sony nwz-s618f Service Manual

NWZ-S515/S516/S615F/

S616F/S618F

SERVICE MANUAL

Ver. 1.5 2008.09

ATRAC is trademark of Sony Corporation.



“WALKMAN” and “WALKMAN” logo are registered trademarks of Sony



Corporation.

and are trademarks of Sony Corporation.



Microsoft, Windows, Windows Vista and Windows Media are trademarks or



registered trademarks of Microsoft Corporation in the United States and/or
other countries.
Adobe, Adobe Reader and Adobe Flash Player are trademarks or registered



trademarks of Adobe Systems Incorporated in the United States and/or other
countries.
MPEG Layer-3 audio coding technology and patents licensed from



Fraunhofer IIS and Thomson.
IBM and PC/AT are registered trademarks of International Business



Machines Corporation.
Macintosh is a trademark of Apple Inc.



Pentium is a trademark or a registered trademark of Intel Corporation.



This software is based in part on the work of the Independent JPEG Group.



THIS PRODUCT IS LICENSED UNDER THE MPEG-4 VISUAL PATENT



PORTFOLIO LICENSE FOR THE PERSONAL AND NON-COMMERCIAL
USE OF A CONSUMER FOR
(i) ENCODING VIDEO IN COMPLIANCE WITH THE MPEG-4 VISUAL

STANDARD (“MPEG-4 VIDEO”) AND/OR

(ii) DECODING MPEG-4 VIDEO THAT WAS ENCODED BY A

CONSUMER ENGAGED IN A PERSONAL AND NON-COMMERCIAL
ACTIVITY AND/OR WAS OBTAINED FROM A VIDEO PROVIDER

LICENSED BY MPEG LA TO PROVIDE MPEG-4 VIDEO.
NO LICENSE IS GRANTED OR SHALL BE IMPLIED FOR ANY OTHER
USE. ADDITIONAL INFORMATION INCLUDING THAT REL ATING TO
PROMOTIONAL, INTERNAL AND COMMERCIAL USES AND
LICENSING MAY BE OBTAINED FROM MPEG LA, LLC. SEE
HTTP://WWW.MPEGLA.COM

THIS PRODUCT IS LICENSED UNDER THE AVC PATENT PORTFOLIO



LICENSE FOR THE PERSONAL AND NON-COMMERCIAL USE OF A
CONSUMER TO
(i) ENCODE VIDEO IN COMPLIANCE WITH THE AVC STANDARD

(“AVC VIDEO”) AND/OR
(ii) DECODE AVC VIDEO THAT WAS ENCODED BY A CONSUMER

ENGAGED IN A PERSONAL AND
NON-COMMERCIAL ACTIVITY AND/OR WAS OBTAINED FROM A
VIDEO PROVIDER LICENSED TO PROVIDE AVC VIDEO. NO LICENSE
IS GRANTED OR SHALL BE IMPLIED FOR ANY OTHER USE.
ADDITIONAL INFORMATION MAY BE OBTAINED FROM MPEG LA,
L.L.C. SEE HTTP://MPEGLA.COM
US and foreign patents licensed from Dolby Laboratories.



All other trademarks and registered trademarks are trademarks or registered



trademarks of their respective holders. In this manual,
specified.

This product is protected by certain intellectual property rights of Microsoft
Corporation. Use or distribution of such technology outside of this product is
prohibited without a license from Microsoft or an authorized Microsoft
subsidiary.

Content providers are using the digital rights management technology for
Windows Media contained in this device (“WM-DRM”) to protect the integrity
of their content (“Secure Content”) so that their intellectual property, including
copyright, in such content is not misappropriated.
This device uses WM-DRM software to play Secure Content (“WM-DRM
Software”). If the security of the WM-DRM Software in this device has been
compromised, owners of Secure Content (“Secure Content Owners”) may
request that Microsoft revoke the WM-DRM Software’s right to acquire new
licenses to copy, display and/or play Secure Content. Revocation does not alter
the WM-DRM Software’s ability to play unprotected content. A list of revoked
WM-DRM Software is sent to your device whenever you download a license
for Secure Content from the Internet or from a PC. Microsoft may, in
conjunction with such license, also download revocation lists onto your device
on behalf of Secure Content Owners.

Program ©2007 Sony Corporation
Documentation ©2007 Sony Corporation

TM

and ® marks are not

US Model

Canadian Model

E Model

Australian Model

Chinese Model

Tourist Model

NWZ-S615F/S616F/S618F

AEP Model

NWZ-S515/S516/S615F/

S616F/S618F

UK Model

NWZ-S515/S516/S616F/S618F

SPECIFICATIONS

Supported le format

Music

File format MP3(MPEG1 Layer3) file format, ASF file format, MP4 file format, Wave-Riff file

File extension MP3 (.mp3), WMA (.wma), AAC-LC*

Codec MP3 Bit rate: 32 to 320 kbps (Supports variable bit rate (VBR))

Video (NWZ-S615F/S616F/S618F only)

File format MP4 file format, “Memory Stick” video format

File extension .mp4, .m4v

Codec Video AVC

File size Max. 2 GB

The number of files Max. 1,000

4

Photo*

File format Compatible with DCF 2.0/Exif 2.21file format

File extension .jpg

Codec Profile: Baseline Profile

The number of files Max. 10,000

*1Copyright protected AAC-LC files cannot be played back.

2

Sampling frequency may not correspond to all encoders.

*

3

Non-standard bit rates or non-guaranteed bit rates are included depending on the

*

sampling frequency.

4

Some photo files cannot be played back, depending on their file formats.

*

format

WMA Bit rate: 32 to 192 kbps (Supports variable bit rate (VBR))

AAC-LC*

Linear PCM Bit rate: 1,411 kbps

Audio AAC-LC Channel number: Max. 2 channels

Number of pixels: Max. 4,000 × 4,000 pixels (16,000,000 pixels)

Sampling frequency*

Sampling frequency*

1

Bit rate: 16 to 320 kbps (Supports variable bit rate (VBR))*
Sampling frequency*2: 8, 11.025, 12, 16, 22.05, 24, 32, 44.1, 48 kHz

Sampling frequency*

(H.264/AVC)

MPEG-4 Profile: Simple Profile

Frame rate: Max. 30 fps
Resolution: Max. QVGA (320 × 240)

1

(.mp4, .m4a, .3gp), Linear PCM (.wav)

2

: 32, 44.1, 48 kHz

2

: 44.1 kHz

2

: 44.1 kHz

Profile: Baseline Profile
Level: Max. 1.3
Bit rate: Max. 768 kbps

Bit rate: Max. 2,500 kbps

Sampling frequency*
Bit rate: Max. 288 kbps per 1 channel

2

: 24, 32, 44.1, 48 kHz

3

– Continued on next page –

DIGITAL MEDIA PLAYER

9-887-816-06

2008I05-1

2008.09

©

Sony Corporation

Audio&Video Business Group

Published by Sony Techno Create Corporation

NWZ-S515/S516/S615F/S616F/S618F

Maximum recordable number of songs and time (Approx.)

The approximate times are based on the case in which you transfer or record only 4
minutes songs (not including videos (NWZ-S615F/S616F/S618F only) and photos) in the
MP3 format. Other playable audio file format song numbers and times may differ from
MP3 format.

Bit rate Songs Time Songs Time

48 kbps 1,150 76 hr. 40 min. 2,450 163 hr. 20 min.

64 kbps 885 59 hr. 00 min. 1,850 123 hr. 20 min.

128 kbps 440 29 hr. 20 min. 925 61 hr. 40 min.

256 kbps 220 14 hr. 40 min. 460 30 hr. 40 min.

320 kbps 175 11 hr. 40 min. 370 24 hr. 40 min.

Bit rate Songs Time

48 kbps 5,050 336 hr. 40 min.

64 kbps 3,750 250 hr. 00 min.

128 kbps 1,850 123 hr. 20 min.

256 kbps 945 63 hr. 00 min.

320 kbps 840 56 hr. 00 min.

NWZ-S515/S615F NWZ-S516/S616F

NWZ-S618F

Maximum recordable time of videos (Approx.) (NWZ-S615F/S616F/S618F only)

The approximate recordable times are estimated in the case where only videos are
transferred. The time may differ, depending on the conditions under which the player is
used.

Bit rate Time Time Time

Video Format: 384 kbps

Audio Format: 128 kbps

Video Format: 768 kbps

Audio Format: 128 kbps

NWZ-S615F NWZ-S616F NWZ-S618F

7 hr. 10 min. 15 hr. 00 min. 30 hr. 40 min.

4 hr. 00 min. 8 hr. 30 min. 17 hr. 30 min.

Maximum recordable number of photos that can be transferred (Approx.)

Max. 10,000
Recordable number of photos may be less depending on file sizes.

Capacity (User available capacity)*

NWZ-S515: 2 GB (Approx. 1.71 GB = 1,840,840,704 bytes)
NWZ-S516: 4 GB (Approx. 3.57 GB = 3,840,704,512 bytes)
NWZ-S615F: 2 GB (Approx. 1.71 GB = 1,840,775,168 bytes)
NWZ-S616F: 4 GB (Approx. 3.57 GB = 3,840,638,976 bytes)
NWZ-S618F: 8 GB (Approx. 7.30 GB = 7,840,956,416 bytes)

1

Available storage capacity of the player may vary.

*

A portion of the memory is used for data management functions.

1

Output (headphones)

Frequency response
20 to 20,000 Hz (when playing data file, single signal measurement)

FM tuner (NWZ-S615F/S616F/S618F only)

FM Frequency range

87.5 to 108.0 MHz

IF (FM) (NWZ-S615F/S616F/S618F only)

375 kHz

Antenna (NWZ-S615F/S616F/S618F only)

Headphone cord antenna

Interface

Headphone: Stereo mini-jack
WM-PORT (multiple connecting terminal): 22 pins
Hi-Speed USB (USB 2.0 compliant)

Operating temperature

5 °C to 35 °C (41 °F to 95 °F)

Power source

Built-in rechargeable lithium-ion battery



USB power (from a computer via the supplied USB cable)



Charging time

USB-based charging
Approx. 3 hours (full charge), Approx.1.5 hours (approx. 80 %)

Battery life (continuous playback)

By setting as follows, a longer battery life can be expected.
e time below is approximated when “New Song Pop Up”, “Clear Stereo”, “DSEE

(Sound Enhance)”, “Dynamic Normalizer”, “Equalizer” and “VPT (Surround)” are
deactivated, and “Screensaver” is set to “Blank.”
Furthermore, for videos (NWZ-S615F/S616F/S618F only), the time approximated when
the brightness of the screen is set to “3.”

e time below may dier depending on ambient temperature or the status of use.

Music

Playback at MP3 128 kbps Approximately 33 hours Approximately 33 hours

Playback at WMA 128 kbps Approximately 33 hours Approximately 33 hours

Playback at AAC-LC 128 kbps Approximately 32 hours Approximately 32 hours

Playback at Linear PCM 1411 kbps Approximately 35 hours Approximately 35 hours

Video
(NWZ-S615F/S616F/S618F only)

Playback at MPEG-4 384 kbps

Playback at MPEG-4 768 kbps pproximately 8.5 hours

Playback at AVC 384 kbps pproximately 7.5 hours

Playback at AVC 768 kbps pproximately 7.5 hours

At receiving FM broadcasting
(NWZ-S615F/S616F/S618F only)

NWZ-S515/S516 NWZ-S615F/S616F/S618F

pproximately 9.5 hours

pproximately 24 hours

Display

1.82-inch, TFT color display with white LED-backlight, QVGA (240 × 320 pixels), 262,144
colors

Dimensions (w/h/d, projecting parts not included)

42.0 × 79.5 × 11.5 mm (1 11/16 × 3 1/4 × 15/32 inches)

Dimension (w/h/d)

42.0 × 79.5 × 11.5 mm (1 11/16 × 3 1/4 × 15/32 inches)

Mass

Approx. 50 g (Approx. 1.8 oz)

Supplied Accessories

Headphones (1)
USB cable*1 (1)
Attachment (1)
Use when connecting the player to the optional cradle, etc.

*2 *3

CD-ROM

(1)
– MP3 Conversion Tool
– Windows Media Player 11
– Operation Guide (PDF f le)
Quick Start Guide (1)

*1

Do not use any USB cable other than the supplied USB cable or the specif ed

optional dedicated cables.

*2

Do not attempt to play this CD-ROM in an audio CD player.

*3

Depending on the country/region in which you have purchased the player, the sup-

plied software may be different.

Design and specications are subject to change without notice.

2

NWZ-S515/S516/S615F/S616F/S618F

SECTION 1

SERVICING NOTES

TABLE OF CONTENTS

1. SERVICING NOTES ............................................. 3

2. GENERAL .................................................................. 5

3. DISASSEMBLY

3-1. Disassembly Flow .......................................................... 6

3-2. Case (Upper) Sub Assy ................................................... 6

3-3. LCD Sub Assy (LCD801) ............................................... 7

3-4. MAIN Board ................................................................... 7

3-5. Lithium Ion Battery ........................................................ 8

4. TEST MODE ............................................................ 9

5. DIAGRAMS

5-1. Block Diagram ................................................................ 16

5-2. Printed Wiring Board - MAIN Board (Side A) - ............ 18

5-3. Printed Wiring Board - MAIN Board (Side B) - ............ 19

5-4. Schematic Diagram - MAIN Board (1/10) - ................... 20

5-5. Schematic Diagram - MAIN Board (2/10) - ................... 21

5-6. Schematic Diagram - MAIN Board (3/10) - ................... 22

5-7. Schematic Diagram - MAIN Board (4/10) - ................... 23

5-8. Schematic Diagram - MAIN Board (5/10) - ................... 24

5-9. Schematic Diagram - MAIN Board (6/10) - ................... 25

5-10. Schematic Diagram - MAIN Board (7/10) - ................... 26

5-11. Schematic Diagram - MAIN Board (8/10) - ................... 27

5-12. Schematic Diagram - MAIN Board (9/10) - ................... 28

5-13. Schematic Diagram - MAIN Board (10/10) - ................. 29

6. EXPLODED VIEWS

6-1. Case (Upper) Section ...................................................... 42

6-2. LCD, MAIN Board Section ............................................ 43

6-3. Case (Lower) Section ...................................................... 44

7. ELECTRICAL PARTS LIST .............................. 45

UNLEADED SOLDER

Boards requiring use of unleaded solder are printed with the lead­free 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 f ow)

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.

NOTE THE IC301, IC302, IC303, IC404, IC405, IC501,
IC503, IC505, IC506, IC507, IC508, IC509, IC601, IC602,
IC701, IC751, IC752, IC802, IC803, IC901 AND IC903
ON THE MAIN BOARD REPLACING

When IC301, IC302, IC303, IC404, IC405, IC501, IC503, IC505,
IC506, IC507, IC508, IC509, IC601, IC602, IC701, IC751, IC752,
IC802, IC803, IC901 and IC903 on the MAIN board is damaged,
exchange the new MAIN board for the MAIN board which IC
damaged.

NOTE THE CN881 ON THE MAIN BOARD REPLAC­ING

When CN881 on the MAIN board is damaged, exchange the new
MAIN board for the MAIN board which connector damaged.

Notes on chip component replacement

• Never reuse a disconnected chip component.

• Notice that the minus side of a tantalum capacitor may be dam­aged by heat.

Flexible Circuit Board Repairing

• Keep the temperature of soldering iron around 270 °C during
repairing.

• Do not touch the soldering iron on the same conductor of the
circuit board (within 3 times).

• Be careful not to apply force on the conductor when soldering
or unsoldering.

CAUTION

Danger of explosion if battery is incorrectly replaced.
Replace only with the same or equivalent type.

