET Failure
ABL
Amber (0.5 second) / Off (0.5 second)
Amber (1.5 second) / Off (0.5 second)
Amber (0.5 second) / Off (1.5 second)
Amber (0.5 second) / Off (0.5 second)/
Green (0.5 second) / Off (0.5 second)
LED Indication
TIMING SPECIFICATION
PRIM E
MODE
MODE 1 2 3 4 5 6 7 8 9
RESOLUTION 640 X 480 640 X 480 720 X 400 800 X 600 800 X 600 832 X 624 1024 X 768 1024 X 768 1280 X 1024
CLOCK 25.175 36 28.322 49.5 56.25 57.283 78.75 94.5 108
HORIZONT AL
H. FREQ 31.469 43.269 31.469 46.875 53.674 49.725 60.023 68.677 63.981
H. TOTAL 31.778 23.111 31.777 21.333 18.631 20.111 16.660 14.561 15.630
H. BLK 6.356 5.333 6.355 5.172 4.409 5.586 3.657 3.725 3.778
H. FP 0.636 1.556 0.636 0.323 0.569 0.559 0.203 0.508 0.444
H. SYNC 3.813 1.556 3.813 1.616 1.138 1.117 1.219 1.016 1.037
H. BP 1.907 2.222 1.907 3.232 2.702 3.910 2.235 2.201 2.296
H. ACTIV 25.422 17.778 25.422 16.162 14.222 14.524 13.003 10.836 11.852
VERTI CAL
V. FREQ 59.940 85.008 70.087 75.000 85.061 74.550 75.029 84.997 60.020
V. TOTAL 16.683 11.764 14.268 13.333 11.756 13.414 13.328 11.765 16.661
V. BLK 1.430 0.670 1.557 0.533 0.578 0.865 0.533 0.582 0.656
V. FP 0.318 0.023 0.381 0.021 0.019 0.020 0.017 0.015 0.016
V. SYNC 0.064 0.069 0.064 0.064 0.056 0.060 0.050 0.044 0.047
V. BP 1.049 0.578 1.112 0.448 0.503 0.784 0.466 0.524 0.594
V. ACTIV 15.253 11.093 12.711 12.800 11.179 12.549 12.795 11.183 16.005
SYNC
EXT (H/V) / POLARITY YES YE S YES YES YES YES YE S YES YES
EXT (CS) / POLARITY NO NO NO NO NO NO NO NO NO
INT (G)NONONONONONO NO NO NO
SERRATION NO NO NO NO NO NO NO NO NO
SYNC LEVEL TTL TTL TTL TTL TTL TTL TTL TTL TTL
VIDEO
VIDEO LEVEL 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7 0.7
SET UP 000000 0 0 0
— 4 —
HMD-A240
WARNINGS AND CAUTIONS
CAUTION
Short circuit the anode of the picture tube and the anode cap to the metal chassis, CRT shield, or carbon painted on the CRT, after
removing the anode.
WARNING!!
An isolation transformer should be used during any service to avoid possible shock hazard, because of live chassis. The chassis of this
receiver is directly connected to the AC power line.
! SAFETY-RELATED COMPONENT WARNING!!
Components identiÞ ed by shading and ! mark on the schematic diagrams, exploded views, and in the parts list are critical for safe
operation. Replace these components with sony parts whose part numbers appear as shown in this manual or in supplements published
by sony. Circuit adjustments that are critical for safe operation are identiÞ ed in this manual. Follow these procedures whenever critical
components are replaced or improper operation is suspected.
ATTENTION!!
Apres avoir deconnecte le cap de l’anode, court-circuiter l’anode du tube cathodique et celui de l’anode du cap au chassis metallique de
l’appareil, ou la couche de carbone peinte sur le tube cathodique ou au blindage du tube cathodique.
AÞ n d’eviter tout risque d’electrocution provenant d’un chássis sous tension, un transformateur d’isolement doit etre utilisé lors de tout
dépannage. Le chássis de ce récepteur est directement raccordé à l’alimentation du secteur.
! ATTENTION AUX COMPOSANTS RELATIFS A LA SECURITE!!
Les composants identiÞ es par une trame et par une marque ! sur les schemas de principe, les vues explosees et les listes de pieces
sont d’une importance critique pour la securite du fonctionnement. Ne les remplacer que par des composants sony dont le numero
de piece est indique dans le present manuel ou dans des supplements publies par sony. Les reglages de circuit dont l’importance est
critique pour la securite du fonctionnement sont identiÞ es dans le present manuel. Suivre ces procedures lors de chaque remplacement
de composants critiques, ou lorsqu’un mauvais fonctionnement suspecte.
— 5 —
SAFETY CHECK-OUT
HMD-A240
After correcting the original service problem, perform the following
safety checks before releasing the set to the customer:
1. Check the area of your repair for unsoldered or poorly soldered
connections. Check the entire board surface for solder splashes and
bridges.
2. Check the interboard wiring to ensure that no wires are “pinched” or
touching high-wattage resistors.
3. Check that all control knobs, shields, covers, ground straps, and
mounting hardware have been replaced. Be absolutely certain that
you have replaced all the insulators.
4. Look for unauthorized replacement parts, particularly transistors,
that were installed during a previous repair. Point them out to the
customer and recommend their replacement.
5. Look for parts which, though functioning, show obvious signs of
deterioration. Point them out to the customer and recommend their
replacement.
6. Check the line cords for cracks and abrasion. Recommend the
replacement of any such line cord to the customer.
7. Check the B+ and HV to see if they are speciÞ ed values. Make sure
your instruments are accurate; be suspicious of your HV meter if
sets always have low HV.
8. Check the antenna terminals, metal trim, “metallized” knobs,
screws, and all other exposed metal parts for AC leakage. Check
leakage as described below.
Leakage Test
The AC leakage from any exposed metal part to earth ground and from all
exposed metal parts to any exposed metal part having a return to chassis,
must not exceed 0.5 mA (500 microamperes). Leakage current can be
measured by any one of three methods.
1. A commercial leakage tester, such as the Simpson 229 or RCA
2. A battery-operated AC milliammeter. The Data Precision 245 digital
3. Measuring the voltage drop across a resistor by means of a VOM
How to Find a Good Earth Ground
A cold-water pipe is a guaranteed earth ground; the cover-plate retaining
screw on most AC outlet boxes is also at earth ground. If the retaining
screw is to be used as your earth ground, verify that it is at ground
by measuring the resistance between it and a cold-water pipe with an
ohmmeter. The reading should be zero ohms.
If a cold-water pipe is not accessible, connect a 60- to 100-watt troublelight (not a neon lamp) between the hot side of the receptacle and the
retaining screw. Try both slots, if necessary, to locate the hot side on the
line; the lamp should light at normal brilliance if the screw is at ground
potential (see Figure B).
WT-540A. Follow the manufacturers’ instructions to use these
instructions.
multimeter is suitable for this job.
or battery-operated AC voltmeter. The “limit” indication is 0.75
V, so analog meters must have an accurate low voltage scale.
The Simpson’s 250 and Sanwa SH-63TRD are examples of
passive VOMs that are suitable. Nearly all battery-operated digital
multimeters that have a 2 VAC range are suitable (see Figure A).
Parts on Set
.15 µF
1.5 K Ω
AC
Voltmeter
(0.75 V)
Figure A. Using an AC voltmeter to check AC leakage. Figure B. Checking for earth ground.
— 6 —
1-1. CABINET REMOVAL
2
2
1
SECTION 1: DISASSEMBLY
Remove (4) Screws (+BVTP 4 x 16)
Release top claws - Insert the tip of a ß athead
HMD-A240
1
2
screwdriver approximately 0.25" to unlock the
claw. Gently lift up and then back to remove
the cabinet.
1-2. SERVICE POSITION
Gently wiggle the A board back and forth to unplug
1
it from the Neck Assembly.
Remove all necessary connections and rotate the
2
D Board and rest it on its side to expose the bottom.
Be sure to reconnect all wires.
Fabricate a temporary ground wire with a male
3
stakon connector on one end and an alligator clip
on the other.
Reconnect ground as shown below.
4
1
2
4
— 7 —
1-3. A & D BOARD REMOVAL
HMD-A240
3
2
Remove (1) screw (+BVTP 3 x 8) from the cable holder
1
at the rear of the chassis base to release the cable.
Remove (2) screws (+BVTP 3 x 8) from the rear of the D
2
Board and remove the rear of the chassis base.
Remove remaining (7) screws (+BVTP 3 x 8) from the D
3
Board. Lift the board up and out to remove.
Remove the shield cover from the A board.
4
5
4
1
Gently wiggle the A board back and forth, and pull it to
5
remove.
— 8 —
1-4. PICTURE TUBE REMOVAL
Place the unit face down on a cushion to avoid
1
scratching.
Remove the anode cap.
2
Remove (4) screws (Screw (5) Tapping) from
3
the CRT.
Remove the A board.
4
Remove the neck assembly.
5
Remove the deß ection yoke.
6
Remove (2) screws (BVTP 4 x 16) from the
7
base assembly and slide out to remove.
HMD-A240
8
Remove the demagnetization coil.
ANODE CAP REMOVAL
WARNING: High voltage remains in the CRT even after the power is disconnected. To avoid electric shock, discharge CRT before attempting to remove
the anode cap. Short between anode and coated earth ground strap of CRT.
NOTE: After removing the anode cap, short circuit the anode of the picture tube and the anode cap to either the metal chassis, CRT shield, or carbon
painted on the CRT.
REMOVAL PROCEDURES
c
b
a
Anode Button
Turn up one side of the rubber cap in the
direction indicated by arrow
a
.
Use your thumb to pull the rubber
cap Þ rmly in the direction indicated
by arrow
.
b
When one side of the rubber cap separates from
the anode button, the anode cap can be removed
by turning the rubber cap and pulling it in the
direction of arrow
c
.
HOW TO HANDLE AN ANODE CAP
1. Do not use sharp objects which may cause damage to the surface of the
anode cap.
2. To avoid damaging the anode cap, do not squeeze the rubber covering too
hard. A material Þ tting called a shatter-hook terminal is built into the rubber.
