Yamaha Motif Xs6 Xs7 Xs8 (Service)

7/22/2019 Yamaha Motif Xs6 Xs7 Xs8 (Service)

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SERVICE MANUAL

SERVICE MANUAL

MOTIF XS6

MOTIF XS7


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MOTIF XS6/MOTIF XS7/MOTIF XS8

WARNING: CHEMICAL CONTENT NOTICE!

The solder used in the production of this product contains LEAD. In addition, other electrical/electronic and/or plastic (Where applicable)

components may also contain traces of chemicals found by the California Health and Welfare Agency (and possibly other entities) to cause

cancer and/or birth defects or other reproductive harm.

DO NOT PLACE SOLDER, ELECTRICAL/ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANY REASON WHAT SO EVER!

Avoid prolonged, unprotected contact between solder and your skin! When soldering, do not inhale solder fumes or expose eyes to solder/

flux vapor!

If you come in contact with solder or components located inside the enclosure of this product, wash your hands before handling food.

IMPORTANT NOTICE

This manual has been provided for the use of authorized Yamaha Retailers and their service personnel. It has been assumed that basicservice procedures inherent to the industry, and more specifically Yamaha Products, are already known and understood by the users,and have therefore not been restated.

WARNING : Failure to follow appropriate service and safety procedures when servicing this product may result in personal injury,destruction of expensive components and failure of the product to perform as specified. For these reasons, we adviseall Yamaha product owners that all service required should be performed by an authorized Yamaha Retailer or theappointed service representative.

IMPORTANT : This presentation or sale of this manual to any individual or firm does not constitute authorization certification,recognition of any applicable technical capabilities, or establish a principal-agent relationship of any form.

The data provided is belived to be accurate and applicable to the unit(s) indicated on the cover. The research engineering, and servicedepartments of Yamaha are continually striving to improve Yamaha products. Modifications are, therefore, inevitable and changes inspecification are subject to change without notice or obligation to retrofit. Should any discrepancy appear to exist, please contact thedistributors Service Division.

WARNING : Static discharges can destroy expensive components. Discharge any static electricity your body may have accumulatedby grounding yourself to the ground bus in the unit (heavy gauge black wires connect to this bus.)

IMPORTANT : Turn the unit OFF during disassembly and parts replacement. Recheck all work before you apply power to the unit.

IMPORTANT NOTICE FOR THE UNITED KINGDOM

Connecting the Plug and Cord

WARNING:THIS APPARATUS MUST BE EARTHED

IMPORTANT The wires in this mains lead are coloured in accordance with t he following code:


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SAVING DATA Saving and backing up your data

DRAM data is lost when you turn off the power to the instrument.

Save the data to the flash ROM/a USB storage device/external device such as a computer.

Data stored to the flash ROM may be lost due to malfunction or incorrect operation. Save important data to a USB storage

device/external device such as a computer.

Never attempt to turn off the power while data is being written to Flash ROM (while an Executing... or Please keep

power on message is shown). Turning the power off in this state results in loss of all user data and may cause the system

to freeze (due to corruption of data in the Flash ROM). This means that this synthesizer may not be able to start up prop-erly, even when turning the power on next time.

Backing up the USB storage device/external media

To protect against data loss through media damage, we recommend that you save your important data onto two USB stor-

age devices/external media.

Be sure toperform it

DRAM ROM/US B /

ROM ( ) USB /

ROM ( Executing...Please keep power on. )

USB / USB / USB /


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SPECIFICATIONS

Keyboards MOTIF XS8MOTIF XS7MOTIF XS6

88 keys, Balanced Hammer Effect Keyboard (Initial Touch/Aftertouch)76 keys, FSX Keyboard (Initial Touch/Aftertouch)61 keys, FSX Keyboard (Initial Touch/Aftertouch)

Tone Generatorblock

Tone Generato

Polyphon

Multi TimbralCapacity

16 Parts (internal), Audio Input Parts (A/D, mLAN*)

*1 stereo Part

VoiceGM: 128 Normal Voices + 1 Drum KitUser: 128 x 3 (selected and copied from Preset bank), Normal Voice + 32 Drum Kits

Performance User: 128 x 3 (up to 4 Parts)

Filter 18 types

Effect System Reverb x 9 types, Chorus x 22 types, Insertion (A, B, L) x 53 types x 8 blocks, MasterEffect x 9 types, Master Equalizer (5 bands), Part EQ (3 bands, stereo)

Sampling block Samples Up to 1,024 Waveforms (Multi Samples)Up to 128 Key Banks per WaveformUp to 4,096 Key Banks

Sampling Sources Analog input L/R, Stereo output (Resampling),mLAN (available on the MOTIF XS6 and 7 when the mLAN16E2 has been installed)

A/D Conversion

D/A Conversion

24-bit, 64 x oversampling

24-bit,128 x oversampling

Sample Data Bits 16

Sampling Frequency 44.1 kHz, 22.05 kHz, 11.025 kHz, 5.5125 kHz (Stereo/Mono)

Sampling Frequency via mLAN (when the mLAN16E2 has been installed): 44.1 kHz (fixed)

Sampling Memory Optionally installed, expandable to 1 GB (512 MB DIMM x 2 slots)

*DIMMs are not installed to the instrument when shipped from the factory.

Sample Length Mono: 32 MBStereo: 64 MB

Sampling Time 44.1 kHz: 6 min. 20 sec.

22 05 kHz: 12 min 40 sec

AWM2, with Expanded Articulation

128 notes

Wave 355 MB (when converted to 16-bit linear format), 2,670 waveforms

Preset: 1,024 Normal Voices + 64 Drum Kits


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Others Master User: 128*8 Zones (Master keyboard settings), Assignable Knob/Slider settings, Program Change Table

Sequence Softwarecompatible with theRemote Controlfunction

For Windows: Cubase 4, SONAR 5.2For Macintosh: Cubase 4, Logic 7.2, Digital Performer 5.1

*Functions to be controlled differ depending on the software.

Controllers Pitch Bend wheel, Modulation wheel, Ribbon Controller, Assignable Control Sliders x 8,Assignable Knobs x 8, Assignable Function buttons x 2, Data dial

Display 320 x 240 dot, 5.7 inch graphic color backlit LCD

Connectors OUTPUT L/MONO, R (standard phone jack)ASSIGNABLE OUTPUT L, R (standard phone jack)A/D INPUT L, R (standard phone jack)DIGITAL OUT

PHONES (standard stereo phone jack)FOOT CONTROLLER 1, 2FOOT SWITCH x 2 (SUSTAIN, ASSIGNABLE)MIDI IN/OUT/THRUUSB (TO HOST, TO DEVICE)AC INETHERNETmLAN (MOTIF XS8 only)

Power Consumption 30 W

Dimensions, Weight MOTIF XS8: 1,457 (W) x 466 (D) x 168 (H) mm, 28.6 kgMOTIF XS7: 1,252 (W) x 391 (D) x 122 (H) mm, 17.0 kgMOTIF XS6: 1,045 (W) x 391 (D) x 122 (H) mm, 14.8 kg

Accessories AC Power cord, Media (disc) x 1, Owners Manual, Data List


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MOTIF XS8MOTIF XS7

MOTIF XS6

88BH ( )(/

76FSX(/

61FSX(/

AWM2+

128

16(A/DmLAN*)*1

355 MB (16bit)2,670

: 1,024+ 64

GM: 128+1 : 1283 ()+32

: 1283 (4

18

922 (ABL) 53 89 EQ (5)EQ (3)

(DIMM)

1,024()128

4,096

L/R()

mLAN (MOTIF XS6/7mLANmLAN16E2)

A/DD/A A/D: 24 64D/A: 24128

16 bit

44.1 kHz22.05 kHz11.025 kHz5.5125 kHz (/)

44.1 kHz

1 GB (512M B DIMM 2)


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: 6,000

: 256MIDIMIDI

5

MOTIF XS

SMF0/1 (1)

: 128

8()/

Cubase 4SONAR 5.2 Cubase 4Logic 7.2Digital Performer 5.1

1118821

320240 5.7 LCD (

OUTPUT L/MONO, R ()ASSIGNABLE OUTPUT L, R()A/D INPUT L, R( DIGITAL OUTPHONES (FOOT CONTROLLER 1, 2FOOT SWITCH2 (SUSTAIN, ASSIGNABLE)MIDI IN/OUT/THRUUSB (TO HOST, TO DEVICE)AC INETHERNETmLAN (MOTIF XS8)

20 W (16 W)

MOTIF X S8: 1,457 (W) 466 ( D) 168 (H) mm 28.6 kgMOTIF XS7: 1,252 (W) 391 (D) 122 (H) mm17.0 kgMOTIF XS6: 1,045 (W) 391 (D) 122(H) mm14.8 kg

