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MOTIF has a mLAN connection which can be used to transfer MIDI and video, sound to a PC.The operating system of the MOTIF XS was based on MontaVista Linux.[2][3][4]In 2011, Yamaha launched two 'lite' versions of the MOTIF XS - the 61-key MoX6 and 88-key MoX8. Though containing half the polyphony and fewer insert effects of the XS, the MoX series contains all the MOTIF XS WaveROM and voice presets, along with arpeggios and a song and pattern sequencer. The number of performances in the MoX was reduced to 256. The MoX does not support user sampling, nor does it support the mLAN/Firewire expansion. The MoX feature a built-in 4-out/2-in USB audio interface, allowing users to record audio directly from the keyboard or an outside source to a computer, as well as play and control VST instruments directly through the keyboard via USB.In 2012, Yahama introduced the entry-level MX series, based on the soundset of the Motif XS. It features the same voices as the XS, although with less WavROM (166 MB vs. the XS's 355 MB), fewer performances (128), fewer arpeggios (999), and fewer editable parameters. The MX series also has no sequencer. It featured a similar USB audio/MIDI interface as seen on the MoX series. The MX is playable in 16-part multi-timbral performance mode, configurable with the third-party Vycro editor. It is also the only keyboard in the Motif family to be available in a 49-key model (alongside the 61-key MX61.)MOTIF XF[edit]The XF versions were announced via www.MOTIFator.com on August 2, 2010:Model Year Number of keys Key action Polyphony Waveform ROM Waveforms MemoryMOTIF XF6 2010 61 FSX 128 741MB 3,977 1,024 presets + 64 kits, 512 user + 32 kits, 512 performancesMOTIF XF7 2010 76 FSX 128 741MB 3,977 1,024 presets + 64 kits, 512 user + 32 kits, 512 performancesMOTIF XF8 2010 88 Balanced hammer effect 128 741MB 3,977 1,024 presets + 64 kits, 512 user + 32 kits, 512 performancesWhile the preset voices in the MOTIF XF were the same as in the previous XS model, the XF included an extra user bank containing 128 brand new voices. Also, 8 new drum kits were also included in the user bank area.In 2013, Yamaha launched two 'lite' versions of the MOTIF XF - the 61-key MoXF6 and 88-key MoXF8. The MoXF series contains all the MOTIF XF WaveROM and voice presets, along with arpeggios and a song and pattern sequencer. The MoXF does not support on-board user sampling, nor does it support the mLAN/Firewire expansion. It features one slot for a flash memory board (versus 2 on the flagship XF), allowing users to load additional sample libraries from third-party sources. The MoXF also features the same USB MIDI/audio interface seen on the MoX series.Specifications[edit]Question book-new.svgThis section does not cite any references or sources. Please help improve this section by adding citations to reliable sources. Unsourced material may be challenged and removed. (October 2014)Comparison[edit]Feature Original MOTIF MOTIF ES MOTIF XS MOTIF XFTone generator AWM2 (complying with the Modular Synthesis Plug-in System) AWM2 with Expanded articulations AWM2 with Expanded articulationsMIDI sequencer capacity 110,000 notes @ 480 ppq 226,000 notes @ 480 ppq 130,000 notes @ 480 ppq 130,000 notes @ 480 ppqPolyphony voices 64 128 128 128Sample formats compatibility Original, WAV, AIFF, Yamaha A3000/A4000/A5000 (load only), AKAI S1000/S3000 (load only) Original, WAV, AIFF, Yamaha A3000/A4000/A5000 (load only), AKAI S1000/S3000 (load only) Original, WAV, AIFF Original, WAV, AIFFROM size, MB 84 175 (converted to 16-bit linear format) 355 (converted to 16-bit linear format) 741 (converted to 16-bit linear format)MOTIF Classic[edit]AWM2 PCM tone generator110,000 note MIDI sequencer @ 480 ppqnSample engine (4MB built-in, expandable up to 64MB of user RAM)Compatibility with common sample formats such as Akai, WAV, and AIFF84MB of read-only memory (ROM)62-voice polyphonyMOTIF keyboards inc
Citation preview
SERVICE MANUAL
HAMAMATSU, JAPANCopyright (c) Yamaha Corporation. All rights reserved. PDF-K7632 03. 09
SY 011699