3. Do not force turn the foot of the rubber cover. This may cause the shatter-hook
terminal to protrude and damage the rubber.
— 9 —
SECTION 2: SAFETY RELATED ADJUSTMENTS
HMD-A240
When replacing parts shown in the table below, the following
operational checks must be performed as a safety precaution
against X-ray emissions from the unit.
Part Replaced ( )
HV ADJ
HV Regulator
Circuit
HV HOLD
DOWN Circuit
Beam Current
Protector Circuit
Allow the unit to warm up for one minute prior to checking the
following conditions.
D Board T501, IC501, RV501, R540,
R541, R542, R544, R564, R567,
R568, C532, C534, C539, C553,
C554, C555, C556, C558, C561
D Board
D Board
T501, R510, R543, R547, R549,
R552, R595, D515, D517, C540,
C542, C544, IC607, IC901, C951
T501, R545, R546, R548, R550,
R596, R934, C535, C541, IC605,
IC607, IC901
RV501
Part Replaced ( )
2-1. HV REGULATOR CHECK
1. Input white cross hatch signal (fH = 80 kHz).
2. CONT maximum and BRT center.
3. Cut off Screen VR (G2).
4. Input voltage: 120 ± 2 VAC.
5. ConÞ rm that the voltage is within the voltage range shown below:
Standard voltage: 26.0 +0.3, -0.5 kV
6. When replacing components identiÞ ed by
the High Voltage.
7. Verify the High Voltage as shown above (26.0 +0.3, -0.5 kV) is
within speciÞ cation. If not, set H. SIZE data at minimum (-127)
and then adjust RV501 on D Board (Adjustment target = 26.0 ±
0.2 kV).
8. After adjusting the High Voltage within speciÞ cation, put the RV
cover on RV501 as shown below and apply sufÞ cient amount of RTV
around RV501.
Y
, make sure to recheck
2-2. HV PROTECTOR CIRCUIT CHECK
1. ConÞ rm that the voltage between cathode of D517 and GND is
more than 27.0 VDC.
2. Using an external DC Power supply, apply the volt age shown below
between cathode of D517 on D Board and GND, and conÞ rm that
the HV Hold-Down circuit works (Raster disappears). Apply DC
Voltage: Less than 35.9 VDC.
Check Condition
• Input voltage: 120 ± 2 VAC
• Input signal: (fH =69 kHz), White Cross Hatch
• Controls: CONT (max) & BRT (center)
• B+ Voltage: 179 ± 3.0 VDC
2-3. BEAM PROTECTOR CHECK
(SOFTWARE LOGIC)
1. Using an external current source, apply < 1.55mA between pin 11
of FBT (T501) and GND, and conÞ rm that the raster fades out.
Check Condition
• Input voltage: 120 ± 2 VAC
• Input signal : (fH = 69 kHz), White Cross Hatch
• Controls: CONT (max) & BRT (center)
2-4. B+ VOLTAGE CHECK
1. Input white cross hatch (fH = 69 kHz) signal.
2. CONT (max) & BRT (center).
3. Input voltage: 110 ± 10 VAC.
Note: Use NF power supply or make sure that dis tortion factor is
3% or less.
4. ConÞ rm that the voltage is within the range shown below:
Standard voltage: 179 ± 3.0 VDC
104
RV501
— 10 —
HMD-A240
SECTION 3: ADJUSTMENTS
Connect the communication cable of the connector located on the D Board on the monitor. Run the service software and then follow the instructions.
3-702-691-01
1
1-690-391-21
A-150-919-A
2
Interface Unit
3
Connector Attachment
IBM at Computer
as a Jig
D-Sub
(9 Pin [female])
* The Parts above ( ) are necessary for DAS Adjustment.
Allow a 30 minute warm-up period prior to making the following
adjustments.
Mini Din
(8 Pin)
4 Pin
-
1
3
3-1. LANDING ROUGH ADJUSTMENT
1. Display the all white pattern.
2. Adjust the contrast to maximum value.
3. Display plain green pattern.
4. Slide the DY back and roughly adjust the plain green pattern with
the purity magnet so that it is centered on the screen.
5. Adjust HCENTER by HCENTER Volume (RV502 on D Board).
6. Moving the DY forward, adjust so that an entire screen be comes
pure green.
7. Adjust the DY tilt and lightly tighten the DY screw.
To BUS CONNECTOR
4 Pin
13. Adjust V.Key (= H.Trapezoid) with H.TRP VR so that [a] is equal to
14. If the corner landing is out of speciÞ cation, use a disk magnet for
15. If disk magnets were used, perform an auto degauss.
16. Remove the wobbling coil and sensor.
17. Fix the purity magnet on DY with white paint.
4 Pin
[b] (See Section 3-4.).
the landing correction.
3-3. CONVERGENCE ROUGH ADJUSTMENT
1. Enter the white crosshatch signal.
2. Roughly adjust the horizontal (H.STAT) and vertical (V.STAT)
convergence at four-pole magnet.
3. Roughly adjust HMC and VMC at six-pole magnet.
3-2. LANDING FINE ADJUSTMENT
1. Place the monitor in the Helmholtz coil.
2. Set TLH plate to zero position.
3. Display plain green pattern.
4. Degauss CRT face and iron parts with degauss equipment or handdegausser.
5. Perform auto degauss.
6. Attach a wobbling coil to the speciÞ ed position of CRT neck.
7. Put the sensor of landing checker to CRT face.
8. Adjust purity, DY position and DY tilt.
9. Tighten DY screw.
10. Perform auto degauss.
11. Adjust top and bottom pin by pitching DY up and down with two
wedges so that [a] is equal to [b].
[a]
[b]
12. Adjust top and bottom pins to zero with TB. H.PIN VR. Also, V.SIZE
should be adjusted at the same time becasue it is changed by TB.
H.PIN VR.
— 11 —
3-4. CONVERGENCE AND V. KEY (H. TRP)
FINE ADJUSTMENT
H-TRP VR
Purity
6-pole
Mg
Magnet
4-pole
Mg
Neck Ass'y
A Board
1. Display crosshatch pattern with green lines and black Þ eld.
2. Adjust V. Key (=H. Trapezoid) with H.TRP VR so that [a] is equal
to [b].
[a]
3. Adjust the TB Pin with TB Pin VR.
TLV VR
TLH Plate
XCV VR
CRT
DY
YCV VR
TB Pin VR
[b]
HMD-A240
TB Pin Movement
4. Adjust V.SIZE with "VSIZE".
5. Change "CONV_SW" to "0" and "MCR2" to "153".
6. Display crosshatch pattern with red and blue lines and black Þ eld.
7. Adjust H.STAT and V.STAT with 4 pole magnet. Use 4 pole magnet,
not "HSTAT" and "VSTAT".
4 Pole Magnet
1
2
1
2
R
1
B
R
2
1
2
R
1
2
R
B
B
R
B
B
1 2
R
B
14. Adjust XCV with XCV VR.
XCV Movement
15. Adjust YCH with YCH VR.
YCH Movement
R
16. Adjust V.TILT with TLV VR.
TLV Movement
R
B
B
R
B
R
B
8. Display crosshatch pattern with white lines and black Þ eld.
9. Adjust HMC and VMC with 6 pole magnet.
6 Pole Magnet
2
G
1
2
G
1
10. Display crosshatch pattern with red and blue lines and black Þ eld.
11. If necessary, repeat steps 5-8.
12. Change "CONV_SW" to "6".
13. Adjust H.TILT with TLH plate.
TLH Movement
BB
R
R
17. If necessary, repeat steps 3-14 to make the optimum condition for
the entire screen.
18. Fix 4-pole magnet, 6-pole magnet, TLH plate and XCV VR with
white paint.
Zero Position Neck Ass'y
Purity
4-Pole Mg
6-Pole Mg
3-5. VERTICAL AND HORIZONTAL POSITION
AND SIZE SPECIFICATION
a
f
0kHz
H
a
2.0 mm
A
B
b
2.0 mm
234 312
b
f
H
BA
60kHz
2.4 mm
2.4 mm
— 12 —
HMD-A240
3-6. FOCUS ADJUSTMENT
1. Adjust Focus (V) and Focus (H) for optimum focus.
Focus (V)
Focus (H)
3-7. DIGITAL CONVERGENCE ADJUSTMENT
Convergence (Low) Mode
1. Adjust the H.STAT and V.STAT with "HSTAT" and "VSTAT".
2. Change "CONV_SW" to "7".
A. Horizontal Convergence
CBH-T-LO
MBH-T-L-LO
9
17
YBH-T-LO
5
CBH-T-R-LO
10
18
MBH-T-R-LO
Convergence (High) Mode
1. Adjust the H.STAT and V.STAT with "HSTAT-HI" and "VSTAT-HI".
A. Horizontal Convergence
YBH-T-HI
5
HSTAT-HI
6
YBH-B-HI
CBH-T-R-HI
10
18
MBH-T-R-HI
2
APH-R-HI
20
MBH-B-R-HI
12
CBH-B-R-HI
CBH-T-HI
MBH-T-L-HI
APH-L-HI
MBH-B-L-HI
CBH-B-L-HI
9
17
1
19
11
Adjust each misconvergence point in sequence.
B. Vertical Convergence
V STAT-T-HI
7
V STAT-HI
8
V STAT-B-HI
14
CCV-T-R-HI
22
MCV-T-R-HI
4
XBV-R-HI
24
MCV-B-R-HI
16
CCV-B-R-HI
CCV-T-L-HI
MCV-T-L-HI
XBV-L-HI
MCV-B-L-HI
CCV-B-L-HI
13
21
3
23
15
APH-L-LO
MBH-B-L-LO
CBH-B-L-LO
1
HSTAT
19
11
6
YBH-B-LO
2
APH-R-LO
20
MBH-B-R-LO
CBH-B-R-LO
12
Adjust each misconvergence point in sequence.
B. Vertical Convergence
CCV-T-L-LO
MCV-T-L-LO
XBV-L-LO
MCV-B-L-LO
CCV-B-L-LO
13
21
3
23
15
V STAT-T-LO
7
V STAT
8
V STAT-B-LO
14
CCV-T-R-LO
22
MCV-T-R-LO
4
XBV-R-LO
24
MCV-B-R-LO
16
CCV-B-R-LO
Adjust each misconvergence point in sequence.
