Sony PS-HX500 User manual

SERVICE MANUAL
Sony Video & Sound Products Inc.
Published by Sony Techno Create Corporation
PS-HX500
SPECIFICATIONS
STEREO TURNTABLE SYSTEM
9-896-278-01
2016C33-1
© 2016.03
US Model
Canadian Model
AEP Model
UK Model
Ver. 1.0 2016.03
Motor and Platter
Drive system Belt-drive
Motor DC motor
Platter 296 mm dia. (aluminum die-cast)
Speeds 33 1/3 and 45 rpm, 2 speed
Wow and utter Less than 0.25% (WRMS)
S/N ratio More than 50 dB (DIN-B) with the supplied cartridge
Tone Arm
Type Dynamic balanced straight-shaped with soft damping control
Eective arm length 221 mm
USB Connectivity
Output port USB Type B
USB 2.0
Cartridge
Type MM
Stylus pressure 3 g
Output level 2.5 mV
General
Power supply DC 5 V 2.0 A (AC adaptor)
Power consumption 3 W
Dimensions 430 x 104 x 366 mm (16 7/8 x 4 1/8 x 14 3/8 in)
(width/height/depth)
Weight Approx. 5.4 kg (11.9 lb 19.5 oz)
AC adaptor
HK-AR-050A200-US for the U.S.A. and Canada
Input AC 100-240 V 0.35 A 50/60 Hz
Output DC 5 V 2.0 A
HK-AR-050A200-EU for European countries
Input AC 100-240 V 0.35 A 50/60 Hz
Output DC 5 V 2.0 A
HK-AR-050A200-GB for United Kingdom
Input AC 100-240 V 0.35 A 50/60 Hz
Output DC 5 V 2.0 A
Design and specications are subject to change without notice.
Supplied accessories
• Platter (with drive belt) (1)
• Rubber mat (1)
• Counterweight (1)
• Dust cover (1)
• 45 rpm adaptor (1)
Place the adaptor on the spindle for
playing a 17 cm (7 inch) vinyl record.
• Dust cover hinges (2)
• AC adaptor (1)
• PHONO cables with grounding wires (1)
• USB cable (1)
• Operating Instructions
• Warranty card
• Owner Registration Card (for customers in
the USA)

PS-HX500
2
1. SERVICING NOTES ............................................. 3
2. DISASSEMBLY
2-1. Disassembly Flow........................................................... 9
2-2. Hinge Assy, Dust Cover Assy ......................................... 9
2-3. Counter Weight ............................................................... 10
2-4. Belt, Platter ..................................................................... 10
2-5. Case................................................................................. 11
2-6. MAIN Board ................................................................... 11
2-7. Foot Assy, Cover_Motor................................................. 12
2-8. Switch Knob ................................................................... 12
2-9. Motor Assy (M1) ............................................................ 13
2-10. SW Board........................................................................ 14
2-11. Tone Arm Assy................................................................ 15
3. ELECTRICAL ADJUSTMENT .......................... 15
4. DIAGRAMS
4-1. Block Diagram................................................................ 16
4-2. Printed Wiring Board - SW Board -................................ 17
4-3. Printed Wiring Board - MAIN Board -........................... 18
4-4. Schematic Diagram - MAIN Section (1/4) -................... 19
4-5. Schematic Diagram - MAIN Section (2/4) -................... 20
4-6. Schematic Diagram - MAIN Section (3/4) -................... 21
4-7. Schematic Diagram - MAIN Section (4/4) -................... 22
5. EXPLODED VIEWS
5-1. Overall Section ............................................................... 23
5-2. Cabinet Section ............................................................... 24
6. ACCESSORIES ....................................................... 25
TABLE OF CONTENTS
System requirements
Windows
Operating systems:
Windows 7 (32/64 bit)
Windows 8 (32/64 bit)
Windows 8.1 (32/64 bit)
Windows 10 (32/64 bit)
(The latest service pack is required.)
CPU: Intel Core2 Processor 1.6 GHz or higher
Memory: 1 GB or larger
Screen resolution: 1024 x 768 or higher
Mac
Operating systems:
Mac OS X 10.9
Mac OS X 10.10
Mac OS X 10.11
Screen resolution: 1024 x 768 or higher
Any operating systems other than the listed
ones are not supported.
Note
This application is not assured to work
successfully:
– on ever y computer with one of the listed
operating systems
– on a homemade c omputer
– on a c omputer with a user-upgraded operating
system
– on a multi-boo t computer
– with the power -saving features of the computer:
System Suspend or Sleep (Standby)
Trademarks
• IBM and PC/AT are registered trademarks of
International Business Machines Corporation.
• Microsoft, Windows and Windows Media are
either trademarks or registered trademarks
of Microsoft Corporation in the United States
and/or other countries.
• Mac, MAC OS and OS X are trademarks of
Apple Inc., registered in the U.S. and other
countries.
• ASIO is a trademark of Steinberg Media
Technologies GmbH.
• DSD is a registered trademark of Sony
Corporation.
• All other trademarks and registered
trademarks are trademarks or registered
trademarks of their respective holders. In
this manual, ™ and ® marks are not specied.
Polarity of DC output of the AC adaptor
SAFETY-RELATED COMPONENT WARNING!
COMPONENTS IDENTIFIED BY MARK 0OR DOTTED LINE
WITH MARK 0ON THE SCHEMATIC DIAGRAMS AND IN
THE PARTS LIST ARE CRITICAL TO SAFE OPERATION.
REPLACE THESE COMPONENTS WITH SONY PARTS
WHOSE PART NUMBERS APPEAR AS SHOWN IN THIS
MANUAL OR IN SUPPLEMENTS PUBLISHED BY SONY.
ATTENTION AU COMPOSANT AYANT RAPPORT
À LA SÉCURITÉ!
LES COMPOSANTS IDENTIFIÉS PAR UNE MARQUE 0SUR
LES DIAGRAMMES SCHÉMATIQUES ET LA LISTE DES
PIÈCES SONT CRITIQUES POUR LA SÉCURITÉ DE FONC-
TIONNEMENT. NE REMPLACER CES COMPOSANTS QUE
PAR DES PIÈCES SONY DONT LES NUMÉROS SONT DON-
NÉS DANS CE MANUEL OU DANS LES SUPPLÉMENTS
PUBLIÉS PAR SONY.