2P-3P (disc)1


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TONE 2

ARP FX

REVERB

CHORUS

PAN

TONE 1

MASTERVOLUME

LOCATE 1 2

ASSIGNABLEFUNCTION

CONTROL

1 2 3 4 5

6 7 8 9 0 -

SELECTED PARTCONTROL

MULTI PART

O N/ OF F O N/ OF F

EQ LOW EQ MID F

C UT OF F R ES ON AN CE

SWINGQUANTIZE

VALUE

EQ MID EQ MID Q

AT TACK DECAY

QUANTIZES TR EN GT H G AT E T IM E

REMOTE ARPEGGIO

EFFECT BYPASS

SEQ TRANSPORT

VOLUME 1 VOLUME 2 VOLUME 3 VOLUME 4 VOLUME 5 VOLUME 6 VOLUME 7 VOLUME 8

EQ HIGH PAN

S US TA IN R EL EA SE

V E LO CI TY O CT R AN GE

A SS IG N 1 A SS IG N 2

R EV ER B C HO RU S

UNITMULTIPLY TEMPO

F1 F2 F3 F4 F5 F6

SF1 SF2 SF3 SF4 SF5 SF6

OCTAVE

MASTEREFFECT

1

2

UPDOWN

INSERTION SYSTEM

C3C2B1A1G1F1E1D1C1

DEC/NO

EXIT

AMOTIF XS6

MOTIF XS7

PANEL LAYOUT

Top Panel


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-

F6

5 SF6

FFO/NOPRATCELESTRAP

DLOHPRAETUMTRAP

FI LE UTI LI TY

SEQUENCER

COMPARE

SEQSETUP

SCENE STORE

SECTIONI-P

SECTION A-H

PERFORMANCECONTROL

SUB CATEGORY

MODE

PRE 1 PRE 2 PRE 3 PRE 4 PRE 5 PRE 6 PRE 7 PRE 8 PROGRAM

A B C D E F G H

DEC/NO INC/YES

SONG PATTERN

EDIT JOB STORE

SET LOCATE

8654321 7

9 10 11 12 13 14 15 16

COMMONEDIT TRACK

MUTE SOLOEXIT

MULTIPART

V OI CE P ER FO RM M AS TE R

INTEGRATEDSAMPLING

MIXING

EXECUTE

USER1 USER2 USER 3 GM DRGM PRE DR USER DR

CATEGORY SEARCH

PIANO KEYBOARD ORGAN GUITAR BASS BRASSSTRINGS SAX/WOODWIND

SYNLEAD PADS/CHOIRS

SYNCOMP CHROMATICPERCUSSION

DRUM/PERCUSSION

SOUNDEFX

MUSICALEFX

ETHNIC

ENTER

C6C5C4

A


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MASTERVOLUME

LOCATE 1 2

ASSIGNABLEFUNCTION

1

6 7

ON/OFF ON/OFFREMOTE ARPEGGIO

EFFECT BYPASS

SEQTRANSPORT

F1 F2

SF1

OCTAVE

MASTER

EFFECT

1

2

UPDOWN

INSERTION SYSTEM

TONE 2

PAN

TONE 1

ARP FX

REVERB

CHORUS

SELECTED PARTCONTROL

CONTROL

MULTI PART

EQ LOW EQ MIDF

C UT OFF R ES ONA N CE

SWINGQUANTIZE

VALUE

EQ MID EQ M ID Q

A TTA CK DEC AY

QUANTIZES T RE N GT H GA TE T IME

EQ HIGH PAN

S US TA IN R EL EA SE

V E LOC IT Y OC T RA N GE

A SS IG N 1 A SS IG N 2

R EV ER B C HO RU S

UNITMULTIPLY TEMPO

VOLUME1 VOLUME 2 VOLUME 3 VOLUME 4 VOLUME 5 VOLUME 6 VOLUME 7 VOLUME 8

C1E0 F0 G0 A0 B0C0 D0 2C1-B1-A C

1 2 3 4 5

7 8 9 0 -

F2 F3 F4 F5 F6


3C

B

B'

MOTIF XS8

Top Panel


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2

1

6 7

RT

F1 F2

SF1

STERFECT

C

FFO/NOPRATCELESTRAP

DLOHPRAETUMTRAP

F IL E U TI LI TY

SEQUENCER

COMPARE

SEQSETUP

SCENE STORE

SECTIONI-P

SECTION A-H

PERFORMANCECONTROL

SUB CATEGORY

MODE

1 2 3 4 5

7 8 9 0

PROGRAM

A B C D E F G H

-

F2 F3 F4 F5 F6

DEC/NO INC/YES

SONG PATTERN

EDIT JOB STORE

SET LOCATE

8654321 7

9 10 11 12 13 14 15 16

COMMONEDIT TRACK

MUTE SOLOEXIT ENTER


MULTIPART

V OIC E P E RF ORM MA ST E R

EXECUTE

INTEGRATEDSAMPLING

MIXING

PRE 1 PRE 2 PRE 3 PRE 4 PRE 5 PRE 6 PRE 7 PRE 8

USER1 USER 2 USER 3 GM DRGM PRE DR USER DR

CATEGORYSEARCH

P I AN O K E YB OA R D O RG AN GUITAR BASS BRASSSTRINGS SAX/WOODWIND

SYNLEAD PADS/CHOIRS

SYNCOMP CHROMATICPERCUSSION

DRUM/PERCUSSION

SOUNDEFX

MUSICALEFX

ETHNIC

7C6C5C4C3C

B

B'


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LCDCONTRASTETHERNET

USB

TODEVICETOHOST

POWERO N/ O FF

ACIN

LCDCONTRASTETHERNET

USB

TO DEVICETOHOST

POWERO N/ O FF

AC IN

USB

TO DEVICETO HOST LCD CONTRASTETHERNET

MOTIF XS6

MOTIF XS7

MOTIF XS8

C

Rear Panel


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THRU

MIDI

OUT IN PHONESASSIGNABLE SUSTAIN

FO OT SW I TC H FO OT CO N TR O LL E R

2 1

ASSIGNABLE OUTPUT OUTPUT

R RL L/MONODIGITAL OUT

A/DINPUT

R LGAIN

THRU

MIDI

OUT IN PH ONESPH ONESASSIGNABLE SUSTAIN

FO OT SW I TC H FO OT C ON TRO L LE R

2 1

A SS IG NA BL E O UT PU T O UT PU T

RR L L/MONODIGITALOUT

A/DINPUT

R LGAIN

THRU

MIDI

OUT IN PHONESPH ONESASSIGNABLE SUSTAIN

FO OT S WI TCH FO OT CO N TR OL L ER

2 1

A SS IG NA BL E O UT PU T O UT PU T

RR L L/MONODIGITALOUT

A/DINPUT

R LGAIN

C


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CIRCUIT BOARD LAYOUT

PNA PNC

DM

PNB-PN

PNB-BLG

LCD

JKAN-LC

MK61L MKH-D

JKAN-JA

MOTIF XS6/XS7

* Thi fi h th MOTIF XS6

Powewr supply unit

Wheel assembly

Assy JKAN-ML


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PNA PNC

DM

PNB-PN

PNB-BLG

MLAN

LCDJKAN-LC

GHD EBUS L HEDaf H

JKAN-JA

MOTIF XS8

HEDaf M

MK SUB GHDPCPNB-RB

Powewr supply unit

Wheel assembly

Assy

Touch volume

JKAN-ML


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DISASSEMBLY PROCEDURE (MOTIF XS6/MOTIF XS7)

The unit is heavy. Treat the unit with enough carewhen lifting it up.

If you want to turn the unit or control panel

assembly upside down, prepare supporting

materials and put the unit or control panel on them

with the end portions of the unit or control panel

placed on the supporting materials. (Fig. A)

Attach the filament tapes in the same way as they

were before removal.

When removing buttons attached to the PNAcircuit board, PNB-PN circuit board or PNC circuit

board, be careful not to damage the buttons. Hold

side faces of a button to handle it with relative

safety.

Notes on Flat Cable

Contacts are visible through the back side. When

connecting to the connector, pay attention not to

insert the cable inversely. (Photo A)

During assembly, pay attention that connectors,cables or the like are not pinched by circuit

boards, frames, etc.

Assy A

PNA PNB-PN PNC

A

Precautions

Photo A ( A) Fig. A ( A)


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[40C]

[40C]

[40C]

[40C]

* This figure shows the MOTIF XS6. MOTIF XS6

1. Side Panel R, Side Panel L

(Time required: About 1 minute each)

1-1 Remove the five (5) screws marked [40A]. The

side panel R can then be removed. (Fig. 1)

* The side panel L can be removed in the same

manner.

2. Control Panel Assembly (Time required: About 4 minutes)

2-1 Turn the unit upside down and remove the three (3)

screws marked [40B]. (Fig. 1)

2-2 Remove the side panel R and side panel L. (See

procedure 1.)

2-3 Remove the seven (7) screws marked [30A] and

six (6) screws marked [40C]. (Fig. 1)

1. R, L

1 1-1 [40A] 5 R

1

L

2. Assy 4 2-1 [40B] 3

1

2-2 R L

1

2-3 [30A] 7 [40C] 6

1


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Panel holder

Insert into 2 holes

Control panel assemblyAssy

2

2

1

Installing the service stay

1. L

2. Assy A

1. Insert the end of the stay into the slot of the shield plate L and engage the stay at the end of the slot.

2. Make the other end of the stay in engagement with the portion A of the control panel assembly.

A

Service stay (V6295700)

2-4 Insert your fingers under the middle portion of the

control panel assembly and open to the position

shown in Fig. 3 and then pull the control panel

assembly in the direction of the white arrow in Fig. 3.

(Fi 2 3)

2-4 Assy 3

Assy 3

2 3

Assy

Fig. 3 ( 3)

Fig. 2 ( 2)

Photo 1 ( 1)


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JKAN-JA

[390] [385] [350] [270][350]

[350]DM coverDM

DM earth plateDM

Earth plate BB

PS guardPS [270][270][267]

[370] [370]

[350]


[267]: Cup Screw-BB CUP3.0X8 MFZN2W3 (WK386600)[270]: Bind Head Tapping Screw-BB BIND3.0X6 MFZN2W3 (WE936300)

4-4 [350] 11 DM

BDM 4

4-5 [310] 5 [320] 1

DM 5

DM CN705 CN706DM

DM MAC Address 140

4-4 Remove the eleven (11) screws marked [350]. The

DM cover, earth plate B and DM earth plate can

then be removed. (Fig. 4)

4-5 Remove the five (5) screws marked [310] and the

screw marked [320]. The DM circuit board can

then be removed. (Fig. 5)

* If you find extension circuit boards attached

to the CN705 and CN706 when replacing the

DM circuit board, remove the extension circuit

boards from the DM circuit board and then re-

place the DM circuit board.

* If you replaced the DM circuit board, execute

MAC Address writing.See page 113 for details.


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5. JKAN-ML Circuit Board

(Time required: About 6 minutes)

5-1 Remove the side panel R and side panel L.

(See procedure 1.)5-2 Open the control panel assembly.

(See procedure 3-2.)

5-3 Remove the DM circuit board.(See procedure 4.)

5-4 Remove the four (4) screws marked [290]. The

JKAN-ML circuit board can then be removed. (Fig. 6)

* When installing the JKAN-ML circuit board, fit

the notch of the mLAN support angle to the

notch of the JKAN-ML circuit board.

* If the mLAN16E2 is insert ed, remove themLAN16E2 and then remove the JKAN-ML

circuit board.

Removing the mLAN16E2

a-1 Remove the two (2) screws marked [30B] and

remove the mLAN cover. The mLAN16E2 can

then be removed. (Photo 2)

6. Power Supply Unit, AC-IN Connector,Power Switch (Time required: About 6 minutes)6-1 Remove the side panel R and side panel L.

(See procedure 1.)

6-2 Open the control panel assembly.


6-3 Remove the screw marked [267] and five (5)

screws marked [270]. The PS guard can then be

removed. (Fig. 4)

6 4 P S l U i (Ti i d Ab 6 i )

5. JKAN-ML 6 5-1 R L

1

5-2 Assy 3-2 5-3 DM 4

5-4 [290] 4 JKAN-ML

6

JKAN-ML mLAN JKAN-ML

mLAN16E2 mLAN16E2 JKAN-ML

mLAN16E2 a-1 [30B] 2 mLAN

mLAN16E2 2

6. AC 6 6-1 R L

1

6-2 Assy 3-2

6-3 [267] 1 [270] 5

PS 4

6-4 6 6-4-1 [230] 5

5


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Knob

Knob

Encoder knob


7. Display Assembly



(See procedure 1.)7-2 Remove the control panel assembly.

(See procedure 2.)