3. Repeat the procedure of A and B so that the convergence of the
entire screen is within the speciÞ cation.
Adjust each misconvergence point in sequence.
2. Repeat the procedure of A and B so that the convergence of the
entire screen is within the speciÞ cation.
3. Change "MCR2" to "170".
3-8. CONVERGENCE SPECIFICATION
B
A
312 mm
A Zone:
Primary Mode Others
234 mm
H: < 0.25 mm H: < 0.3 mm
V: < 0.25 mm V: < 0.3 mm
B Zone:
Primary Mode Others
H: < 0.3 mm H: < 0.4 mm
V: < 0.3 mm V: < 0.4 mm
— 13 —
4-1. CIRCUIT BOARDS LOCATION
HMD-A240
SECTION 4: DIAGRAMS
The components identiÞ ed by shading and ! symbol are critical for safety. Replace
only with part number speciÞ ed.
A Board
J Board
H Board
D Board
4-2. PRINTED WIRING BOARD AND
SCHEMATIC DIAGRAM INFORMATION
All capacitors are in µF unless otherwise noted. pF : µµF 50WV or less
are not indicated except for electrolytics and tantalums.
All electrolytics are in 50V unless otherwise speciÞ ed.
All resistors are in ohms. kΩ=1000Ω, MΩ=1000kΩ
Indication of resistance, which does not have one for rating
electrical power, is as follows: Pitch : 5mm
Rating electrical power :
1
/
W in resistance, 1/
4
W and 1/
10
W in chip resistance.
8
: nonß ammable resistor.
: fusible resistor.
: internal component.
: panel designation and adjustment for repair.
All variable and adjustable resistors have characteristic curve B, unless
otherwise noted.
Readings are taken with a color-bar signal input.
Readings are taken with a 10MΩ digital multimeter.
Voltages are DC with respect to ground unless otherwise noted.
Voltage variations may be noted due to normal production tolerances.
All voltages are in V.
S : Measurement impossibillity.
: B+line.
: B-line (Actual measured value may be different).
: signal path (RF).
Circled numbers are waveform references.
1
/
W
4
The symbol
side of the board. Replace only with fuse of the same rating as marked.
Les composants identiÞ es per un trame et une marque
securite. Ne les remplacer que par une piece portant le numero speciÞ e.
Le symbole indique une fusible a action rapide. Doit etre remplace par une
fusible de meme yaleur, comme maque.
indicates a fast operating fuse and is displayed on the component
!
sont critiques pour la
The components identiÞ ed by X in this basic schematic diagram
have been carefully factory-selected for each set in order to
satisfy regulations regarding X-ray radiation. Should replacement be
necessary, replace only with the value originally used.
When replacing components identiÞ ed by
Y
, make the necessary
adjustments as indicated. If the results do not meet the speciÞ ed value,
change the component identiÞ ed by
X
and repeat the adjustment until
the speciÞ ed value is achieved. (See page 10)
When replacing the parts listed in the table below, it is important to
perform the related adjustments.
Part Replaced ( )
HV ADJ
RV501
Part Replaced ( )
HV Regulator
Circuit
D Board T501, IC501, RV501, R540,
R541, R542, R544, R564, R567,
R568, C532, C534, C539, C553,
C554, C555, C556, C558, C561
HV HOLD
DOWN Circuit
D Board
T501, R510, R543, R547, R549,
R552, R595, D515, D517, C540,
C542, C544, IC607, IC901, C951
Beam Current
Protector Circuit
D Board
T501, R545, R546, R548, R550,
R596, R934, C535, C541, IC605,
IC607, IC901
REFERENCE INFORMATION
RESISTOR
: RN METAL FILM
: RC SOLID
: FPRD NONFLAMMABLE CARBON
: FUSE NONFLAMMABLE FUSIBLE
: RW NONFLAMMABLE WIREWOUND
: RS NONFLAMMABLE METAL OXIDE
: RB NONFLAMMABLE CEMENT
: ADJUSTMENT RESISTOR
COIL
: LF-8L MICRO INDUCTOR
CAPACITOR
: TA TANTALUM
: PS STYROL
: PP POLYPROPYLENE
: PT MYLAR
: MPS METALIZED POLYESTER
: MPP METALIZED POLYPROPYLENE
: ALB BIPOLAR
: ALT HIGH TEMPERATURE
: ALR HIGH RIPPLE
— 14 —
4-3 BLOCK DIAGRAMS AND SCHEMATICS
1
1
1
1
2
3
4
5
6
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
B
G
N
D
G
R
E
E
N
R
G
N
D
R
E
D
G
N
D
+
1
2
V
4
K
R
K
G
K
B
G
2
7
8
9
J
0
0
1
+
8
0
V
+
1
2
V
P
I
C
T
U
R
E
T
U
B
E
(
V
I
D
E
O
)
C
N
3
0
9
H
V
(
T
O
F
B
T
)
S
I
G
N
A
L
I
N
C
O
N
N
E
C
T
O
R
1
5
P
I
N
D
-
S
U
B
B
-
I
N
G
-
I
N
R
-
I
N
1
3
1
4
1
5
I
C
0
0
3
O
S
D
R
-
O
S
D
G
-
O
S
D
B
-
O
S
D
B
-
O
S
D
G
-
O
S
D
R
-
O
S
D
R
-
I
N
G
-
I
N
B
-
I
N
R
-
O
U
T
G
-
O
U
T
B
-
O
U
T
R
-
O
U
T
G
-
O
U
T
B
-
O
U
T
R
-
I
N
G
-
I
N
B
-
I
N
I
C
0
0
4
C
U
T
O
F
F
A
M
P
I
C
0
0
2
8
9
1
1
8
5
3
1
G
N
D
+
8
0
V
N
C
H
H
1
C
N
3
0
1
1
.
2
K
V
B
L
K
C
L
A
M
P
1
0
V
F
L
B
5
H
F
L
B
S
C
L
2
1
S
D
A
I
C
0
0
1
1
2
O
S
D
-
B
L
K
O
S
D
-
B
L
K
S
C
L
8
S
D
A
7
R
-
O
U
T
G
-
O
U
T
B
-
O
U
T
R
-
B
K
G
G
-
B
K
G
B
-
B
K
G
4
T
O
J
O
O
1
A
B
O
A
R
D
G
N
D
3
0
C
S
Y
N
C
P
R
E
-
A
M
P
S
W
Q
0
0
6
1
1
7
1
2
1
5
1
4
1
3
1
7
3
5
3
4
5
2
0
2
4
2
7
C
R
T
D
R
I
V
E
+
1
8
0
V
+
1
8
0
V
1
8
S
T
B
Y
+
5
V
+
5
V
S
T
B
Y
+
5
V
+
5
V
9
7
C
N
3
0
2
B
L
U
E
G
G
N
D
C
N
3
0
4
I
I
C
S
C
L
I
I
C
S
D
A
C
B
L
K
B
P
C
L
P
G
N
D
V
R
T
R
C
H
R
T
R
C
C
S
Y
N
C
C
N
3
0
6
C
N
3
0
7
C
N
9
0
2
T
O
D
B
O
A
R
D
T
O
D
B
O
A
R
D
G
1
-
3
3
V
T
O
D
B
O
A
R
D
C
N
5
1
0
T
O
D
B
O
A
R
D
F
B
T
9
-
9
7
8
-
8
8
4
-
0
1
<
1
7
V
C
>
B
L
K
1
O
F
2
C
N
6
0
6
1
0
9
1
2
3
4
5
6
7
8
1
0
1
1
1
2
1
3
1
4
1
5
3
BLOCK DIAGRAM (1/2)
HMD-A240
— 15 —
1
2
1
2
3
4
5
6
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
1
0
1
2
3
4
5
6
7
8
1
2
3
4
5
1
2
3
4
5
1
2
3
4
5
1
2
3
4
1
1
2
3
4
5
6
7
1
2
3
4
1
2
3
4
5
C
N
5
0
1
C
N
5
1
0
S
1
0
0
7
S
1
0
0
3
S
1
0
0
1
C
N
1
0
0
1
C
N
6
0
7
5
P
5
P
4
2
6
3
1
5
+
1
2
V
D
G
C
1
N
C
D
G
C
2
C
N
6
0
0
D
G
N
D
R
X
D
T
X
D
D
A
T
A
C
L
K
R
E
S
E
T
C
P
U
I
C
9
0
1
2
2
B
P
C
L
A
M
P
2
6
+
I
N
-
I
N
S
W
-
R
E
G
O
U
T
Q
6
0
2
I
C
6
0
1
3
1
I
N
1
,
2
D
I
S
A
B
L
E
O
U
T
O
U
T
G
N
D
N
C
B
U
F
F
R
O
T
A
T
I
O
N
8
0
V
D
F
T
T
5
0
3
S
-
C
A
P
C
H
A
N
G
E
T
O
S
-
C
A
P
C
H
A
N
G
E
R
E
M
O
T
E
O
N
/
O
F
F
V
-
O
U
T
I
C
4
0
1
H
D
T
T
5
0
4
H
.
D
R
I
V
E
O
U
T
H
.
O
U
T
Q
5
0
7
Q
5
1
0
Q
5
0
3
H
V
H
D
Y
+
H
D
Y
-
V
D
Y
-
H
S
T
T
5
0
5
O
U
T
P
O
W
E
R
)
(
A
C
I
N
S
W
-
R
E
G
C
O
N
T
D
G
C
V
D
Y
+
F
B
T
T
5
0
1
L
F
T
1
R
V
5
0
1
D
6
0
1
I
C
6
0
3
+
8
0
V
G
N
D
H
1
+
1
2
V
+
5
V
L
F
6
0
2
Q
6
0
1
I
C
6
0
4
1
5
V
P
B
4
1
5
3
4
3
5
5
4
3
7
3
6
R
X
D
T
X
D
3
8
3
9
2
0
2
8
3
0
C
-
S
Y
N
C
V
-
S
Y
N
C
H
-
S
Y
N
C
D
E
F
.