PS-HX500
3
SECTION 1
SERVICING NOTES
UNLEADED SOLDER
Boards requiring use of unleaded solder are printed with the lead-
free mark (LF) indicating the solder contains no lead.
(Caution: Some printed circuit boards may not come printed with
the lead free mark due to their particular size)
: LEAD FREE MARK
Unleaded solder has the following characteristics.
• Unleaded solder melts at a temperature about 40 °C higher
than ordinary solder.
Ordinary soldering irons can be used but the iron tip has to be
applied to the solder joint for a slightly longer time.
Soldering irons using a temperature regulator should be set to
about 350 °C.
Caution: The printed pattern (copper foil) may peel away if
the heated tip is applied for too long, so be careful!
• Strong viscosity
Unleaded solder is more viscous (sticky, less prone to flow)
than ordinary solder so use caution not to let solder bridges
occur such as on IC pins, etc.
• Usable with ordinary solder
It is best to use only unleaded solder but unleaded solder may
also be added to ordinary solder.
DESTINATION ABBREVIATIONS
The following abbreviations for model destinations are used in this
service manual.
• Abbreviation
CND : Canadian model
MODEL IDENTIFICATION
Distinguish by Part No. and Destination code of model number
label stuck on the rear side of a main unit.
– Rear Panel –
MODEL NUMBER LABEL
Part No. Destination code
Destination Part No. Destination
code
US and Canadian models 4-585-313-0[] UC2
AEP model 4-585-313-1[] CEL
UK model 4-585-313-2[] CEK
The SERVICING NOTES contains important information for servicing. Be sure to read this section before repairing the unit.
NOTE OF REPAIRING THE BOARDS
When the board installed by this unit is defective, replace the com-
plete mounted board. Individual electrical parts that mounted on
the each boards cannot be replaced.
NOTE IN THE CASE OF THE REVERSING THE MAIN
UNIT
Before reversing the main unit, please do the following measure
always. There is a possibility of damage if you did not the follow-
ing measure.
• Tone arm lock
Tone arm lock
• Remove the platter
Platter

PS-HX500
4
ASSEMBLING THE TURNTABLE
Note
Do not connect your turntable to a power outlet
with the AC adaptor until you are finished with
assembly.
Precautions on placement
Ş Place the unit on a level surface.
Ş Avoid placing the unit near electrical
appliances (such as a television, hair
dryer, or fluorescent lamp) which may
cause hum or noise.
Ş Place the unit where it will not be subject
to any vibration, such as from speakers,
slamming of doors, etc.
Ş Keep the unit away from direct sunlight,
extremes of temperature, and excessive
dust and moisture.
Ş Keep the unit away from electronic
devices that may emit radio waves or
electromagnetic noise.
Attaching the platter
1 Place the platter on the spindle.
Keep the platter level while placing it on
the spindle.
Spindle
Motor
pulley
Platter
Note
Hold the platter firmly so as not to drop the
platter as it may cause personal injuries or
damage to your turntable.
2 Turn the platter to the position
where you can see the motor pulley
through the rectangular hole with
the tips of the red ribbon taped on
the platter.
Red ribbon
Motor pulley
3 Peel off the adhesive tape, pull and
hold the red ribbon, and then hook
the drive belt around the motor
pulley.
Note
ŞDo not twist the drive belt.
ŞBe sure to remove it once you have hooked
the drive belt around the motor pulley.
4 Place the rubber mat onto the
platter.
Note
Make sure that the chamfered side of the
rubber mat faces upward.
The back side of the rubber is indicated by the
SONY imprint.
REPLACING THE STYLUS
The stylus may become worn out, damaged,
or dirty beyond cleaning depending on
your use case. In such a case, replace the
stylus.
Note
Be sure to attach the stylus protective cover
before you replace the stylus so as not to harm
your fingertips or damage the stylus.
To remove the stylus
1 Turn off your turntable and the
connected audio device and unplug
the AC adaptor from the power
outlet.
2 Attach the stylus protective cover to
the stylus.
3 Hold the cartridge body () with
one hand, grasp the stylus with the
other, and then pull the stylus in the
direction of the arrow to remove it
from the cartridge body.

To attach the stylus
1 Attach the stylus protective cover to
the spare stylus.
2 Hold the cartridge body () with
one hand and then insert the tab on
the spare stylus into the receptacle
on the cartridge body.