NOTE THE C104 AND C204 ON THE MAIN BOARD
REPLACING

When C104 and C204 on the MAIN board is damaged, exchange
the new MAIN board for the MAIN board which capacitor dam­aged.

System Requirements

Computer

IBM PC/AT or compatible computer preinstalled with the following Windows operating
systems*:
Windows XP Home Edition (Service Pack 2 or later) / Windows XP Professional
(Service Pack 2 or later) / Windows XP Media Center Edition (Service Pack 2 or later) /
Windows XP Media Center Edition 2004 (Service Pack 2 or later) / Windows XP Media
Center Edition 2005 (Service Pack 2 or later) / Windows Vista Home Basic / Windows
Vista Home Premium / Windows Vista Business / Windows Vista Ultimate
Not supported by 64 bit version OS.
Not supported by OSs other than above.

* Excluding OS Versions not supported by Microsoft.
CPU: Pentium III 1.0 GHz or higher
RAM: 128 MB or more (For Windows Vista, 512 MB or more)
Hard Disk drive: 380 MB or more of available space
Display:

Screen Resolution: 800 × 600 pixels (or higher) (recommended 1,024 × 768 or higher)
Colors: 8 bit or higher (recommended 16 bit)

CD-ROM drive (supporting Digital Music CD playback capabilities using WDM)

To create original CDs, a CD-R/RW drive is required.
Sound board
USB port (Hi-Speed USB is recommended)
Internet Explorer 6.0 or later, Windows Media Player 10 or 11 (Windows Media Player

11 recommended. Some computers that already have Windows Media Player 10

installed may encounter le limitation (AAC, video* les, etc.) that can be transferred by

dragging and dropping.).

* NWZ-S615F/S616F/S618F only
Adobe Flash Player 8 or higher needs to be installed.
Broadband Internet connection is required to use Electronic Music Distribution (EMD)

or to visit the web site.

We do not guarantee operation for all computers even if they meet the above System
Requirements.

Not supported by the following environments:

Personally const ructed c omputers or operat ing systems

An environment that is an upgrade of the original manufacturer-installed operating

system
Multi-boot environment
Multi-monitor environment
Macintosh

3

NWZ-S515/S516/S615F/S616F/S618F

Ver. 1.4

NOTE THE MAIN BOARD REPLACING

When the MAIN board is replaced, format it according to the fol­lowing.

Formatting Memory

You can format the built-in flash memory of the player.
If the memory is formatted, all data and settings will be erased. Be sure to
verify the data stored in memory prior to formatting and export any important
data to the hard disk of your computer.

Note

This function is only available in the pause mode.





Press and hold the BACK/HOME button in the pause mode until the
Home menu appears.



Press the /// button to select (Settings), and then press
the  button to conrm.

Settings

(Format)

BACK/HOME
button

5-way button



Press the /// button to select “Common Settings,” and then
press the  button to conrm.

The list of “Common Settings” options appears.



Press the /// button to select “Format,” and then press the
 button to conrm.

“All data including songs will be deleted. Proceed?” appears.



Press the / button to select “Yes,” and then press the  button
to conrm.

“All data will be deleted. Proceed?” appears.



Press the / button to select “Yes,” and then press the  button
to conrm.

While the memory is being formatted, an animated display appears.
When initialization finishes, “Memory formatted.” appears.

To cancel the operation

Select “No” in step  or  and press the  button to confirm. You can also
cancel the operation by pressing the BACK/HOME button in step

To return to the previous menu

Press the BACK/HOME button.

Note

Do not format the built-in flash memory using Windows Explorer, or the software you



used to transfer the data.



or .

COLOR VARIATION

Model Destination

NWZ-S515 AEP, UK

NWZ-S516 AEP

UK

NWZ-S615F US

US (Circuit City model)

US (Target model)

US (Valentine’s Day model)

US (Mother’s Day model)

Canadian

AEP

French

East European

E, Australian, Tourist

Mexican

Chinese

NWZ-S616F US

US (Circuit City model)

Canadian

AEP

UK

French

East European

E, Australian, Tourist

Mexican

Chinese

NWZ-S618F US

Canadian

AEP

UK

French

East European

E, Australian, Tourist

Mexican

Chinese

Color

Black White Pink Blue Silver Red

zzzz

zzzz

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zzzz

zz

z

zz

z

zzz

zzz

zzz

zzz

zzz

zz z

zzzz

zzzz

z

zzzz

zzz

zzz

zzz

zzz

zzzz z

zzz

zz z z

z

zz

zzz

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4

Parts and Controls

NWZ-S515/S516/S615F/S616F/S618F

SECTION 2

GENERAL

This section is extracted
from instruction manual.

Front

BACK/HOME button*

Press to go up one list screen level, or
to return to the previous menu.
Press and hold the BACK/HOME
button to display the Home menu.

5-way button*

Starts playback and enables
navigation of the player’s on-screen
menus.

RESET button

Resets the player when you press the
RESET button with a small pin, etc..

WM-PORT jack

Use this jack to connect the supplied
USB cable, or optional peripheral
devices, such as supported
accessories for the WM-PORT.

1

2

Rear

Headphone jack

For connecting the headphones.
Insert the jack pin until it clicks into
place. If the headphones are
connected improperly, the sound
from the headphones may not sound
right.

Strap hole

is is used to attach a strap (sold
separately).

HOLD switch

You can protect the player against
accidental operation by using the
HOLD switch when carrying it. By
sliding the HOLD switch in the
direction of the arrow, all operation
buttons are disabled. If you slide the
HOLD switch to the opposite
position, the HOLD function is
released.

Display

e display may vary, depending on
functions.

VOL +*2/– button

Adjusts the volume.

OPTION/PWR OFF button*

1

Displays the option menu.
If you press and hold the OPTION/
PWR OFF button, the screen turns
off and the player enters the standby
mode. If you press any button while
the player is in the standby mode,
the “Now Playing” screen, etc.,
appears and the player is ready for
operation. Furthermore, if you leave
the player in the standby mode for
about a day, the player turns
completely off automatically. If you
press any button when the player is
turned off, the start up screen
appears rst, then the “Now Playing”
screen appears.

Note

e player consumes battery power very
slightly even when it is in the standby
mode. erefore, the player might
turn completely off in a short time,
depending on the power remaining in

the battery.

1

Functions of marked with on the

*

player are activated if you press and hold
the corresponding buttons.

2

ere are tactile dots. Use them to help

*

with button operations.

5

NWZ-S515/S516/S615F/S616F/S618F

SECTION 3

DISASSEMBLY

• This set can be disassembled in the order shown below.

3-1. DISASSEMBLY FLOW

SET

3-2. CASE (UPPER) SUB ASSY
(Page 6)

3-3. LCD SUB ASSY (LCD801)
(Page 7)

3-4. MAIN BOARD
(Page 7)

3-5. LITHIUM ION BATTERY
(Page 8)

Note: Follow the disassembly procedure in the numerical order given.

3-2. CASE (UPPER) SUB ASSY

 two claws

 two claws

 two claws

sheet switch

Note: Take care not to break
the sheet switch.

 saranet cushion

 model name label

 two screws

(1.4)

 Open the case (upper) sub assy
in the direction of arrow ".

"

#

 sheet (SW CN)

R case (upper) sub assy

 sheet switch

(CN881)

 Lift up the LCD flexible board
in the direction of arrow #.

6

3-3. LCD SUB ASSY (LCD801)

 LCD flexible board

(CN801)

NWZ-S515/S516/S615F/S616F/S618F

Ver. 1.3

 four screws
(B1.4)

 LCD sub assy
(LCD801)

Note: When the LCD SUB ASSY (LCD801) is replaced, refer to

SUPPLEMENT-2.

3-4. MAIN BOARD

 holder (multi)

 sheet (multi)

 BATT wire sheet

 MAIN board

 connector

(CN901)

 sheet (PWB rib)

 screw (B1.4)

switch (S602)

Note: On installation of knob (hold),
adjust the position of switch (S602)
and knob (hold).

knob (hold)

 Remove the MAIN board
in the direction of the arrow.

switch (S602)

knob (hold)

7

NWZ-S515/S516/S615F/S616F/S618F

3-5. LITHIUM ION BATTERY

 lithium ion battery



 adhesive sheet (BATT)

Note: Adhesive sheet (BATT) cannot re-used.
Please replace to brand-new part ones
adhesive sheet (BATT) is removed.

8

NWZ-S515/S516/S615F/S616F/S618F

SECTION 4

TEST MODE

Note: Information on the test mode must correspond in enough

security. When the leakage has been revealed by any
chance, the source of information is specif ed.

1. SETTING THE TEST MODE

Note: Perform the test mode in the state of 3.6 V or more in the battery

voltage.

Setting method:

1. Turn the power on.

2. Press the [BACK] key for 1.5 seconds or more, the home menu
is displayed.

3. Slide the [HOLD] key to set the hold on.

4. While pressing the [OPTION] key, press the key as following
order.

[v] → [v] → [V] → [V] → [B] → [b] → [v] → [V] → [v] →

[V] → [B] → [u]

5. The set reboots when the [HOLD] key is slided to set the hold
off, and the color bar is displayed in the liquid crystal display.

6. Enter the test mode when the [BACK] key is pressed in the
state of step 5.

Note: The destination setting and sound pressure regulation setting can-

not be executed by this test mode.

2. RELEASING THE TEST MODE

1. Display the major item selection screen.

2. Press the [

] key to select the “SURE ?”.

[

B

]/[V] key to select the “EXITTEST”, and press the

v

3. Press the [u] key, turn the power off and release the test
mode.

3. CONFIGURATION OF THE TEST MODE

Major item

<> key

#C

<> key

Major item switching:

<>/ <> key

W

7

4-1-1. Power supply voltage check

This mode is used in case power supply voltage in the state where
all power supply lines are starting is checked.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “POWER”, and press the
[

] key to enter the minor item.

B

3. Press the [v]/[V] key to select the “VCHK”.

4. Press the [

] key, all power supply lines are started.

u

liquid crystal display

POWER VCHK

START

In this state, the power supply voltage of each power supply

line can be conf rmed by measuring the voltage.

5. Press the [BACK] key, return to minor item selection screen.

4-1-2. Consumption current (audio playback) check

This mode is used in case consumption current (audio playback)
is checked in the state where “1 kHz 0 dBs L-ch/R-ch VOLUME:
15” audio signal is outputed.

Minor item switching:

<>/ <> key

W

7

key

<>

key

V

Automatic

Finish

Result

Start

or

Minor item

<#"$,>

4. OPERATION OF THE TEST MODE
4-1. Power

liquid crystal display

MPTAPP MENU

POWER VCHK
AUDIO ACHK
VIDEO DSVCHK
OTHER CHGCHK
CLESTE BATTCHK
DAC
FM
SHUTDOWN
EXITTEST

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “POWER”, and press the
[

] key to enter the minor item.

B

3. Press the [

]/[V] key to select the “ACHK”.

v

4. Press the [u] key, “1 kHz 0 dBs L-ch/R-ch VOLUE: 15”
audio signal is outputed.

liquid crystal display

POWER ACHK

1kHz 0dBs L/Rch

HPOUT [ VOL: 15 ]

START

5. In this state, each time the [OPTION] key is pressed, LCD
back light on/off switch is performed.

6. Press the [BACK] key, return to minor item selection screen.

9

NWZ-S515/S516/S615F/S616F/S618F

4-1-3. Standby current check

This mode is used in case standby current is checked.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “POWER”, and press the
[B] key to enter the minor item.

3. Press the [

]/[V] key to select the “DSVCHK”.

v

4. Press the [u] key, enter the state of the deep sleep.

5. Press the [BACK] key, release the state of the deep sleep.

liquid crystal display

POWER DSVCHK

OK

6. Press the [BACK] key, return to minor item selection screen.

4-1-5. Battery voltage detection check

This mode is used in case battery voltage is checked.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “POWER”, and press the
[B] key to enter the minor item.

3. Press the [

]/[V] key to select the “BATTCHK”.

v

4. Press the [u] key, the battery voltage is displayed.

When the battery voltage cannot be conf rmed, “ERROR” is

displayed.

liquid crystal display

POWER BATTCHK

X.XXXV

X.XXXV: Battery voltage

4-1-4. Charge current check

This mode is used in case charge current is checked.

Checking method:

1. Enter the test mode.

2. Press the [
] key to enter the minor item.

[

B

]/[V] key to select the “POWER”, and press the

v

3. Press the [v]/[V] key to select the “CHGCHK”.

4. Press the [u] key, the charge setting is displayed.

liquid crystal display

POWER CHGCHK

AC

AC

5. In this state, each time the [OPTION] key is pressed, the port

setting for the charge is changed as shown in the table below.

6. Press the [BACK] key, return to minor item selection screen.

4-2. Audio

While playing the audio track, it's in a repeat state. If [BACK] key
is pressed, it's stopped.
Press the [VOL +] key to switch the HP/LINE.

liquid crystal display

MPTAPP MENU

POWER
AUDIO OUTPUT
VIDEO SN
OTHER F1
CLESTE F2
DAC SEPLR
FM SEPRL
SHUTDOWN MAXOUT
EXITTEST NMLZR
SPCHK

Port control

Display CHG_XCHGEN CHG_PEN1 CHG_PEN2

AC L H H

USB500 L H H

USB100 L H L

6. Press the [BACK] key, return to minor item selection screen.

10

NWZ-S515/S516/S615F/S616F/S618F

4-2-1. Output check

“1 kHz 0 dBs L-ch/R-ch VOLUME: 25” audio signal is output­ted.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “AUDIO”, and press the [B]
key to enter the minor item.

3. Press the [

4. Press the [

]/[V] key to select the “OUTPUT”.

v

] key, “1 kHz 0 dBs L-ch/R-ch VOLUME: 25”

u

audio signal is outputted.

liquid crystal display

AUDIO OUTPUT

1kHz 0dBs L/Rch

HPOUT [ VOL: 25 ]

START

4-2-3. Frequency characteristic 1 check

“20 Hz 0 dBs L-ch/R-ch VOLUME: 25” audio signal is output­ted.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “AUDIO”, and press the [B]
key to enter the minor item.

3. Press the [

4. Press the [

]/[V] key to select the “F1”.

v

] key, “20 Hz 0 dBs L-ch/R-ch VOLUME: 25”

u

audio signal is outputted.

liquid crystal display

AUDIO F1

20Hz 0dBs L/Rch

HPOUT [ VOL: 25 ]

START

5. Press the [BACK] key, return to minor item selection screen.

4-2-2. S/N check

“Inf nity Zero VOLUME: 30” audio signal is outputted.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “AUDIO”, and press the [B]
key to enter the minor item.

3. Press the [v]/[V] key to select the “SN”.

4. Press the [u] key, “Inf nity Zero VOLUME: 30” audio signal
is outputted.

liquid crystal display

AUDIO SN

Inf nity Zero

HPOUT [ VOL: 30 ]

START

5. Press the [BACK] key, return to minor item selection screen.

5. Press the [BACK] key, return to minor item selection screen.

4-2-4. Frequency characteristic 2 check

“20 kHz 0 dBs L-ch/R-ch VOLUME: 25” audio signal is output­ted.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “AUDIO”, and press the [B]
key to enter the minor item.

3. Press the [v]/[V] key to select the “F2”.

4. Press the [

] key, “20 kHz 0 dBs L-ch/R-ch VOLUME: 25”

u

audio signal is outputted.

liquid crystal display

AUDIO F2

20kHz 0dBs L/Rch

HPOUT [ VOL: 25 ]

START

5. Press the [BACK] key, return to minor item selection screen.

11

NWZ-S515/S516/S615F/S616F/S618F

4-2-5. CH separation (L-ch) check

“1 kHz 0 dBs L-ch VOLUME: 25” audio signal is outputted.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “AUDIO”, and press the [B]
key to enter the minor item.