C
O
N
T
R
O
L
I
C
9
0
2
2
8
2
6
1
7
Q
9
0
3
,
Q
5
0
1
,
Q
5
0
2
Q
5
1
1
8
P
C
N
7
0
1
C
Y
4
-
C
Y
4
+
C
Y
3
-
C
Y
3
+
C
Y
2
-
C
Y
2
+
C
Y
1
-
C
Y
1
+
I
C
7
0
2
C
B
L
A
N
K
7
4
9
-
5
3
S
0
-
S
4
-
1
5
V
6
+
1
2
V
+
5
V
I
C
5
0
2
V
-
I
N
H
-
I
N
4
6
D
D
C
S
C
L
D
D
C
S
D
A
H
.
O
U
T
V
.
D
E
F
1
2
Q
5
0
5
Q
5
0
4
C
O
N
V
-
C
O
N
T
R
O
L
I
C
7
0
1
3
3
P
C
I
Q
5
2
1
B
U
F
F
E
R
1
8
P
B
1
I
C
5
0
1
P
W
M
-
C
O
N
T
1
9
1
8
8
3
3
4
6
1
2
0
H
-
R
E
G
Q
5
2
0
+
8
0
V
+
1
2
V
V
.
S
A
W
8
V
-
O
U
T
H
-
O
U
T
2
7
2
3
2
L
O
C
K
3
4
1
6
1
7
S
C
L
S
C
L
S
D
A
4
8
4
7
P
A
5
P
A
6
D
E
G
A
U
S
S
5
4
1
4
D
A
3
1
4
H
.
F
L
Y
3
2
H
F
B
1
3
2
3
2
7
1
0
H
-
S
T
A
T
I
C
O
U
T
V
-
S
T
A
T
I
C
O
U
T
V
-
S
I
N
V
P
O
S
I
N
H
D
.
I
N
V
.
D
I
V
V
.
S
I
N
1
2
Q
5
0
8
+
1
5
V
B
4
+
B
1
O
H
-
D
R
I
V
E
R
E
F
B
2
O
B
3
O
O
P
2
+
E
P
R
O
M
I
C
9
0
5
H
V
-
R
E
G
H
V
-
O
U
T
4
S
Y
N
C
L
O
C
K
Q
5
1
9
S
W
I
T
C
H
P
H
2
C
O
N
V
E
R
G
E
N
C
E
R
O
T
A
T
I
O
N
+
R
O
T
A
T
I
O
N
-
R
O
T
A
T
I
O
N
D
C
O
N
V
O
U
T
S
C
O
N
V
O
U
T
I
C
7
0
3
9
1
4
6
7
3
V
-
C
O
N
V
O
U
T
H
-
C
O
N
V
O
U
T
S
D
A
S
T
B
Y
+
5
V
S
T
B
Y
+
5
V
T
H
P
6
0
0
T
H
P
6
0
0
A
R
C
C
C
O
N
T
R
O
L
P
H
O
T
O
C
O
U
P
L
E
R
V
C
N
T
R
L
O
O
B
V
I
N
1
4
P
B
3
1
6
Q
5
2
2
,
Q
5
2
4
7
1
5
1
8
0
V
+
1
8
0
V
+
1
8
0
V
T
6
0
1
S
R
T
S
T
B
Y
+
5
V
+
5
V
S
T
B
Y
+
5
V
9
8
6
2
7
5
2
4
H
O
U
T
H
O
U
T
Q
5
2
5
V
D
F
-
A
M
P
I
C
6
0
7
1
2
V
5
V
I
C
6
0
5
,
6
0
8
H
E
A
T
E
R
S
W
Q
6
0
3
H
E
A
T
E
R
R
E
G
I
C
6
0
2
1
4
D
E
G
A
U
S
S
Q
6
0
4
Q
6
0
5
4
D
R
I
V
E
1
2
V
G
N
D
C
S
Y
N
C
C
B
L
K
B
P
C
L
P
I
I
C
S
C
L
I
I
C
S
D
A
H
R
T
R
C
V
R
T
R
C
C
N
9
0
2
H
O
S
T
G
N
D
1
D
D
C
S
D
A
1
D
D
C
S
C
L
1
G
N
D
H
S
Y
N
C
V
S
Y
N
C
H
O
S
T
5
V
/
S
T
B
Y
5
V
C
N
9
0
3
S
T
B
Y
+
5
V
N
C
A
C
-
R
E
C
T
9
T
5
0
6
L
C
T
T
O
C
N
9
0
1
P
I
N
1
F
R
O
M
Q
5
2
5
2
5
L
O
C
K
V
R
T
R
C
S
T
B
Y
5
V
G
N
D
K
E
Y
L
E
D
R
E
D
L
E
D
G
R
N
S
T
B
Y
+
5
V
M
E
N
U
U
P
R
I
G
H
T
L
E
F
T
D
O
W
N
S
T
B
Y
+
5
V
S
T
B
Y
+
5
V
D
A
4
5
F
R
O
N
T
P
A
N
E
L
C
N
9
0
1
C
N
6
0
2
C
N
9
0
4
T
O
A
B
O
A
R
D
C
N
3
0
9
S
I
G
N
A
L
I
N
C
O
N
N
E
C
T
O
R
1
5
P
I
N
D
-
S
U
B
T
O
A
B
O
A
R
D
C
N
3
0
4
I
C
9
0
8
S
Y
N
C
I
N
V
.
I
C
9
0
6
E
P
R
O
M
I
C
9
0
4
R
E
S
E
T
3
1
2
V
L
5
0
3
N
C
N
C
-
3
3
V
T
O
A
B
O
A
R
D
C
N
3
0
6
S
V
T
O
C
R
T
T
O
A
B
O
A
R
D
C
N
3
0
1
Q
5
1
2
,
Q
5
1
3
,
Q
5
1
4
S
T
B
Y
O
F
F
C
N
T
S
T
B
Y
S
T
B
Y
O
N
C
N
T
O
N
M
A
I
N
M
A
I
N
(
P
O
W
E
R
S
W
I
T
C
H
)
STBY ON
STBY CNT
STBY OFF
MAIN ON
MAIN CNT
9
-
9
7
8
-
8
8
4
-
0
1
<
1
7
V
C
>
B
L
K
2
O
F
2
C
N
8
0
1
C
N
6
0
6
5
V
,
1
2
V
R
E
G
E
R
R
O
R
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M
P
V
.
R
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F
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T
2
3
V
-
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E
F
1
3
V
.
R
E
F
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N
5
I
S
E
N
S
E
5
V
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O
T
E
C
T
S
T
B
Y
C
N
T
R
L
H
.
D
R
I
V
E
1
2
3
4
5
6
7
8
1
0
1
1
1
2
1
3
1
4
1
5
BLOCK DIAGRAM (2/2)
HMD-A240
— 16 —
1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 |
A
—
B
—
C
—
D
—
E
—
F
—
G
—
H
H
K
B
K
G
K
R
G
1
G
2
G
M
G
4
R
C
V
H
V
1
3
4
5
6
7
8
9
1
0
1
1
1
3
K
R
K
R
K
G
K
B
G
2
G
2
G
1
G
3
H
H
R
C
V
1
2
3
4
5
6
7
8
9
101
1
1
2
3
4
5
6
7
8
9
1
0
1
1
1
2
1
3
1
4
1
5
1
6
1
2
3
4
5
6
7
8
9
1
0
1
1
1
2
1
3
1
4
1
5
1
6
1
7
1
8
1
9
2
0
2
1
2
2
2
3
2
4
2
5
2
6
2
7
2
8
2
9
3
0
123457891
1
1
2
3
4
5
6
1
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
1
C
0
2
2
C
0
4
7
S
G
1
0
1
S
G
2
0
1
S
G
3
0
1
S
G
0
0
2
J
0
0
1
D
0
0
1
R
1
3
0
R
3
3
0
R
2
0
4
R
3
0
4
R
0
1
4
R
0
0
3
R
2
1
9
R
3
1
9
R
1
1
9
F
B
0
0
8
C
0
0
7
C
0
1
6
C
0
1
1
C
0
3
6
C
N
3
0
7
R
0
3
2
R
3
1
1
R
3
5
1
R
2
5
1
R
1
5
1
C
N
3
0
4
C
0
0
1
C
0
0
2
I
C
0
0
4
D
1
0
6
D
2
0
6
D
3
0
6
I
C
0
0
2
D
1
0
4
D
2
0
4
D
3
0
4
D
1
0
5
D
2
0
5
D
3
0
5
I
C
0
0
1
R
0
0
4
R
0
0
2
R
0
0
5
Q
0
0
6
R
0
2
4
R
0
2
8
C
0
0
9
F
B
3
0
1
C
0
4
6
C
0
9
2
R
1
0
7
R
2
0
7
R
3
0
7
R
3
0
6
R
0
3
3
FB001
F
B
0
0
3
FB004
F
B
0
0
5
F
B
0
0
6
F
B
0
0
9
F
B
0
1
0
F
B
2
0
1
C
0
5
4
C
1
0
2
C
2
0
2
C
3
0
2
C
1
0
6
C
2
0
6
C
3
0
6
C
N
3
0
6
S
G
0
0
3
L
0
0
1
R
1
1
7
R
2
1
7
C
0
1
0
C
0
1
2
C
0
1
5
C
0
4
9
C
0
5
0
C
0
5
3
C
1
0
4
C
1
0
5
C
1
5
1
C
2
0
4
C
2
0
5
C
2
5
1
C
3
0
4
C
3
0
5
C
3
5
1
C
0
4
2
R
0
0
9
R
0
5
2
L
0
0
5
R
1
0
2
R
1
0
9
R
2
0
2
R
2
0
9
R
3
0
2
R
3
0
9
F
B
1
0
2
F
B
2
0
2
F
B
3
0
2
R
0
5
1
C
0
4
4
R
0
0
1
I
C
0
0
3
S
G
0
0
1
C
N
3
0
1
L
1
0
5
L
2
0
5
L
3
0
5
R
2
1
8
R
2
3
0
C
0
1
3
C
0
0
3
C
0
1
4
R
0
6
4
R
3
1
7
R
1
0
8
R
2
0
8
R
3
0
8
C
0
0
4
R
1
6
1
R
2
6
1
R
3
6
1
C
2
1
2
C
3
1
2
C
1
1
2
L
0
0
7
C
N
3
0
2
R
1
0
4
R
2
0
6
R
C
N
3
0
9
R
0
1
7
R
0
0
6
R
0
1
8
R
0
2
0
R
0
2
1
R
0
3
0
F
B
1
0
1
D
3
1
1
D
2
1
1
D
1
1
1
C
0
3
5
R
0
4
8