3 Push the stylus in the direction of
the arrow until it clicks into place.

PS-HX500
5
ADJUSTING THE TONE ARM BAL-
ANCE
Adjust the tone arm balance to keep the
tone arm horizontally balanced (zero
balance) so that proper stylus pressure is
exerted on the vinyl record.
1 Remove the stylus protective cover.
Stylus protective
cover
Note
Remove the stylus protective cover with care
so as not to damage the stylus.
2 Make sure that the gauge number
“0” on the anti-skating knob is
aligned with the reference line.
Anti-skating Knob
3 Attach the counterweight onto the
back of the tone arm.
Slightly push in the counterweight and
rotate in the direction of the arrow until
the face of the gauge ring comes close
to the white line on the tone arm.
Counterweight
White line
Tip
You can rotate the counterweight clockwise to
move it outward or counterclockwise (in the
direction of the black arrow above) to move it
inward.
4 Unlock the tone arm lock and raise
the tone arm from the tone arm
rest.
Tone arm lock
5 Rotate the counterweight clockwise
or counterclockwise until the tone
arm is horizontally balanced.
You may find it easier to adjust the tone
arm balance that you rotate the
counterweight a little at a time and take
your hands off to see if the tone arm is
horizontally balanced.
Note
Keep the tip of the stylus untouched with the
rubber mat or the platter while adjusting the
tone arm balance.
6 Put the tone arm back onto the tone
arm rest.
ADJUSTING THE STYLUS PRES-
SURE AND THE ANTI-SKATING
FORCE
Once the tone arm is horizontally balanced,
adjust the stylus pressure and the anti-
skating force.
1 Rotate only the gauge ring on the
counterweight to bring the gauge
number “0” on the ring into
alignment with the white line on the
tone arm.
Gauge ring
Note
Do not rotate the counterweight along with
the gauge ring.
2 Rotate the counterweight
counterclockwise to bring the gauge
number “3” on the gauge ring into
alignment with the white line on the
tone arm.
Tip
An appropriate stylus pressure value is
recommended for every cartridge. To protect
the stylus and the record against damage,
adjust the stylus pressure to the recommended
value. On your turntable, set the stylus
pressure to “3.”
3 Rotate the anti-skating knob to
bring the gauge number “3” into
alignment with the reference line.
Tip
ŞThe anti-skating adjustment is required to
apply proper anti-skating force that cancels
out the inward force produced by the
spinning platter while a vinyl record is being
played.
ŞYou need to set the anti-skating force to the
same value as the stylus pressure you set in
step 2.

MEMO
PS-HX500
6

PS-HX500
7
SPEED ADJUSTMENT SHEET (STROBOSCOPE)
Used in electrical adjustment (refer to page 15).
Please enlarge to become diameter 292 mm. It will be 292 mm in
the 200 % enlarge. Please adjust if necessary.
292 mm

MEMO
PS-HX500
8

PS-HX500
9
SECTION 2
DISASSEMBLY
• This set can be disassembled in the order shown below.
2-1. DISASSEMBLY FLOW
Note: Follow the disassembly procedure in the numerical order given.
2-2. HINGE ASSY, DUST COVER ASSY
2-2. HINGE ASSY,
DUST COVER ASSY
(Page 9)
2-4. BELT, PLATTER
(Page 10)
2-3. COUNTER WEIGHT
(Page 10)
2-7. FOOT ASSY, COVER_MOTOR
(Page 12)
2-11. TONE ARM ASSY
(Page 15)
2-5. CASE
(Page 11)
2-6. MAIN BOARD
(Page 11)
2-9. MOTOR ASSY (M1)
(Page 13)
2-8. SWITCH KNOB
(Page 12)
2-10. SW BOARD
(Page 14)
SET
STYLUS
Note: Illustration of disassembly is omitted.
(Refer to “REPLACING THE STYLUS” on page 4)
1Fully open the
dust cover.
3Remove the dust cover block
in the direction of the arrow.
5hinge assy
5hinge assy
6dust cover assy
2Grasp this portion,
lift up slowly.
2Grasp this portion,
lift up slowly.
rear side
4dust cover block

PS-HX500
10
2-3. COUNTER WEIGHT
2-4. BELT, PLATTER
counter weight
rear side
1Rotate the counter weight in
the direction of the arrow.
2counter weight
Note: When installing the counter weight, refer to
“ADJUSTING THE TONE ARM BALANCE”
on page 5.
top side
3Insert the your finger into the hole and remove
the platter block in the direction of the arrow.
pulley
belt
2Remove the belt from the pulley.
hole
hole
5belt
6platter
top side
4platter block
Note 2: When installing the platter block, refer to
“ASSEMBLING THE TURNTABLE”
on page 4.
1rubber mat
Note 1: Make sure that the chamfered side of
the rubber mat faces upward.
The back side of the rubber is indicated
by the SONY imprint.

PS-HX500
11
2-5. CASE
2-6. MAIN BOARD
front side
bottom side
1four screws
(BTB3 u5)
2seven screws
(3 u12) 3case
A
A
[white]
[red]
wire
MAIN board
[blue/green]
:LUHVHWWLQJ 8screw
(TTB3 u8)
3screw
(3 u12)
1Remove the
three solders.
2connector
(CN901)
0screw
(B M3 u8)
9screw
(M2 u6)
3two screws
(3 u12)
4wire
5two screws
(JTB3 u15)
6Remove the MAIN board
block in the direction of
the arrow.
7pedestal 0screw
(B M3 u8)
qa cover_rear
qs MAIN board
front side
bottom side
7pedestal
front side
rear side
Note: When turning the main unit over, refer to “NOTE IN THE
CASE OF THE REVERSING THE MAIN UNIT” on page 3.
Note: When turning the main unit over, refer to “NOTE IN THE
CASE OF THE REVERSING THE MAIN UNIT” on page 3.