7-3 Remove the screw marked [40D], the screw

marked [52A] and the screw marked [90A]. The

EMC cover can then be removed. (Fig. 7)

7-4 Remove the five (5) screws marked [130A] and

the screw marked [130B]. The display assembly

can then be removed. (Fig. 7)

8. JKAN-LC Circuit Board, LCD8-1 Remove the side panel R and side panel L.

(See procedure 1.)

8-2 Remove the control panel assembly.

(See procedure 2.)

8-3 JKAN-LC Circuit Board


8-3-1 Remove the screw marked [D80]. The JKAN-LC

circuit board can then be removed. (Fig. 8)8-4 LCD (Time required: About 5 minutes)

8-4-1 Remove the EMC cover. (See procedure 7-3)

8-4-2 Remove the four (4) screws marked [D60] and

the screw marked [130B]. The LCD can then be

removed together with the display angle. (Fig. 7, 8)

8-4-3 Remove the screw marked [D50]. The LCD can

then be removed from the display angle. (Fig. 8)

7. Assy 5 7-1 R L

1

7-2 Assy 2

7-3 [40D] 1 [52A] 1 [90A]

1 EMC 7

7-4 [130A] 5 [130B] 1

Assy 7

8. JKAN-LC 8-1 R L

1

8-2 Assy 2

8-3 JKAN-LC 4 8-3-1 [D80] 1 JKAN-LC

8

8-4 5

8-4-1 EMC 7-3 8-4-2 [D60] 4 [130B] 1

7 8

8-4-3 [D50] 1

8


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Display assembly

JKAN-LC

[D80]

[D50]

[D60]

[D60]

[D60]

Claw

CN202

CN203

Display angle

Display angle

Assy

LCD

FFC CableFFC

Remove the connector by releasingthe claws in the direction of the arrow.

JKAN-LC* After the display angle is removed

PNAPNC

PNB-PN

[90B]

[40E] [40E]

[40F] [C] [90B]

C

A

BB[40F]

Positioning pin A

Positioning pin B Positioning pin B Positioning pin C


Fig. 8 ( 8)

[D50]: Bind Head Tapping Screw-BB BIND3.0X10 MFZN2W3 (WE774200)[D60]: Bind Head Tapping Screw-BB BIND3.0X8 MFZN2W3 (WE774300)[D80]: Bind Head Tapping Screw-BB BIND3.0X8 MFZN2W3 (WE774300)

[40E], [40F]: Bind Head Tapping Screw-BB BIND3.0X6 MFZN2W3 (WE936300)[90B]: Bind Head Tapping Screw-BB BIND3.0X6 MFZN2W3 (WE936300)


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[10f]: Button, x1 LL W_PLAY (White)( (LL), PLAY ( ))

[10h]: Button, x1 LL W_STOP (White)( (LL), STOP ( ))

[10j]: Button, x1 LL W_TOP (White)( (LL), TOP ( ))

[10b]: Push button, x2 MR (Gray)( (MR) ( ))

[10d]: Push button, x3 M (Gray)( (M) ( ))

[10e]: Push button, x3 M (Black)( (M) ( ))

[10c]: Push button, x1 MR (Gray)( (MR) ( ))

[10i]: Button, x1 LL W_FF (White)( (LL), FF ( ))

[10k]: Button, x1 LL W_REW (White)( (LL), REW ( ))

[10g]: Button, x1 LL W_REC (White)

( (LL), REC ( ))

PNB-PN circuit boardPNB-PN

[20]: Push button, x1 MR (Gray)

( (MR) ( ))

[30]: Push button, x1 M (Gray)( (M) ( ))

PNA circuit boardPNA

10. PNB-PN Circuit Board(Time required: About 6 minutes)

10-1 Remove the four (4) knobs and four (4) slider

knobs in the portion marked [B]. (Fig. 7)

* The slider knobs can be attached in the

opposite direction. When attaching the sliderknobs, attach them in the direction as they



(See procedure 1.)


(See procedure 2.)

10-4 Remove the EMC cover. (See procedure 7-3.)

10-5 Remove the two (2) PCB angles 1 (A).

(S d )

10. PNB-PN 6 10-1 B 4 4

7

10-2 R L

1

10-3 Assy 2

10-4 EMC 7-3

10-5 PCB 1(A) 2 9-4

10-6 JA 9-5

10-7 [52B] 1

7

Photo 3 ( 3)Photo 4 ( 4)


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[30]: Push button, x1 M (Black)( (M) ( ))

[40]: Push button, x3 MR (Gray)( (MR) ( ))

[80]: Push button, x4 MR (Gray)( (MR) ( ))[50]: Push button, x2 MR (Gray)

( (MR) ( ))


[90]: Push button, x4 MR (Black)( (MR) ( ))






PNC circuit boardPNC

11. PNC Circuit Board(Time required: About 6 minutes)

11-1 Remove the encoder knob. (Fig. 7, 10)


(See procedure 1.)


(See procedure 2.)

11-4 Remove the EMC cover.(See procedure 7-3.)

11-5 Remove the two (2) each screws marked [110].

The two (2) PCB angles 1 (B) can then be

11. PNC 6 11-1 7 10

11-2 R L

1

11-3 Assy 2

11-4 EMC 7-3

11-5 [110] 2 PCB

1(B) 2 7

11-6 [90B] 5 PNC

9

Photo 5 ( 5)


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12. End Block R

(Time required: About 1 minute)12-1 Remove the side panel R.(See procedure 1.)

12-2 Remove the two (2) screws marked [140]. The end

block R can then be removed. (Fig. 11)

13. PNB-RB Circuit Board, Wheel Assembly(Time required: About 5 minutes each)

13-1 Turn the unit upside down and remove the screw

marked [40F]. (Fig. 12)


(See procedure 1.)

13-3 Open the control panel assembly.


13-4 Remove the two (2) screws marked [160] and the

screw marked [170]. The end block L assembly


13-5 PNB-RB Circuit Board

13-5-1 Remove the two (2) screws marked [E80A]. The

PNB-RB circuit board can then be removed. (Fig. 13)

13-6 Wheel Assembly

13-6-1 Remove the four (4) screws marked [E80B]. The

wheel assembly can then be removed. (Fig. 13)

14. End Block L, Touch Volume(Time required: About 6 minutes each)

14-1 Remove the end block L assembly.

12. R 1

12-1 R 1 12-2 [140] 2 R

11

13. PNB-RB Assy 5 13-1 [40F] 1

12

13-2 R L

1

13-3 Assy 3-2

13-4 [160] 2 [170] 1

L Assy 11

13-5 PNB-RB 13-5-1 [E80A] 2 PNB-RB

13

13-6 Assy13-6-1 [E80B] 4 Assy

13

14. L 6 14-1 L Assy 13-4


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Side panel RSide panel L

[40F] [100] [100]


14-5 Remove the two (2) screws marked [E80D]. The

touch volume angle can then be removed with thetouch volume attached from the end block L. (Fig. 13)

14-6 Separate the touch volume angle from the touch

volume. (Photo 6)

* When installing touch volume, fit the pin holes

of the touch volume and the pin holes of the

touch volume angle to the positioning pins D

first, and then tighten the screws. (Photo 6)

14-5 [E80D] 2 L

13

14-6

6

L D D 6


27/253


[110] [110]

Keyboard assemblyFSX D


15. Keyboard Assembly(Time required: About 5 minutes)

15-1 Turn the unit upside down and remove the eight (8)screws marked [100] (twelve (12) screws in case

of MOTIF XS7). (Fig. 12)


(See procedure 1.)

15-3 Open the control panel assembly.(See procedure 3-2.)

15-4 Remove the end block R.(See procedure 12.)

15-5 Remove the five (5) screws marked [110]. Then,

lift the rear side of the keyboard assembly a little

and pull toward the direction of the rear side, andremove while sliding to the right. (Fig. 14)

15. FSX D 5 15-1 [100] 8 MOTIF

XS7 12 1215-2 R L

1

15-3 Assy 3-2

15-4 R 12

15-5 [110] 5 FSX D

14

[110]: Bind Head Tapping Screw-BB BIND3.0X6 MFZN2W3 (WE936300)


28/253


Key stopper L

LKey stopper H

HKey stopper 61

61

[240A] [240B]

[240F] [240G] [240H] [240I] [240I]

[240C] [240C] [240D] [240D]

Key stopper 76 A

76 AKey stopper 76 B

76 BKey stopper 76 C

76 C

Rubber contact 13 Key

13Key(C1-C2)

Rubber contact 12 Key B

12Key B(C3-C4)

Rubber contact 12 Key D

12Key D(C5-C6)Rubber contact 12 Key A 12Key A

(C2-C3)

Rubber contact 12 Key C 12Key C

(C4-C5)

C1 C2 C3 C4 C5 C6

E0 C1 C2 C3 C4 C5 C6 G6

Rubber contact 76L 76L

(E0-C1)Rubber contact 12 Key E

Rubber contact 12 Key F 12Key F

(C2-C3)Rubber contact 12 Key G

Rubber contact 12 Key H 12Key H

(C4-C5)Rubber contact 12 Key I

Rubber contact 76H 76H

(C6-G6)

MK61L

MK76L MKH-DMKC

MKH-D

[240E]

EMKS-FD

C#2 C#3 C#4 C#5

C#6C#5C#4C#3C#2C#1

MOTIF XS6

MOTIF XS7 EMKS-FD


29/253


17. Installing Keys (White and Black Keys)17-1 Black key

17-1-1 With the white keys to the right and left sides

removed, lower the front end of the horizontal

black key and fit it into the frame while pushing it

rearward.

* At this time, pay attention not to bend the key

guide cap by lowering the front portion of the

key too much. (Photo 9)

17-2 White key

17-2-1 After installing the black keys, install the white

keys in the same way as the black keys.


17-3 Install the removed key stoppers.

(Table 1, Fig. 15)

18. Disassembling Keyboard Assembly18-1 Rubber Contact

18-1-1 Remove the keyboard assembly.

(See procedure 15.)

18-1-2 Remove the key stoppers and keys listed in the

table 2, corresponding to the rubber contacts to beremoved. (Table 2, fig. 15)(See procedure 16.)

18-1-3 Pull out the rubber contact. (Fig. 15)

* The orientation of rubber contacts on the keyboard

is previously designated. Pay attention not to

install the rubber contacts inversely. (Fig. 16)

* When installing the rubber contact, push it

with the end of a clip. (Photo 10)

17. 17-1 17-1-1

9

17-2 17-2-1

17-1

17-3

1 15

18. FSX D 18-1 18-1-1 FSX D 15

18-1-2 2

2 1516

18-1-3 15

16

10


30/253


18-2 MK61L Circuit Board (MOTIF XS6 only)


18-2-1 Remove the keyboard assembly. (See procedure 15.)