3. Press the [

]/[V] key to select the “SEPLR”.

v

4. Press the [u] key, “1 kHz 0 dBs L-ch VOLUME: 25” audio
signal is outputted.

liquid crystal display

AUDIO SEPLR
1kHz 0dBs Lch

HPOUT [ VOL: 25 ]

START

5. Press the [BACK] key, return to minor item selection screen.

4-2-6. CH separation (R-ch) check

“1 kHz 0 dBs R-ch VOLUME: 25” audio signal is outputted.

Checking method:

1. Enter the test mode.

2. Press the [

]/[V] key to select the “AUDIO”, and press the [B]

v

key to enter the minor item.

3. Press the [

]/[V] key to select the “SEPRL”.

v

4. Press the [u] key, “1 kHz 0 dBs R-ch VOLUME: 25” audio
signal is outputted.

liquid crystal display

AUDIO SEPRL

1kHz 0dBs Rch

HPOUT [ VOL: 25 ]

4-2-7. Maximum output check

“1 kHz 0 dBs L-ch/R-ch VOLUME: 30” (Headphone output when
AVLS operates: “1 kHz 0 dBs L-ch/R-ch VOLUME: 13”) audio
signal is outputted.

Checking method:

1. Enter the test mode.

2. Press the [

]/[V] key to select the “AUDIO”, and press the [B]

v

key to enter the minor item.

3. Press the [

]/[V] key to select the “MAXOUT”.

v

4. Press the [u] key, “1 kHz 0 dBs L-ch/R-ch VOLUME: 30”
(Headphone output when AVLS operates: “1 kHz 0 dBs L-ch/
R-ch VOLUME: 13”) audio signal is outputted.

liquid crystal display

AUDIO MAXOUT
1kHz 0dBs L/Rch

HPOUT [ VOL: 30 ]

AVLS OFF

START

5. In this state, each time the [OPTION] key is pressed, AVLS
on/off switch is performed.

6. Press the [BACK] key, return to minor item selection screen.

4-2-8. Normalizer check

“1 kHz – 24 dBs L-ch/R-ch VOLUME: 30” audio signal is output­ted.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “AUDIO”, and press the [B]
key to enter the minor item.

3. Press the [v]/[V] key to select the “NMLZR”.

4. Press the [u] key, “1 kHz – 24 dBs L-ch/R-ch VOLUME:
30” audio signal is outputted.

liquid crystal display

START

5. Press the [BACK] key, return to minor item selection screen.

12

AUDIO NMLZR

1kHz –24dBs L/Rch

HPOUT [ VOL: 30 ]

START

5. Press the [BACK] key, return to minor item selection screen.

NWZ-S515/S516/S615F/S616F/S618F

4-2-9. Sound pressure regulation level check

“1 kHz 0 dBs L-ch/R-ch VOLUME: 30” audio signal is output­ted.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “AUDIO”, and press the [B]
key to enter the minor item.

3. Press the [

4. Press the [

]/[V] key to select the “SPCHK”.

v

] key, “1 kHz 0 dBs L-ch/R-ch VOLUME: 30”

u

audio signal is outputted.

liquid crystal display

AUDIO SPCHK

1kHz 0dBs L/Rch

HPOUT [ VOL: 30 ]

START

4-4. Other

liquid crystal display

MPTAPP MENU

POWER
AUDIO
VIDEO
OTHER CLOCK
CLESTE KEY
DAC FORMAT
FM DEST
SHUTDOWN SPSET
EXITTEST FWVER
NCAPCHK

4-4-1. Clock check

The movement of an internal clock is conf rmed.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “OTHER”, and press the [B]
key to enter the minor item.

3. Press the [

]/[V] key to select the “CLOCK”.

v

4. Press the [u] key, date and time are displayed.

5. Press the [BACK] key, return to minor item selection screen.

4-3. Video

liquid crystal display

MPTAPP MENU

POWER
AUDIO
VIDEO — LCD
OTHER
CLESTE
DAC
FM
SHUTDOWN
EXITTEST

4-3-1. LCD display check

Liquid crystal display is checked.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “VIDEO”, and press the [B]
key to select the “LCD”.

3. Press the [u] key, all black is displayed on the liquid crystal
display.

4. In this state, each time the [OPTION] key is pressed, the screen
display changes in the following order.

liquid crystal display

OTHER CLOCK
XX, XX XX XXXX
##:##:##.######

START

XX, XX XX XXXX : Date
##:##:##.###### : Time

“START” changes into “OK” if the movement of an internal

clock is conf rmed.

5. Press the [BACK] key, return to minor item selection screen.

All black (default) → All red → All green → All blue → All

white → Color bar → Maximum drawing size conf rmation

Maximum drawing size conf rmation:
All blue (All sides are red) is displayed. Whether red in all

sides is seen is conf rmed.

5. In this state, each time the [VOL –] key is pressed, LCD back
light brightness min/max/middle switch is performed.

6. Press the [BACK] key, return to minor item selection screen.

13

NWZ-S515/S516/S615F/S616F/S618F

4-4-2. Key check

The operation of the key is conf rmed.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “OTHER”, and press the [B]
key to enter the minor item.

3. Press the [

]/[V] key to select the “KEY”.

v

4. Press the [u] key, all keys are displayed.

liquid crystal display

UP VOL+

DOWN OPTION
HOLD BACK

OTHER KEY

REW PLAY FF VOL–

START

5. The character corresponding to the key is selected every time
the key is pressed. “START” changes into “OK” if all keys are
pressed.

6. Slide the [HOLD] key from ON to OFF, return to minor item
selection screen.

4-4-6. Firmware version check

The f rmware version is displayed.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “OTHER” and press the [B]
key to enter the minor item.

3. Press the [

]/[V] key to select the “FWVER”.

v

4. Press the [u] key, the f rmware version is displayed.

liquid crystal display

OTHER FWVER

X.XX.XX

MODEL NAME

NWZ-####

SERIAL NO

@@@@@@@

X.XX.XX : Firmware version
#### : S515, S516, S615F, S616F or S618F
@@@@@@@ : Serial No.

5. Press the [BACK] key, return to minor item selection screen.

4-4-3. Format

The user’s area is formatted, and ICV for the video and ICV for
audio are initialized.

Note: Not used for the servicing.
Format the set from “Settings” → “Common settings” → “For-

mat” when it home menu in usually operates when the set should
format it.

4-4-4. Destination setting

The destination setting, language information, and sound pressure
regulation information are written in the NAND f ash memory.

Note: Not used for the servicing.

4-4-5. Sound pressure regulation setting

ON/OFF of sound pressure regulation is conf rmed.

Note: Not used for the servicing.

14

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

1515

4-4-7. NAND capacity check

Capacity of NAND f ash memory, present bud block, maximum
bud block, and vender ID are displayed.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “OTHER”, and press the [B]
key to enter the minor item.

3. Press the [

v

]/[V] key to select the “NCAPCHK”.

4. Press the [

u

] key, capacity of NAND f ash memory, present

bud block, maximum bud block, and vender ID are displayed.

liquid crystal display

OTHER NCAPCHK

X GB

BAD BLOCK

CUR (####)/MAX (@@@@)

VENDOR ($$$$)

X : Capacity of NAND f ash memory
2/4/8 (2 GB/4 GB/ 8 GB)
@@@@ : Number of present bud block
(It makes an error the acquisition of the number of

bud blocks at “–1”)
#### : Number of maximum bud block
(It makes an error the acquisition of the vender ID

at “–1”)
$$$$ : Vender ID of NAND f ash memory
0x98/0xec (TOSHIBA/SAMSUNG)
(It makes an error the acquisition of the vender ID

at “–1”)

5. Press the [BACK] key, return to minor item selection screen.

4-5. CLESTE

liquid crystal display

MPTAPP MENU

POWER
AUDIO
VIDEO
OTHER
CLESTE WCABLE
DAC WOCABLE
FM
SHUTDOWN
EXITTEST

4-5-1. Clear stereo setting (With cable)

This mode is according to an original sound playback, for adjust­ment to right and left sound.

Note: Not used for the servicing.

4-5-2. Clear stereo setting (No cable)

This mode is according to an original sound playback, for adjust­ment to right and left sound.

Note: Not used for the servicing.

4-6. DAC

liquid crystal display

MPTAPP MENU

POWER
AUDIO
VIDEO
OTHER
CLESTE
DAC B-GAIN
FM T-GAIN
SHUTDOWN
EXITTEST

4-6-1. BASS-Gain/Fc setting

This mode is adjustment for the sound of BASS when playback.

Note: Not used for the servicing.

4-6-2. TREBLE-Gain/Fc setting

This mode is adjustment for the sound of TREBLE when play­back.

Note: Not used for the servicing.

4-7. FM
(NWZ-S615F/S616F/S618F only)

liquid crystal display

MPTAPP MENU

POWER
AUDIO
VIDEO
OTHER
CLESTE
DAC
FM — RCVCHK
SHUTDOWN
EXITTEST

4-7-1. Reception output check

FM tuning checked.

Checking method:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “FM”, and press the [B] key
to select the “RCVCHK”.

3. Press the [u] key, “90.00 MHz”.

4. In this state, each time the [OPTION] key is pressed, frequency
is changes in the following order.

liquid crystal display

FM RCVCHK

90.00 MHz

90.00 MHz (default) → 76.00 MHz → 95.75 MHz → 107.75
MHz → 87.50 MHz → 98.00 MHz → 108.00 MHz

5. Press the [BACK] key, return to minor item selection screen.

4-8. Shutdown

Function that power supply of set can be turned off without ending
static test mode.

Procedure:

1. Enter the test mode.

2. Press the [v]/[V] key to select the “SHUTDOWN”, and press
the [B] key to select the “SURE ?”.

3. Press the [u] key, turn the power off while having entered the
test mode.

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

1616

SECTION 5

DIAGRAMS

POWER CONTROL,
CHARGE CONTROL

IC901

VCC_DCIN

USB DATA0 – USB DATA15

256M bit SD-RAM

IC701

DP

A3

DM

A4

USB CONTROLLER

IC501

CD0 – CD15

SDR_DATA0 –
SDR_DATA31

SDR_A0 – SDR_A12

XINT

E3

A/D CONVERTER,
D/A CONVERTER,
HEADPHONE AMP

IC302

SYSTEM CONTROLLER, DSP, POWER CONTROLLER,

LCD DRIVER, NAND FLASH MEMORY INTERFACE,

SD-RAM INTERFACE

IC601

LEVEL SHIFT

IC509

IC507

IC508

AB0_D0 – AB0_D15

AB0_A1 – AB0_A8

USB_INT1

AC5

XCS H2 AB0_CSZ2

F22

XRD G3 AB0_RDZ

J19

XWRH F3

XWRL

H3

AB0_WRZ

H16

XRESET D1

RESETZ

P10

SDR_BA0

AB5

USB_XRST

AB13

FLASHCLK

E19

USB_INT2

AB14

SDINPM0_SO

AC22

32

11

SDA/CDINSPIO_SO

AC8

SPIO_XCS1

AB6

TU_STO

AA3

2

SCL/CCLKSPIO_SK

AC7

3

AD0/nCSSPIO_SCZ2

AD7

4

MCLKREFCLKO

U18

30

SDOUTPM0_SI

AD22

29

SCLKPM0_CLK

AC21

31

LRCKPM0_SEN

AB22

1

nRESETADA_XRST

AC20

LCD_PXCLK

P23

NC_OUT_SEL

U19

HP_XMUTE Y3

25

MUTING

Q302

CN851 (1/2)

VCC_VBUS
VCC_VBAT

VDD_UNREG

VDD_DDCOUT20

17

AU_R_OUT

14

AU_L_OUT

20

DCIN

11

USB_DET

12

UNREG_OUT

10

TXD/SLEEP

8

RXD/WAKE

9

CRD_AD

3

D+

4

D–

WM-PORT

B8

XI

C8

XO

USB ADDRESS1 – USB ADDRESS8

CA1 – CA8

DQ0 – DQ31

BA0

J7

SDR_BA1

T4BA1 H8

SDR_CLK

AA5

CLK J1

SDR_CSZ0

T3CS J8

SDR_CKE0

T1CKE J2

SDR_WEZ

R5WE K8

SDR_CASZ

U8CAS K7

SDR_RASZ

T5RAS J9

SDR_DQM0

P5DQM0 K9

SDR_DQM1

R4DQM1 K1

SDR_DQM2

R3DQM2 F8

SDR_DQM3

R2DQM3 F2

A0 – A12

SDR_D0O – SDR_D31

SDR_A00 – SDR_A12

NAND FLASH

MEMORY

IC751

NAND_DA0 –
NAND_DA7

NAND_ALE

D3

I/O1 – I/O8

ALE 17

NAND_CLE

E9CLE 16

NAND_CEZ0

M9XCE1 9

NAND_CEZ1

C2XCE2 10

NAND_CEZ2

B3

NAND_CEZ3

C3

NAND_REZ

E3XRE 8

NAND_WEZ

A4XWE 18

NAND_RBZ0

D2R/B1 7

NAND_RBZ1

H8R/B2 6

NAND_RBZ2

J8

NAND_RBZ3

K8

NAND_D0O – NAND_D07

NAND FLASH

MEMORY

IC752

I/O1 – I/O8

ALE 17

CLE

16

XCE1

9

XCE2

10

XRE

8

XWE

18

R/B1

7

R/B2

6

KEY_AD0

C6

KEY_AD1B6

EXTRST

G4

XHOLD_KEY

AD4

KEY_WAKE

AD5

D FLIP-FLOP

IC505, 506

RESET SWITCH

IC502

(NWZ-S516/S616F/S618F)

(NWZ-S516/S616F)

SHEET SWITCH

&

S888, 889

WAKE UP SWITCH

Q603

X501

12MHz

T26

CKI

U26

CKO

X603

11.2896MHz

AC26

OSCIN

AB26

OSCOUT

X602

32.768kHz

AIN2A19 COM110

COM2

6

1

AIN2B/BIAS

20

AOUT_L6

AOUT_R

5

TU_CLKON

W10

CPU_CKI32

U17

DA

7

CL

9

LA

8

STO

13

X1

10

ANT

2

SWITCHING

IC404

SWITCHING

IC405

BUFFER

Q401

+

AOUTA

2NO1

9NC1

4NO2

7NC2

10AOUTB

HEADPHONE/WM-PORT

SELECTOR

IC303

MUTING

CONTROL SWITCH

Q301

MUTING

Q303

CB15CB2

J301

(HEADPHONE)

MUTING

CONTROL SWITCH

Q304

LCD801

LIQUID

CRYSTAL

DISPLAY

R0 – R5

LCD_R0 – LCD_R5

G0 – G5

LCD_G0 – LCD_G5

B0 – B5
DOTCLK

LCD_HSYNC

K22

HSYNC

LCD_VSYNC

K24

SPIO_XCS0

AC6

LCD_PON

W3

LCD_BLTCTL

V17

BKBAT USB +1.8V

USB +3.1V

AD17

PSM_LODET

U14

LCD_PWM1

AD23

VSYNC
SDI

SCL
CS
RESET

LCD_ENABLE

K23 ENABLE

LED+

LCD_B0 – LCD_B5

LCD BACK

LIGHT DRIVER

IC803

LEVEL
SHIFT

IC802

CN851 (2/2)

WM-PORT

FM TUNER

IC403

220
3DCDC

16USB

15USB

18BAT

CHG_ICTL

17BAT

LITHIUM ION

BATTERY

3.7V 610mAh

SYS

11Y2 ISET

22 /DOK

CHG_XCHGEN

4

V10

/CEN

CHG_PEN2

6W8PEN2

USB_SUSPEND

13

AB8

USUSS

XCHG_DET

19

AC4

/CHG

CHG_XFLT

24

AB4

U70_SOUT

T17

U70_SRIN

T18

CRD_DET

AB3

CRD_AD C8

/FLT

21 SYS

DC/DC

CONVERTER

IC903

CHARGE

CONTROL SWITCH

Q903

+3.1V

REGULATOR

IC602

+1.8V

REGULATOR

IC504

+3.1V

REGULATOR

IC503

HP/WM-PORT +1.8V

+1.8V

REGULATOR

IC301

VDD_ANA_F
VDD_ECO_J

VDD_GP1_J

VDD_GP3
VDD_HP_F
VDD_LO_F

VDD_LOG_F

VDD_PLL_S

S601

RESET

S602

HOLD

OFF

ON

:AUDIO

SIGNAL PATH

(NWZ-S615F/S616F/S618F)

5-1. BLOCK DIAGRAM

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

1717

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 Ω and 1/4 W or less unless otherwise
specif ed.