V
9
0
1
C
0
1
8
L
0
0
2
R
1
1
1
R
2
1
1
F
B
0
1
6
F
B
0
1
7
4
7
2
5
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4
7
2
5
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1
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R
1
3
9
7
5
:
C
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7
5
:
C
H
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(
5
)
4
7
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1
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4
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2
5
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1
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p
5
0
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1
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1
0
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4
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1
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4
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4
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9
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)
1
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8
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8
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8
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C
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2
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V
+
8
0
V
7
8
9
1
0
1
1
1
2
T
O
D
B
O
A
R
D
T
O
A
B
O
A
R
D
C
N
3
0
7
1
2
3
4
5
6
7
8
1
0
1
1
1
2
1
3
1
4
1
5
6
5
4
1
2
3
A BOARD - SCHEMATIC DIAGRAM
6NC13020
2.1271.9679.465.01306NC
pin
volt72.1140213.3283.3
pin
volt7GND
pin
volt74.7140
pin
volt767.314.784.71502211.92911.9156.682.110.584.51501GND861.024.592.11611.923GND300.062GND92.021.095.016GND211.9962.4
3 2.5 10 3 17 0 24 2 3 56.3 10 11.9 3 1.0 10 0 3 4.8 10 NC
4 2.3 11 2 18 0.8 25 3.3 4 GND 11 2 4 5.0 11 NC 4 4.8 11 178.8
5 2.8 12 0.07 19 GND 26 GND 5 54.4 5 4.2 12 0 5 4.8
All voltages are in V
A BOARD IC VOLTAGE LIST
HMD-A240
— 17 —
J
W
4
J
W
6
J
W
7
J
W
1
0
J
W
1
4
J
W
1
8
J
W
1
9
JW2
0
J
W
2
1
J
W
2
2
C00
2
C
0
0
6
C
0
0
7
C
0
0
9
C
0
1
1
C
0
1
6
C
0
2
2
C
0
2
8
C
0
4
7
F
B
0
0
1
F
B
0
0
4
F
B
0
0
6
F
B
0
0
8
F
B
0
1
6
L
0
0
2
L00
5
R
0
4
8
R
0
5
3
SG001
C
1
0
2
D30
6
F
B
3
0
1
F
B
2
0
1
C
3
0
6
D
2
0
6
F
B
1
0
1
S
G
3
0
1
S
G
1
0
1
S
G
2
0
1
D
2
0
4
C
1
0
6
J
W
2
3
C
2
0
6
L
2
0
5
D
1
0
6
D20
5
D30
5
L
3
0
5
D
3
0
4
R
3
1
1
R
2
1
1
R11
1
SG003
S
G
0
0
2
R03
3
D00
1
C
0
3
6
C00
1
C
0
1
3
JW1
5
J
W
2
D01
4
F
B
009
F
B
0
1
7
F
B
0
1
0
JW1
6
J
W
8
J
W
9
J
0
0
1
J
W
1
3
J
W
1
1
R
3
5
1
R
2
5
1
R
1
5
1
F
B
0
0
3
D
1
0
5
J
W
2
4
JW1
7
JW1
C
2
0
2
C
3
0
2
C
0
5
4
C
0
0
3
L
0
0
1
R
1
6
1
R36
1
R
261
J
W
3
JW5
R
3
1
7
R
2
1
7
R11
7
D10
4
L
1
0
5
L
0
0
7
R
0
6
4
C01
8
C
0
3
5
C
0
1
4
F
B
0
0
5
C
N
3
0
8
C
N
3
0
5
C
N
3
0
4
C
N
309
C
N
3
0
2
I
C
0
0
4
Q
0
0
1
I
C
0
0
2
I
C
0
0
3
I
C
0
0
1
C
N
3
0
1
C
N
3
1
0
CN3
0
7
C
N
3
0
6
C
N
3
0
3
F
B
0
0
2
1
2
1
0
1
1
1
B
E
1
8
9
1
6
1
6
1
8
9
I
I
C
S
D
A
G
N
D
I
I
C
S
C
L
B
P
C
L
P
V
R
T
R
C
H
R
T
R
C
N
C
+
8
0
V
G
N
D
H
1
+
1
2
V
G
N
D
+
5
V
1
1
1
1
1
5
1
6
3
0
7
C
B
L
K
G
1
1
.
2
K
V
N
C
R
E
D
R
.
G
N
D
G
R
E
E
N
G
.
G
N
D
B
L
U
E
B
.
G
N
D
S
T
B
Y
5
V
1
+
1
8
0
V
A
1
2
9
9
-
(
1
7
1
9
6
4
2
2
1
)
1
6
8
0
9
1
2
2
1
5
1
4
A
1
A
B
C
D
E
2 3 4 5
R
2
1
1
R
3
1
1
D
3
1
1
C
0
1
1
C
0
1
4
C
0
1
6
C
0
3
6
C
0
5
4
F
B
0
0
1
C
2
0
7
C
3
0
7
C
2
0
4
C
3
0
5
C
2
0
5
R
3
0
4
R
1
0
5
R
1
0
2
R
1
0
9
R
3
0
2
R
3
0
9
R
1
0
8
R
2
0
8
R
3
0
8
R
2
0
6
C
3
0
2
C
0
3
0
Q
0
0
1
R
3
0
6
C
0
2
8
R
0
5
0
C
0
2
7
R
0
4
7
R
2
3
0
C
2
5
1
R
1
3
0
C
0
0
4
D
1
1
1
R
1
1
9
R
0
1
8
R
1
6
1
F
B
0
1
6
F
B
0
1
0
R
0
0
9
R
0
2
1
R
2
1
9
C
3
0
4
C
0
5
0
C
0
1
2
C
0
1
0
C
1
0
4
C
0
4
9
R
0
3
0
R
0
1
9
C
0
9
2
C
3
0
6
D
2
0
6
S
G
2
0
1
D
1
0
6
C
1
0
6
D
1
0
5
S
G
0
0
2
C
0
0
6
C
2
0
6
D
2
0
4
D
1
0
4
L
3
0
5
C
0
3
7
C
0
3
9
D
3
0
4
R
0
0
6
C
0
4
6
R
0
5
1
C
1
0
7
C
0
1
5
J
R
8
C
0
5
1
C
0
5
5
R
1
0
4
R
0
3
2
F
B
0
0
6
F
B
0
1
7
R
3
1
9
R
3
5
1
R
2
5
1
R
1
5
1
C
0
0
3
J
R
2
R
2
1
7
R
3
1
7
S
G
0
0
1
R
0
5
3
C
0
2
9
R
0
4
0
C
0
2
3
R
0
4
9
R
0
4
6
C
2
1
2
F
B
2
0
2
C
1
5
1
L
0
0
7
R
0
1
7
R
0
2
0
S
G
0
0
3
R
0
0
2
R
0
0
4
R
0
0
5
F
B
0
0
8
L
0
0
2
R
0
0
1
R
0
2
4
J
R
7
F
B
0
0
3
R
3
6
1
F
B
3
0
2
C
3
5
1
C
2
0
2
F
B
1
0
1
S
G
3
0
1
L
1
0
5
F
B
0
0
5
R
3
0
5
R
2
0
2
L
2
0
5
R
0
4
8
C
0
3
5
R
0
6
4
C
0
1
3
C
N
3
0
8
C
N
3
0
7
C
N
3
0
1
I
C
0
0
2
C
N
3
0
6
C
N
3
0
2
I
C
0
0
1
I
C
0
0
3
C
N
3
0
4
C
N
3
0
3
C
N
3
1
0
I
C
0
0
5
F
B
0
0
2
1
2
111
0
E
B
C
S
Y
N
C
I
I
C
S
D
A
G
N
D
I
I
C
S
C
L
B
P
C
L
P
C
B
L
K
V
R
T
R
C
H
R
T
R
C
+
1
8
0
V
N
C
+
8
0
V
G
N
D
H
1
+
1
2
V
G
N
D
+
5
V
3
0
1
1
5
1
6
1
1
1
G
1
1
.
2
K
V
1
1
6
9
8
S
T
B
Y
5
V
B
.
G
N
D
B
L
U
E
G
.
G
N
D
G
R
E
E
N
R
.