18-2-2 Remove the key stopper L and key stopper H.

(Table 1, Fig. 15)

18-2-3 Remove the keys and the key springs from C1 to

C4.(See procedure 16.)

18-2-4 Remove the thirteen (13) screws marked [250A]

and disconnect the connector from the underside

of the keyboard unit. The MK61L circuit board can

then be removed. (Fig. 17, Photo 11)

* The rubber contacts are not parts of the MK61L

circuit board. When replacing the MK61L circuit

board, remove the rubber contacts from the circuit

board and install them to new circuit board.

18-3 MK76L Circuit Board (MOTIF XS7 only)


18-3-1 Remove the keyboard assembly.(See procedure 15.)

18-3-2 Remove the key stopper 76 A and key stopper 76

B. (Table 1, Fig. 15)

18-3-3 Remove the keys and key springs from E0 to C3.

(See procedure 16.)

18-3-4 Remove the eleven (11) screws marked [250B]

and disconnect the connector from the underside

of the keyboard unit. The MK76L circuit board can

then be removed. (Fig. 17, Photo 12)

* The rubber contacts are not parts of the MK76L

circuit board. When replacing the MK76L

circuit board, remove the rubber contacts from

18-2 MK61L MOTIF XS6 8 18-2-1 FSX D 15

18-2-2 LH

1 1518-2-3 C1 C4

16

18-2-4 [250A] 13

MK61L

17 11

MK61L MK61L

18-3 MK76L MOTIF XS7 9 18-3-1 FSX D 15

18-3-2 76 A 76 B

1 15

18-3-3 E0 C3

16

18-3-4 [250B] 11

MK76L

17 12

MK76L MK76L


31/253


MK61LMKH-D

Connector

MKH-D MKC MK76L

Connector Connector

* This photo shows the MOTIF XS6.

MOTIF XS6 * This photo shows the MOTIF XS7.

MOTIF XS7

18-4 MKC Circuit Board (MOTIF XS7 only)


18-4-1 Remove the keyboard assembly.

(See procedure 15.)

18-4-2 Remove the key stopper 76 B. (Table 1, Fig. 15)

18-4-3 Remove the keys and key springs from C3 to C4.

(See procedure 16.)

18-4-4 Remove the four (4) screws marked [250C] and

disconnect the connector from the underside of

the keyboard. The MKC circuit board can then be

removed. (Fig. 17, Photo 12)

* The rubber contacts are not parts of the MKC

circuit board. When replacing the MKC circuit

board, remove the rubber contacts from the

Photo 11 ( 11)

18-4 MKC MOTIF XS7

7

18-4-1 FSX D 15

18-4-2 76 B 1 15

18-4-3 C3 C4

16

18-4-4 [250C] 4

MKC

17 12

MKC MKC

Photo 12 ( 12)


32/253


DISASSEMBLY PROCEDURE (MOTIF XS8)

The unit is heavy. Treat the unit with enough care

when lifting it up.

If you want to turn the unit or control panel assem-

bly upside down, prepare supporting materials and

put the unit or control panel on them with the end

portions of the unit or control panel placed on the

supporting materials. (Fig. A)

Attach the filament tapes in the same way as they


When removing buttons attached to the PNA circuit

board, PNB-PN circuit board or PNC circuit board,

be careful not to damage the buttons. Hold side

faces of a button to handle it with relative safety.

Notes on Flat Cable

Contacts are visible through the back side. When

connecting to the connector, pay attention not to

insert the cable inversely. (Photo A)

During assembly, pay attention that connectors,

cables or the like are not pinched by circuit boards,frames, etc.

Assy APNA PNB-PN PNC

A

Precautions


33/253


[30] [30]

1. Side Cover R, Side Cover L

(Time required: About 1 minute)1-1 Remove the six (6) screws marked [70A]. The side

cover R can then be removed. (Fig. 1)

* The side cover L can be removed in the same

manner.

* When installing the side covers, install them

so that the clearances are made as follows.

Clearance between the side cover R, side

cover L and control panel assembly: 0.5mm 0.5mm (see Fig. 2: A, B)


cover L and front rail assembly:

1.5mm 1mm (see Fig. 2: C, D)


cover L and rear panel assembly:

1.5mm 1mm (see Fig. 2: E, F)

1. R, L 1

1-1 [70A] 6 R 1

L

R, L Assy 0.5mm 0.5mm 2A, B R, L Assy

1.5mm 1mm 2C, D R, L Assy 1.5mm 1mm 2E, F


34/253


0.5 0.5 mm

1.5 1 mm

0.5 0.5 mmB A

D C

Side cover R R

Side cover L L

Side cover L L

Side cover R R

Rear panel

Front rail assemblyAssy


1.5 1 mm

1.5 1 mmF E

1.5 1 mm


Fig. 2 ( 2)


35/253




Side angle LL

Side angle LL

00.5mm

1

2

Installing the service stay

G

HH

1. G 2. L H

1. Pass the end of the stay into the threaded holemarked [G].

2. Make the other end of the stay in engagementwith the portion H of the side angle L.

* When tightening the screws marked [30], tighten the

screws markedqandwin Fig. 1 and Photo 1 first andthen tighten the rest of the screws. When tightening the

screw markedw, tighten the screw while pressing the

portion of the side angle L marked with the arrow in the

direction of the arrow so that the side angle L is placed

behind the control panel assembly. (Fig. 1, Photo 1)

Align the ends of the side cover R and side cover L

with the ends of the control panel assembly.

[30] 1 1

L L Assy 1 1

Assy

Photo 1 ( 1) Photo 2 ( 2)


36/253


JKAN-JA

[280] [485] [260A] [260A]

[290A]

[260A] [260A]DM coverDM

Earth plate BB

PS guardPS[198] [195]

[290A]

[125]Power supply unit

[125]

AC INAC IN connector assembly

Fig. 5 ( 5)

[195]: Bind Head Tapping Screw-BB BIND3.0X6 MFZN2W3 (WE936300)[198]: Cup Screw-BB CUP3.0X8 MFZN2W3 (WK386600)

[260A]: Bind Head Tapping Screw-BB BIND3.0X6 MFZN2W3 (WE936300)[280]: Bind Head Tapping Screw-BB BIND3.0X6 MFZN2W3 (WE936300)[290A]: Bind Head Tapping Screw-BB BIND3.0X10 MFZN2B3 (WE972200)[485]: Cup Screw-BB CUP3.0X8 MFZN2W3 (WK386600)


37/253


5. JKAN-ML Circuit Board, MLAN CircuitBoard(Time required: About 6 minutes)

5-1 Remove the side cover R and side cover L.(See procedure 1.)

5-2 Open the control panel assembly.(See procedure 3-2.)

5-3 Remove the DM circuit board.(See procedure 4.)5-4 Remove the three (3) screws marked [510]. The

earth plate can then be removed. (Fig. 7)

5-5 Remove the two (2) screws marked [220A], two (2) screws marked

[540], six (6) screws marked [240] and four (4) screws marked [245].

The JKAN-ML circuit board and MLAN circuit board can then be

removed together with the mLAN support angle. (Fig. 6, 7)

* One each bushing is inserted into the two (2)

threaded holes marked [220A]. Take care not to

lose them as they can be easily removed.5-6 Separate the JKAN-ML circuit board, MLAN circuit

board and mLAN support angle from each other. (Fig. 7)

* When installing the JKAN-ML circuit board, MLAN circuit

board and mLAN support angle, assemble the JKAN-ML

circuit board, MLAN circuit board and mLAN support an-

gle and fix them to the bottom plate with screws. When

installing the MLAN circuit board to the mLAN support

angle, insert the MLAN circuit board into the rails at the

right and left sides of the mLAN support angle. (Fig. 7)

6. Power Supply Unit, AC-IN Connector, Pow-er Switch(Time required: About 6 minutes)


6-2 Open the control panel assembly. (See procedure 3-2.)

6-3 Remove the three (3) screws marked [195] and the screw

marked [198]. The PS guard can then be removed. (Fig. 5)

6-4 Power Supply Unit (Time required: About 6 minutes)

5. JKAN-ML MLAN 6 5-1 R L 1

5-2 Assy 3-2

5-3 DM 4 5-4 [510] 3

7

5-5 [220A] 2 [540] 2 [240]

6 [245] 4 JKAN-ML

MLAN mLAN

6 7

[220A] 2 1

5-6 JKAN-ML MLAN mLAN

7

JKAN-ML MLAN mLAN JKAN-ML MLAN mLAN MLAN mLAN mLAN

7

6. AC 6 6-1 R L 1

6-2 Assy 3-2

6-3 [195] 3 [198] 1

PS 5

6-4 6


38/253


Knob

Knob

Encoder knob

G H

7. Display Assembly (Time required: About 5 minutes)


7-2 Remove the control panel assembly.(See procedure 2.)

7-3 Remove the screw marked [40B], the screw

marked [52A] and the screw marked [90A]. The

EMC cover can then be removed. (Fig. 8)

7-4 Remove the five (5) screws marked [130A] and

the screw marked [130B]. The display assembly


8. JKAN-LC Circuit Board, LCD8-1 Remove the side cover R and side cover L.(See procedure 1.)


8-3 JKAN-LC Circuit Board (Time required: About 4 minutes)

8-3-1 Remove the screw marked [D80]. The JKAN-LC

circuit board can then be removed. (Fig. 9)

8-4 LCD (Time required: About 5 minutes)

8-4-1 Remove the EMC cover.(See procedure 7-3.)

8-4-2 Remove the four (4) screws marked [D60] and the

screw marked [130B]. The LCD can then be re-

moved together with the display angle. (Fig. 9)

8-4-3 Remove the screw marked [D50]. The LCD can

then be removed from the display angle. (Fig. 9)

7. Assy 5 7-1 R L 1

7-2 Assy 2

7-3 [40B] 1 [52A] 1 [90A]

1 EMC 87-4 [130A] 5 [130B] 1

Assy 8

8. JKAN-LC 8-1 R L 1

8-2 Assy 2 8-3 JKAN-LC 4 8-3-1 [D80] 1 JKAN-LC

9

8-4 5 8-4-1 EMC 7-3

8-4-2 [D60] 4 [130B] 1

9

8-4-3 [D50] 1

9


39/253


Display assemblyAssy

JKAN-LC

[D80]

[D50]

[D60]

[D60]

[D60]

Claw

CN202

CN203

Display angle

Display angle

LCD

After the display angle is removed.

FFC CableFFC

Remove the connector by releasingthe claws in the direction of the arrow.