• C : panel designation.

• A : B+ Line.

• Power voltage is dc 3.7 V and fed with regulated dc pow­er supply from CN901 pin 1 and pin 2 on the MAIN
board.

• Voltages and waveform are dc with respect to ground un­der no-signal conditions.
no mark : PLAY BACK

• Waveform is taken with a oscilloscope.

Voltages variation may be noted due to normal production

tolerances.

• Voltages are taken with a VOM (Input impedance 10
MΩ).

• Voltage variations may be noted due to normal production
tolerances.

• Circled number refer to waveform.

• Signal path.

F : AUDIO
L : VIDEO

• The voltage and waveform of CSP (chip size package)
cannot be measured, because its lead layout is different
form that of conventional IC.

• Abbreviation

FR : French model

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:

• Y : parts extracted from the conductor side.

• : Pattern from the side which enables seeing.
(The other layers' patterns are not indicated.)

• MAIN board is multi-layer printed board.
However, the patterns of intermediate-layers have not

been included in diagrams.

• Indication of transistor.

Caution:

Parts face side:
(SIDE A)
Pattern face side:
(SIDE B)

Parts on the parts face side seen from
the pattern face are indicated.
Parts on the pattern face side seen from
the parts face are indicated.

• Waveform
– MAIN Board –

• Lead layouts

surface

CSP (Chip Size Package) Lead layout of conventional IC

C

Q

B

E

These are omitted.

IC903  (LX)



2 V/DIV, 500 ns/DIV

5.28 Vp-p

185 ns

NWZ-S515/S516/S615F/S616F/S618F

Ver. 1.3

5-2. PRINTED WIRING BOARD - MAIN Board (Side A) -

123456789101112

MAIN BOARD (SIDE A)

A

B

C

D

E

F

• : Uses unleaded solder.

FB821

SHEET

SWITCH

CN881

81

81

R882

R887

R884

R885

C883

R886

C882

R665

C697

FB820

R903

C901

C612

C698

35

CL903

1

CN801

37

36

R921

R908

R904

R906

R647

S

D

G

Q603

C904

C660

C661

C618

C617

C615

C613

R883

C881

R881

C884

R648

R661

R662

R646

R649

R911

R907

CL911

24

1

25

25

IC901

6

712

C650

C651

2

C805

R833

C905

R912

A2A1
B2B1

IC602

R602

R664

C806

1

2

R909

IC802

6

34

7

R822

R828

L901

R651

C906

15

C913

VDR856

19

18

13

R919

D

GS

Q903

C802

14

8

R821

R824

R905

R855

13

R913 R914

R861

R922

R910

R672

9

R625

R915

C903

5

5

IC903

610

610

C909

VDR861

VDR859

C920

VDR860

VDR852

TH901

VDR851

VDR854

R859

C854

C853

R826

R823

R827

C911

11

VDR862

R853

FB858

FB852

FB851

R851

R857R858

1

C921

R902

241

C907

VDR858

C855

3

VDR853

C912

FB857

FB855

FB854

LF851

R626

LITHIUM ION

BATTERY

3.7V 610mAh

2

CN901

22

R637

R639

R640

112

12

1

1-874-537-

24

2625

CN851

WM-PORT

23

R636

R660

R638

11

(11)

• Semiconductor
Location

Ref. No. Location

IC602 D-10
IC802 E-10
IC901 C-10
IC903 B-11

Q603 C-9
Q903 D-10

NWZ-S515/S516/S615F/S616F/S618F

Note 1: When the MAIN board is replaced, format it according

to the “NOTE OF MAIN BOARD REPLACING” (refer to
page 4) of the servicing notes.

Note 2: When IC602, IC802, IC901 and IC903 on the MAIN board

is damaged, exchange the new MAIN board for the MAIN
board which IC damaged.

Note 3: When CN881 on the MAIN board is damaged, exchange

the new MAIN board for the MAIN board which connector
damaged.

Note 4 : When the LCD SUB ASSY (LCD801) is replaced, refer to

SUPPLEMENT-2.

1818

LCD801

LIQUID CRYSTAL

DISPLAY

NWZ-S515/S516/S615F/S616F/S618F

5-3. PRINTED WIRING BOARD - MAIN Board (Side B) -

123456789101112

MAIN BOARD (SIDE B)

A

R437

IC504

4

C511

C2B2

X501

C506

IC501

R519

C804

13

6

A2A1
B2B1

R520

C501

C665

C664

R510

C419

IC503

4

5

C516

R502

C644

R628

C803

IC405

8

1

154

R426

R438

Q401

S

R442

C509

CL610

R641

R820

CL901

C915

C917

R901

CL622

CL629

CL623

CL624

CL888

CL912

CL625

CL626

CL627

CL628

CL913

B

CL902

C

CL603

CL613CL614

CL604

D

E

S601

RESET

F

C611

CL646

R603

D852

CL501

C517

C518

IC509

R505

C507

R506

R507

C505

C510

5134

IC502

L801

CL502

C512

R521 R522

A1A2B1 C1

C502

C504

C503

R511

R523

R503

R832

R427

G

D

13

R616

R504

IC508

L601

L602

R617

R624

CL631

R629

A1 A3
B1
C1A2C2

IC803

(NWZ-S615F/S616F/S618F)

R605

R439

R440

R615

R653

R441

R643

C684

C695

C687

C677

C641

R839

C657

C655

C694

H8G8F8E8D8C8B8A8
H7G7F7E7D7C7B7A7
H6G6F6E6D6C6B6A6
H5G5F5C5B5A5

C508

H4G4F4C4B4A4
H3G3F3E3D3C3B3A3
H2G2F2E2D2C2B2A2
H1G1F1E1D1C1B1A1

C671

C608

X602

C626

C607

R627

R830

B3
C3

R829

FL701

C674

C610

C692

C680

R840

C691

C710

C709

C648

C647

C625

R831

C689

C634

R663

R622

C686

C629

C690

AF1
AF2

AE3AF3

AF10

AF12

AF19

AE19

AF23
AE24AF24
AE25AF25
AF26

R611

C616

AD7
AD8

AD10

AD20
AD21
AD22
AD23

C666

R642

CL643

AD3
AD4
AD5
AD6

AD9

AD11
AD12
AD13
AD14
AD15
AD16
AD17
AD18
AD19

AD24

C668

C640

AC5AE5AF5
AC6AE6AF6
AC7AE7AF7
AC8AE8AF8
AC9AE9AF9
AC10AE10
AC11AE11AF11
AC12AE12
AC13AE13AF13
AC14AE14AF14
AC15AE15AF15
AC16AE16AF16
AC17AE17AF17
AC18AE18AF18
AC19
AC20AE20AF20

AC22AE22AF22

CL620

• : Uses unleaded solder.

IC701

C707

C713

C652

C679

C708

W1 G1 F1

AB1AC1AD1AE1
AB2AC2AD2AE2
AB3AC3
AB4AC4AE4AF4
AB5
AB6
AB7
AB8
AB9
AB10

W11

V11

AB11

W12

V12

AB12

W13

V13

AB13

W14

V14

AB14

W15

V15

AB15

W16

V16

AB16
AB17
AB18
AB19
AB20

AB21

AC21AE21AF21

AA22AB22
AA23AB23AC23AE23
AA24AB24AC24
AA25AB25AC25AD25
AA26AB26AC26AD26AE26

C667

X603

R633

C675

C672

C699

C602

C603

C606

C638

CL638

CL634

C653

C714

R4T4U4V4W4 G4 F4 C4

U11
U12
U13
U14
U15
U16

CL642

CL637

C620

C669

R634

C604

CL644

IC601

C670

FB801

C643

CL641

C601

CL914

H10J10K10L10M10N10P10R10T10U10V10W10

K11

J11

H11

L11 D11 B 11 A 11

K12

J12

H12

K13

J13

H13

K14

J14

H14

K15

J15

H15

K16

J16

H16
J17K17 H17L17M17N17P17R17T17U17V17W17
J18K18 H18L18M18N18P18R18T18U18V18W18
J19K19 H19L19M19N19P19R19T19U19V19W19

J22K22 H22L22M22N22P22R22T22U22V22W22 G22 F22 E22Y22

H23

J23K23

L23M23N23P23R23T23U23V23W23 G23 F23 E23 D23 B23 A23Y23

H24J24K24L24M24N24P24R24T24U24V24W24 G24 F24 E24 D24Y24

H25J25K25L25M25N25P25R25T25U25V25W25 G25 F25 E25 D25 C25 B25 A25Y25

H26

J26K26L26M26N26P26R26T26U26V26W26 G26 F26 E26 D26 C26 B26 A26Y26

C673

FB806

FB807

FB809

FB805

FB803

FB804

FB802

CL915

CL645

CL639

CL633

C676

H1J1K1L1M1N1P1R1T1 E1U1V1 D1 C1 B1 A1Y1AA1
H2J2K2L2M2N2P2R2T2U2V2W2 G2 F2 D2 C2 B2 A2Y2AA2

H4J4K4L4M4N4P4
H5J5K5L5M5N5P5R5T5U5V5W5 G5 F5

H8J8K8L8M8N8P8R8T8U8V8W8
H9J9K9L9M9N9P9R9T9U9V9W9

FB810

FB808

FB811

FB812

C712

C711

FB818

CL640

FB813

FB814

E2
E3H3J3K3L3M3N3P3R3T3U3V3W3 G3 F3 D3Y3AA3
E4 D4 B4 A4Y4AA4
E5Y5AA5
E6
E7
E8

E9
E10
E11
E12
E13
E14
E15
E16
E17
E18
E19
E20
E21

FB816

R658

C3

D5 B5 A5

C5
C6

D6 B6 A6

C7

D7 B7

C8

D8 B8 A8

C9

D9 B9 A9

C10

D10 B10

C11
C12

D12 B12

C13

D13 B13 A13

C14

D14 B14 A14

C15

D15 B15 A15

C16

D16 B16 A16

C17

D17 B17 A17

C18

D18 B18 A18

C19

B19

D19 A19

C20

D20

B20 A20

C21

D21 B21 A21

C22

D22 B22 A22

C23
C24

B24 A24

FB819

R516

FB817

IC506

FB815

1

1

4

IC505

B3 A3

1

A1B1C1D1E1F1G1H1J1K1L1M1N1P1R1

A2B2C2D2E2F2G2H2J2K2L2M2N2P2R2

A3B3C3D3E3F3G3H3J3K3L3M3N3P3R3

A7B7C7D7E7F7G7H7J7K7L7M7N7P7R7

A8B8C8D8E8F8G8H8J8K8L8M8N8P8R8

A9B9C9D9E9F9G9H9J9K9L9M9N9P9R9

A10

A12

8

5

A7

13

54

C514

8

54

R513

C513

C701

C704

R702

CL890

C633

R656

R657

C681

C688

C646

C645

C662

C682

C656

C654

IC507

C515

R514

C308

R205

C705

C678

R775

R780

R644

R608

R314

C301

C702

C706

R781

C649

C632

C703

R655

C685

R618

R630

C683

R623

C306

C207

R774

R776

R777

R604

R621

R620

R619

FB601

C755

VDR302

R315

1

8

R607

FL601

32

9

C753

R778

R779

IC302

C107

C302

C303

R313

24

S888

VOL -

R107

R207

NWZ-S516/

S616F

R432

C417

CL101
C113

C322

5

IC303

R319

C213

CL201

NWZ-S516/

S616F

D201

CL891

FB418

1

R115

R121

10

6

R221

R215

FB201

S602

HOLD

R447

R321

FB602

C411

R670

C412

R208

Q302

1

R108

CL202

U

ONOFF

R769

C752

R754

R783

R753

R756

R755

R782

1

R752

24

R751

C754

R759

R761

R762

R760

R758

R757

R767

1

R765

R764

C325

R446

46
3

CL102

C110

C109

C209

C210

R417

FB425

12

14

11

11

1

R110

R210

FB101

IC404

1

9

4

FB435

R419

IC403

D101

8

5

C413

R434

C414

CL402

R320

R109

3

46

Q303

R209

S889

R422

D301

1-874-537-

VOL +

NWZ-S615F/
S616F/S618F

R667

J301

(HEADPHONE)

11

(11)

C418

R424

R420

VDR401

FB421

8

8

7

7

R445

5

5

4

CL302

1

R311

R444

CL403

VDR301

R668

FB301

4

25

IC751

48

25

IC752

C104
C204
C205
C105
C206

VDR303

25

24

17

16

R326

(NWZ-S615F/S616F/S618F)

C106

C310

C313

C201

C101

C315

R324

FB325

C312

R201

R101

C311

C314

Q301

R306

R312

(NWZ-S516/S616F/S618F)

C321

R307

4

6

IC301

C316

C319

Q304

E

3

C305

1

R304R305

R302

R325

E

C307

R310

48

R105

NWZ-S515/S516/S615F/S616F/S618F

Note 1: When the MAIN board is replaced, format it according

to the “NOTE OF MAIN BOARD REPLACING” (refer to
page 4) of the servicing notes.

Note 2: When C104 and C204 on the MAIN board is damaged,

exchange the new MAIN board for the MAIN board which
capacitor damaged.

Note 3: When IC301, IC302, IC303, IC404, IC405, IC501, IC503, IC505, IC506, IC507,

IC508, IC509, IC601, IC701, IC751, IC752 and IC803 on the MAIN board is dam­aged, exchange the new MAIN board for the MAIN board which IC damaged.

1919

• Semiconductor Location

Ref. No. Location

D101 D-10
D201 E-9
D301 D-11
D852 B-2

IC301 F-8
IC302 E-6
IC303 C-9
IC403 B-10
IC404 A-10
IC405 A-3

Ref. No. Location Ref. No. Location

IC501 D-3
IC502 E-2
IC503 B-2
IC504 B-2
IC505 F-5
IC506 E-5
IC507 E-5
IC508 B-2
IC509 C-2
IC601 D-4
IC701 B-4

IC751 B-7
IC752 D-7
IC803 F-3

Q301 E-7
Q302 C-10
Q303 F-10
Q304 E-8
Q401 B-3

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

2020

5-4. SCHEMATIC DIAGRAM - MAIN Board (1/10) -

• See page 30 for IC Block Diagrams. • See page 33 for IC Pin Function Description.