CONTENTSSPECIFICATIONS........................................................... 3PANEL LAYOUT............................................... 7CIRCUIT BOARD LAYOUT......................... 13DISASSEMBLY PROCEDURE MOTIF ES6 / MOTIF ES7. 16DISASSEMBLY PROCEDURE MOTIF ES8............ 25LSI PIN DESCRIPTION LSI...................................... 41IC BLOCK DIAGRAM IC........................................... 47CIRCUIT BOARDS................................................ 49TEST PROGRAM .......................................... 70OS UPDATE OS .............................................. 109SYSTEM FLOW CHARTAfter Turning on the Power............................................................. 111DISPLAY MESSAGES ...................... 114MIDI IMPLEMENTATION CHART ................................................... 118PARTS LIST BLOCK DIAGRAMKEY MATRIXWIRINGOVERALL CIRCUIT DIAGRAM
MOTIF ES6 20030801-235000MOTIF ES7 20030801-270000MOTIF ES8 20030801-335000
MOTIF ES8
MUSIC PRODUCTION SYNTHESIZER
MOTIF ES7
MOTIF ES6
M.I.replace 2004.04.212007.01.22
2MOTIF ES6/MOTIF ES7/MOTIF ES8
WARNINGComponents having special characteristics are marked and must be replaced with parts having specification equal to those originally installed.
WARNING: CHEMICAL CONTENT NOTICE!The solder used in the production of this product contains LEAD. In addition, other electrical / electronic and / or plastic (whereapplicable) components may also contain traces of chemicals found by the California Health and Welfare Agency (and possibly otherentities) to cause cancer and / or birth defects or other reproductive harm.DO NOT PLACE SOLDER, ELECTRICAL / ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANYREASON WHAT SO EVER!Avoid prolonged, unprotected contact between solder and your skin! When soldering, do not inhale solder fumes or expose eyes tosolder / 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 NOTICEThis manual has been provided for the use of authorized Yamaha Retailers and their service personnel. It has been assumedthat basic service procedures inherent to the industry, and more specifically Yamaha Products, are already known and under-stood by the users, and have therefore not been restated.
WARNING:Failure to follow appropriate service and safety procedures when servicing this product may result inpersonal injury, destruction of expensive components and failure of the product to perform as speci-fied. For these reasons, we advise all Yamaha product owners that all service required should beperformed by an authorized Yamaha Retailer or the appointed service representative.
IMPORTANT: This presentation or sale of this manual to any individual or firm does not constitute authorization, certifica-tion, recognition of any applicable technical capabilities, or establish a principal-agent relationship of anyform.
The data provided is believed to be accurate and applicable to the unit(s) indicated on the cover. The research engineering,and service departments of Yamaha are continually striving to improve Yamaha products. Modifications are, therefore, inevi-table and changes in specification are subject to change without notice or obligation to retrofit. Should any discrepancyappear to exist, please contact the distributor's Service Division.
WARNING: Static discharges can destroy expensive components. Discharge any static electricity your body may haveaccumulated by 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 powerto the unit.
IMPORTANT NOTICE FOR THE UNITED KINGDOMConnecting the Plug and Cord
WARNING: THIS APPARATUS MUST BE EARTHEDIMPORTANT. The wires in this mains lead are coloured in accor-dance with the following code:
GREEN-AND-YELLOW : EARTHBLUE : NEUTRALBROWN : LIVE
As the colours of the wires in the mains lead of this apparatus maynot correspond with the coloured markings identifying the terminalsin your plug proceed as follows:The wire which is coloured GREEN-and-YELLOW must be connectedto the terminal in the plug which is marked by the letter E or by thesafety earth symbol or colored GREEN or GREEN-and-YELLOW.The wire which is coloured BLUE must be connected to the terminalwhich is marked with the letter N or coloured BLACK.The wire which is coloured BROWN must be connected to the termi-nal which is marked with the letter L or coloured RED.