JKAN-LC

PNAPNC

PNB-PN

[40C] [40C]

Positioning pin A

[40D]

[40D]

A

Positioning pin B

B

Positioning pin B

BPositioning pin C

C

[90B]

[40D]

[90B][I]

Fig. 9 ( 9)

[D50]: Bind Head Tapping Screw-BB BIND3.0X10 MFZN2W3 (WE774200)[D60]: Bind Head Tapping Screw-BB BIND3.0X8 MFZN2W3 (WE774300)[D80]: Bind Head Tapping Screw-BB BIND3.0X8 MFZN2W3 (WE774300)


40/253




PNA circuit board

PNA

[10f]: Button, x1 LL W_PLAY (White)( (LL), PLAY ( ))

[10h]: Button, x1 LL W_STOP (White)( (LL), STOP ( ))

[10j]: Button, x1 LL W_TOP (White)( (LL), TOP ( ))

[10b]: Push button, x2 MR (Gray)( (MR) ( ))

[10d]: Push button, x3 M (Gray)( (M) ( ))

[10e]: Push button, x3 M (Black)( (M) ( ))

[10c]: Push button, x1 MR (Gray)( (MR) ( ))

[10i]: Button, x1 LL W_FF (White)( (LL), FF ( ))

[10k]: Button, x1 LL W_REW (White)( (LL), REW ( ))

[10g]: Button, x1 LL W_REC (White)( (LL), REC ( ))

PNB-PN circuit boardPNB-PN

10. PNB-PN Circuit Board (Time required: About 6 minutes)10-1 Remove the four (4) knobs and four (4) slider

knobs in the portion marked [H]. (Fig. 8)

* The slider knobs can be attached in the opposite

direction. When attaching the slider knobs, attach

them in the direction as they were before removal.




10. PNB-PN 6 10-1 H 4 4

8

10-2 R L 1

10-3 Assy 2

10-4 EMC 7-3

10-5 EMC 9-4

Photo 3 ( 3)

Photo 4 ( 4)


41/253


[30]: Push button, x1 M (Black)( (M) ( ))


( (MR) ( ))


( (MR) ( ))[50]: Push button, x2 MR (Gray)

( (MR) ( ))


[90]: Push button, x4 MR (Black)( (MR) ( ))






PNC circuit boardPNC

11. PNC Circuit Board (Time required: About 6 minutes)11-1 Remove the encoder knob. (Fig. 8, 11)




11-5 Remove the two (2) each screws marked [110].

The two (2) PCB angles 1 (B) can then be re-

moved. (Fig. 8)

11-6 Remove the five (5) screws marked [90B]. The

11. PNC 6 11-1 8 1111-2 R L 1

11-3 Assy 2

11-4 EMC 7-3

11-5 [110] 2 PCB 1B

2 8

11-6 [90B] 5 PNC

10

PNC C

Photo 5 ( 5)

MOTIF XS6 MOTIF XS MOTIF XS8


42/253


Front rail assemblyAssy

Side cover R

[45A]

RSide cover LL

Rear panel

[45B]

[55A]

[57] [58] [22A] [22A][25]

[32A][35] [35] [35] [35] [32A]

[25] [25][25] [47]

[55B]

[35]

12. Arm Assembly R (Time required: About 4 minutes)

12. (R) Assy 4 12-1 [45A] 2 [45B]

Fig. 12 ( 12)

[22A]: Bind Head Tapping Screw-1TP#1 BIND3.5X12 MFZN2W3 (WE970900)[25]: Bind Head Screw BIND4.0X16 MFZN2W3 (WF741000)[32A]: Bind Head Tapping Screw-1TP#1 BIND3.5X12 MFZN2W3 (WE970900)

[35]: Bind Head Screw BIND4.0X16 MFZN2W3 (WF741000)[45A], [45B]: Pan Washer Head Screw PWH5.0X20 MFZN2B3 (WF001100)[47]: Bind Head Tapping Screw-BB BIND3.0X6 MFZN2W3 (WE936300)[55A], [55B]: Pan Washer Head Screw PWH5.0X20 MFZN2B3 (WF001100)[57]: Bind Head Tapping Screw-BB BIND3.0X6 MFZN2W3 (WE936300)[58]: Pan Washer Head Screw PWH5.0X20 MFZN2B3 (WF001100)



43/253


[59A]

[42]

[72][72]Arm assembly L(L)Assy

Arm assembly R(R)Assy

Keyboard assembly

HEDaf EBUSGH cover

GH

[52B]

[75] [75][570]

[52B]

[49A]

[75][75] [570][570]

[42]: Bind Head Tapping Screw-1TP#1 BIND3.5X12 MFZN2W3 (WE970900)[49A]: Bind Head Tapping Screw-BB BIND3.0X8 MFZN2B3 (WE774400)[52B]: Bind Head Tapping Screw-1TP#1 BIND3.5X12 MFZN2W3 (WE970900)[59A]: Bind Head Tapping Screw-BB BIND3.0X8 MFZN2B3 (WE774400)[72]: Bind Head Tapping Screw-1TP#1 BIND4.0X14 MFZN2W3 (WE971900)



44/253


Arm assembly LLAssy

15. Side Angle L, PNB-RB Circuit Board,

Wheel Assembly (Time required: About 5 minutes each)

15-1 Remove the arm assembly L.(See procedure 14.)

15-2 Side Angle L

15-2-1 Remove the two (2) screws marked [L75]. The

side angle L can then be removed. (Fig. 15)

15-3 PNB-RB Circuit Board

15-3-1 Remove the two (2) screws marked [L100]. The

PNB-RB circuit board can then be removed. (Fig. 15)

15-4 Wheel Assembly15-4-1 Remove the four (4) screws marked [L70A]. The

wheel assembly can then be removed. (Fig. 15)

16. End Block L, Touch Volume (Time required: About 6 minutes each)


16-2 Remove the side angle L and wheel assembly from

the arm assembly L.(See procedure 15-2, 15-4.)

15. LPNB-RB

Assy 5 15-1 (L)Assy 14 15-2 L15-2-1 [L75] 2 L

15

15-3 PNB-RB 15-3-1 [L100] 2 PNB-RB

15

15-4 Assy

15-4-1 [L70A] 4 Assy 15

16. L 6 16-1 (L) Assy 14

16-2 (L) Assy L

Assy 15-2 15-4



45/253


16-3 Remove the two (2) screws marked [L70B]. The

end block angle L can then be removed from theend block L. (Fig. 15)

16-4 Remove the four (4) screws marked [L40]. The touch

volume angle can then be removed with the touch

volume attached from the end block L. (Fig. 16)

16-5 Separate the touch volume angle from the touch

volume. (Photo 6)

* When installing touch volume, fit the pin holes

of the touch volume and the pin holes of the

touch volume angle to the positioning pins Dfirst, and then tighten the screws. (Photo 6)

17. Front Rail Assembly (Time required: About 8 minutes)

17-1 Turn the unit upside down and remove the two (2)

screws marked [22A], five (5) screws marked [25],

two (2) screws marked [45A], the screw marked

[45B], the screw marked [47], two (2) screws

marked [55A], the screw marked [55B], the screwmarked [57] and the screw marked [58]. (Fig. 12)

17-2 Remove the side covers L and R.(See procedure 1.)


(See procedure 2.)

17-4 Remove the arm assembly R.(See procedure 12.)


17-6 Remove the two (2) screws marked [22B]. The

front rail assembly can then be removed by pulling

16-3 [L70B] 2 L

L 1516-4 [L40] 4 L

16

16-5

6

L D D

6

17. Assy 8 17-1 [22A] 2 [25]

5 [45A] 2 [45B] 1 [47]

1 [55A] 2 [55B] 1

[57] 1 [58] 1

12

17-2 L R 1 17-3 Assy 2

17-4 (R) Assy 12

17-5 (L) Assy 14

17-6 [22B] 2

Assy 17



46/253


18. Rear Panel18-1 Turn the unit upside down and remove the two (2)

screws marked [32A], seven (7) screws marked

[35], the screw marked [45B] and the screw

marked [55B]. (Fig. 12)18-2 Remove the side cover R and side cover L.

(See procedure 1.)


(See procedure 2.)

18-4 Remove the two (2) screws marked [32B], the

screw marked [49B], the screw marked [59B],

three (3) screws marked [115], two (2) screws

marked [180B], two (2) screws marked [185B],

two (2) screws marked [220B], five screws marked

[253B], nine (9) screws marked [290] and two (2)

screws marked [540]. Then, while bending the arm

assemblies R and L a little outwards, remove the

rear panel. (Fig. 18, 19)

* One each bushing is inserted into the two (2)

threaded holes marked [220A]. Take care not to

lose them as they can be easily removed.

18. 18-1 [32A] 2 [35]

7 [45B] 1 [55B] 1

12

18-2 R L 1 18-3 Assy 2

18-4 [32B] 2 [49B] 1 [59B]

1 [115] 3 [180B] 2 [185B]

2 [220B] 2 [253B] 5

[290B] 9 [540] 2

Assy

18 19

[220A] 2 1

Fig. 17 ( 17)

[22B] [22B]Front rail assemblyAssy

[22B]: Bind Head Tapping Screw-1TP#1 BIND3.5X12 MFZN2W3 (WE970900)



47/253


19. Keyboard Assembly

(Time required: About 7 minutes)* Be sure to hold the side ends of the keyboard

assembly to move it. If the rear side is held, the

string for the PC sensor can be damaged. We

recommend that you cover the GHDPC circuit

board to the right with a tape or the like so that

they may not be mistakenly damaged. (Photo 7)


19-2 Remove the control panel assembly.(See procedure 2.)19-3 Remove the arm assembly R.(See procedure 12.)

19-4 Remove the six (6) screws marked [570]. The two

(2) GH covers can then be removed. (Fig. 13)

19-5 Remove the two (2) screws marked [72] and nine

(9) screws marked [75]. Then, while sliding the

keyboard assembly rightward and rearward little

by little, remove it. (Fig. 13)

20. GHDPC Circuit Board (Time required: About 6 minutes)



20-3 Remove the arm assembly R.(See procedure 12.)

20-4 Remove the three (3) screws marked [P60A]. The

GHDPC circuit board can then be removed. (Fig. 20)

21. Exchanging the PC Sensor

19. HEDaf EBUS 7

HEDaf EBUS PC

GHDPC 7

19-1 R L 1

19-2 Assy 2

19-3 (R) Assy 12 19-4 [570] 6 GH 2

13

19-5 [72] 2 [75] 9

HEDaf EBUS

13

20. GHDPC 6 20-1 R L 1

20-2 Assy 2

20-3 (R )Assy 12

20-4 [P60A] 3 GHDPC

20

21. PC



48/253


Service toolVB299400 3X25 Screw

Keyboard assemblyHEDaf EBUS

21b Removing the PC Sensor

21b-1 Remove the keyboard assembly. (See procedure 19.)