BOARD

MAIN
(4/10)

9

BOARD

MAIN
(2/10)

12

BOARD

MAIN
(2/10)

8

BOARD

MAIN
(7/10)

7

BOARD

MAIN
(4/10)

6

BOARD

MAIN
(2/10)

5

BOARD

MAIN
(4/10)

2

BOARD

1

(4/10)

MAIN

BOARD

3

(10/10)

MAIN

13

(8/10)

MAIN

BOARD

BOARD

14

(2/10)

MAIN

IC B/D

IC B/D

00

0.3

0

0

0.3

0

0

IC302

∗

12345 678

9

10

11

12

13

14

15

16

1718192021222324

25
26
27
28
29
30
31
32

33

VDD_HP_F

C308

1

C311

1

C314

1

ADA_XRST

PCM0_DADT

CPU_REFCLKO

R105

47

R205

47

C107 0.068

SPI0_MOSI

SPI0_CLK

SPI0_XCS2

DGND

AGND

C303 0.1

VDD_DDCOUT20

C310 0.1

C315

1

C313

0.1

C205

0.001

C306

0.1

C110

0.22

R110

2.2

R210

2.2

C210

0.22

C207 0.068

C105

0.001

C104

150p

C204

150p

C301

0.001

C206

0.001

C106

0.001

R108

470

R209

470

R208

470

R109

470

C302

0.1

LINE_OUT_R

LINE_OUT_L

HP_XMUTE

C312

22

CRD_LINEOUT

D101

RSB6.8STE61

D201 RSB6.8STE61

Q302

EMX18

6

2

1

3

5

4

Q303

EMX18

6

2

1

3

5

4

R307

1k

Q301

UNR31A600LS0

R305
220k

C305

10

IC301

XC6401FF58DR

123

456

7

C316

22

C307

10

R310

0

R312

0

R306

0

R302

0

C319

4.7

R313

1k

C321

0.022

Q304

UNR31A600LS0

R304
150k

R314

0R315

220

CL101

CL201

PCM0_BCK

PCM0_ADDT

FB201
FB301

FB101

VDR301

PCM0_LRCK

0

R311

TU_ANT

0.068

C101

0.068

C201

0R101
0R201

TU_OUT_L
TU_OUT_R

100p

C209

100p

C109

MAX4745ELB+TB069

IC303

1

CB12NO13GND4NO25CB2

6

COM2

7

NC2

8

VCC

9

NC1

10

COM1

0.1C322

R215

0

R121

470

R115

0

R221

470

R319

0

VDR302

VDR303

R107

∗

R207

∗

C113

0.0047

C213

0.0047

VDD_HP_F

R320

0

D301

RSB6.8STE61

470k

R321

CL302

J301

0

R324

SPI0_MOSI_1
SPI0_CLK_1

1

C325

CL102

CL202

0

R325

0

R326

FB325

0

SPI0_XCS2

VDD_DDCOUT20

SPI0_CLK

SPI0_MOSI

LRCK

SDA/CDIN

SCL/CCLK

AD0/nCS

VA_HP

FLYP

GND_HP

FLYN

ADC_FILT+

VQ

DAC_FILT+

AGND

VA
AOUTA
AOUTB
VSS_HP

AIN1B

AIN1A

AFILTB

AFILTA

AIN2B/BIAS

AIN2A

MICIN2/AIN3B/BIAS

MICIN1/AIN3A

nRESET
VL
VD
DGND
SDOUT
MCLK
SCLK
SDIN

AGND

D/A CONVERTER

EN1

GND

VOUT2
VOUT1

VSS

EN2
VIN

(1/10)MAIN BOARD

HEADPHONE/WM-PORT

IC303

+1.8V REGULATOR

IC301

A/D CONVERTER,

IC302

A

1012

J

H

B

1311

L

C

78

I

14

F

96

K

4 1815 163

G

D

5 17

E

12

HEADPHONE AMP

NWZ-S615F/

S616F/F618F

()

()

S616F/F618F

NWZ-S615F/

S616F/F618F

()

NWZ-S615F/

MUTING CONTROL SWITCH

MUTING CONTROL SWITCH

∗

IC302

CS42L51-CNZR

(NWZ-S615F/S616F/S618F)

(NWZ-S515/S516)

CS43L21-CNZR

51(FR)

∗

R107,207

5.6(EXCEPT FR)

SELECTOR

MUTING

MUTING

(HEADPHONE)

)

NWZ-S615F/

(

S616F/F618F

(Page 23)

(Page 23)

(Page 29)

(Page 21)

(Page 23)

(Page 26)

(Page 21)

(Page 23)

(Page 27)

(Page

21)

(Page 21)

Note 2: When C104 and C204 on the MAIN board is damaged,

exchange the new MAIN board for the MAIN board which
capacitor damaged.

Note 3: When IC301, IC302 and IC303 on the MAIN board is

damaged, exchange the new MAIN board for the MAIN
board which IC damaged.

Note 1: When the MAIN board is replaced, format it according

to the “NOTE OF MAIN BOARD REPLACING” (refer to
page 4) of the servicing notes.

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

2121

5-5. SCHEMATIC DIAGRAM - MAIN Board (2/10) -

• See page 30 for IC Block Diagrams.

BOARD

(1/10)

MAIN

12

BOARD

(1/10)

MAIN

8

BOARD

(4/10)

MAIN

15

BOARD

(4/10)

MAIN

16

BOARD

(1/10)

MAIN

5

36

MAIN
(7/10)

BOARD

MAIN

4

(3/10)

BOARD

(1/10)

14

BOARD

MAIN

IC B/D

0

2.9

0

2.9

0

0

0

2.8

2.8

SPI0_MOSI_1

SPI0_XCS1

SPI0_CLK_1

VDD_HP_F

TU_OUT_R

TU_OUT_L

68

R417

1k

R419

SDFMM1N23GB2T

IC403

1

Vcc2ANT3GND4RSSO

5

AOUT_R

6

AOUT_L

7

DA

8

LA

9CL10X111

X2

12

D_GND

13

STO

14

GND

0.1

C413

CPU_CKI32

TU_CLKON

220p

C414

0.1

C412

TU_ANT

CL402

CL403

AGND

VDR401

DGND

1k

R420

10V

47

C411

R422

0

TC7WH08FC(T5RSONY)

IC404

1
2
3
4

GND

5

6

7

8

VCC

9

GND

TC7WH08FC(T5RSONY)

IC405

1
2
3
4

GND

5

6

7

8

VCC

9

GND

SPI0_XCS2

SPI0_XCS0

1

C417

0.1

C419

0.1

C418

R426

0

R427

0

4700

R434

2SK354700LS0

Q401

470k

R437

R438

0

6800

R441

4700

R440

R442

0

R439

0

0

R444

0

R445

FB418

0

R446

0

R447

R432

0

FB421

0

FB425

0

FB435

0

TU_STO

220k

R424

DGND
AGND

MAIN BOARD (2/10)

IC405

SWITCHING

IC404

SWITCHING

FM TUNER

IC403

A

1012

B

11

C

78

F

9643

G

D

5

E

12

S

BUFFER

(NWZ-S615F/S616F/S618F)

(Page 20)

(Page 26)

(Page 20)

(Page 23)

(Page 20)

(Page 22)

(Page 23)

(Page 20)

Note 2: When IC404 and IC405 on the MAIN board is damaged,

exchange the new MAIN board for the MAIN board which
IC damaged.

Note 1: When the MAIN board is replaced, format it according

to the “NOTE OF MAIN BOARD REPLACING” (refer to
page 4) of the servicing notes.

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

2222

5-6. SCHEMATIC DIAGRAM - MAIN Board (3/10) -

• See page 30 for IC Block Diagrams.

(8/10)

23

MAIN

BOARD

(7/10)

21

MAIN

BOARD

(4/10)

42

MAIN

BOARD

(4/10)

17

MAIN

BOARD

BOARD

MAIN

(4/10)

18

BOARD

MAIN

(10/10)

19

MAIN

4

(2/10)

BOARD

MAIN

22

(10/10)

BOARD

BOARD

MAIN

20

(4/10)

IC B/D

IC B/D

IC B/D

IC B/D

IC B/D

IC B/D

IC501

CSP

(Chip Size Package)

S1R72V17B00A20B

B8

XI

C8

XO

H1

TESTEN

H8

ATPGEN

A8

BURNIN

A6

R1

A3

DP

A4

DM

B1

VBUSFLG

C1

VBUSEN

C3

VBUS

D1

XRESET

D8

CLKIN

G3

XRD

H3

XWRL

F3

XWRH

H2

XCS

E3

XINT

G4

XDREQ

F4

XDACK

D2

XBEL

C4

CA1E1CA2C5CA3E2CA4D3CA5G1CA6F1CA7F2CA8

H4

CD0

G5

CD1

H5

CD2

F5

CD3

E6

CD4

H6

CD5

G6

CD6

F6

CD7

H7

CD8

G8

CD9

F7

CD10

E7

CD11

F8

CD12

D6

CD13

E8

CD14

C6

CD15

A5

HVDDB3HVDDC2HVDDA2LVDDA7LVDDC7LVDDG2LVDDD7CVDDB2VSSB4VSSB5VSSB6VSSB7VSSG7VSSA1NSS(NC)

X501

12MHz

C502

15p

DGND

R502

0

C501

18p

R507

1k

C503

1

R503

100k

R504

100k

R505 100k

R506

6200

AB0_XRD

AB0_XWR

AB0_XCS2

AB0_D1

AB0_D0

AB0_D3

AB0_D2

AB0_D7

AB0_D6

AB0_D5

AB0_D4

AB0_D10

AB0_D8
AB0_D9

AB0_D11

AB0_D15

AB0_D12

AB0_D14

AB0_D13

AB0_A1
AB0_A2
AB0_A3
AB0_A4

AB0_A7

AB0_A6

AB0_A5

AB0_A8

USB_INT

VDD_GP1_J

IC503

TK63731AB1G0B

A1

GND

B1

VOUT

B2

VIN

A2

VCONT

PSM_L0DET

VDD_UNREG

C504

0.1

C511

1

R511
220k

RESETZ

C510

0.1

USB_DP

USB_DM

VCC_VBUS

C512

1

C505

0.1

C506

0.1

C507

0.1

C509

0.1

C508

0.1

IC505

TC7WG74FC

1

CK

2

D

3

/Q

4

GND

5

Q

6

/CLR

7

/PR

8

VCC

9

GND

C513

0.1

FLASHCLK

R513
100k

IC506

TC7WG74FC

1

CK

2

D

3

/Q

4

GND

5

Q

6

/CLR

7

/PR

8

VCC

9

GND

C514

0.1

IC507

TC7SG04AFS

12

GND

3

NC

45

VCC

C515

0.1

R516

10

R514

10

USB_XRST

R519

220k

IC502

TC7SG08AFS

12

GND

3

45

VCC

IC504

TK63718HCL-G

1

VIN2GND3VOUT

4NC5

GND

6

VCONT

IC508

TC7SG04AFS

1
2

GND

3

NC

4

5

VCC

C516

0.1

C517

0.1

C518

0.1

R510

22

IC509

SN74AVC1T45YZPR

A1

VCCA

B1

GND

C1

A

C2

B

B2

DIR

A2

VCCB

R520 100k

R521

0

R522

0

10k

R523

CL501

CL502

VCC_VBUS

VDD_GP1_J

VDD_UNREG

VDD_UNREG

DGND

DGND

AB0_XRD

AB0_A2
AB0_A3
AB0_A4
AB0_A5
AB0_A6

AB0_A7

AB0_A8

AB0_D0

AB0_D1
AB0_D2
AB0_D3
AB0_D4
AB0_D5
AB0_D6
AB0_D7
AB0_D8
AB0_D9

AB0_D10
AB0_D11
AB0_D12
AB0_D13
AB0_D14
AB0_D15

AB0_A1

AB0_XRD

AB0_D0

AB0_A8

AB0_A7

AB0_A6

AB0_A5

AB0_A4

AB0_A3

AB0_A2

AB0_A1

AB0_D1

AB0_D2

AB0_D3

AB0_D4

AB0_D5

AB0_D6

AB0_D7

AB0_D8

AB0_D9

AB0_D10

AB0_D11

AB0_D12

AB0_D13

AB0_D14

AB0_D15

AB0_XCS2

AB0_XCS2

USB CONTROLLER

IC501

+1.8V REGULATOR

IC504

+3.1 REGULATOR

IC503

RESET SWITCH

IC502

IC507

INVERTER

IC505

D FLIP-FLOP

IC506

D FLIP-FLOP

IC508

INVERTER

IC509

LEVEL SHIFT

CSP

(Chip Size Package)

MAIN BOARD

A

1012

J

H

B

1311

C

78

I

14

F

96

K

4 15 163

G

D

5 17

E

12

(3/10)

L

(Page 23)

(Page 23)

(Page 29)

(Page 23)

(Page 26)

(Page 29)

(Page 21)

(Page 23)

(Page 27)

Note 2: When IC501, IC503, IC505, IC506, IC507, IC508 and IC509 on the MAIN board is

damaged, exchange the new MAIN board for the MAIN board which IC damaged.

Note 1: When the MAIN board is replaced, format it according to the “NOTE OF

MAIN BOARD REPLACING” (refer to page 4) of the servicing notes.

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

2323

5-7. SCHEMATIC DIAGRAM - MAIN Board (4/10) -

• See page 30 for IC Block Diagrams. • See page 33 for IC Pin Function Description.

28

MAIN

BOARD

(6/10)

27

MAIN

BOARD

(8/10)

25

MAIN

BOARD

(5/10)

17

MAIN

BOARD

(3/10)

30

MAIN

BOARD

(7/10)

BOARD

MAIN

24

(8/10)

(1/10)

BOARD

2

MAIN

BOARD

MAIN

26

(5/10)

BOARD

MAIN

29

(8/10)

MAIN

16

BOARD

(2/10)

42

(3/10)

BOARD

MAIN

BOARD

MAIN

9

(1/10)

BOARD

MAIN

18

(3/10)

BOARD

MAIN

32

(6/10)

MAIN

(10/10)

BOARD

33

34

BOARD

(8/10)

MAIN

BOARD

MAIN

20

(3/10)

BOARD

MAIN

35

(7/10)

BOARD

MAIN

6

(1/10)

BOARD

MAIN

1

(1/10)

BOARD

MAIN

15

(2/10)

BOARD

MAIN

36

(9/10)

31

(5/10)