PS-HX500
12
2-7. FOOT ASSY, COVER_MOTOR
2-8. SWITCH KNOB
foot assy (rubber block)
1Rotate the foot assy (rubber block)
in the direction of the arrow.
front side
bottom side
5screw
(3 u12)
2foot assy
(rubber block)
4foot assy
(base block)
3screw
(3 u12)
5three screws
(3 u12)
6cover_motor
hole
1Push the switch knob by
a flathead screwdriver. How to install the switch knob
When installing the switch knob to the rotary encoder, align
the directions of the D-shaped tip of the rotary encoder and
the D-shaped notch at the inner side of the switch knob.
rotary encoder
2switch knob
switch knob
front side
bottom side
front side
top side
Note 1: When turning the main unit over, refer to “NOTE IN THE
CASE OF THE REVERSING THE MAIN UNIT” on page 3.
Note: When turning the main unit over, refer to “NOTE IN THE
CASE OF THE REVERSING THE MAIN UNIT” on page 3.
Note 2: All four foot assys (rubber + base) can be removed using the
same procedure.

PS-HX500
13
2-9. MOTOR ASSY (M1)
front side
bottom side
2three screws
(STEP M2.5 u1.5)
3motor assy
(M1)
1Remove the
four solders.
:LUHVHWWLQJ
SW board
motor assy (M1)
[yellow: 5 pin]
6 pin
[yellow: 6 pin]
[red]
[black]
5 pin
front side
top side
Note 3: Removing the two screws
is not necessary.
Note 3: Removing the screw
is not necessary.
Note 4: If you remove the three screws (step 2), the motor assy
will fall. When removing the screws, make sure that
you hold the motor assy.
Note 1: When turning the main unit over, refer to “NOTE IN THE
CASE OF THE REVERSING THE MAIN UNIT” on page 3.
Note 2: When replacing the motor assy, refer to “DC MOTOR SPEED
ADJUSTMENT” on page 15.

PS-HX500
14
2-10. SW BOARD
SW board
MAIN board
:LUHVHWWLQJ
SW board
motor assy (M1)
motor assy (M1)
[yellow: 5 pin]
6 pin
[yellow: 6 pin]
[red]
[black]
5 pin
Press the wire into the groove.
Press the wire into the groove.
CN901
front side
bottom side
front side
1Remove the
four solders.
6SW board
2connector
(CN901) 3Draw the wire out of the groove.
4accessory
nut
5accessory
washer
Note: When turning the main unit over, refer to “NOTE IN THE
CASE OF THE REVERSING THE MAIN UNIT” on page 3.

PS-HX500
PS-HX500
1515
2-11. TONE ARM ASSY
[white]
[red]
wire
MAIN board
[blue/green]
:LUHVHWWLQJ
2screw
(3 u12) 1Remove the
three solders.
3wire
rear side
hole
5Draw the wire out
of the hole.
6tone arm assy
front side
rear side
top side
4six screws
(PTP3 u14)
Note 3: When removing the screws, make sure
that you hold the tone arm assy.
Note 2: If you remove the six screws (step 4), the tone arm assy
will fall. When removing the screws, make sure that
you hold the tone arm assy.
Note 1: When turning the main unit over, refer to “NOTE IN THE
CASE OF THE REVERSING THE MAIN UNIT” on page 3.
SECTION 3
ELECTRICAL ADJUSTMENT
DC MOTOR SPEED ADJUSTMENT
When replace the motor, perform the DC motor speed adjustment.
Necessary equipment:
• Speed adjustment sheet (stroboscope) (Fig A)
Note: Enlarge “SPEED ADJUSTMENT SHEET (STROBOSCOPE)”
of page 7 and print it.
• LED light bulb without the inverter (Fig. B)
• LED light bulb socket (Fig. C)
• Insulation flathead screwdriver for resistor adjustment
• Stand for putting the main unit
Power supply frequency
for 50 Hz.
inside : for 45 rpm check
outside : for 33 rpm check
Power supply frequency
for 60 Hz.
inside : for 45 rpm check
outside : for 33 rpm check
– Fig. A –
– Fig. B – – Fig. C –
Installation method:
Holes for adjustment
(Not covered the holes by a stand)
front side
Height that the flathead
screwdriver can be used.
Stand
Stand
Procedure:
1. Installing the main unit by referring to “Installation method”.
2. Place the rubber mat onto the turntable, and place the speed
adjustment sheet (stroboscope) onto it.
Rubber mat
Turntable
Speed adjustment
sheet
3. The turntable is rotated at a rotation speed 33 rpm.
SPEED/POWER
rotary switch knob
4. Connect the socket fitted with a LED light bulb into an electri-
cal outlet.
5. The LED light bulb is lit near to the turntable.
6. Insert the insulation flathead screwdriver for resistor adjust-
ment into screw hole “33” at the bottom of the main unit.
Adjust the turntable speed by rotating the insulation flathead
screwdriver to the left or right so that the speed adjustment
sheet pattern looks like it has stopped moving.
Note 1: Check the applicable place of the speed adjustment sheet to match
the power supply frequency (50 Hz/60 Hz) that is used in the LED
light bulb.
front side
– Bottom view –
7. When you have completed the adjustment of 33 rpm, then per-
form the adjustment of 45 rpm.
8. The turntable is rotated at a rotation speed 45 rpm.
SPEED/POWER
rotary switch knob
9. The LED light bulb is lit near to the turntable.
10. Insert the insulation flathead screwdriver for resistor adjust-
ment into screw hole “45” at the bottom of the main unit.
Adjust the turntable speed by rotating the insulation flathead
screwdriver to the left or right so that the speed adjustment
sheet pattern looks like it has stopped moving.
Note 2: Check the applicable place of the speed adjustment sheet to match
the power supply frequency (50 Hz/60 Hz) that is used in the LED
light bulb.
front side
– Bottom view –