21b-2 While pressing the V-spring assembly lightly with

your fingers, insert the jig (screw: VB299400) until

it is stopped as shown in the figure. (Fig. 21)

21b-3 Remove the slave strings from the V-spring as-

sembly. (Photo 8, Photo 9)

21b-4 Remove the slave strings from the PC sensor

spring. (Photo 10, Photo 11)

21b-5 Remove the 3PIN connector assembly from theGHDPC circuit board. (Fig. 22)

21b-6 Remove the GHDPC circuit board.

(See procedure 20.)

21b-7 Remove the PC sensor spring from the sensor

sheet holder. (Fig. 22)

* When removing the PC sensor spring and GH-

DPC circuit board, hold the notch portion of the

sensor sheet holder. (Fig. 22)

21b PC

21b-1 HEDaf EBUS 19 21b-2 V Assy

VB299400 21

21b-3 V Assy

8 9

21b-4 PC

( 10 11)

21b-5 GHDPC 3PIN

22

21b-6 GHDPC 20 21b-7 PC

22

PC GHDPC 22



49/253


Master strings

Slave strings

Sensor sheet holder

Slave strings

PC sensor springPC

PCPC sensor spring

Slit

GHDPC

Sensor sheet holder

[P60B]

GHDPC

PCPC sensor spring

3PIN Sensor sheet holder

3PIN connector assembly

Keyboard assemblyHEDaf EBUS

Fig. 22 ( 22)

Photo 10 ( 10) Photo 11 ( 11)

Fig. 23 ( 23)

[P60B]: Bind Head Tapping Screw-PP BIND3.0X8 MFZN2B3 (WF266600)



50/253


22. Exchanging the String Set

(Time required: About 12 minutes)* This procedure is necessary only when the

strings are cut.

* Be sure to replace as a set even if only either

the master or slave spring is cut.

* Insert a rod (TX000670) to the frame so that the

string may not be pressed by the key hammer.

* The string set (V7843000) is consisted of the

following parts. (Fig. 24)

Master string x 1 Slave string x 1

Two-sided tape x 1

22a Removing the String Set

22a-1 Remove the keyboard assembly.

(See procedure 19.)

22a-2 Remove the cloth cover from the both ends of the

keyboard frame slowly. (Photo 12)

22a-3 Remove the master strings and slave strings fromthe V-spring assembly. (Photo 8, Photo 9)

22a-4 Remove the master strings from the sensor sheet

holder. (Photo 10)

22a-5 Remove the slave strings from the PC sensor

spring. (Photo 10, Photo 11)

22b Installing the String Set

22b-1 Insert the master string one by one securely into

22. 12

TX000670

V7843000 24

x 1 x 1 x 1

22a 22a-1 HEDaf EBUS 19

22a-2

12

22a-3 V Assy

8 922a-4

10

22a-5 PC

10 11

22b 22b-1 1



51/253


Master strings Slave strings

22b-2 Untwist the master strings fully and insert them

into the slit of the V-spring assembly. (Photo 14) After insertion, check that the V-spring assembly can

be moved smoothly in the direction of the strings.

Check also that the master strings can be seen from

the clearance between the frame and the stopper.

22b-3 Insert the slave strings into the slit of the V-spring

assembly. (Photo 8, Photo 9)

22b-4 Untwist the slave strings fully and insert them into

the slit of the PC sensor spring. (Photo 15)

After insertion, check that the PC sensor springcan be moved smoothly in the direction of the

strings. Check also that the slave strings do not

come off the stopper and that they are positioned

at the center of the stopper.

22b-5 Attach the two-sided tape that comes with the

string set to the frame side and attach the cloth

cover. (Photo 16)

22b-6 Check that the position of the PC sensor spring is

at the marking portion of the sensor sheet holder.(Photo 17)

* The position of the sensor is detected automati-

cally. Maximum tolerance is 0.5 mm forward or

backward.

* After the servicing, press the key and check that

the PC sensor spring can be moved.

22b-2 V

Assy 14 V Assy

22b-3 V Assy

8 9

22b-4 PC

15

PC

22b-5

16

22b-6 PC

17

0.5mm PC



52/253


Round stick(Rod: TX000670)

23. Disassembling the Keyboard Assembly* Before removing the circuit board, insert the

round stick (Rod: TX000670) between the frame

and the hammers so that the rubber contacts

may not be distorted. (Fig. 25)23-1 GHD EBUS L Circuit Board, MK SUB Circuit

Board (Time required: About 7 minutes)

23-1-1 Remove the seven (7) screws marked [260C]. The

GHD EBUS L circuit board can then be removed.

(Fig. 26, Photo 18)

* The MK SUB circuit board is a part of the GHD

EBUS L circuit board and is soldered to the GHD

EBUS L circuit board at connectors.

23-2 HEDaf M Circuit Board23-2-1 Remove the five (5) screws marked [260D] and

the screw marked [262] of the HEDaf M circuit

board. The HEDaf M circuit board can then be re-

moved. (Fig. 26)

23-3 HEDaf H Circuit Board

23-3-1 Remove the four (4) screws marked [260E] and

the screw marked [262]. The HEDaf H circuit

board can then be removed. (Fig. 26)

* White keys and black keys can be replaced with-

out removing each circuit board.

* After removing the GHD EBUS L, HEDaf M or

HEDaf H circuit board, the rubber contacts can

be removed.

23. HEDaf EBUS

:TX000670 25

23-1 GHD EBUS L, MK SUB 7 23-1-1 [260C] 7 GHD EBUS L

26 18

MK SUB GHD EBUS L GHD EBUS L

23-2 HEDaf M 23-2-1 [260D] 5 [262] 1

HEDaf M 26

23-3 HEDaf H 23-3-1 [260E] 4 [262] 1

HEDaf H 26

GHD EBUS L HEDaf M HEDafH



53/253


23-4 Rubber Contact

Remove the corresponding circuit board. The rubber

contacts can then be removed. (Photo 19, Photo 20)

23-5 White key

Insert a thin metal plate, etc. into a clearance be-tween keys (clearance in the direction of a triangle

mark close to a supporting point of a white key) and

lower the stopper marked [A], slide the white key

forward until the hooks marked [B] and [C] for the

white key are unhooked, and remove the white key

by lifting it up. (Fig. 27, 28)

* Use special care not to move the white key for-

ward too much or the spring may be bent.

* The black key can be removed after the whitekeys on both sides have been removed.

23-6 White Key Hammer

Remove a white key and push a spring down once

to take it out of the hook. (Fig. 29)

Place the keyboard assembly upside-down and

peel the stopper (L88_W) away. The white key

hammer can then be removed. (Fig. 30)

* The black key hammer can be removed in the

same manner.

24. Disassembling the Keyboard Assembly24-1 White Key Hammer (Black Key Hammer)

24-1-1 From the rear side of the keyboard assembly,

insert a white key (black key) hammer into the

frame, and put the stopper (L88_W) on. (Fig. 31)

* There are four (4) kinds of hammers that differ

in weight. When reinstalling a hammer, take care

23-4

19 20

23-5

[A]

[B][C]

27 28

23-6

29

HEDaf EBUS L88

30

24. HEDaf EBUS 24-1 24-1-1 HEDaf EBUS

L88

31



54/253


24-2 Spring

Direct the keyboard assembly facing upward and

push down the two-forked end of the spring into

the slit of the white key (black key) hammer to in-

stall to the hooks on the frame. (Fig. 32)* Be careful of the direction of the spring.

24-3 White Keys (Black Keys)

Make a white (black) key in engagement with the

portion marked [E] and key guide, make sure that

the spring is securely inserted into the spring sup-

porting portion inside of the supporting point of the

key. Then, press down the top portion marked [D]

slowly to install. (Fig. 33)

24-4 Rubber Contact When installing the rubber contacts, check that the

slit mark on the rear side of the frame is aligned

with the slits on the rubber contacts.

Also, take care not to let any dirt attached to the

contact surface when servicing.

24-5 GHD EBUS L Circuit Board, MK SUB Circuit Board

Install the seven (7) screws marked [260C] and

install the GHD EBUS L circuit board. (Fig. 26)

24-6 HEDaf M Circuit Board

Tighten the five (5) screws marked [260D] and

the screw marked [262] to fix the HEDaf M circuit

board. (Fig. 26)

24-7 HEDaf H Circuit Board

Tighten the four (4) screws marked [260E] and

the screw marked [262] to fix the HEDaf H circuit

board. (Fig. 26)

* When installing the GHD EBUS L and HEDaf M

24-2 HEDaf EBUS

32 24-3 [E]

[D]

33

24-4

24-5 GHD EBUS L, MK SUB [260C] 7 GHD EBUS L

26

24-6 HEDaf M [260D] 5 [262] 1

HEDaf M 2624-7 HEDaf H [260E] 4 [262] 1

HEDaf H 26

GHD EBUS L HEDaf M 34



55/253


POWER

O N / O F F

ACIN

THRU

MIDI

OUT IN PH ONESPHONESASSIGNABLESUSTAIN

F O O T SW I T C H F O O T CO N T R OL L E R

2 1

A S S I GN A B L EO U T P UT O U T P UT

RR L L /MONODIGITALOUT

A/DINPUT

R LGAIN

LCDCONTRASTETHERNET

USB

TODEVICETOHOST

MOTIF XS6

MOTIF XS7

MOTIF XS6

INSTALLING OPTIONAL HARDWARE

The following optional devices can be installed to the

MOTIF XS.

Available devices

mLAN16E2 DIMMs

Installation locations

Rear cover for the mLAN16E2

mLAN16E2

DIMM

Rear cover for the mLAN16E2

Installation Precautions

Before installing the optional hardware, make sure you

have a Philips screwdriver and ample space to work.

WARNING

Before beginning installation, switch off the power to the

instrument and connected peripherals, and unplug them

from the power outlet. Installation or removal of any

devices should be started ONLY after the instrument

(and the optional hardware) returns to normal room

temperature. Then remove all cables connecting theinstrument to other devices. (Leaving the power cord

connected while working can result in electric shock.

Leaving other cables connected can interfere with work.)

Be careful not to drop any screws inside the instrument

during installation. (This can be prevented by keeping

the optional units and cover away from the instrument

while attaching). If this does happen, be sure to remove

the screw(s) from inside the unit before turning the

power on. Loose screws inside the instrument cancause improper operation or serious damage.

Install the optional units carefully as described in the

procedure below. Improper installation can cause shorts

which may result in irreparable damage and pose a fire

hazard.

Do not disassemble, modify, or apply excessive force to

board areas and connectors on optional units. Bending

or tampering with boards and connectors may lead to



56/253

Installing the mLAN16E2

Turn the power of the MOTIF XS off, and

disconnect the AC power cord. Also, makesure to disconnect the MOTIF XS from anyconnected external devices.

Remove the cover for the mLAN16E2 fromthe rear panel.With the rear panel of this synthesizer facing you,

remove the two screws from the cover.