BOARD

MAIN

IC B/D

2.9 0

2.7

LCD_R5
LCD_R4
LCD_R3
LCD_R2
LCD_R1
LCD_R0
LCD_G5

LCD_G3

LCD_G4

LCD_G1
LCD_G0

LCD_G2

LCD_B5

LCD_B3

LCD_B4

LCD_B2

LCD_B0

LCD_B1

LCD_PXCLK
LCD_HSYNC
LCD_VSYNC

SDR_D14

SDR_D27

SDR_D29

SDR_D09

SDR_D24
SDR_D23

SDR_D20

SDR_D22

SDR_D00

SDR_D21

SDR_D28

SDR_D06

SDR_D18

SDR_D16

SDR_D01

SDR_D04
SDR_D03

SDR_D31

SDR_D25

SDR_D05

SDR_D07

SDR_D26

SDR_D10

SDR_D19

SDR_D11

SDR_D30

SDR_D13

SDR_D02

SDR_D17

SDR_D08

SDR_D12

SDR_D15

SDR_XRAS

SDR_A10

SDR_A11

SDR_XWR

SDR_XCAS

SDR_A07

SDR_DQM2

SDR_DQM3

SDR_A05
SDR_A04

SDR_A06

SDR_CLK

SDR_BA1

SDR_A01

SDR_A08

SDR_A03

SDR_A00

SDR_DQM0

SDR_A09

SDR_BA0

SDR_A02

SDR_XCS0

SDR_DQM1

SDR_CKE0

SDR_A12

CPU_REFCLKO
PCM0_DADT

ADA_XRST

SPI0_XCS2

R634

1M

X603

11.2896MHz

C669

5p

C668

5p

R633

0

C646

0.1

C648

0.1

C656 0.1

DGND

C650 0.001

C651

0.1

C666

0.1

C664 0.1

C661

0.1

C671

0.001

C676

0.001

C670

0.001

C657 0.001

C672

0.001

C667

0.001

C649

0.001

C660

0.001

C654

0.1

C674

0.1

C680

0.1

C687

0.1

C675

0.1
C688

0.1

C690

0.1

C683

0.1

C679

0.1

C673

0.1

C652

0.1

C695 0.1

C694

0.1

C611

0.001

C626

10p

C625 10p

C689

0.047

R642

100k

C645

0.1

C638

1

C633

0.1

C634

0.1

C617 0.1

AGND

C615

0.1

C618

0.1

C608

1

C616

0.1

C640 1

C629

1

R616

0.22

C610

0.1

R617

0.22

C604

1

C601

1

VCC_VBUS

C613

0.1

C612

0.1

VDD_DDCOUT20

Q603

3LP01S-K-TL-E

R646

470k

R647

470k

R649

47k

C620

0.1

R639

47k

R638

47k

R640

47k

R627

1k

R625
100k

R626

100k

CRD_AD

C602

1

VDD_GP1_J

CRD_LINEOUT

VCC_VBAT

R611

0

C692

0.001

C677 0.001

C684

0.001

C691

0.001

C678

0.001

C681

0.1
C685

0.001

C686

0.001

C682

0.001

C698

0.1

C697

0.001

C647

0.001
C665

0.001

C655

0.001

C653

0.001

CHG_PEN2
CHG_XCHGEN
USB_SUSPEND

X602

32.768kHz

C603

1

R608

1k

R607
470k

C632

1

R604

0

R605

0

C607

1

VDD_HP_F

VDD_ECO_J

R643

0

R644

0

R630

100

R624

0

R623

0

R622

0

R618

0

R651
470k

R615 1k

C641

22

C644

22

VDD_UNREG

CL620

R648
47k

R621 0

R619

0

R603

10k

R629
470k

R628

470k

R641 1k

CRD_DET

R620

0

R653

100k

R657

100k

R658

100k

R656

100k

R655
100k

C643

1

LCD_PWM1

LCD_PCI
LCD_PON

HP_XMUTE

CHG_XFLT
XCHG_DET

CL633

CL634

VCC_DCIN

CL637

R660

47k

R637

47k

R636

47k

CHG_ICTL

C662

0.001

VDD_LOG_F

L601
10uH

L602

10uH

RESETZ

AB0_D0

USB_INT

AB0_XCS2
AB0_XRD

AB0_A1

AB0_A4

AB0_A3

AB0_XWR

AB0_A2

AB0_A6

AB0_A5

AB0_A8

AB0_D1
AB0_D2
AB0_D3

AB0_D7

AB0_D6

AB0_D4
AB0_D5

AB0_D9

AB0_D8

AB0_D10
AB0_D11

AB0_D15

AB0_D13

AB0_D12

AB0_D14

AB0_A7

CL603

CL604

CL610

CL613

CL614

CL622

CL623
CL624
CL625
CL626
CL627
CL628
CL629

CL631

FLASHCLK

USB_XRST

PCM0_ADDT

PCM0_BCK

PSM_L0DET

TK63731AB1G0B

IC602

A1

GND

B1

VOUT

B2

VIN

A2

VCONT

0

R602

PCM0_LRCK

SPI0_MOSI
SPI0_CLK

SPI0_XCS1
CPU_CKI32
TU_CLKON
TU_STO

VDD_GP3

470k

R661

KEY_AD0
KEY_AD1

SPI0_XCS0

1k

R662

KEY_WAKE0

CL638

CL639

CL640

CL642

LCD_ENABLE

R663

100k

0

R664

0.1

C699

C606

1

CL643

VDD_ANA_F

LCD_BLTCTL

S602

1kR665

470k

R667

100k

R668

FL601

CL641

CL644

CL645

CL646

220k

R670

0

R672

FB602

IC601

CSP

(Chip Size Package)

MC-10051F1-FAE-A

H18

C21

D21

E21

A22

B22

C22

D22

A23

B23

C23

H19

D23

B24

E23

C24

F23

E24

D18

E18

C20

D20

E20

A21

B21

H15

J18

K19

H17

E22

F22

G22

D24

C25

J22

J23

J24

G25

G24

G23

D25

F24

E25

F25

H25

H24

H22

H23

J19

H14

H16

E19

AC15

AD15

AE15

AC14

AD14

AE14

AB12

AD12

AB14

AB13

AC12

AE11

AD11

AC11

AB11

AE10

AD10

AC10

AB10

V22

U24

W23

U22

T24

V23

U19

W22

V18

V17

V19

AE16

D8

J11

J12

J13

J14

J15

J16

J17

K10

K11

K12

K13

K14

K15

K16

K17

K18

L10

L17

L18

M10

M17

M18

N10

N17

N18

N19

N9

P17

P18

P19

P9

R19

R9

T19

T9

U9

V12

V13

V14

V15

V9

W1

1

W12

W13

W14

W15

W16

W17

W18

W9

U13

U12

AD24

AC19

AD19

A19

AC1

AC2

AC3

AD18

AE19

B19

C19

D19

J1

J2

J3

P25

P26

V1

V2

V3

A5

AE13

B5

C5

D5

E5

F5

W24

W25

AB9

AC25

AC9

AD9

AE9

M19

L19

L22

L23

L24

L25

K23

M22

M23

M24

M25

N22

N23

K22

P23

N24

N25

R22

P22

R23

T22

K24

AC17

AB17

AC16

AB16

AB15

AB18

AC18

U10

V11

R10

U11

T10

D3

M9

C2

B3

C3

E9

B4

C4

H9

H10

J10

H11

H12

H13

D4

E4

L9

E6

K9

E8

E7

J9

D2

H8

J8

K8

E3

A4

AC21

AB22

AD22

AC22

AB21

AB20

AD20

AC20

AC23

AD23

V16

U16

U14

U15

P10

AA4

Y5

U3

U2

U1

Y4

W5

W4

V5

V4

V8

U5

U4

AB5

T4

U8

T1

T8

AA5

T3

T2

R1

R8

N3

N2

N1

M8M5M4

M3

M2

M1

L8

P4

L4

L3

L2

L1

L5

H3

K5

H4

K4

J4

P3

J5

H5

P2

P1

P8

N8

N5

N4

P5

R4

R3

R2

T5

R5

AC6

AB6

AD7

AB7

AC7

AC8

W10

AB8

V10W8U17

U26

T26

AB19

W19

U18

Y23

Y22

AA24

AB24

AA23

AB23

AA22

R17

R18

T17

T18

C13

C10

D12

C12

D13

B14

C14

D14

E14

C11

D10

D11

AE18

Y24

Y25

A20

AB1

AE7

B20

R25

AD8

AE8

D6

D7

K1

K2

K3

C9

C6

B6

C7

B7

C8

B8

AD6

B9

L26

K26

H26

J25

K25

G26

J26

D26

E26

F26

H2

AF19

AF12

AF13

AE12

AF16

AF17

AF14

AF15

AE17

AF18

AE5

AF10

AF11

AE6

AF5

AF6

AF8

AF9

AF7

AE3

AF4

AE4

AD5

AD4

AA2

AA1

Y3

Y2

W2

W3

AD3

AD2

AC5

AC4

AB4

AB3

AB2

AA3

F1

G1

W1

Y1

E10

E13

E12

C16

D16

C15

B15

E11

B13

E15

D15

B17

C17

D17

A17

AF21

AB25

AD21

AD25

R24

AA26

AA25

V26

V25

AF20

AE20

AF22

AE21

AF23

AE22

AE24

AE23

Y26

W26

AC24

T25

U23

M26

N26

U25

V24

G4

G5

AD17

AB26

AC26

AC13

AD16

AD13

F2

E1

P24

F4

D1

G3

F3

G2

H1

E2

R26

T23

B10

D9

E17

E16

C18

B18

A18

A14

A15

A10

A9

A6

B12

A11

A12

A13

B16

A16

A7

A8

B11

A1

A2

A24

A25

A26

A3

AD1

AD26

AE1

AE2

AE25

AE26

AF1

AF2

AF24

AF25

AF26

AF3

B1

B2

B25

B26

C1

C26

L11

UART_RXD

NAND_XCS1

NAND_XRD

NAND_RXB1

NAND_D01

NAND_D03

NAND_D05

NAND_CLE

NAND_D06

UART_TXD

NAND_XCS0

NAND_RXB0

NAND_XCS3

NAND_ALE

NAND_D00

NAND_RXB3

NAND_D02

NAND_D04

NAND_RXB2

NAND_XCS2

NAND_D07

NAND_XWR

AGND

DGND

0

FB601

AGND

SDR_D18

SDR_D19

SDR_D10

SDR_D13

SDR_DQM0

SDR_D00

SDR_XCAS

SDR_D14

SDR_D12
SDR_D11

SDR_D07

SDR_D23

SDR_A09

SDR_D24

SDR_D26

SDR_A05

SDR_D25

SDR_D05

SDR_D16

SDR_D01

SDR_CLK

SDR_CKE0

SDR_XWR

SDR_D17

SDR_D06

SDR_D15

SDR_XCS0

SDR_XRAS

SDR_D04

SDR_A11

SDR_DQM3

SDR_D21

SDR_D02

SDR_DQM1

SDR_A10

SDR_D09

SDR_D22

SDR_A07

SDR_D20

SDR_D08

SDR_A08

SDR_DQM2

SDR_D28
SDR_D27

SDR_D03

SDR_A06

SDR_A12

SDR_A03

SDR_BA0

SDR_A00

SDR_A01

SDR_A04

SDR_BA1

SDR_A02

LCD_PCI
LCD_PON

XCHG_DET

LCD_VSYNC

LCD_R5
LCD_R4
LCD_R3
LCD_R2
LCD_R1
LCD_R0

LCD_PXCLK

LCD_HSYNC

LCD_G5
LCD_G4
LCD_G3
LCD_G2
LCD_G1
LCD_G0

LCD_B5
LCD_B4
LCD_B3
LCD_B2
LCD_B1
LCD_B0

ADA_XRST

PCM0_LRCK

NAND_D01

NAND_D00

NAND_CLE

NAND_XCS3
NAND_XCS2
NAND_XCS1
NAND_XCS0

NAND_ALE

NAND_D07

NAND_D06

NAND_D05

NAND_D04

NAND_D03

NAND_D02

NAND_XWR

NAND_XRD
NAND_RXB3
NAND_RXB2
NAND_RXB1
NAND_RXB0

SDR_CKE0

SDR_XCAS

SDR_BA1
SDR_BA0
SDR_A09
SDR_A08
SDR_A07
SDR_A06
SDR_A05
SDR_A04
SDR_A03

SDR_A12

SDR_A1

1
SDR_A10
SDR_A01

KEY_AD0

SPI0_MOSI

SPI0_CLK

SPI0_XCS2

SDR_XWR

SDR_XRAS

SDR_DQM3

SDR_DQM2

SDR_DQM1

SDR_DQM0

SDR_D09

SDR_D08

SDR_D07

SDR_D06

SDR_D05

SDR_D04

SDR_D31

SDR_D30

SDR_D03

SDR_D29

SDR_D28

SDR_D27

SDR_D26

SDR_D25

SDR_D24

SDR_D23

SDR_D22

SDR_D21

SDR_D20

SDR_D02

SDR_D19

SDR_D18

SDR_D17

SDR_D16

SDR_D15

SDR_D14

SDR_D13

SDR_D12

SDR_D11

SDR_D10

SDR_D01

SDR_CLK

VCC_VBUS

VDD_GP1_J

VDD_GP1_J

SDR_D00

SDR_XCS0

VDD_L0_F

CHG_PEN2

CHG_XCHGEN

USB_SUSPEND

VDD_HP_F

VDD_ECO_J

KEY_AD1

CPU_REFCLKO

WAKEUP_INT

VCC_VBAT

VDD_GP1_J

CHG_ICTL

CRD_AD

PCM0_BCK

VDD_LOG_F

AB0_A1

AB0_A3

AB0_A4

AB0_A5

AB0_A6

AB0_A7

AB0_A8

AB0_XCS2

AB0_D0

AB0_D1

AB0_D10

AB0_D11

AB0_D12

AB0_D13

AB0_D14

AB0_D15

AB0_D2

AB0_D3

AB0_D4

AB0_D5

AB0_D6

AB0_D7

AB0_D8

AB0_D9

AB0_XRD

AB0_XWR

RESETZ

AB0_XCS2
AB0_XRD
AB0_XWR

AB0_D10
AB0_D11
AB0_D12
AB0_D13

USB_INT

AB0_A2

USB_INT

FLASHCLK

FLASHCLK

USB_XRST

USB_XRST

PCM0_ADDT

PCM0_BCK

PSM_L0DET

PCM0_LRCK

SPI0_MOSI
SPI0_CLK

SPI0_XCS1
CPU_CKI32
TU_CLKON
TU_STO

SPI0_XCS1

TU_CLKON

CPU_CKI32

VDD_GP3

SPI0_XCS0

LCD_ENABLE

LCD_ENABLE

LCD_PWM1

VDD_PLL_S

VDD_ANA_F

LCD_BLTCTL

LCD_BLTCTL

VDD_ECO_J

VDD_LOG_F

USB_INT

SDR_D30

SDR_D31

NAND_D02

NAND_D01

NAND_RXB0

NAND_D00

NAND_D07

NAND_D06

NAND_XCS1
NAND_XCS2
NAND_XCS3

NAND_CLE

NAND_ALE

NAND_XRD

NAND_XWR

UART_TXD

NAND_XCS0

NAND_D03

UART_RXD

NAND_RXB3

NAND_RXB2

NAND_RXB1

NAND_D05

NAND_D04

UART_TXD

UART_RXD

PSM_L0DET

PCM0_ADDT

PCM0_DADT

SDR_A00

SDR_A02

VDD_GP1_J

RESETZ

AB0_A1
AB0_A2
AB0_A3
AB0_A4
AB0_A5
AB0_A6
AB0_A7
AB0_A8
AB0_D0
AB0_D1
AB0_D2

CHG_PEN2
CHG_XCHGEN
USB_SUSPEND

AB0_D3
AB0_D4
AB0_D5
AB0_D6
AB0_D7
AB0_D8
AB0_D9

AB0_D14
AB0_D15

LCD_R5
LCD_R4
LCD_R3
LCD_R2
LCD_R1
LCD_R0
LCD_G5
LCD_G4
LCD_G3
LCD_G2
LCD_G1
LCD_G0
LCD_B5
LCD_B4
LCD_B3
LCD_B2
LCD_B1
LCD_B0
LCD_PXCLK
LCD_HSYNC
LCD_VSYNC