This applies only to products distributed by Yamaha-Kemble Music (U.K.) Ltd. (3 wires)
3MOTIF ES6/MOTIF ES7/MOTIF ES8
SPECIFICATIONS
Keyboards MOTIF ES8 88 keys, Balanced Hammer Effect Keyboard (Initial Touch/Aftertouch)MOTIF ES7 76 keys, FS Keyboard (Initial Touch/Aftertouch)MOTIF ES6 61 keys, FS Keyboard (Initial Touch/Aftertouch)
Tone Generator block Tone Generator AWM2 (complying with the Modular Synthesis Plug-in System)Polyphony 128 notes + the polyphony of the Plug-in Board (if installed)Multi Timbral Capacity 16 parts (internal) + 3 or more Plug-in Board parts (1 for each Single Plug-in Board;
16 for Multi Plug-in Board), Audio Input parts (A/D, AIEB2, mLAN*) * 4 stereo partsWave 175MB (when converted to 16- bit linear format), 1859 waveformsVoice Preset: 768 normal voices + 64 drum kits
GM: 128 normal voices + 1 drum kitUser: 128 x 2 (Bank1: Original, Bank2: Picked up from Preset)Normal Voice + 32 drum kits
Plug-in Voice Preset for the PLG150-AN/DX/PF/DR/PC: 64Preset for the PLG-150VL: 192User: 64 for each Plug-in slot
Performance User: 128 (up to 4 parts)Filter 18 typesEffect System Reverb x 20 types, Chorus x 49 types, Insertion (A, B) x 116 types x 8 blocks,
MasterEffect x 8 types, Master Equalizer (5 bands), Part EQ (3 bands, stereo),Plug-in Insertion (available when the PLG100-VH has been installed to slot 1)
Expandability 3 Slots for Modular Synthesis Plug-in BoardsSampling block Samples Up to 1024 Waveforms (Multi Samples)
Up to 128 Key Banks per WaveformUp to 4096 Key Banks
Sampling Source Analog input L/R, Stereo output (Resampling), Digital/Optical (available when theAIEB2has been installed), mLAN (available when the mLAN16E has been installed)
A/D Conversion 20-bit, 64 x oversamplingD/A Conversion 24-bit, 128 x oversamplingSample Data Bits 16Sampling Frequency 44.1kHz, 22.05kHz, 11.025kHz, 5.5125kHz (Stereo/Mono)
Digital Sampling Frequency (when the AIEB2 has been installed)48kHz, 44.1kHz, 32kHz* Can be input, with converted to the Sampling Frequency of the MOTIF ES. Sampling Frequency via the mLAN (when the mLAN16E has been installed)44.1kHz (fixed)
Sampling Memory Optionally installed, expandable to 512MB (256MB DIMM x 2 slots)Sample Length Mono: 32 MB
Stereo: 64 MBSampling Time 44.1kHz: 6 min. 20 sec., 22.05kHz: 12 min. 40 sec., 11.025kHz: 25 min. 20 sec.,
5.0125kHz: 55 min. 40 sec.* Mono/Stereo
Sample Format Original format, WAV, AIFF, A3000/4000/5000/SU700 format (loadable only),AKAI S1000/S3000 format (loadable only)
4MOTIF ES6/MOTIF ES7/MOTIF ES8
Sequencer block Note Capacity Approx. 226,000 notesNote Resolution 480 ppq (parts per quarter note)Maximum Polyphony 124 notesTempo 1 - 300Recording type Real time replace, Real time overdub (with the exception of the Pattern Chain),
Real time punch (Song only), Step (with the exception of the Pattern Chain)Tracks Pattern Mode: 16 phrase tracks
Pattern Chain Mode: Pattern track, Tempo track, Scene trackSong Mode: 16 sequence tracks (Loop on/off can be set for each track), Tempotrack,Scene trackPatterns 64 patterns (x 16 sections)Measures: 256 maximum
Phrases Preset Phrases: 687 phrasesUser Phrases: 256 per pattern
Songs 64 songsArpeggio Preset x 1787 types
User x 256 types* MIDI Sync, MIDI transmit/receive channel, Velocity Limit, and Note Limit can beset.