ImportantKeep the removed screws in a safe place. They will beused when installing the mLAN16E2. Be careful not tomisplace them. Keep the cover and fixing screws in asafe place for future use.

1

2

Replace the cover with the two screws youremoved in step 2 above.

4mLAN16E2The opt ional ly avai lable mLAN expansion board

(mLAN16E2) can be installed to the MOTIF XS6 and

MOTIF XS7. The MOTIF XS8 is equipped with two mLAN

connectors equivalent to the mLAN16E2 by default.

CAUTION

Malfunctions or incorrect operation may occur if themLAN16E2 is not properly fastened.



57/253

Turn the power of the MOTIF XS off, anddisconnect the AC power cord. Also, makesure to disconnect the MOTIF XS from anyconnected external devices.

Turn over the MOTIF XS so that the key-board faces down, giving you direct accessto the underside of the instrument.

To protect the Knobs, Wheels and Sliders fromdamage, place the keyboard so the four corners

are supported by something that provides sufficient

support like magazines or cushions. Place supports

at all four corners, taking care not to touch the

Knobs, Wheels and Sliders.

1

2Compatible DIMMs

Optional DIMM Installation

This section explains how to install DIMM memory

modules to the MOTIF XS.

The MOTIF XS does not necessari ly support al l

commercially available DIMMs. Before purchasing DIMMs,

see the following website:

http://www.yamahasynth.com/

DIMM Type and DIMM Configuration

Yamaha recommends that you purchase DIMMs thatconform to the JEDEC* standard. Please be aware,

however, that conformance to this standard does not

constitute a guarantee that the DIMMs will operate

correctly on the MOTIF XS.

* JEDEC (Joint Electron Device Engineering Council) sets

standards for terminal configurations within electronic devices.

Use only 168-pin DIMMs of 64, 128, 256 or 512 MB

capacity (synchronized DRAM; PC100 or PC133).

DIMM Installation

View of the keyboard from the bottom



58/253

Insert the two DIMMs into the DIMM sockets.4Re-install the cover you removed in step 3,in reverse order.

Check that the installed DIMMs are function-ing properly.Set the MOTIF XS right-side up, and connect the

power cord to the rear-panel AC IN jack and an AC

outlet. Turn on the power, go to the Sampling display

by pressing the [INTEGRATED SAMPLING] button,

and press the [F6] Rec button then [SF6] INFO

button. If the DIMMs have been installed properly,

the appropriate available memory size is indicated inthe display.

NOTE If the DIMMs have not been installed

properly, the MOTIF XS may freeze when you

press the [INTEGRATED SAMPLING] button.

If this occurs, turn the power off, perform the

instructions above again, and make sure to install

the DIMMs firmly in step 4.

5

6

#Rear side

Bottom

Location for DIMM installation

DIMM sockets

Installing the DIMM modules to the sockets

Make sure that the DIMM module is aligned correctlybefore you install it.

Notch for alignment

Ejector lever

Confirm whether or not both the levers arefirmly locked.



59/253

( )

POWER

O N / O F F

ACIN

THRU

MIDI

OUT IN PH ONESPHONESASSIGNABLESUSTAIN

F O O T SW I T C H F O O T CO N T R OL L E R

2 1

A S S I GN A B L EO U T P UT O U T P UT

RR L L /MONODIGITALOUT

A/DINPUT

R LGAIN

LCDCONTRASTETHERNET

USB

TODEVICETOHOST

MOTIF XS6

MOTIF XS7

MOTIF XS6

mLAN16E2 DIMMs

mLAN16E2

mLAN16E2

DIMM

mLAN16E2

+ ( )

/

/



60/253

mLAN16E2

MOTIF XS AC

mLAN16E2 mLAN16E2 2

mLAN16E2

1

2

2 2 mLAN16E2

4mLAN16E2 mLAN16E2 MOTIF XS6/7

MOTIF XS8 mLAN16E2

mLAN16E2



61/253

MOTIF XS AC

1

2 DIMM

DIMM ( )

(DIMM

)

DIMM MOTIF XS URL

http://www.yamaha.co.jp/product/syndtm/

DIMM /

DIMM JEDEC* JEDEC * JEDEC (Joint Electron Device Engineering Council)

DIMM 64MB128MB256MB512MB 168 DRAM (100MHz/133MHz)

DIMM DIMM 2 1 1

DIMM

MOTIF XS8 2



62/253

DIMM 2 DIMM 4

4-1

3

DIMM [INTEGRATEDE SAMPLING][F6]Rec [F6] INFO

DIMM [IN-TEGRATED SAMPLING]

( ) MOTIF XS

4 DIMM

5

6DIMM

DIMM 2

DIMM

DIMM

DIMMs

1



63/253

LSI PIN DESCRIPTIONLSI

M38K07M4L-303HP(X3921200) CPU(USB) .....................................................................................63

S1L54423F21C000(X4072A00) SRC16 (Gate Array) .........................................................................64

S1L50553F21Y000(X4195A00) MCI (Gate Array) ..............................................................................65

AK5381VT-E2(X5219A00) ADC (Analog to Digital Converter) ...........................................................65

1394AV-L(X6893A00) DICEII ........................................................................................................66/67

T6TZ2XBG-0002(X7376B00) SWP51(Tone Generator) ...............................................................68/69

PD720101GJ-UEN-A(X6675A00) USB2.0 HOST CONTROLLER..................................................70

PD780031AYGK-N04(X0031200) E-LKS .........................................................................................71

PD780031AYGK-N05(XZ916200) LED DRIVER/SWITCH SCAN...................................................71

TSB41AB2PAP(XZ665A00) PHY .......................................................................................................71HD6433693B14HV(X4801200) E-VKS ...............................................................................................72

AK4393-VF-E2(XW029A00) DAC(Digital to Analog Converter) .........................................................72

S1D13506F00A200(XZ690A00) LCDC(LCD Controller) ...................................................................73

PIN

NO. I/O FUNCTIONNAME

PINNO.

I/O FUNCTIONNAME

1234

P12/DQ2/AN2P13/DQ3/AN3P14/DQ4/AN4P15/DQ5/AN5

I/OI/OI/OI/O

Port P1 (In/output)

33343536

P26P27

P50/INT0P51/CNTR0

I/OI/OI/OI/O

Port P2 (In/output)

Port P5 (In/output)/Interruption inputPort P5 (In/output)/Timer X function

M38K07M4L-303HP(X3921200) CPU (USB) DM: IC823



64/253

MLAN: IC101,102(XS8 only)PIN


PIN


12345678

9101112

13141516171819202122232425262728293031

VDDJUMPSELTABLESELSCANENBATPGENE

VSSPLLTESTPLLRESN

PLLVSSMVDDPLLVSSAVDD

PLLCHGOLPVSS

PLLBPVSS

EXTCLK1VDD

EXTCLK0VDD

TESTENBTESTIP0TESTIP1TESTIP2

VSSVDD

PHASEMATCH

VSSXIXOVSS

-IIII-II

----

OII-I-O-IIII--I-IO-

Power supply +3.3VDigital PLL sensitivity selectDigital PLL capture speed selectTest pin (GND connect with normal)Test pin (GND connect with normal)GroundTest pin (GND connect with normal)Reset input (Master clock PLL)

Ground (Master clock PLL)Power supply (Digital)Ground (Master clock PLL)Power supply (Analog)

Output signal for external filter of master clock PLLInput signal for external filter of master clock PLLTest pin (GND connect with normal)Ground (Digital)Input for master clock PLLPower supply +3.3V (Digital)Output XO terminalPower supply +3.3VTest pin (GND connect with normal)Test pin (GND connect with normal)Test pin (GND connect with normal)Test pin (GND connect with normal)GroundPower supply +3.3VPhase muching mode ON/OFFGroundCrystal osc. inputCrystal osc. outputGround

5152535455565758

59606162

63646566676869707172737475767778798081

VDDBOSD3BOSD2BOSD1BOSD0

VSSBISD3BISD2

BISD1BISD0VDD

DIVSEL1DIVSEL0DIVCLK0

VSSAOSD3AOSD2AOSD1AOSD0

VDD

AISD3AISD2AISD1AISD0

VSSVDD

AODAMPNAIBYPASSAISFTUP0AISFTUP1

VSS

-OOOO-II

II-I

IO-OOOO-IIII--IIII-

Power supply +3.3VSerial data output for B blockSerial data output for B blockSerial data output for B blockSerial data output for B blockGroundSerial data input for B blockSerial data input for B block

Serial data input for B blockSerial data input for B blockPower supply +3.3VClock frequency for DIVCLK0 terminalClock frequency for DIVCLK0 terminalMaster clock outputGroundSerial data output for A blockSerial data output for A blockSerial data output for A blockSerial data output for A block

Power supply +3.3VSerial data input for A blockSerial data input for A blockSerial data input for A blockSerial data input for A blockGroundPower supply +3.3VDamp output data for A blockBypass for A block input/outputShiftup for A block input dataShiftup for A block input dataGround

S1L54423F21C000(X4072A00) SRC16 (Gate Array)



65/253

PINNO.

I/O FUNCTIONNAME PIN


12345678

910111213141516171819

202122232425262728293031

CLKICLKOVDD

SCANENBATPGENB

VSSPLLTESTPLLRES

PLLVSSMVDD

PLLVSS

AVDDCHG0LPVSS

VSSMIRQMCSMWRMRD

MAVDDMD0MD1MD2MD3MD4MD5MD6MD7VSSMD8

IO-

I/OI/O-II

----

--

I/OIII

-I/OI/OI/OI/OI/OI/OI/OI/O-

I/O

Clock

Power supplyScan enable

GroundTestReset

GroundPower supplyGroundAnalog power supply

Ground

Interrupt requestControl portWriteRead

Power supply

DRAM data bus

GroundDRAM data bus

4142434445464748

4950515253545556575859

606162636465666768697071

VDDRESET

VSSOUT4OUT3INP2INP1INP0

TESTENBVSSOSCO

VDDOSCIVSS

SIRQSCSSWRSRDSA

VSS

VDDSD0SD1SD2SD3SD4SD5SD6SD7VSSSD8

-I-OOIII

I/O-

-

-I/OIII

--I/OI/OI/OI/OI/OI/OI/OI/O-

I/O

Power supplyResetGround

Output

Input

Test enableGround

Power supply

GroundInterrupt requestControl portWriteRead

GroundPower supply

Serial data

GroundSerial data

MLAN: IC105 (XS8 only)S1L50553F21Y000(X4195A00) MCI(Gate Array)



66/253

PINNO.



12345678

9101112131415161718192021

22232425262728293031323334

OUTER

NO.