XHOLD_KEY

VDD_GP1_J

VDD_GP1_J

CPU_REFCLKO

VDD_L0_F

VDD_GP3

LCD_PWM1

VDD_ECO_J

VDD_DDCOUT20

VDD_PLL_S

VDD_GP1_J

VDD_ANA_F

VCC_VBUS

VCC_DCIN

TU_STO

CRD_DET

CHG_XFLT

KEY_WAKE
XHOLD_KEY
WAKEUP_INT
CRD_LINEOUT
HP_XMUTE
CHG_ICTL
LCD_PCI
LCD_PON
XNC_KEY

VDD_UNREG

VDD_UNREG

VCC_VBAT

VCC_DCIN

VDD_UNREG

VDD_DDCOUT20

SDR_D29

XNC_KEY

KEY_WAKE

KEY_AD1

KEY_AD0

SPI0_XCS0

SPI0_XCS2
ADA_XRST

PCM0_DADT

HP_XMUTE
CRD_LINEOUT

VDD_GP1_J

VDD_HP_F

CRD_AD

CRD_DET

XCHG_DET

CHG_XFLT

VDD_HP_F

AB0_XDRQ

AB0_CSZ2

AVDD_H PLL

AVDD_H PLL

AVDD_H PLL

AVDD_LPLL

AVDD_LPLL

AVDD_LPLL

USB_INT2

USB_XRSTNCC_RTCK

C_TCK

C_TDI

C_TDO

C_TMS

C_TRSTZ

NC_PLUG_PWR

NC_OUT_SELNCLCD_BLTCTL

NCHP_DET

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

GND

WAKEUP

NC

MICR_DET

NC

NC

IO_A

IO_A

IO_A
IO_A

IO_A
IO_A

IO_A

IO_A

IO_A

IO_A
IO_A

IO_A

IO_A

IO_A
IO_A

IO_A

IO_A

IO_B

IO_B

IO_B

IO_B

IO_B

IO_B

IO_B

IO_B

IO_B

IO_C

IO_C

IO_C

IO_C

IO_C

LCD_B0

LCD_B1

LCD_B2

LCD_B3

LCD_B4

LCD_B5

LCD_ENABLE

LCD_G0

LCD_G1

LCD_G2

LCD_G3

LCD_G4

LCD_HSYNC

LCD_PXCLK

LCD_R0

LCD_G5

LCD_R1

LCD_R2

LCD_R3

LCD_R4

LCD_R5

LCD_VSYNC

MS_BS

MS_DATA0

MS_DATA1

MS_DATA2

MS_DATA3

MS_INSZ

MS_SCKO

NC

NC

NC

NC

NC

NAND_ALE

NAND_CEZ0

NAND_CEZ1

NAND_CEZ2

NAND_CEZ3

NAND_CLE

NAND_DA0

NAND_DA1

NAND_DA2

NAND_DA3

NAND_RBZ0

NAND_RBZ3

NAND_REZ

NAND_WEZ

PM0_CLK

PM0_SEN

PM0_SI

PM0_SO

PM1_CLK

PM1_SEN

USB_PWRCTL

ADA_XRST

PWM0

LCD_PWM1

DSP_DET

ERR_RST_REQZ

PSM_L0DET

L1_DET

RESETZ

SDR_A0

SDR_A1

SDR_A10

SDR_A12
SDR_A11

SDR_A2

SDR_A9

SDR_BA0

SDR_BA1

SDR_CASZ

SDR_CKE0

NC

SDR_CLK

SDR_CSZ0

NC

SDR_DATA0

SDR_DATA1

SDR_DATA10

SDR_DATA19

SDR_DATA2

SDR_DATA29

SDR_DATA3

SDR_DATA30

SDR_DATA31

SDR_DATA4

SDR_DATA9

SDR_DQM0

SDR_DQM3

SDR_RASZ

SDR_WEZ

SPI0_XCS0

SPI0_XCS1

SPI0_CSZ2

NC

SPI0_SK

SPI0_SO

TU_CLKON

USB_SUSPEND

CHG_XCHGEN

CHG_PEN2

CPU_CKI32

CKI

CKO

WR_LEDCTL

WR_ERR

REFCLKO

TM0

GND

GND

U70_CTSZ

U70_RTSZ

U70_SOUT

U70_SRIN

VDD_DSP

VDD_DSP

VDD_DSP

VDD_L0

VDD_L0

VDD_L0

VDD_L0

VDD_L0

VDD_L1

VDD_L1

VDD_L1

VDD_L1

VDD_L1

VDD_L1

VDD_L1

ADGND

KEY_AD0

ADIN8

NC

ADVCC

NCNCNC

CHGGND1

CHGGND2

NCNCNCNCNC

NC

DD1GNDA

DD1GNDB1

DD1GNDB2

DD1INA

DD1INB1

DD1INB2

DD1LX1

DD1LX2

DD1VFBK

DD1VFBK2

DD2GNDA

DD2GNDB1

DD2GNDB2

DD2INA

DD2INB1

DD2INB2

DD2LX1

DD2LX2

DD2LX3
DD2VFBK
DD2VFBK2
DD2VFBSW
KEY_WAKE
XHOLD_KEY
WAKEUP_INT

LCD_PON
XNC_KEY

TU_STO
DGND
DVDD
IOGND
IOVDD
BATSEL
CAPADDL
CAPBTDL
CAPVBDL
CAPVBSW
SWADP
SWADP2
SWBAT
SWGND
SWVBUS
SWVBUS2
VCCADP
VCCVBAT
VCCVBAT
VCCVBUS
COM
GND1

GND3

GND2
GNDSINK

VANA
VANAIN
VDSP
VDSPIN
VGP1
VGP12IN
NC
VGP3IN
VGP3
VGP4
VGP45IN
VGP5
VHP
VL0
VL0IN
VLOG
VLOGIN
NC
VMICIN
VPLL
VPLLIN
EXTRST
NC
BKBAT
OSCIN
OSCOUT

CHGVBUS
NC

NC
IDPULLUP

USBSUSPD
NC

NC

DISCHGVBUS

CPEN
NC

NC
NC
NC
NC
NC
GND
GND
GND
GND
GND
NC
NC
NC
GND
NC
NC
NC
NC

NC
NC

NC
NC

NC

NC

NC

NC
NC

NC

NC
NC

NC

NC

NC

NC

NC

NC

NC

NC

NC

NAND_DA4

NAND_DA5

NAND_DA6

NAND_DA7

NAND_RBZ1

NAND_RBZ2

CRD_LINEOUT
HP_XMUTE
CHG_ICTL
LCD_PCI

BDID1
USB_INT1
XCHG_DET
CHG_XFLT
CRD_DET
XUSB_OK

CRD_AD

ADIN6

ADIN5

KEY_AD1

NC

NC

NC

NC

NC

NC

NC
NC

NC

NC
NC

NC

GND

NCNCNCNCNC

GND

NC

NC

GND

NC

NC

TM1

TM2

GND

GND

SDR_A8
SDR_A7

SDR_A4

SDR_A6
SDR_A5

SDR_A3

SDR_DQM1

SDR_DQM2

SDR_DATA6

SDR_DATA7

SDR_DATA8

SDR_DATA5

SDR_DATA27

SDR_DATA26

SDR_DATA28

SDR_DATA23

SDR_DATA24

SDR_DATA25

SDR_DATA21

SDR_DATA22

SDR_DATA18

SDR_DATA12

SDR_DATA17

SDR_DATA13

SDR_DATA14

SDR_DATA15

SDR_DATA16

SDR_DATA11

AB0_XACK

NC_PWRON

NC

NC

SPI_CS_SEL

NC

NCNCNC

AB0_A1

ETHER_XINT

NC

NCHPL_DET

NC

NCNCNCNCNCNCNCNCNCNCAB0_A2NCAB0_A5NCNC

AB0_A7

AB0_A3NCNC

AB0_A4

AB0_A8

AB0_A6NCNC

AB0_D7

AB0_D3

AB0_D5

AB0_D2

AB0_WRZ

AB0_D9

AB0_D6

AB0_D8

AB0_D1

AB0_D11

AB0_D10

AB0_D0

AB0_D12

AB0_D13

FLASHCLK

AB0_D14

AB0_D15NCAB0_D4

AB0_RDZ

SDR_DATA20

NCNCNCNCNCNCNCNCNC

NC

A

201012

J

H

B

1311

L

N

C

78

I

M

14

F

96

K

4 18 2115 163

G

D

5 17

E

12 19

(4/10)MAIN BOARD

IC602

+3.1V REGULATOR

IC601

SYSTEM CONTROLLER,DSP,POWER CONTROLLER,

P

Q

O

2322

LCD DRIVER,NAND FLASH MEMORY INTERFACE,

SD-RAM INTERFACE

SWITCH

HOLD

ON OFF

S601

RESET

WAKE UP

S

U

(Page 27)

(Page 20)

(Page 22)

(Page

24)

(Page

24)

(Page

27)

(Page

25)

(Page

21)

(Page 22)

(Page 27)

(Page 28)

(Page 21)

(Page 20)

(Page 20)

(Page 26)

(Page 22)

(Page 27)

(Page

29)

(Page 22)

(Page

25)

(Page 24)

(Page 20)

(Page 26)

Note 2: When IC601 and IC602 on the MAIN board is damaged, exchange the new MAIN

board for the MAIN board which IC damaged.

Note 1: When the MAIN board is replaced, format it according to the “NOTE OF

MAIN BOARD REPLACING” (refer to page 4) of the servicing notes.

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

2424

5-8. SCHEMATIC DIAGRAM - MAIN Board (5/10) -

(4/10)

25

MAIN

BOARD

(4/10)

31

MAIN

BOARD

(4/10)

26

MAIN

BOARD

BOARD

MAIN

37

(7/10)

BOARD

MAIN

38

(6/10)

SDR_D03

SDR_A00

SDR_A05

R702
100k

SDR_A03

SDR_D19

SDR_D10

SDR_D00

SDR_D21

SDR_A07

SDR_DQM2

SDR_A12

IC701

K4M56323PG-HG75T

CSP

(Chip Size Package)

A0G8A1G9A2F7A3F3A4G1A5G2A6G3A7H1A8H2A9J3A10G7BA0J7BA1H8DQ0R8DQ1N7DQ2R9DQ3N8DQ4P9DQ5M8DQ6M7DQ7L8DQ8

L2

DQ9

M3

DQ10

M2

DQ11

P1

DQ12

N2

DQ13

R1

DQ14

N3

DQ15

R2

DQ16

E8

DQ17

D7

DQ18

D8

DQ19

B9

DQ20

C8

DQ21

A9

DQ22

C7

DQ23

A8

DQ24

A2

DQ25

C3

DQ26

A1

DQ27

C2

DQ28

B1

DQ29

D2

DQ30

D3

DQ31

E2

DQM0

K9

DQM1

K1

DQM2

F8

DQM3

F2CSJ8WEK8

RAS

J9

CAS

K7

CKE

J2

CLK

J1NCE3NCE7

A12

H3NCH7

A11

H9NCK2NCK3

VDDA7VDDF9VDDL7VDD

R7

VDDQ

B2

VDDQ

B7

VDDQ

C9

VDDQ

D9

VDDQ

E1

VDDQ

L1

VDDQ

M9

VDDQ

N9

VDDQ

P2

VDDQ

P7

VSS

A3

VSS

F1

VSS

L3

VSS

R3

VSSQ

B3

VSSQ

B8

VSSQ

C1

VSSQ

D1

VSSQ

E9

VSSQ

L9

VSSQ

M1

VSSQ

N1

VSSQ

P3

VSSQ

P8

SDR_D29

SDR_A09

SDR_D18

SDR_XWR

SDR_A11

SDR_D20

SDR_A02

SDR_BA1

SDR_D14

SDR_XCS0

SDR_CKE0

SDR_D27

SDR_D04

SDR_D02

SDR_A06

SDR_D05

SDR_D28

SDR_D15

SDR_DQM0

SDR_A10

SDR_D16

SDR_D06

SDR_D24

SDR_BA0

SDR_D13

SDR_D17

SDR_D11

SDR_DQM3

SDR_D23

SDR_D12

SDR_D22

SDR_D25

SDR_DQM1

SDR_D30

SDR_D09

SDR_D07

SDR_XRAS

SDR_D01

SDR_D08

SDR_XCAS

SDR_A04

SDR_CLK

SDR_D31

SDR_A08

SDR_D26

SDR_A01

C701

0.1

C702
100p

DGND

C703

0.1
C704 100p
C705

0.1

C706

100p

C707

0.1

C708

100p

C709

0.1

C710

100p

C711

0.1

C713

0.1

C712

100p

C714

100p

VDD_ECO_J

FL701

DGND

SDR_D17

SDR_A06

SDR_D02

SDR_A12

SDR_D20

SDR_A05

SDR_D13

SDR_DQM2

SDR_A04

SDR_D10

SDR_BA0

SDR_D16

SDR_D21

SDR_DQM1

SDR_DQM0

SDR_A10

SDR_D22

SDR_XWR

SDR_A09

SDR_D23

SDR_XRAS

SDR_A08

SDR_D24

SDR_XCAS

SDR_A07

SDR_D25

SDR_BA1

SDR_A06

SDR_D26

SDR_BA0

SDR_A05

SDR_D31

SDR_A11

SDR_D13

SDR_D05

SDR_D08

SDR_D25

SDR_D07

SDR_D14

SDR_D04

SDR_D24

SDR_D15

SDR_D15

SDR_D03

SDR_D23

SDR_D12

SDR_D16

SDR_D02

SDR_D22

SDR_D05

SDR_D17

SDR_D01

SDR_D21

SDR_D11

SDR_D18

SDR_D20

SDR_D14

SDR_D19

SDR_BA1

SDR_D19

SDR_DQM3

SDR_A03

SDR_D01

SDR_D31

SDR_A02

SDR_D04

SDR_D30

SDR_A01

SDR_D00

SDR_D10

SDR_D29

SDR_A00

SDR_D09

SDR_D09

SDR_D08

SDR_D28

SDR_CLK

SDR_D03

SDR_D11

SDR_D07

SDR_D27

SDR_D06

SDR_D12

SDR_D06

SDR_D26

SDR_A04

SDR_D30

SDR_A10

SDR_A03

SDR_D29

SDR_A09

SDR_A02

SDR_D28

SDR_A08

SDR_A01

SDR_D18 SDR_D27

SDR_A07

SDR_A00

SDR_D00

SDR_CKE0

SDR_XCS0

SDR_DQM0

SDR_DQM1

SDR_DQM2

SDR_DQM3

SDR_XWR

SDR_XRAS

SDR_XCAS

SDR_CKE0

SDR_CLK

SDR_A12

SDR_A11

SDR_XCS0

(5/10)MAIN BOARD

IC701

256M bit SD-RAM

A

1012

H

B

11

C

78

I

F

9643

G

D

5

E

12

(Page 23)

(Page 23)

(Page 23)

(Page 26)

(Page 25)

Note 2: When IC701 on the MAIN board is damaged, exchange

the new MAIN board for the MAIN board which IC dam­aged.

Note 1: When the MAIN board is replaced, format it accord-

ing to the “NOTE OF MAIN BOARD REPLACING”
(refer to page 4) of the servicing notes.

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

2525

5-9. SCHEMATIC DIAGRAM - MAIN Board (6/10) -

(4/10)

MAIN

28

BOARD

(4/10)

MAIN

32

BOARD

(5/10)

BOARD

38

MAIN

IC752

HY27UU08AG5M-TPCBDR (NWZ-S516/S616F)

TH58NVG5D4CTG20 (NWZ-S618F)

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

100k

R767

100kR765

100kR756

100k

R755

IC751

HY27UU08AG5M-TPCBDR (NWZ-S515/S516/S615F/S616F)

TH58NVG5D4CTG20 (NWZ-S618F)

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24

25

26

27

28

29

30

31

32

33

34

35

36

37

38

39

40

41

42

43

44

45

46

47

48

NAND_D01
NAND_D02
NAND_D03
NAND_D04
NAND_D05
NAND_D06
NAND_D07

NAND_D00

VDD_GP3

NAND_XCS2
NAND_XCS3

NAND_XRD

NAND_CLE
NAND_ALE

NAND_XWR

DGND

0.1

C752

0.1

C753

0.1

C754

0.1

C755

470kR759

470kR764

470k

R753

470k

R754

0

R751

NAND_XCS0

NAND_RXB2

NAND_RXB0

NAND_RXB3

1k

R769

47kR774

47kR775

47kR776

47kR777

47kR778

47kR779

47kR780

47kR781

NAND_RXB1

NAND_XCS1

0

R782

0

R783

0

R758

R752

0

0

R757

0

R760

R762

0

0

R761

NAND_ALE

NAND_CLE

NAND_XRD

NAND_XCS3

NAND_XCS2

NAND_D07

NAND_D06

NAND_D05

NAND_XRD

NAND_CLE

NAND_XWR

NAND_D02

NAND_D04

NAND_D01

NAND_D03

NAND_RXB3

NAND_RXB0

NAND_XCS0

NAND_XWP

NAND_D07
NAND_D06
NAND_D05
NAND_D04

NAND_D03
NAND_D02
NAND_D01
NAND_D00

NAND_RXB1

NAND_XCS1

NAND_RXB2

NAND_RXB3

NAND_XCS1

NAND_XCS3

NAND_XCS2

NAND_RXB2

NAND_RXB0

NAND_D07
NAND_D06
NAND_D05

NAND_D04

NAND_D03
NAND_D02
NAND_D01

NAND_D00

NAND_XWP

NAND_ALE

NAND_RXB1

NAND_D00

NAND_XCS0

NAND_XCS1

NAND_XWR

NAND_RXB1

NC
NC
NC
NC
NC

NC

NC
NC

NC
NC
NC
NC
NC NC

NC

NC

NC

NC

NC

NC

NC

NC(PSL)

NC

NC

NC

NC

R/B2
R/B1

XRE

XCE1
XCE2

VCC
VSS

CLE
ALE
XWE
XWP

I/08
I/07
I/06
I/05

VCC
VSS

I/04
I/03
I/02
I/01

XCE2

NC

NC

NC

VSS

NC(PSL)

ALE

R/B1

NC

NC

I/02

I/08

I/01NC

NC

I/06

I/03

NC

I/05

NC

NC

NC

VCC

NC

XCE1

XWE

NC

NC

VSS

NC

I/04

NC

NC

NC

R/B2

NC

NC

NC

NC

NC

NC

XRE

NC

XWP

I/07

NC

CLE

VCC

A

1012

B

11

C

78

F

9643

D

5

E

12

(6/10)MAIN BOARD

NC

NAND FLASH MEMORY

IC752

IC751

NAND FLASH MEMORY

(NWZ-S516/S616F/S618F)

(NWZ-S516/S616F)

(NWZ-S516/S616F)

NAND_XRD

NAND_CLE
NAND_ALE
NAND_XWR

(Page 23)

(Page 23)

(Page 24)

Note 2: When IC751 and IC752 on the MAIN board is damaged, exchange

the new MAIN board for the MAIN board which IC damaged.