PS-HX500
PS-HX500
1616
SECTION 4
DIAGRAMS
4-1. BLOCK DIAGRAM
%ORFN௕

PS-HX500
PS-HX500
1717
THIS NOTE IS COMMON FOR PRINTED WIRING BOARDS AND SCHEMATIC DIAGRAMS.
(In addition to this, the necessary note is printed in each block.)
For Printed Wiring Boards.
Note:
• : Pattern from the side which enables seeing.
(The other layers’ patterns are not indicated.)
Caution:
Pattern face side:
(Conductor Side)
Parts face side:
(Component Side)
Parts on the pattern face side seen
from the pattern face are indicated.
Parts on the parts face side seen from
the parts face are indicated.
For Schematic Diagrams.
Note:
• All capacitors are in μF unless otherwise noted. (p: pF)
50 WV or less are not indicated except for electrolytics
and tantalums.
• All resistors are in Ωand 1/4 W or less unless otherwise
specified.
4-2. PRINTED WIRING BOARD - SW Board - • Uses unleaded solder.
SW BOARD (COMPONENT SIDE)
SW BOARD (CONDUCTOR SIDE)
A
B
C
1 2

PS-HX500
PS-HX500
1818
4-3. PRINTED WIRING BOARD - MAIN Board - • Uses unleaded solder.
MAIN BOARD (COMPONENT SIDE)
MAIN BOARD (CONDUCTOR SIDE)
A
B
C
D
E
F
G
H
I
J
1 2 3 4 5 6 7 8 9
K