Scene Memory 5 per SongScequence Format Original format, SMF format 0, 1 (Format 1 load only)
Others Master User: 128* 4 Zones (Master keyboard settings), Assignable Knob/Slider settings, ProgramChange Table
Sequence Software compatible with the Remote Control function For Windows SQ01 V2, Cubase SX, SONAR 2.0, Multi Part Editor for MOTIF-RACK,Multi Part Editor for MOTIF ES For Macintosh Logic 5.5, Digital Performance 3.1
Controllers Pitch Bend wheel, Modulation wheel, Ribbon Controller, Assignable Control Sliders(4), Assignable Knobs (4), Data dial
Display 240 x 64 dot graphic backlit LCDExternal Memory SmartMedia (3.3V)
* Up to 128MB can be used.Connectors OUTPUT L/MONO, R (standard phone jack)
ASSIGNABLE OUTPUT L, R (standard phone jack)AD INPUT L, R (standard phone jack)PHONES (standard stereo phone jack)FOOT CONTROLLER 1, 2FOOT SWITCH x 2 (SUSTAIN, ASSIGNABLE)BREATH, MIDI IN/OUT/THRU, USB (TO HOST, TO DEVICE), AC INLET
Power Consumption 38WDimensions, Weight MOTIF ES8: 1,458 (W) x 465 (D) x 167.4 (H)mm, 28.3kg
MOTIF ES7: 1,255 (W) x 394 (D) x 136.4 (H)mm, 19.2kgMOTIF ES6: 1,048 (W) x 394 (D) x 136.4 (H)mm, 16.5kg
Accessories AC Power cord, CD-ROM x 3, Owners Manual (this book), Data List, Installation Guide
5MOTIF ES6/MOTIF ES7/MOTIF ES8
MOTIF ES8 88( /MOTIF ES7 76FS(/MOTIF ES6 61FS(/
AWM2 (Modular Synthesis Plug-in System 128+ 16+3(A/DAIEB2 mLAN*)
*4 175MB(16bit)1,859 : 768+ 64
GM: 128+1: 128 2 (1: 2: )+32
PLG150-AN/DX/PF/DR/PC: 64PLG150-VL: 192: 64
: 128(4 18 2049(AB) 1168
8EQ (5EQ (3(1PLG100-VH
Modular Synthesis Plug-in Board3 1,024(128
4,096 L/R(
/(I/OAIEB2mLAN (mLANmLAN16E
A/DD/A A/D: 20bit/64D/A: 24bit/128
16bit 44.1kHz22.05kHz11.025kHz5.5125kHz ( /
48kHz44.1kHz32kHz ( 44.1kHz
512MB (256MB DIMM2 1: 32MB
1: 64MB1 44.1kHz: 62022.05kHz: 1240 11.025kHz: 25205.0125kHz: 5540
/ MOTIF ESWAVAIFF
A5000/A4000/A3000/SU700(AKAI S1000/S3000(
6MOTIF ES6/MOTIF ES7/MOTIF ES8
226,000 /480 124(BPM) 1 300 (
(( 16
16 (
64(16: 256
: 687: 1256 64
: 1 /116(256): 32
1,787256MIDIMIDI