G
N
D
R
E
D
1
-
6
8
0
-
9
1
2
-
2
1
(
1
-
7
1
9
-
6
4
2
-
2
1
)
1
A
B
C
D
E
2 3 4 5
[Video]
1
2
3
.725 Vp-p (H) .705 Vp-p (H)
.701 Vp-p (H)
4
5
6
3.188 Vp-p (H)
2.938 Vp-p (H) 2.769 Vp-p (H)
7 8
9
40.94 Vp-p (H) 38.75 Vp-p (H)
35.94 Vp-p (H)
10
11
12
COMP
COND
D001 A-4 -D104 B-3 -D105 B-3 -D106 A-3 -D111 -- D-4
D204 B-3 -D205 A-4 -D206 A-3 -D211 -- D-4
D304 B-4 -D305 A-4 -D306 A-2 -D311 -- D-5
COMP
COND
IC001 D-2 -IC002 C-4 -IC003 D-3 -IC004 B-1 --
COMP COND
Q006 -- D-2
DIODE
IC
TRANSISTOR
A
COMPONENT SIDE
HMD-A240
CONDUCTOR SIDE A BOARD LOCATOR LIST
— 18 —
D BOARD - SCHEMATIC DIAGRAM
1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | 10 | 11 | 12 | 13 | 14 | 15 | 16 | 17 | 18 | 19 | 20 | 21 | 22 |
A
—
B
—
C
—
D
—
E
—
F
—
G
—
H
—
I
—
J
—
K
—
L
—
M
—
N
—
O
TO CONVERGENCE
S-MICRO
ROTATION+
ROTATION-
TO J BOARD
CN1001
YOKE
CN701
10P
STBY ON
STBY CNT
STBY OFF
MAIN ON
MAIN CNT
CN601
THP600
THP600A
CN602
CY1+
CY1-
CY2+
CY2-
CY3+
CY3-
CY4+
CY4-
CN607
2P
HMD-A240
TO H1 BOARD
CN801
CN904
5P
5
STBY 5V
4
GND
3
KEY
2
LED RED
1
LED GRN
CN901
4P
WHT
:S-MICRO
1
D GND
2
STBY 5V
5V
3
RXD
4
TXD
R904
1k
:CHIP
R924
100
10k
C944
0.01
C950
D909
:CHIP
CN902
8P
1
H RTRC
2
V RTRC
3
CBLK
4
BPCLP
5
IIC SCL
6
GND
7
IIC SDA
CSYNC
8
TO A BOARD
CN309
100
16V
CN903
7P
1
HOST GND1
DDC SDA1
2
3
DDC SCL1
HOST 5V /STBY 5V
4
5
GND
HSYNC
6
VSYNC
7
R972
2.2k
1
S
S
1
1
D
9
5
2
2
3
5
T
D
11
12
13
14
15
CONNECTOR
15PIN D-SUB
SIGNAL IN
1
6
2
7
3
8
4
5
10
R982
470
18k
47p
0.1
:PT
R546
33k
:RN
UDZS-TE17-5.1B
5V
C949
100
16V
UDZS-TE17-5.6B
C562
100
16V
R
C548
0.001
:PT
R597
2.2M
:RN-CP
R906
B3
R
R545
47k
STBY 5V
1SS355TE-17
D507
10k
R912
1k
D901
D911
1PS226-115
SAW GEN2 NON AGC TYPE
R583
10k
R540
200k
:RN
R548
1.2k
C541
4.7
FB902
JW(5)
D905
1SS355TE-17
D906
1k
R918
D907
1SS355TE-17
JR602
0
:CHIP
:CHIP
R957
JW904
JW(5)
R937
R936
R938
100 :CHIP
D914
1PS226-115
C553
2200p
B:CHIP
12V
C555
0.1
:PT
R564
R550
1.2k
:RN
C557
22
R
R
SAW GEN1 AGC TYPE
C554
0.1
25V
B:CHIP
R568
47k
C539
0.01
100V
R544
270k
R596
1.2k
:RN
33k
:RN-CP
12V
9-978-884-01<17VC>DBOARD
L513
JW(5)
R584
4.7k
:CHIP
R541
1k
:RN
RV501
100k
:RN
R920
2.2k
R923
JW(5)
R914
R913
D908
1SS355TE-17
IC906
M24C08-MN6T
EEPROM
2
1
S
A
A
S
V
K
L
A
L
C
D
C
V
S
S
5 6 7 8
R916 R917
15k
:CHIP
:CHIP
D943
MA151
L902
R940
47k
47
R958
47
D912
100
100
R971
2.2k
:CHIP
1PS226-115
R567
C558
10k
1SS119-25TD
131415161718192021222324
R
REF
11 12
C561
0.001
B:CHIP
C556
220p
CH:CHIP
R903
1k :CHIP
R935
47
15k
C942
0.01
B:CHIP
1
470 :CHIP
47
1234
0
A
C
C
V
R939
:CHIP
B:CHIP
AZ23C6V2
D917
D522
IIC SCL
15V
IC702
STK391-120
D CONV OUT
)
)
)
)
)
)
Y
(
B
T
U
O
1 2 3 4 5 6 7 8 9
1
2
3
4
5
6
7
8
9
10
JW614
JW(17.5)
JW615
JW(17.5)
R712
33
R731
1W
0
:RS
:CHIP
R709
2.2k
:RN-CP
R711
0.56
1W
:RS
R707
2.7k
:RN-CP
R562
18k
:RN
R563
1.5
:FPRD
5V
STBY
R566
LA6500P-FA
22
1W
ROTATION
:RS
R558
10k
:RN-CP
R559
2.7k
:RN
12345
X
Y
Y
(
(
B
B
N
N
I
I
+
-
X
X
(
(
(
A
A
A
N
I
+
E
T
N
E
U
I
V
O
-
15
C706
68p
CH:CHIP
:RN-CP
R735
2.7k
:RN-CP
R720
0
:CHIP
F
C
E
D
R
Y
V
A1 A3
1
2
A
A
C549
0.068
:PT
IC502
-15V
R733
R716
0
33
:CHIP
R737
1W
2.2k
:RS
R710
R713
2.2k
0.68
:RN-CP
1W
:RS
C723
0.01
B:CHIP
R721
27
:CHIP
C547
1.0
15V
-15V
15V
R743
R741
0.82
0.82
:FPRD
:FPRD
A
T
Y
B
C
C709
T
C
470
S
V
25V
10
C710
470
25V
C707
68p
CH
:CHIP
R739
10k
:CHIP
R708
2.7k
:RN-CP
C
D
X
3
A
R560
15k
:RN-CP
JW613
JW(7.5)
U
O
I
1 2 3 4 5 6 7 8 9
R745
2.2
:CHIP
C729
330p
B:CHIP
15
:RN-CP
R724
22
1W
:RS
R718
100
1W
:RS
380V-3
R605
JW(7.5)
C610
330
400V
5P
1
2
3
4
5
S
S
U
A
G
E
D
MTZJ-T-77-12B
0
Q601
DTC143ESA-TP
RELAY DRV.
12V
D602
1SS119-25TD
4P
1
DGC2
NC
NC
DGC1
C631
2
470p
250V
3
4
1
2
SG601
21
220VRMS
RY601
TH601
4.5
:POS
R613
4.7M
1/2W
R602
4.7M
1/2W
R615
680k
:CHIP
D623
C665
0
:CHIP
R618
220
:RN-CP
12.1
MTZJ-T-77-4.7B
21
65
43
C660
4700p
250V
2 3
1
CN600
3P
UDZ-TE-17-13B
1SS119-25TD
D610
R604
680k
1/2W
:RC
C604
0.47
250V
VA601
1
N
:RN-CP
C605
0.22
250V
2
C
N
D609
R610
1k
D4SB60L
AC RECT
R693
470
B:CHIP
D625
R616
1.0M
:CHIP
R698
:CHIP
C615
0.022
:CHIP
:RN-CP
D601
TH600
3.9
3.84A
R600
1
10W
C643
4700p
250V
LF602
:LFT
4
FH2
F601
5A
250V
FH1
3
L
IC601
TEA1504-N2
SW REG
CONTROL
C614
0.01
4
OOB
1
3
DEM
1
2
NC
1
56k
1
GND
DRIVER
1
0
NC
ISENSE
1
9
VCTRL
R620
33k
:RN-CP
8
IREF
R606
MTZJ-T-77-18
470k
TLP621D4-Y
PHOTOCOUPLER
RCC CONTROL
4
3
ERROR AMP
C609
1000p
250V
VAUX
D638
IC603
IC604
AS431LAN
C647
470p
500V
1
VIN
B
2
HVS
3
NC
4
R603
1.8k
:RC
5
C650
6800p
:CHIP
6
R655
100
7
DS
C681
4.7
50V
1
2
R642
390
:RN-CP
3
2
CLP005
TO Q602
HEATSINK
:RN-CP
C616
25V
R612
MTZJ-18
R623
22
2SC3311A
C611
680p
:CHIP
1
C612
0.068
250V
R621
75k
:CHIP
Q602
2SK2843
SW REG.
OUT
22
33
C613
270p
S
D608
2kV
D607
UF4007G23
R654
R614
R624
0.39
0.47
22
1W
1W
:RN-CP
:RS
:RS
R622
22
:CHIP
Q604
R640
1
:FPRD
C617
C618
0.1
22
:PT
25V
C656
R617
0.1
100
25V
:CHIP
:CHIP
C633
0.1
:CHIP
8.2
0
PROT
C634
4700p
:CHIP
R650
R643
120k
82k
:RN
:RN-CP
R609
3.9k
:RN-CP
C653
1000p
B:CHIP
A
T
U
O
R719
15k
R705
15k
:RN
R717
2.2
1W
:RS
C708
0.1
:PT
4
A
R635
22k
3W
:RS
D606
UF4007G23
R619 R656
1.5k
2W
:RS
MTZJ-T-77-4.7B
RGP10DG23
R611
22
:CHIP
MTZJ-T-77-12B
R647
10k
CN606
9P
WHT
:S-MICRO
A
N
I
:RN-CP
C
S
X
1.5k
R608
150k
:RN
:RN-CP
STBY
S CONV OUT
+
A
N
I
B:CHIP
R753
15k
2W
:RS
D616
D620
C608
D605
R648
5.6k
5V
IC703
LA6510
B
T
B
-
+
C
U
T
B
B
E
E
V
C725
0.01
R755
15k
:RN-CP
F
E
R
V
2
A
A
B
STBY
220
5V-2
9
V
5
Y
B
T
S
C
O
U
N
N
V
I
O
I
I
10
R747
2.2 :CHIP
C733
330p
B:CHIP
R727
15k
:RN-CP
R730
10
R706
1W
15k
:RS
:RN-CP
R729
2.2
R728
1W
100
:RS
1W
:RS
C711
0.1
:PT
C
S
Y
A5
5
A
C640
0.0047
250V
E
D611
FMC-26UA
T601
SRT
NEW
9
7
6
5
4
1
2
5V
STBY 5V
:RN-CP
:RN-CP
12V
8
7
6
5
V
1
D
V
5
H
N
2
+
G
1
+
FB601
0UH
10
D617
RGP10JPKG23
11
D618
FMN-G12S
12
C632
1000
25V
13
D622
FMN-G12S
15
16
17
18
14
IC607
BA05T
5V REG
J
D
T
A
U
V
O
R628
9.1k
C641
R649
100
2.2k
C637
16V
220
16V
R665
0
3.3k
:CHIP
80V
4.8
180V
180V
80V5V-2
4
3
2
1
C
D
V
V
N
N
0
TO A BOARD
0
G
8
8
+
1
+
C716
0.033
25V
CHIP
C718
0.033
25V
CHIP
A2
V REF
C702
4.7
A1
A3
A4
A4
A5
C663
47p
UF4007G23
2kV
R667
100
3W
R625
2.2k
1/2W
R627
0.47
1/2W
L602
C621
47
250V
C622
100
100V
-15V
L606
100
C603
1000
25V
Q612
2SC3311A
D619
FMN-G12S
D614
D1NS6-TA2
3
IO
G
1
BA00AST-V5
HEATER REG.