PS-HX500
PS-HX500
1919
4-4. SCHEMATIC DIAGRAM - MAIN Section (1/4) -
SCKI
SCKI
RST
FMT0
FMT1
S/M
FS0
FS1
FS2
RST
FS2
FS1
FS0
S/M
FMT1
FMT0
C320
0.1u
P2
D3.3V
D3.3V
100u/16
22 u/ 25
5V
100u/16
A-8V
A-8V
R637
820
A-8V
A8V
820
A-8V
A8V
30P 30P
D3.3V
D3.3V
47
47
47
C625
0.01u
A8V
D3.3V
A8V
MUTE
47
C644
0.1u
C645
0.01u
C329
0.1u
C330
1000P
C338
0.1u
C339
0.1u
C340
0.1u
R934
NC
IC301B
TMS320C6748EZWT3
JK301
USB B
D301
STZC6.8N
D302
STZC6.8N
U+
DN
DP
GND
L302
ACM2012-2P
L301
MPZ2012S101A
R301
0
C323
10u
C322
0.1u
R302
NC
C321
0.22uF
L303
0
IC302
EN25Q32B
L304
FB(100)
C318
100u/10
C319
0.1u
R305 33K R303 33K R304 33K R306 33K
R307
22
X301
16.9344MHz
C314
20P
C315
20P
R326 1M R327
100
R316
10K
R315 10K
R312 10K
R311 10K
R309 10K
R308 10K
R314 10K
R313 10K
IC601B
NJM4580
C602
100P
C603
4.7u/50
R605
470
C605
47u/16
R606
270K
R607
22K
R609
100K
C608
10u/25
C606
0.012
C607
0.0033u
R603
470
C604
220P
IC601A
NJM4580
C610
100P
C611
4.7u/50
R612
470
C613
47u/16
R613
270K
R614
22K
R616
100K
C616
10u/25
C614
0.012
C615
0.0033u
R610
470
C612
220P
G
R608
1K
R615
1K
R602
0
C618
C601
0.1u
C609
2700P
C617
2700P
R620
2.2K
R619
2.2K
D602
1SS355
D601
1SS355
R623
470
R622
220K
C622
220u/10
C621
R601
0
C619
C620
0.1u
R604
47K
R611
47K
LL
R621
100K
Q601
D2704K
Q602
D2704K
RED GREEN BLUE WHITE
C623
100P
C624
100P
L602
FB(600)
L601
FB(600)
MM PICK-UP
OUTPUT
R
JK602
RCA
LINE
PHONO
LR
BLACK
Q603
A124TKA
IC304
PCM4202DB
C303
0.1u
C304
0.1u
C305
0.1u
C302
0.1u
C301
100u/10
C306
100u/10
C637
3300P
C635
0.1u
IC603A
NJM4580
R635
390
C636
0.1u
C633
22P
IC603B
NJM4580
R636
390
C643
0.1u
C634 22P
C639
NC
R634
3.3K
R633 3.3K
R632
3.3K
R631
3.3K
C632
47u/16 C638
NC
C640
3300P
C630
0.1u
R630
IC602A
NJM4580
R628
390
C629
0.1u
C627
22P
IC602B
NJM4580
R629
390
C631
0.1u
C628
22P
C642
NC
R627
3.3K
R626 3.3K
R625
3.3K
R624
3.3K
C626
47u/16
C641
NC
X302
24.576MHz
C316 C317
R328 1M
R329
100
Q302
C124EKA
R325
10K
C313 0.1u
C310
0.1u
R323
NC
R317
33K
R320
R319
R318
DO
CLK
CS
DI
C308
0.1u
C309
100u/10
CLKSET
Q301
NC
R330
NC
C307
0.1u
SW601
SW
LINE
BCK
LRCK
DATA
R331
0
IC305
SN74LVC1G04DCK
IC306
SN74LVC1G04DCK
IC308
SN74LVC1G125DCK
IC307
SN74LVC1G125DCK
C335
0.1u
C336 0.1u L306
FB(100)
R333 1K
R334 1K
R335 1K
R336 1K
R337 1K
R338 1K
R339
47
R332
C337
0.1u
Q303
C124EKA
R363
10K
SCKI
R321
NC
FIXED3
CHASSIS
CHASSIS
DGND
AGND
AGND
AGND
CHASSIS
AGND
CHASSIS
AGND DGND
L308
FB(330)
L309
FB(120)
L307
FB(100)IC303
LD1117-3.3V
C324
10u
C326
NC
C328
100u/10
C325
10u
R935
0
IC309
78L05
C311
0.1u
USB0_VBUS
N19
USB0_DM
M18
USB0_DP
M19
USB0_ID
P16
USB0_DRV_VBUS
K18
USB0_VDDA12
N17
AMUTE/PRU0_R30(16)/UART2_RST/GP0(9)/PRU0_R31(16) D5
AHCLKX/USB_REFCLKIN/UART1_CTS/GP0(10)/PRU0_R31(17) A3
ACLKX/PRU0_R30(19)/GP0(14)/PRU0_R31(21) B1
AFSX/GP0(12)/PRU0_R31(19) B2
AHCLKR/PRU0_R30(18)/UART1_RTS/GP0(11)/PRU0_R31(18) A2
ACLKR/PRU0_R30(20)/GP0(15)/PRU0_R31(22) A1
AFSR/GP0(13)/PRU0_R31(20) C2
AXR15/EPWM0TZ(0)/ECAP2_APWM2/GP0(7) A4
AXR14/CLKR1/GP0(6) B4
AXR13/CLKX1/GP0(5) B3
AXR12/FSR1/GP0(4) C4
AXR11/FSX1/GP0(3) C5
AXR10/DR1/GP0(2) D4
AXR9/DR1/GP0(1) C3
AXR8/CLKS1/ECAP1_APWM1/GP0(0)/PRU0_R31(8) E4
AXR7/EPWM1TZ(0)/PRU0_R30(17)/GP1(15)/PRU0_R31(7) D2
AXR6/CLKR0/GP1(14)/MII_TXEN/PRU0_R31(6) C1
AXR5/CLKX0/GP1(13)/MII_TXCLK D3
AXR4/FSR0/GP1(12)/MII_COL D1
AXR3/FSX0/GP1(11)/MII_TXD(3) E3
AXR2/DR0/GP1(10)/MII_TXD(2) E2
AXR1/DX0/GP1(9)/MII_TXD(1) E1
AXR0/ECAP0_APWM0/GP8(7)/MII_TXD(0)/CLKS0 F3
SPI1_SCS(1)/EPWM1A/PRU0_R30(8)/GP2(15)/TM64P2_IN12 F18
SPI0_SCS(5)/UART0_RXD/GP8(4)/MII_RXD(3) C19
SPI0_SCS(4)/UART0_TXD/GP8(3)/MII_RXD(2) D18