5 MOTIF ES
SMF0/1 (1) 128
4() /
SQ01 V2SOL2Cubase SXSONAR 2.0Multi Part Editor forMOTIFRACKMulti Part Editor for MOTIF ES Logic 5.5Digital Performer 3.1
111441
24064LCD ( TM (3.3V128MB OUTPUT L/MONO, R ()ASSIGNABLE OUTPUT L, R
()A/D INPUT L, R(PHONES (FOOT CONTROLLER 1, 2FOOT SWITCH2 (SUSTAIN, ASSIGNABLE)BREATHMIDI IN/OUT/THRUUSB (TO HOST, TO DEVICE)AC INLET
28W (16W) MOTIF ES8: 1,458 (W) 465 (D) 167.4 (H) mm28.3kg
MOTIF ES7: 1,255 (W) 394 (D) 136.4 (H) mm19.2kgMOTIF ES6: 1,048 (W) 394 (D) 136.4 (H) mm16.5kg
2P-3PCD-ROM3()SQ01 V2No.(CD-ROMTOOLS for MOTIF ES6/MOTIF ES7/MOTIF ES8)
7MOTIF ES6/MOTIF ES7/MOTIF ES8
DOWN UPOCTAVE
SCENESF1 SF2
F1 F2
REMOTE ARPEGGIO
ON/OFF ON/OFFR-AUDIOG-MIDI
BYPASSINSERTION SYSTEM
MASTEREFFECT VOICE
SONG
PERFORM MASTER
PATTERN FILE
EFFECT MODE
SEQ TRANSPORT
SEQUENCER
LOCATE 1 2
INTEGRATEDSAMPLING MIXING UTILITY
EDIT
COMPARE SCENE STORESET LOCATE
JOB STORE
DEMO
KNOBCONTROLFUNCTION
MASTERVOLUME
ZONE 1
CS 1
VOLUME 1
SWING
CUTOFF
PAN
ASSIGN A
GATE TIME
RESONANCE
REVERB
ASSIGN B
VELOCITY
ATTACK
CHORUS
ASSIGN 1
UNITMULTIPLY
RELEASE
TEMPO
ASSIGN 2
LOWKN 1
VOLUME 2
LOW MIDKN 2
VOLUME 3
HIGH MIDKN 3
VOLUME 4
HIGHKN 4
CS 2
ZONE 2
CS 3
ZONE 3
CS 4
ZONE 4
ARP FX
EQ
TONE
ASSIGN
PAN/SEND
E0 F0 G0 A0 B0 C1 D1 E1 F1 G1 A1 B1 C2 C3
y i !2 !7
KNOBCONTROLFUNCTION
MASTERVOLUME
ZONE 1
CS 1
VOLUME 1
SWING
CUTOFF
PAN
ASSIGN A
GATE TIME
RESONANCE
REVERB
ASSIGN B
VELOCITY
ATTACK
CHORUS
ASSIGN 1
UNITMULTIPLY
RELEASE
TEMPO
ASSIGN 2
LOWKN 1
VOLUME 2
LOW MIDKN 2
VOLUME 3
HIGH MIDKN 3
VOLUME 4
HIGHKN 4
CS 2
ZONE 2
CS 3
ZONE 3
CS 4
ZONE 4
ARP FX
EQ
TONE
ASSIGN
PAN/SEND
SCENESF1 SF2 SF3 SF4 SF5
F1 F2 F3 F4 F5 F6
INFORMATION
REMOTE ARPEGGIO
ON/OFF ON/OFFR-AUDIOG-MIDI
BYPASSINSERTION SYSTEM
MASTEREFFECT VOICE
SONG
PERFORM MASTER
PATTERN FILE
EFFECT MODE
SEQ TRANSPORT
SEQUENCER
LOCATE 1 2
INTEGRATEDSAMPLING MIXING UTILITY
EDIT
COMPARE SCENE STORESET LOCATE
JOB STORE
DEMO
DOWN UPOCTAVE
t
C1 D1 E1 F1 G1 A1 B1 C2 C3 C
y i
u o !3 !4 !5!1 !0
!2 !6!7 !8w
e r q
!3!0!1ou
w
e t r q