A1A2A3A4A5A6A7A8

A9A10A11A12A13A14A15A16A17A18A19A20

B1

B2B3B4B5B6B7B8B9

B10B11B12B13B14

VSS3OPSRAM_WE

GPIO4/SRAM_READYI2C_CLK

UART0_TXTRSTTDI

SCMO

RESETTCB[6]TCA[6]

VDD3OPVSS3I

VDD3OPTCB[1]TCA[0]REFI

I2S_RX0_D3I2S_RX0_BICKI2S_RX0_MCK

D0

SRAM_BS[1]SRAM_BS[0]

CS0UART1_RX

VDD1IHTDOTMSPLLE

VDD3OPTCA[5]TCB[4]TCB[3]TCB[2]

OI/OI/OOIII

IOOOOIIOOI/O

OOOI

OII

OOOO

I/O groundSRAM write enableGeneral purpose I/O / SRAM ready (read enable)

I2C ClockSerial outputJTAG - Test reset (active low)JTAG - Test data inScan mode select

Reset - active lowTest pinTest pinI/O 3.3VCore groundI/O 3.3V

Test pin

I2S Receiver 0 Data (ch.6/7)I2S Receiver 0 Bit clockI2S Receiver 0 Master clockData bus

SRAM upper byte selectSRAM lower byte selectChip selectSerial intputCore 1.8VJTAG - Test data outJTAG - Test mode selectPLL enableI/O 3.3V

Test pin

6970717273747576

77787980818283848586878889

90919293949596979899

100101102

OUTER

NO.

D9D10D11D12D13D14D15D16

D17D18D19D20

E1E2E3E4

E17E18E19E20

F1

F2F3F4

F17F18F19F20G1G2G3G4

G17G18

TEMOTCB[7]

VDD3OPVDD1IHVSS3OPVDD3OPVDD3OP

I2S_RX0_D2

VSS3OPGPIO9/ I2S_TX0_LRCLKVDD1IH

I2S_RX1_D1D9D8D7D4

GPIO8/I2S_TX0_BICKVSS3I

I2S_RX1_D0I2S_RX1_MCK

D13

D12D10

VDD3OPVDD3OP

I2S_RX1_LRCKI2S_TX1_D1I2S_TX1_LRCLK

VSS3ID15D14D11

I2S_RX1_BICKI2S TX1 D0

IOI

I/OI

I/OI/OI/OI/OI/OIOI/O

I/OI/OOOOI/OI/OI/OOO

Test mode pinTest pinI/O 3.3VCore 1.8VI/O ground

I/O 3.3V

I2S Receiver 0 Data (ch.4/5)

I/O groundGeneral purpose I/O / I2S Transmitter 0 Left/Right clockCore 1.8VI2S Receiver 1 Data (ch.2/3)

Data bus

General purpose I/O / I2S Transmitter 0 Bit clock

Core groundI2S Receiver 1 Data (ch.0/1)I2S Receiver 1 Master clock

Data bus

I/O 3.3V

I2S Receiver 1 Left/Right clockI2S Transmitter 1 Data ch.2/3I2S Transmitter 1 Left/Right clockCore ground

Data bus

I2S Receiver 1 Bit clockI2S Transmitter 1 Data ch 0/1

1394AV-L (X6893A00)DICEII MLAN:IC106 (XS8 only)



67/253

PINNO.



137138139140141142143144

145146147148149150151152153154155156157

158159160161162163164165166167168169170

OUTER

NO.

L1L2L3L4L9

L10L11L12

L17L18L19L20M1M2M3M4M9

M10M11M12M17

M18M19M20

N1N2N3N4

N17N18N19N20

P1P2

A9A10A11A12

VSS3OPVSS3OPVSS3OPVSS3OP

VDD3OPHPX3PLL_1V8 (HPLL1)

HPX2A13A14A15A16

VSS3OPVSS3OPVSS3OPVSS3OP

FILTER_HPLL2

PLL_GND (HPLL1)PLL_BULK (HPLL1)FILTER_HPLL1

A17A18A19

VSS3OPVSS3OP

PLL_GND (HPLL2)PLL_BULK (HPLL2)PLL_1V8 (HPLL2)A20/CS7/EN1_AA21/CS6/EN1 B

OOOO

I/OOOOOOA

AOOOI/OI/O

Address bus

I/O ground

I/O 3.3VGPIOPLL 1.8VGPIO(Z)

Address bus

I/O ground

JETPLL filter component connection

PLL groundPLL bulk biasJETPLL filter component connection

Address bus

I/O ground

PLL groundPLL bulk biasPLL 1.8V

Address bus / Chip select / Rotary encoder input

205206207208209210211212

213214215216217218219220221222223224225

226227228229230231232233234235236237238

OUTER

NO.

U13U14U15U16U17U18U19U20

V1V2V3V4V5V6V7V8V9

V10V11V12V13

V14V15V16V17V18V19V20W1W2W3W4W5W6

VSS3OPAES_RX2VDD3OP

DSAI_RX1VSS3OP

DSAI_SYNCDDSAI_CKDDSAI_TX2

SDRAM_DQM0SDRAM_BNK1EN3_B/GPIO3/SDRAM_BNK3

PHD4PHCT0PHLR

VDD1IHVD2/TDF_I2/U0_DCD

VD6/TDF_IFS1/U1_DCD/HFS2

VCLK/TDF_O2/U1_OUT1

GPIO14/WCKI/TDF_OFS1/U0_OUT1

PLL_1V8 (AES,ADAT,TDIF)

PLL_GND (AES,ADAT,TDIF)

EXT_512BRAES_RX3AES_TX2DSAI_RX2

DSAI_SYNCADSAI_SYNCC

DSAI_TX1EN3_A /GPIO2/SDRAM_BNK2

SCLKPHD1PHD3

PHCT1PHLO

I

I

I/OI/OO

OOI/OI/OI/OOI/OI/OI/OI/O

I/OIOI

I/OI/OOI/OI

I/OI/OI/OI

I/O groundAES3 Receiver ch4/5I/O 3.3VDSAI Receiver 1 data lineI/O groundDSAI Sync DDSAI Clock DDSAI Transmitter 2 data line

SDRAM interface Lower byte maskSDRAM interface Bank addsessRotary encoder input / General purpose I/O / SDRAM interface Bank addsess

PHY tristable data line bit 4PHY tristable control line bit 0Serial request output from S-LINK(Z)Core 1.8VVideo interface - Data byte bit 2 / TDIF audio data input 3 / Data carrier detect UART status input

Videointerface-Databytebit 6 / TDIF samplerate1input / Datacarrierdetect UARTstatus input / 512fs baserateclock

Video interface - Video Clock / TDIFaudio data output 3 / UARTcontrol programmable output 1 output

General purpose I/O / Word clock in / TDIF sample rate 1 output / UART control programmable output 1 output

PLL 1.8VPLL ground

External 512 x base rate clockAES3 Receiver ch.6/7AES3 Transmitter ch.4/5DSAI Receiver 2 data lineDSAI Sync ADSAI Sync CDSAI Transmitter 1 data lineRotary encoder input / General purpose I/O / SDRAM interface Bank addsess

49.152MHz PHY Clock inputPHY tristable data line bit 1PHY tristable data line bit 3PHY tristable control line bit 1Link on indication from PHY Pulsing when asserted

MLAN:IC106 (XS8 only)


68/253



69/253

DM: IC010, 011

PIN


PIN


211212213214215216217218219220221222223224225226227

228229230231232233234235236237238239240241242243244245

246247248249250251252253254255256257258259260261262263

VSSVDD1

DMAL1DCSL2DRAS0DCAS0VDD3

DCLKINDQML2DCSL3DQML0VDD3VSS

DWEN0DCLK0DCLK1DCLKE

HMD13VSS

VDD3HMD15HMD14HMD10HMD12VDD1VDD3HMD7HMD11HMD9HMD8VSS

VDD1HMD4HMD6HMD5

HMD3VSSVSS

HMD1HMD2HMD0DCSH0

VSSVDD3

DCSH1DQMH3DQMH1DMAH14DMAH13

VSSVSS

DMAH11DMAH12

--OOOO-IOOO--OOOO

I/O--

I/OI/OI/OI/O--

I/OI/OI/OI/O--

I/OI/OI/O

I/O--

I/OI/OI/OO--OOOOO--OO

GroundPower supply +1.5 VAddress bus (DIMM, SDRAM)Wave memory chip select (Low)DIMM, SDRAM row address strobe (RAS signal)DIMM, SDRAM column address strobe (CAS signal)Power supply +3.3 VDIMM, SDRAM clock inputMASK signalWave memory chip select (Low)MASK signalPower supply +3.3 VGroundDIMM, SDRAM write enable

DIMM, SDRAM clock signal

DIMM, SDRAM clock enable

Wave memory data bus (Upper data memory)GroundPower supply +3.3 V

Wave memory data bus (Upper data memory)

Power supply +1.5 VPower supply +3.3 V


GroundPower supply +1.5 V


GroundGround


Wave memory chip select (High)GroundPower supply +3.3 VWave memory chip select (High)

MASK signal

Address bus (DIMM, SDRAM)

GroundGround

316317318319320321322323324325326327328329330331332

333334335336337338339340341342343344345346347348349350

351352353354355356357358359360361362363364365366367368

OUTER

NO.

OUTER

NO.

AB22AC23AD24AE25AF26AC22AB21AD23AE24AF25AF24AC21AB20AD22AE23AF23AC20

AD21AB19AC19AE22AF22AD20AE21AB18AC18AD19AF21AE20AF20AB17AC17AD18AE19AF19

AE18AB16AC16AD17AF18AE17AF17AB15AC15AD16AE16AF16AD15AE15AB14AC14AD14AF15

AB5AC4AD3AE2AF1AB4AA5AC3AD2AE1AD1AA4

Y5AB3AC2AC1

Y4

AA3W5W4

AB2AB1

Y3AA2

V5V4

W3AA1

Y2Y1U5U4V3

W2W1

V2T5T4U3V1U2U1R5R4T3T2T1R3R2P5P4P3R1

VSSVDD1MELI6MELI7ADLRDIToVSS

AFRMACLKADIR

ADAT0VDD3ADAT9ADAT3ADAT1ADAT2ADAT10

ADAT6VSS

VDD3ADAT4ADAT5ADAT11ADAT7ADAT14ADAT15ADAT13ADAT8ADAT12

TDIVSS

VDD1HRD13HRD15HRD14

HRD12HRD7HRD6

HRD10HRD11HRD9HRD8VSS

VDD3HRD5HRD4HRD3HRD2HRD1VDD3HRD0RWENRQML

--IIOO-

I/OI/OOI/O-

I/OI/OI/OI/OI/O

I/O--

I/OI/OI/OI/OI/OI/OI/OI/OI/OI--

Date post:	10-Feb-2018
Category:	Documents
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Yamaha Motif Xs6 Xs7 Xs8 (Service)

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