C
D
L
C
N
T
G
V
C
12345
D603
1SS119-25TD
C630
1.0
10V
R607
C601
22k
47
:CHIP
10V
Q605
DTC114EKA
STBY CONTROL
CN304 TO A BOARD
YDC
XDC
XSC
YSC
D612
D613
BT149G
180V
0.0022
B:CHIP
1SS119-25TD
L604
14.7
SW
IC602
CONV. CONTROL
1
2
3
4
5
6
7
8
9
C619
D621
80V
15V
C625
2200
25V
C682
0.47
25V
F:CHIP
CN501
6P
:WHT
IC701
CXA8070AP
H CONV_CLP
V_SIN
VPOSIN
V CONV_CLP
VREF OUT
V_CONVOUT
H_CONVOUT
H-SAW_CAP
H_STATICOUT
H-AGC_CAP
V_STATICOUT
R699
220
C624
3300
16V
R697
1.2
1W
:RS
5
V_REFIN
C620
100p
500V
R636
47k
1W
R660
47k
1W
R626
2.2k
:CHIP
DTC114EKA
0
6
+
Y
D
H
8
1
D_GND
7
1
SCL
6
1
SDA
5
1
D_VCC
HD.IN
A_VCC
V-REF
B
0
CH:CHIP
4
1
3
1
2
1
1
1
0
1
D704
C714
1SS119-25TD
390p
R704
15k :RN
C701
0.1
25V
B:CHIP
C704
220p
CH:CHIP
C703
12V
0.22
:MPS
C715
100
16V
F
D
.
V
4.7
Q603
SW
W
S
R
W
P
R501
100
13
6
4
5
C
-
N
Y
D
H
7
3
2
1
C
-
+
N
Y
Y
D
D
V
V
L901
5V-2
R907
100
1/2W
C902
R703
270
C712
0.1
:PT
C713
100
16V
D
H
IC605
PQ12RD08S
12V REG.
D
H
C502
0.01
:PT
-11.2
NNCD12A-T1
C581
2200p
1kV
D505
D1NL20U
0
1
1
B:CHIP
12V
12V
2SA1037
-1.2
D501
C509
0.1
2SC3941A-QR
V.DF AMP
Q505
BUFFER
2
1SS355TE
Q504
R505
10k
B:CHIP
STD5NE10-1
H.DRIVE OUT
S
R577
L508
HLC
NEW
D508
1.23
C503
0.01
C510
470p
500V
B
C508
100
25V
100
3W
:RS
7
3
R565
330k
:RN
0.69
R508
100
10
R509
22k
12V
R502
200k
:RN-CP
C501
10
0.63
R503
10k
:RN-CP
470
16V
C901
0.01
B:CHIP
4
3
2
1
C628
100
25V
Q511
R513
220
:RS
8
7
270V-2
270V-2
R506
330k
:RN
145.2
R507
2.7k
:RN
2W
JW(7.5)
C938
100
16V
R633
10k
15V
8
R511
:FPRD
C504
330p
500V
C505
C906
1.0
:MPS
UDZS-TE17-5.6B
W
W
/
A
E
S
V
12V
15V
C626
220
16V
T504
HDT
NEW
1
2
3
4
1
-15V
6
5
8.99
R514
39
:RN
MTZJ-T-77-5.6B
B
C571
22p
2kV
D937
T506
LCT
2SC3311A
:CHIP
D519
IIC SDA
IIC SCL
L7805CV
5V REG
IO
Q519
SW
1.15
R571
6.8k
7
8
LOCK
4.7k :CHIP
C905
0.068
:PT
V SAW
E/W
V.SIN
F
D
.
V
IC608
G
8
7
6
T503
:DFT
R915
C913
0.1
:PT
Y
L
F
H
6
4
C506
0.01
B:CHIP
2.7 3W :RS
R528
2.2k
:CHIP
5V
1
D VCC
2
LOCK
3
SDA
4
SCL
5
V.GND
6
V.OSC
7
V.AGC
8
V.SAW
9
E/W
0
V.SIN
1
1
H.AGC
1
2
V.DF
1
3
H.DF
1
4
H.FLY
1
5
H.GND
1
CXA8071CP
DEF. CONTROL
5V-2
C627
220
10V
D502
D3S4M
R517
R518
2.7
3W
:RS
56
4
3
2
1
DELAY CAP
IC902
-15V
-15V
14
-0.6
T505
2 3
1 5
R512
4.7
R515
1k
:FPRD
C507
0.3
400V
LOCK
D.GND
X5
V.IN
V.DIV
H.IN
H.PH.FI
AFC1
REF
VCO.FI
R.F/V
9V
AFC2
H.OUT
VCC
W
A
S
V
2W
FMQ-G1FS
32.2
R522
47
Q507
2SC5681
H. OUT
HST
NEW
4
D1NL40-TA
C511
0.12 250V :PP
5.01
C512
0.01
B:CHIP
S CAP CHANGE
4
S
0
3
9
2
8
2
7
2
6
2
5
2
4
2
3
2
2
2
1
2
0
2
9
1
8
1
7
1
6
1
LA78040
:RN-CP
D506
R592
150
1/4W
:RN
D511
2SK2098
B:CHIP
IC401
V.OUT
R406
12k
C401
1000
25V
R402
R591
150
1/4W
:RN
Q514
B:CHIP
330
:RS
FB507
8
IIC SDA
STBY 5V
C936
100p
CH:CHIP
C923
470p
CH:CHIP
C921
470
16V
0.4
Q903
2SC2412
H.DRIVE
C410
0.47
F:CHIP
R407
2.2k
:CHIP
C405
0.047
B:CHIP
MTZJ-T-77-4.7B
UDZS-TE17-5.1B
0
2SA1037AK
0.4
Q513
2SK2098
S CAP CHANGE
R951
100
:CHIP
C911
0.01
B:CHIP
C924
3.3
R950
1.2k
:CHIP
R933
1k
5.3
C403
220
50V
D402
L503
HOC
NEW
1
8
D527
Q521
SW
D531
D1NL20U
R529
82
2W
0.24
250V
:PP
C530
0.068 250V :PP
19.9
R524
SS
R901
5MM
9
R594
220
:CHIP
5.34
Q502
2SA1037
H.DRIVE
D403
1SS335TE-17
56k
:RN
P
C
W
C
V
0
1
A
A
1 2 3 4
IC905
BR24C08F-E2
EEPROM
R504
0.47
:FPRD
11.7
2SC2412
H.DRIVE
C407
0.1
:CHIP
D401
D1NL40
3
546
0.5
1
3
4
PS501
500MA
IC LINK
R526
RV502
C531
0.047
250V
:PP
R525
1k
5.01
:FPRD
C520
0.01
B:CHIP
S CAP CHANGE
2
S
Q501
2SC2412K
0.9
82
2W
100
2SK2098
C
N
Y
S
U
V
5678
A
L
D
C
S
S
C
N
Y
S
U
-
S
H
2
S
A
V
5.4
R410
12k
:RN-CP
R409
15V
5.6k
:RN-CP
R412R413
JW(7.5)1.0
C404
1000
25V
2SJ449
D516
12V
Q508
D2L40-TA
H.OUT
C569
0.1
:PT
0.9
R587
1k
:CHIP
12V
Q525
2SC2412K
H.OUT
R599
1k
:CHIP
8
L510
HCC
7
6
5
D530
D1NL20U
C523C516
0.082
250V
:PP
0
R523
56k
:RN
S
Q512
X902
V-USYNC
D920
RB441Q-40T-77
H-USYNC
C933
100p
:CHIP
R929
2.2k
V-REF
C952
0.1
C917
0.01
C918
22
C925
0.01
B:CHIP
1W
0UH
1SS119-25TD
C514
1
250V
:PP
0
:CHIP
C922
3.3
R931
2.2k
:RN-CP
C920
0.1
B:CHIP
C916
22
D903
RB441Q-40T-77
12V
C935
0.47
B:CHIP
C926
1000
16V
CLP001
CLP004
H FLY
V-REF
DEGAUSS SW
E/W E/W
C518
4300p
1800V
FB508
0UH
R516
150
1/4W
:RN
PWR SW
REMOTE SW
1 2 3 4 5 6 7
C408
0.01
B:CHIP
C402
0.47
100V
NEW
R401
R408
1.5
10k
:FPRD
:CHIP
C406
0.0068
:PT
R404
5.6k
:RN-CP
R403
R405
1.5
1.5
1/4W
1/4W
:RN
:RN
D512
L505
4.7mH
D524
HSS83
C579
C521
22p
100p
2kV
2kV
SL
SL
D525
HSS83
R585
1k
R586
2.2k
:FPRD
C522
0.0022
100V
:PT
12V
R589
4.7k
:CHIP
4.91
C517
0.01
:PT
R590
22k
:RN-CP
CLP003
R575
100
1/2W
:FPRD
C572
4.7
250V
R521
1k
:FPRD
R519
1M
C515
0.01
B:CHIP
3
S
H.REG
FB504
V FLY
Q520
0UH
1
S
UDZS-TE17-5.6B
Y
E
K
L
B
A
L
B
A
-32.4
177.7
R533
1k
:FPRD
D904
D518
NNCD12A-T1
C574
0.01
250V
H FLY
H RTRC
D924
UDZS-TE17-5.6B
RB441Q-40T-77
FB506
0UH
S
R581
10k
R582
33
:FPRD
KEY SCAN
UDZS-TE17-5.6B
C943
0.1
B:CHIP
C930
0.01
B:CHIP
R981
4.7k
:CHIP
R919
10k
:CHIP
UDZS-TE17-5.6B
R934
10k
C928
0.01
B:CHIP
D404
CH:CHIP
180V
C575
33
200V
5V
STBY
0
S
D936
MTZJ-T-77-5.6B
D918