PANEL LAYOUT (MOTIF ES6 / MOTIF ES7) Front Panel
MOTIF ES6
MOTIF ES7
8MOTIF ES6/MOTIF ES7/MOTIF ES8
F2 SF3 SF4 SF5
F3 F4 F5 F6
INFORMATION
COMMON ELEMENT/PERF. PART/ZONE
FAVORITES
DRUM KITS
A. PIANO KEYBOARD ORGAN
PRE 5 PRE 6
PRE 1 PRE 2 PRE 3 PRE 4MUSIC PRODUCTION SYNTHESIZERIntegrated Sampling Sequencer / Modular Synthesis Plug-in System / Real-time External Control Surface
USER 1
GUITAR/PLUCKED
SYN LEAD
A B C D E F G H
87654321
16 MUTE
TRACKSELECT
SECTION GROUP
NUMBER
CATEGORYSEARCH BANK
SOLO
151412 1311109
SYN PAD/CHOIR
SYN COMP CHROMATICPERCUSSION
DRUM/PERCUSSION
SE MUSICAL FX COMBI
USER 2
STRINGS
PLG 1
SLOT 1 SLOT 2 SLOT 3
BRASS
PLG 2
REED/PIPE
PLG 3
BASS
GM
EXIT ENTER
EXECUTE
DEC/NO INC / YES
C4 C5 C6
!4 !5 !9@1 @0
!6 @8@7!8 @3 @4@2
@6
@9
#0
#1
#2
COMMON ELEMENT/PERF. PART/ZONE
FAVORITES
DRUM KITS
A. PIANO KEYBOARD ORGAN
PRE 5 PRE 6
PRE 1 PRE 2 PRE 3 PRE 4MUSIC PRODUCTION SYNTHESIZERIntegrated Sampling Sequencer / Modular Synthesis Plug-in System / Real-time External Control Surface
USER 1
GUITAR/PLUCKED
SYN LEAD
A B C D E F G H
87654321
16 MUTE
TRACKSELECT
SECTION GROUP
NUMBER
CATEGORYSEARCH BANK
SOLO
151412 1311109
SYN PAD/CHOIR
SYN COMP CHROMATICPERCUSSION
DRUM/PERCUSSION
SE MUSICAL FX COMBI
USER 2
STRINGS
PLG 1
SLOT 1 SLOT 2 SLOT 3
BRASS
PLG 2
REED/PIPE
PLG 3
BASS
GM
EXIT ENTER
EXECUTE
DEC/NO INC / YES
C4 C5 C6
!9@1 @0
@8@7@3 @4@2
@6
@9
#0
#1
#2
@5
@5
9MOTIF ES6/MOTIF ES7/MOTIF ES8
PANEL LAYOUT (MOTIF ES8)
q Keyboardw OCTAVE[UP] and [DOWN] buttonse Pitch bend wheelr Modulation wheelt Ribbon controllery MASTER VOLUMEu Four KNOB CONTROL FUNCTION buttons and four Knobsi [CS1]-[CS4]Control slidero REMOTE buttons!0 EFFECT buttons!1 [ARPEGGIO ON/OFF] button!2 SEQ TRANSPORT buttons!3 MODE buttons!4 LCD Display!5 LCD Contrast Control!6 [F1]-[F6] (Function) buttons
q
w OCTAVE[UP]/[DOWN]/
e
r
t
y MASTER VOLUME
u KNOB CONTROL FUNCTION
i
o REMOTE
!0 EFFECT
!1 ARPEGGIO
!2 SEQ TRANSPORT
!3 MODE
!4 LCD
!5 LCD
!6 [F1]-[F6]
Front Panel
REMOTE ARPEGGIO
ON/OFF ON/OFFR-AUDIOG-MIDI