SP10_SCS(3)/UART0_CTS/GP8(2)/MII_RXD(1)/SATA_MP_SWI TCH E17
SP10_SCS(2) /UART0_RTS/GP8(1)/MII_RXD(0)/SATA_CP_DE T D16
SP10_SCS(1)/TM64P0_OUT12/GP(7)/MDIO_CLK/TM64P0_IN12 E16
SP10_SCS(0)/TM64P1_OUT12/GP(6)/MDIO_D/TM64P1_IN12 D17
SP10_CLK/EPWM0A/GP1(8)/MII_RXCLK D19
SP10_SOMI/EPWMSYNCI/GP8(6)/MII_RXER C16
SP10_SIMO/EPWMSYNCO/GP8(5)/MII_CRS C18
SP10_ENAEPWM0B/PRU0_R30(6)/MII_RXDV C17
EMA_SDCKE/PRU0_R30(4)/GP2(6)/PRU0_R31(4) D8
EMA_RAS/PRU0_R30(3)/GP2(5)/PRU0_R31(3) A16
EMA_CAS/PRU0_R30(2)/GP2(4)/PRU0_R31(2) A9
EMA_WEN_DQM(0)/GP2(3) C8
EMA_WEN_DQM(1)/GP2(2) A5
PRU0_R30(31)/UHPI_HRDY/PRU1_R30(12)/GP6(13) R17
PRU0_R30(30)/UHPI_HINT/PRU1_R30(11)/GP6(12) R16
PRU0_R30(29)/UHPI_HCNTL0/UPP_CHA_CLOCK/GP6(11) U17
PRU0_R30(28)/UHPI_HCNTL1/UPP_CHA_START/GP6(10) W15
PRU0_R30(27)/UHPI_HHWIL/UPP_CHA_ENABLE/GP6(9) U16
PRU0_R30(26)/UHPI_HRW/UPP_CHA_WAIT/GP6(8)/PRU1_R31( 17) T15
VP_CLKIN0/UHPI_HCS/PRU1_R30(10)/GP6(7)/UPP_2XTxCLK W14
VP_CLKIN1/UHPI_HDS1/PRU1_R30(9)/GP6(6)/PRU1_R31(16) V15
VP-DIN(8)/UHPI_HD(0)/GP6(5)/PRU1_R31(0) P17
VP_CLKIN2/MMCSD1_DAT(3)/PRU1_R30(3)/GP6(4)/PRU1_R31 (4) H3
VP_CLKOUT2/MMCSD1_DAT(2)/PRU1_R30(2)/GP6(3)/PRU1_R3 1(3) K3
VP_CLKIN3/MMCSD1_DAT(1)/PRU1_R30(1)/GP6(2)/PRU1_R31 (2) J3
VP_CLKOUT3/PRU1_R30(0)GP6(1)/PRU1_R31(1) K4
LCD_AC_ENB_CS/GP6(0)/PRU1_R31(28) R5 VP_DOUT(8)/LCD_D(8)/UPP_XD(0)/GP7(0)/BOOT(0)
U3 VP_DOUT(9)/LCD_D(9)/UPP_XD(1)/GP7(1)/BOOT(1)
T1 VP_DOUT(10)/LCD_D(10)/UPP_XD(2)/GP7(2)/BOOT(2)
T2 VP_DOUT(11)/LCD_D(11)/UPP_XD(3)/GP7(3)/BOOT(3)
T3 VP_DOUT(12)/LCD_D(12)/UPP_XD(4)/GP7(4)/BOOT(4)
R1 VP_DOUT(13)/LCD_D(13)/UPP_XD(5)/GP7(5)/BOOT(5)
R2 VP_DOUT(14)/LCD_D(14)/UPP_XD(6)/GP7(6)/BOOT(6)
R3 VP_DOUT(15)/LCD_D(15)/UPP_XD(7)/GP7(7)/BOOT(7)
P4 VP_DOUT(0)/LCD_D(0)/UPP_XD(8)/GP7(8)/PRU1_R31(8)
W1 VP_DOUT(1)/LCD_D(1)/UPP_XD(9)/GP7(9)/PRU1_R31(9)
W2 VP_DOUT(2)/LCD_D(2)/UPP_XD(10)/GP7(10)/PRU1_R31(10)
W3 VP_DOUT(3)/LCD_D(3)/UPP_XD(11)/GP7(11)/PRU1_R31(11)
V1 VP_DOUT(4)/LCD_D(4)/UPP_XD(12)/GP7(12)/PRU1_R31(12)
V2 VP_DOUT(5)/LCD_D(5)/UPP_XD(13)/GP7(13)/PRU1_R31(13)
V3 VP_DOUT(6)/LCD_D(6)/UPP_XD(14)/GP7(14)/PRU1_R31(14)
U1 VP_DOUT(7)/LCD_D(7)/UPP_XD(15)/GP7(15)/PRU1_R31(15)
U2 MMCSD1_DAT(4)/LCD_VSYNC/PRU1_R30(4)/GP8(8)/PRU1_R31 (5)
G4 MMCSD1_DAT(5)/LCD_HSYNC/PRU1_R30(5)/GP8(9)/PRU1_R31 (6)
H4 MMCSD1_DAT(6)/LCD_MCLK/PRU1_R30(6)/GP8(10)/PRU1_R31 (7)
F2 MMCSD1_DAT(7)/LCD_PCLK/PRU1_R30(7)/GP8(11)
F1 PRU0_R30(22)/PRU1_R30(8)/UPP_CHB_WAIT/GP8(12)/PRU1_ R31(24)
G3 PRU0_R30(23)/MMCSD1_CMD/UPP_CHB_ENABLE/GP8(13)/PRU1 _R31(25)
J4 PRU0_R30(24)/MMCSD1_CLK/UPP_CHB_START/GP8(14)/PRU1_ R31(26)
G2 PRU0_R30(25)/MMCSD1_DAT(0)/UPP_CHB_CLOCK/GP8(15)/PR U1_R31(27)
G1
SPI1_ENA/GP2(12)
H16 SPI1_SIMO/ GP2(10)
G17 SPI1_SOMI/GP2(11)
H17 SPI1_CLK/GP2(13)
G19 SPI1_SCS(0)/EPWM1B/PRU0_R30(7)/GP2(14)/TM64P3_IN12
E19
SPI1_SCS(6)/I2C0_SDA/TM64P3_OUT12/GP1(4)
G18 SPI1_SCS(7)/I2C0_SCL/TM64P2_OUT12/GP1(5)
G16 SPI1_SCS(4)/UART2_TxD/I2C1_SDA/GP1(2)
F16 SPI1_SCS(5)/UART2_RxD/I2C1_SCL/GP1(3)
F17
1
2
3
4
5
6
K1 K2
A
3
K1 K2
A
3
14
23
CS
1
DO
2
WP
3
VSS
4DI 5
CLK 6
NC 7
VCC 8
+
5
-
6
7
+
3
-
2
1
84
2R
1RG
2L
1LG
VREFL 1
AGNDL 2
VCOML 3
VINL+ 4
VINL- 5
FMT0 6 FMT1 7
S/M 8
FS0 9 FS1 10 FS2 11
HPFD 12
DGND 13
VDD 14
DATA OR DSDR
15 BCK OR DSDL 16 LRCK OR DSDBCK 17 SCKI 18 RST 19 CLIPR 20 CLIPL 21 VCC 22 AGND 23 VINR- 24 VINR+ 25 VCOMR 26 AGNDR 27 VREFR 28
+
3
-
2
1
84
+
5
-
6
7
+
3
-
2
1
84
+
5
-
6
7
C1
2
1
4
3
C2
G
0G
0
NC
1
A
2
GND
3
Y4
VCC 5NC
1
A
2
GND
3
Y4
VCC 5
OE
1
A
2
GND
3
Y4
VCC 5
OE
1
A
2
GND
3
Y4
VCC 5
G
0
G
0G0
G0
1
O2 I
3
OUT 1
2
IN
3
GND
A
386
E
2 9
D
5
B
C
714
(1/4)MAIN BOARD
F