Note 1: When the MAIN board is replaced, format it according to the “NOTE OF

MAIN BOARD REPLACING” (refer to page 4) of the servicing notes.

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

2626

5-10. SCHEMATIC DIAGRAM - MAIN Board (7/10) -

35

BOARD

(4/10)

MAIN

30

BOARD

(4/10)

MAIN

7

BOARD

(1/10)

MAIN

21

BOARD

(3/10)

MAIN

(5/10)

BOARD

37

MAIN

MAIN

36

BOARD

(2/10)

IC B/D

LCD_G5

LCD_B3

LCD_G4

LCD_B5

LCD_B2

LCD_R5

LCD_B4

LCD_HSYNC

LCD_R4

LCD_G2

LCD_R1

LCD_R3

LCD_R0

LCD_VSYNC

LCD_B0

LCD_G3

LCD_B1

LCD_G1
LCD_G0

LCD_PXCLK

LCD_R2

VDD_UNREG

LCD_PWM1

LCD_PON

LCD_PCI

VDD_LOG_F

VDD_ANA_F

SPI0_MOSI

SPI0_CLK

LCD_ENABLE

SPI0_XCS0

FB802
FB803
FB804
FB805
FB806

FB807
FB808
FB809

FB810

FB811

FB812

FB813

FB814

FB815

FB816

FB817

FB818

FB819

FB801

DGND

0R833

0

R832

33k

R830

470k

R828

0.1

C802

0.1

C803

0.1

C806

0.1

C805

SN74AUC34

IC802

5

2

3

4

87

GND

12

9
10
11

15

GND

114

VCC

6

13

BD6069GUT-E2

CSP

(Chip Size Package)

IC803

A1

GNDA

A2

EN

A3

TESTB1VIN

B3VFB

C1

VOUT

C2

SW

C3

GND

22uH

L801

1

C804

LCD_BLTCTL

35P

CN801

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

24

25

26

27

28

29

30

31

32

33

34

35

220k

R823

220k

R827

0

R826

18

R831

47k

R829

R824

0

0

R839

0

R840

R820

0

R821

0

R822

0

FB820

0

FB821

0

SPI0_XCS0

DGND

LCD_ENABLE

LCD_CLK

LCD_MOSI

LCD_XCS

LCD_XRESET

LCD_XRESET

B0
B1
B2
B3
B4
B5
G0
G1
G2
G3
G4
G5
R0
R1
R2
R3
R4
R5
LCD_ENABLE

PXCLK

LCD_HSYNC
LCD_VSYNC
LCD_XCS
LCD_CLK
LCD_MOSI

PXCLK

R5
R4
R3
R2

R1
R0
G5
G4
G3
G2
G1
G0
B5
B4
B3
B2

B1
B0

SPI0_MOSI_0

SPI0_CLK_0

SPI0_CLK_0

SPI0_LCD_XCS

SPI0_LCD_XCS

LCD_PON

SPI0_MOSI_0

LCD_PON

GND

GND

LED_-

SDI

B0
B1
B2
B3
B4
B5
G0
G1
G2
G3
G4
G5
R0
R1
R2
R3
R4
R5

RESET

VDDI (1.8V)

SCL

VDD (2.85V)

DOTCLK (5.6448MHz)

VSYNC

HSYNC

GND

LED_+

GND

GND

CS

ENABLE

MAIN BOARD

IC802

LEVEL SHIFT

IC803

LCD BACK

A

1012

H

B

1311

C

78

I

F

9643

G

D

5

E

12

(7/10)

LIGHT DRIVER

LCD801

LIQUID

CRYSTAL

DISPLAY

(Page 23)

(Page 23)

(Page 20)

(Page 21)

(Page 22)

(Page 24)

• See page 30 for IC Block Diagrams.

Note 3: When the LCD SUB ASSY (LCD801)

is replaced, refer to SUPPLEMENT-2.

Note 1: When the MAIN board is replaced, format it according to the “NOTE OF

MAIN BOARD REPLACING” (refer to page 4) of the servicing notes.

Note 2: When IC802 and IC803 on the MAIN board is damaged, exchange the

new MAIN board for the MAIN board which IC damaged.

Ver. 1.3

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

2727

5-11. SCHEMATIC DIAGRAM - MAIN Board (8/10) -

(4/10)

MAIN

34

BOARD

(4/10)

MAIN

27

BOARD

(1/10)

MAIN

13

BOARD

BOARD

40

MAIN

(10/10)

BOARD

MAIN

29

(4/10)

BOARD

MAIN

24

(4/10)

BOARD

23

MAIN
(3/10)

BOARD

41

MAIN

(10/10)

BOARD

MAIN

(10/10)

43

LF851

VCC_VBUS

USB_DM

USB_DP

UART_RXD

UART_TXD

LINE_OUT_R

LINE_OUT_L

CRD_AD

R855

47k

R851

1k

R853

1k

VDR851

VDR852

CN851

22P

1
2
3
4
5
6
7
8

9
10
11
12
13
14
15
16
17
18
19
20
21
22

DGND

CRD_DET

R857

470k

R858

10k

C853

100p

R859

1k

VDD_GP1_J

VCC_DCIN

VCC_VBAT

DGND

VDR853

VDR854

C854

0.01

FB854

0

FB855

0

FB857

0

FB851

0

FB852

0

VDR856

FB858

470p

C855

VDR858

VDR859

VDR860

VDR861

VDR862

RSB6.8STE61

D852

R861

AGND

VCC_VBAT

VCC_DCIN

AGND

AU_R_IN

RESERVE

UNREG_OUT

DCIN

D+

AU_R_OUT

RXD/WAKE

GND

TXD/SLEEP

DIGITAL_OUT/OPEN

CRD_AD

GND

USB_DET

GND

VIDEO-GND/GND

AU_L_IN

AU_COM

D-

AU_L_OUT

VIDEO-IN/OUT/OPEN

RESERVE(OTG)

VIN

(8/10)MAIN BOARDA

12

B

C

78

F

9643

D

5

E

WM-PORT

(Page 23)

(Page 29)

(Page 29)

(Page 22)

(Page 23)

(Page 20)

(Page 23)

(Page 23)

(Page 29)

Note: When the MAIN board is replaced, format it according to the

“NOTE OF MAIN BOARD REPLACING” (refer to page 4) of
the servicing notes.

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

2828

5-12. SCHEMATIC DIAGRAM - MAIN Board (9/10) -

36

MAIN

BOARD

(4/10)

10k

R885

15k

R887

10k

R882

C881

0.047

0.01

C882

0.01

C884

22k

R884

10k

R886

15k

R883

10k

R881

C883

0.047

CL890

CL891

CL888

KEY_AD0

KEY_AD1

AGND

KEY_WAKE0

8P

CN881

1GND

2LEFT

3

BACK/HOME

4UP

5PLAY/PAUSE

6 OPTION

7RIGHT

8DOWN

VOL+VOL-

(9/10)MAIN BOARDA

12

B

C

78643

D

5

SWITCH

SHEET

S888 S889

(Page 23)

Note 2: When CN881 on the MAIN board is damaged, exchange

the new MAIN board for the MAIN board which connector
damaged.

Note 1: When the MAIN board is replaced, format it according

to the “NOTE OF MAIN BOARD REPLACING” (refer to
page 4) of the servicing notes.

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

2929

5-13. SCHEMATIC DIAGRAM - MAIN Board (10/10) -

• See page 17 for Waveform. • See page 30 for IC Block Diagrams.

MAIN
(4/10)

33

BOARD

BOARD

19

(3/10)

MAIN

BOARD

43

(8/10)

MAIN

BOARD

41

(8/10)

MAIN

BOARD

3

(1/10)

MAIN

BOARD

22

(3/10)

MAIN

(8/10)

BOARD

40

MAIN

IC B/D

IC B/D

1

3.7
0
0

2.7
0
0

0

0

0

3.7

2.70

0

000

2.7

3.8

3.8

2.7

3.8

2.1

3.8

0.8

0.8

3.8

2.9

0

POWER ON: 45mA

TOTAL CURRENT

CL903

R911
470k

R906

3300

C905 0.068

IC901

MAX8677AETG

1
2
3
4
5
6

789101112

13 14 15 16 17 18

19202122232425

R909 22k

R907
470k

C909

22

C904

0.1

IC903

MAX1557ETB

IN

1

GND

2

SS

3

OUT

4

XSHDN

5

D2

6

PGND

7

LX

8

INP

9

D1

10

11

PGND

C911

0.001

R915

33k

C903

0.1

VDD_DDCOUT20

R914

47k

VCC_DCIN

VDD_GP1_J

XCHG_DET

CHG_XFLT

C912

22

DGND

C906

0.1

C907

22

CHG_XCHGEN

CHG_PEN2

USB_SUSPEND

C913

22

R903

470k

R904

470k

R901

0

AGND

R912

8200

VCC_VBAT

TH901

VCC_VBUS

C901

10

C920

4.7

R913

10k

VDD_UNREG

R902

0

CN901

1BATT+

2BATT-

Q903

2SK3541T2L

R919

10k

CHG_ICTL

R921

220k

R922
220k

C917

22

C921

22

C915

22

L901

4.7uH

R908

10k

CL901

CL902

1500

R905

33k

R910

CL911

CL912

CL913

CL914

CL915

VDD_GP1_J

VCC_VBUS

XCHG_DET

CHG_XFLT

CHG_XCHGEN

CHG_PEN2

USB_SUSPEND

CHG_ICTL

USB_SUSPEND

CHG_XFLT

CHG_XCHGEN

XCHG_DET

CHG_PEN2

CHG_ICTL

BAT

BAT
USB
USB

TSET

USUSS

/DONE
DC
DC
/CEN
PEN1
PEN2

GND

/FLT

/UOK

/DOK

SYS

/CHG

SYS

PSETVLGNDCTISET

THM

A

1012

H

B

11

C

78

I

F

9643

G

D

5

E

12

(10/10)MAIN BOARD

POWER CONTROL,

IC901

DC/DC CONVERTER

IC903

ION

LITHIUM

BATTERY

CHARGE CONTROL

CHARGE CONTROL SWITCH

S

3.7V 610mAh

(Page 23)

(Page 22)

(Page 27)

(Page 27)

(Page 20)

(Page 22)

(Page 27)

Note 2: When IC901 and IC903 on the MAIN board is damaged, exchange

the new MAIN board for the MAIN board which IC damaged.

Note 1: When the MAIN board is replaced, format it according to the “NOTE OF

MAIN BOARD REPLACING” (refer to page 4) of the servicing notes.

NWZ-S515/S516/S615F/S616F/S618F

NWZ-S515/S516/S615F/S616F/S618F

3030

• IC Block Diagrams
– MAIN Board –

IC301 XC6401FF58DR

IC303 MAX4745

IC403 SDFMM1N23GB2T

IC501 S1R72V17B00A20B

IC503, 602 TK63731BCB-G

IC504 TK63718HCL-G

IC505, 506 TC7WG74FC

IC509 SN74AVC1T45YZPR

B8

CHANNEL

OSCILLATOR

USB

NC

CPU INTERFACE

CONTROLLER

MULTI

TRANSCELVER

FIRST-IN FIRST-OUT

C8

F3

H2

E3

G4

F4

E1

C5

E2

D3

G1

F1

F2

H4

A1

C6
E8
D6
F8
E7
F7
G8

XWRH

CD0

CA8

CA7

CA6

CA5

CA4

CA3

CA2

XDACK

XDREQ

XINT

XCS

CD15
CD14
CD13
CD12
CD11
CD10
CD9

XI

XO

G3

XRD

TEST

MUX

H1

TESTEN

H8

ATPGEN

A8

BURNIN

MACRO

DEVICE SERIAL

INTERFACE

ENGINE

HOST SERIAL

INTERFACE

ENGINE

A6

R1

A3

DP

A4

DM

B1VBUSFLG
C1

VBUSEN

C3VBUS
D1

XRESET

D8

CLKIN

CONTROLLER

FIRST-IN FIRST-OUT

USB

DMA

CONTROLLER

H3

XWRL

VSS

G7

B7

B6

B5

B4

B2

CVDD

D7

LVDD

G2

LVDD

C7

LVDD

A7

LVDD

A2

HVDD

C2

HVDD

B3

HVDD

A5

H7

CD8

F6
G6
H6
E6
F5
H5
G5

CD7
CD6
CD5
CD4
CD3
CD2
CD1

C4

CA1

D2

XBEL

VSS

VSS

VSS

VSS

VSS

/ENDPOINT

OVER CURRENT

THERMAL &

PROTECTION

CONTROL

ON / OFF

REGULATOR

VOLTAGE

B2

VIN

VCONT

GND

A1

REFERENCE

A2

B1

VOUT

XQ

Q

C

D
R

S

9

GND

1

CK

2

D

3

XQ

4

GND

5

Q

6

XCLR

7

XPR

8

VCC

EN2

VIN

EN1

ON / OFF

1

CONTROL

2

ON / OFF

3

CONTROL

CB1

1

NO1

2
3

GND
NO2

4

REGULATOR 2

VOLTAGE

REFERENCE

REGULATOR 1

7

GND

6

VOUT2

5

VOUT1

4

VSS

10

COM1

NC1

9
8

VCC
NC2

7

CB2

5

GND13STO12D-GND

14

LOGIC

TUNING

SYSTEM

1VCC

2ANT
3GND
4RSSO

ANTENNA

RSSI

BUFFER

VCO

BALUN

CON26

IF

LAG-LEAD

FILTER

IF

FILTER

MPX DECODER

DEMODULATOR

LIMITER

5

AUDIO RIGHT

11 X2
10 X1

6

7

DA

AUDIO LEFT

9CL
8LA

1

VIN

THERMAL &

OVER CURRENT

PROTECTION

2

GND

VOUT

3

REGULATOR

VOLTAGE

REFERENCE

A1

VCCA

GND

B1

A

C1

ON / OFF
CONTROL

6

VCONT

5

GND

4

NC

A2

VCCB

B2

DIR

C2

B