UDZS-TE17-5.6B
C931
470p
Y
L
F
H
R536
1k
:FPRD
DCONV SW
ROTATION
POWER SW
REMOTE SW
DEGAUSS SW
R905
4.7k
:CHIP
D902
EEP SDA
EEP SCL
INPUT SEL
D919
C951
0.01 B:CHIP
V-SYNC
BPCLAMP
C939
100p
CH:CHIP
V-USYNC
H-USYNC
C-SYNC
C
R
T
R
H
1
DA0
DA1
2
DA2
3
DA3
4
HLIN
5
DA4
DA5
6
DA6
7
DA7
8
9
DA8
WP
0
VSS2
1
1
VDD2
1
2
PB7
1
3
PB6
1
4
PB5
1
5
PB4
KEY
1
6
PB3
ABL
1
7
PB2
1
8
PB1
HV
1
9
PFV
V FLY
1
VSI1
0
2
VSI2
1
2
2
CLP
2
3
ITA
LOCK
2
4
PD4
2
5
PD3
2
6
VSO
2
7
HSO
2
8
CSI VSS
2
IC901
MASK ROM
H RTRC
HV
L506
3.9mH
R578
82
1/2W
:RS
C573
2.2
250V
1
2
DDC SDA
DDC SCL
3
4
IIC SCL
IIC SDA
IC904
PST9143NL
6
TEST
5
5
IR
5
4
RESET
CBLK
OSCIN
OSCOUT
HSI1
V-SYNC
RESET
5
3
PA0
S0
5
2
PA1
5
S1
1
PA2
5
S2
0
PA3
S3
5
9
PA4
S4
4
8
PA5
LED RED
4
7
PA6
LED GREEN
4
6
CBLK
4
15pF CH:CHIP
5
4
X901
24MHz
4
4
C915
15pF
3
NC
4
CH:CHIP
FB904
2
NC
4
1
NC
4
0
NC
4
9
TDO
TXD
3
8
RDI
RXD
3
7
SDA
IIC SDA
3
6
SCL
IIC SCL
3
5
DDC SDA
3
4
DDC SCL
3
3
PC1
HOST GND1
3
2
HFB
H FLY
3
1
VDD
3
B:CHIP
0
3
C909
100
16V
9
2
H FLY
HD
LOCK
180V
D509
NNCD12A-T1
R572
0.47
1/2W
:FPRD
C524
33
200V
R534
R552
D517
56k
:RN
HZT33-02TE
R549
C544
62k
0.01
:RN
:PT
R510
9.1k
:RN
RESET
STBY
C908
0.01
R527
C537
100p
500V
10k
C914
C542
10
50V
D929
5V
2.2k :CHIP
2SJ449
HV REG
178.1
C527
0.01
250V
100 :FPRD
Q503
S
220k
:RN
D931
AZ23C6V2
D930
AZ23C6V2
AZ23C6V2
R908
11
1
NC
2
SUB
3
GND
R909
2.2k :CHIP
FB503
0UH
53.2
D1NL40
FB502
R547R595
220k
:RN
C540
0.01
630V
5
VCC
4
OUT
D928
AZ23C6V2
V RETRC
Q522
DTA114EKA
SYNC LOCK
R561
82
3W
:RS
R531
82 3W :RS
D513
0UH
270V-2
D515
ERA34-10TP1
C533
1.0
50V
HZT33-02TE
R570
10k
1/2W
:SURGE
C912
100 16V
B:CHIP
S0
S1
S2
S3
S4
R530
82
3W
:RS
L501
L502
R543
:FPRD
STBY
5V
A
C
R
T
R
V
TC74HCT04AF
SYNC INVERTER
Q524
6.28
53.2
C519
1200p
2kV
:PP
10
IC908
2
1
7
6
4
3
5
8
9
D
S
L
C
C
I
S
I
C
I
I
RXD
TXD
CBLK
IIC SCL
5V-2
12V
R985
68k
:CHIP
R984
47k
:CHIP
STBY 5V
8 9
R969
100
IC501
R569
470
:RN-CP
R551
33k
:RN-CP
C543
100p
CH:CHIP
R538
1/2W
:SURGE
10 11 12 13 14
D
N
G
BPCLAMP
R556
C545
47k
0.022
:RN-CP
B:CHIP
C546
220p
CH:CHIP
R554
150k
:RN-CP
PWR CONT
1 2 3 4 5 6 7 8109
C582
0.022
B:CHIP
R553
91k
:RN-CP
C550
C564
470
0.47
B:CHIP
T501
NEW
:FBT
1k
16V
IIC SDA
Q901
2SA1037
R983
100
:CHIP
STBY
C947
0.01
B:CHIP
C
C
V
1234567
CSYNC
R973
1k
:CHIP
L507
JW(5)
HV
13
16
15
SV
14
11
12
C552
0.01
B:CHIP
C563
470p
B:CHIP
C532
0.22
100V
SG501
D514
HSS82
B1 B2
CP1 CP2 CP3
RR R R R
R557
:CHIP
12V
C576
CH:CHIP
C534
0.033
100V
R542
1k
:RN
C535
DP1 B4
B4
FV1
FV2
R925
4.7k
:CHIP
R926
0
:CHIP
C910
0.1
C929
4.7
50V
R910
330
R911
1.2k
C
R
T
R
H
C940
47p
CH:CHIP
C941
47p
CH:CHIP
H-SYNC
2SA1037
SYNC LOCK
5.75
C566
22
4.86
25V
C526
2200p
500V
Q510
12
STP4NB80FP
HV OUT
R520
100
178.1
:FPRD
D504
NNCD12A-T1
D510
D1NL40-TA
C528
0.01
200V
:PT
S
R532
2.2
:FPRD
R574
2.2k
4.7
R539
10k
:RN
D503
(POWER)
(CONVERGENCE)
1
CN510
V
3
3
-
CN306
—
— 19 —
32 0.4 19 10.7
pin volt pin volt pin volt pin volt 33 0.5 20 9.9
1 1.6 1 77.4 1 5 1 -0.1 34 5 21 1.5
2 14.3 2 NC 2 0 2 0.0 35 5 22 10.4
3 -13.3 3 GND 3 GND 3 2.5 36 4.4 23 4.9
4 -14.4 4 -75.7 4 2.5 37 4.7 24 5.1
5 0.3 5 0.0 pin volt 5 -14.8 38 5 25 4
6 13.8 6 -65.7 1 12.1 6 2.5 39 5 26 0.4
7 1.6 7 -66.1 2 5 7 2.5 40 NC 27 4.9
8 -75.1 3 GND 8 0.2 41 NC 28 0
pin volt 9 -74.9 9 0.2 42 NC 29 0.4
1 12.1 10 NC pin volt 10 14.7 43 NC 30 GND
2 4.7 11 GND 1 4.8 44 0.1
3 4 12 NC 2 4.9 pin volt 45 2.4 pin volt
4 6.3 13 0 3 4.9 1 0.1 46 0.5 1 GND
5 8.8 14 6.1 4 4.8 2 4.9 47 0.5 2 GND
6 6.2 5 4.9 3 2.7 48 3.7 3 GND
7 GND pin volt 6 4.9 4 1.6 49 5 4 5.0
8 0.2 1 3.0 7 4.9 5 4.8 50 0.3 5 5.0
9 GND 2 8.7 8 4.9 6 4.8 51 5
10 8.4 3 GND 9 4.8 7 0 52 5 pin volt
11 4.6 4 6.3 10 12.1 8 NC 53 5 1 GND
12 5.8 5 1.2 11 4.1 9 5 54 5 2 GND
13 5.8 12 4.9 10 GND 55 NC 3 GND
14 5.8 pin volt 13 4.9 11 5 56 GND 4 GND
15 7.1 1 9.3 14 4.4 12 5 5 5
16 11.6 2 8.2 15 1.1 13 5 pin volt 6 5
17 12.1 3 -73.9 16 4.7 14 0.5 1 2.2 7 5
18 8.8 4 -65.3 17 4.4 15 5 2 4.9 8 5
19 9.4 18 GND 16 4.3 3 4.7
20 8.2 pin volt 17 NC 4 4.5 pin volt
21 0 1 2.5 pin volt 18 4 5 GND 1 0
22 4.7 2 GND 1 -0.1 19 -0.2 6 3.9 2 5
23 4 3 6.9 2 0.0 20 0.1 7 6 3 5
24 4 3 2.2 21 NC 8 4.9 4 0
pin volt 4 2.2 22 0.1 9 4 5 GND
pin volt 1 14.7 5 2.2 23 4.9 10 5 6 NC
1 1.1 2 12.1 6 0.0 24 5 11 6.8 7 GND
2 1.1 3 GND 7 -14.8 25 0.0 12 4.6 8 5
3 -14.9 4 4.8 8 GND 26 0 13 NC 9 0
4 -2.8 9 14.7 27 0.4 14 0.4 10 0.4
5 14.7 10 3.2 28 0.1 15 GND 11 4.7
29 GND 16 11.7 12 4.7
30 0.4 17 0.4 13 0
31 5 18 4.9 14 5
All voltages are in V
IC605
IC502
IC902
IC908
IC604
IC702
IC904
IC602
IC905
IC603
IC901
IC608
IC501
IC701
IC401
IC601
IC607
IC703
D BOARD IC VOLTAGE LIST
1
2
4.43 Vp-p (H) 3.14 Vp-p (H)
5
6
1.165 kVp-p (H) 92.00 Vp-p (H)
7 8
9
1.44 Vp-p (H) 56.31 Vp-p (H)
11.56 Vp-p (H)
4
5.51 Vp-p (H)
3
5.11 Vp-p (H)
10
11
12
9.83 Vp-p (H)
9.23 Vp-p (H) 11.56 Vp-p (H)
13 14
1.46 Vp-p (H) 1.175 kVp-p (H)
15
1.56 Vp-p (H)
— 20 —
HMD-A240
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