BYPASSINSERTION SYSTEM
MASTEREFFECT VOICE
SONG
PERFORM MASTER
PATTERN FILE
EFFECT MODE
SEQ TRANSPORT
SEQUENCER
LOCATE 1 2
INTEGRATEDSAMPLING MIXING UTILITY
EDIT
COMPARE SCENE STORESET LOCATE
JOB STORE
DEMO
A-1 B-1 C0 D0 E0 F0 G0 H0 B0 C1 C2
KNOBCONTROLFUNCTION
MASTERVOLUME
ZONE 1
CS 1
VOLUME 1
SWING
CUTOFF
PAN
ASSIGN A
GATE TIME
RESONANCE
REVERB
ASSIGN B
VELOCITY
ATTACK
CHORUS
ASSIGN 1
UNITMULTIPLY
RELEASE
TEMPO
ASSIGN 2
LOWKN 1
VOLUME 2
LOW MIDKN 2
VOLUME 3
HIGH MIDKN 3
VOLUME 4
HIGHKN 4
CS 2
ZONE 2
CS 3
ZONE 3
CS 4
ZONE 4
ARP FX
EQ
TONE
ASSIGN
PAN/SEND
qt
e
r
y i
u o !3!1 !0
!2
MOTIF ES8
10
MOTIF ES6/MOTIF ES7/MOTIF ES8
!7 [SF1]-[SF5] (Sub Function) buttons!8 [INFOMATION] button!9 Data Dial@0 [INC/YES] button@1 [DEC/NO] button@2 Cursor buttons@3 [EXIT] button@4 [ENTER] button@5 SLOT 1-3 lamps@6 BANK buttons@7 GROUP [A]-[H] buttons@8 NUMBER [1]-[16] buttons@9 [CATEGORY SEARCH] buttons#0 [SECTION] button#1 [TRACK SELECT] button#2 [MUTE] button
!7 [SF1]-[SF5]
!8 [INFOMATION]
!9
@0 [INC/YES]
@1 [DEC/NO]
@2
@3 [EXIT]
@4 [ENTER]
@5 SLOT1-3
@6 BANK
@7 GROUP[A]-[H]
@8 NUMBER[1]-[16]
@9 [CATEGORY SEARCH]
#0 [SECTION]
#1 [TRACK SELECT]
#2 [MUTE]
REE
SCENESF1 SF2 SF3 SF4 SF5
F1 F2 F3 F4 F5 F6
COMMON ELEMENT/PERF. PART/ZONE
FAVORITES
DRUM KITS
A. PIANO KEYBOARD ORGAN
PRE 5 PRE 6
PRE 1 PRE 2 PRE 3 PRE 4MUSIC PRODUCTION SYNTHESIZERIntegrated Sampling Sequencer / Modular Synthesis Plug-in System / Real-time External Control Surface
USER 1
GUITAR/PLUCKED
SYN LEAD
A B C D E F G H
87654321
16 MUTE
TRACKSELECT
SECTION GROUP
NUMBER
CATEGORYSEARCH BANK
SOLO
151412 1311109
SYN PAD/CHOIR
SYN COMP CHROMATICPERCUSSION
DRUM/PERCUSSION
SE MUSICAL FX COMBI
USER 2
STRINGS
PLG 1
SLOT 1 SLOT 2 SLOT 3
BRASS
PLG 2
REED/PIPE
PLG 3
BASS
GM
INFORMATION
DEMO
EXIT ENTER
EXECUTE
DEC/NO INC / YES
C3 C4 C5 C6 C7
!4 !5 !9@1 @0
!6 @8!7 @7!8 @3 @4@2
@6
@9
#0
#1
#2
@5
11
MOTIF ES6/MOTIF ES7/MOTIF ES8
BREATH ASSIGOUTTHRUUSB
TO HOSTTO DEVICEmLAN I/O EXPANSIONAC INLETPOWER
ON OFF INMIDI
q w e r yt
mLAN I/O EXPANSIONAC INLETPOWER