PS-HX500
PS-HX500
2020
4-5. SCHEMATIC DIAGRAM - MAIN Section (2/4) -
R380
33K
R381
33K
R382
33K
X303
26MHz R384
1M
R385
100
C332
C333
R386
0
R3444.7K R3434.7K
R342 4.7K R341 4.7K R340 4.7K R362 4.7K R361 4.7K R360 4.7K
JK302
2PIN7
TMS
TDI
TD0
TCK
RTCK
EMU0EMU1
C341
NC
R35233K
R35333K R35433K R35533K R35633K R35733K R35833K R35933K
R345
33K
R346
33K
R34733K R34833K R34933K R35033K R35133K
TRST
IC301D
TMS320C6748EZWT3
IC301C
TMS320C6748EZWT3
V03:MODIFY:C341 NC
C331
0.1u
1 2
3
4
5
6
7
8
9
10
11
12
13
14
NMI
J17
CLK_OUT/PRU1_R30(13)/GP6(14)
T18
REST_OUT/PRU1_R30(14)/GP6(15)
T17
RTC_ALARM/UART2_CTS/GP0(8)
F4
RESET
K14
OSC_OUT
K19
OSC_IN
L19
RTC_XO
H19
RTC_XI
J19
PRU1_R30(23)/GP5(15)/PRU1_R31(23) C11
PRU1_R30(22)/GP5(14)/PRU1_R31(22) A12
PRU1_R30(21)/GP5(13)/PRU1_R31(21) D11
PRU1_R30(20)/GP5(12)/PRU1_R31(20) D13
PRU1_R30(19)/GP5(11)/PRU1_R31(19) B12
PRU1_R30(18)/GP5(10)/PRU1_R31(18) C12
EMA_A(9)/PRU1_R30(17)/GP5(9) D12
EMA_A(8)/PRU1_R30(16)/GP5(8) A13
EMA_A(7)/PRU1_R30(15)/GP5(7) B13
EMA_A(6)/GP5(6) E13
EMA_A(5)/GP5(5) C13
EMA_A(4)/GP5(4) A14
EMA_A(3)/GP5(3) D14
EMA_A(2)/GP5(2) B14
EMA_A(1)/GP5(1) D15
EMA_A(0)/GP5(0) C14
EMA_BA(1)/GP2(9) A15
EMA_BA(0)/GP2(8) C15
EMA_D(7)/GP4(15) D7
EMA_D(6)/GP4(14) C6
EMA_D(5)/GP4(13) E7
EMA_D(4)/GP4(12) B5
EMA_D(3)/GP4(11) E8
EMA_D(2)/GP4(10) B8
EMA_D(1)/GP4(9) A8
EMA_D(0)/GP4(8) C9
PRU0_R30(5)/GP2(7)/PRU0_R31(15) B7
EMA_CS(5)/GP3(12) B16
EMA_CS(4)/GP3(13) F9
EMA_CS(2)/GP3(15) B17
EMA_CS(0)/GP2(0) A18
EMA_A_RW/GP3(9) D10
EMA_OE/GP3(10) B15
EMA_WE/GP3(11) B9 PRU0_R30(1)/GP2(1)/PRU0_R31(1)
B19
PRU0_R30(0)/GP3(8)/PRU0_R31(0)
B18
EMA_CS(3)/GP3(14) A17
TMS
L16
TRST
L17
TDI
M16
TDO
J18
TCK
J15
GP8(0)
K17
EMU1
K16
EMU0
J16
UART1_RxD/SATA_LED/GP1(1)
E18
UART1_TxD/SATA_CP_POD/GP1(0)
F19
USB1_DM
P18
USB1_DP
P19
SATA_TxP
J1
SATA_TxN
J2
SATA_RxP
L1
SATA_RxN
L2
SATA_REFCLKP
N2
SATA_REFCLK_N
N1
SATA_REG
N3
N.C
M3
MMCSD0_CLK/PRU1_R30(31)/GP4(7)
E9
MMCSD0_CMD/PRU1_R30(30)/GP4(6)
A10
MMCSD0_DAT(3)/PRU1_R30(26)/GP4(2)
E11
MMCSD0_DAT(2)/PRU1_R30(27)/GP4(3)
C10
MMCSD0_DAT(1)/PRU1_R30(28)/GP4(4)
A11
MMCSD0_DAT(0)/PRU1_R30(29)/GP4(5)
B10
RMII_CRS_DV/PRU1_R31(29) W19
RMII_MHZ_50_CLK/PRU0_R31(23) W18
RMII_RXER/PRU0_R31(24) W17
RMII_RxD(0)/PRU0_R31(25) V17
RMII_RxD(1)/PRU0_R31(26) W16
RMII_TxEN/PRU0_R31(27) R14
RMII_TxD(0)/PRU0_R31(28) V16
RMII_TxD(1)/PRU0_R31(29) U18
PRU0_R30(9)/PRU0_R31(9) R15
PRU0_R30(10)/PRU0_R31(10) R19
PRU0_R30(11)/PRU0_R31(11) R18
PRU0_R30(12)/PRU0_R31(12) T16
PRU0_R30(13)/PRU0_R31(13) U19
PRU0_R30(14)/PRU0_R31(14) V19
PRU0_R30(15)/PRU0_R31(15) V18
EMA_D(8)/GP3(0) E10
EMA_D(9)/GP3(1) D9
EMA_D(10)/GP3(2) A7
EMA_D(11)/GP3(3) D6
EMA_D(12)/GP3(4) A6
EMA_D(13)/GP3(5) B6
EMA_D(14)/GP3(6) C7
EMA_D(15)/GP3(7) E6
MMCSD0_DAT(5)/PRU1_R30(24)/GP4(0) E12
MMCSD0_DAT(4)/PRU1_R30(25)/GP4(1) B11
P1
D3.3V
15P
15P
D3.3V
D3.3V
D3.3V
R389
0
R388
10K
R387
NC
D1.8V
REST
A
386
E
2 9
D
5
B
C
714
(2/4)MAIN BOARD
F