ON OFF
q w e
mLAN I/O EXPANSIONAC INLETPOWER
ON OFF
q w e
Rear Panel
q POWER Switchw AC INLET(AC Power Cord Socket)e mLAN expansion board(mLAN16E) or I/O expansion board(AIEB2)coverr USB connectorst MIDI IN/OUT/THRU connectorsy BREATH Controller jacku FOOT SWITCH jacks
q POWER
w AC INLET
e mLAN(mLAN16E) I/O(AIEB2)
r USB
t MIDI IN/OUT/THRU
y BREATH
u FOOT SWICH
MOTIF ES6
MOTIF ES7
MOTIF ES8
12
MOTIF ES6/MOTIF ES7/MOTIF ES8
GREENYELLOWORANGEPlug-in SLOT
A /D INPUTLR
OUTPUTR L/MONO PHONES
ASSIGNABLE OUTPUTLR
FOOTCONTROLLER
ASSIGNABLE SUSTAIN
FOOTSWITCH
CARD3.3V
12 GAIN
!1 !3u i o !0
!4
GREENYELLOWORANGEPlug-in SLOT
A /D INPUTLR
OUTPUTR L/MONO PHONES
ASSIGNABLE OUTPUTLR
FOOTCONTROLLER
BREATH ASSIGNABLE SUSTAINOUTTHRUUSB
TO HOSTTO DEVICE
FOOTSWITCH
CARD3.3V
1INMIDI
2 GAIN
r y !1 !3t u i o !0 !2
!4 !5
CARD3.3V
USBTO HOSTTO DEVICE
GREENYELLOWORANGEPlug-in SLOT
A /D INPUTLR
OUTPUTR L/MONO PHONES
ASSIGNABLE OUTPUTLR GAIN
FOOTCONTROLLER
BREATH ASSIGNABLE SUSTAINOUTTHRU
FOOTSWITCH
1INMIDI
2
r y !1t!5 u i o !0 !2
!4
!2
!5
!3
i FOOT CONTROLLER1,2
o ASSIGNABLE OUT L,R
!0 OUTPUT L/MONO,R
!1 PHONES
!2 A/D INPUTA/D
!3 GAIN
!4 CARD
!5 plug-in SLOT 1,2,3
i FOOT CONTROLLER jackso ASSIGNABLE OUT L and R jacks!0 OUTPUT L/MONO and R jacks!1 PHONES jack!2 A/D INPUT jacks!3 GAIN Knob!4 CARD(Card slot)!5 Plug-in board cover
13
MO
TIF ES6/MO
TIF ES7/MO
TIF ES8
CIRCUIT BO
ARD LAYOUT (MOTIF ES6)
Wheel Assembly Ass'y Keyboard Assembly (Ass'y
Display AssemblyAss'yPanel AssemblyAss'y
PSDM
JK
LC
DMSUBPSSUB
PNA PNB
USB
SM
CN10CN13
CN15
CN14
CN4
CN3
CN12 CN11 CN16
CN17
CN7CN6
CN4CN1
CN3CN2
CN4
CN5
CN12
S-media
RIB
Connector Assembly(Power Supply)
Connector Assembly(E-Bus 7P)E-Bus(7P)
PNC(OCT)
14 MO
TIF ES6/MO
TIF ES7/MO
TIF ES8
PSPSDMDM
LCLC
JKJK
DMSUBDMSUBPSSUBPSSUB
CN10CN13
CN15CN14
CN4
CN3
CN12 CN11 CN16CN17
CN7CN6
CN4CN1 CN3
CN2CN4
CN5
CN12
S-media
Wheel Assembly Ass'y Keyboard Assembly (Ass'y
PNAPNA
USBUSB
PNBPNB
PNCPNC
RIBRIB
Display AssemblyAss'y
SMSM
Panel AssemblyAss'y
Connector Assembly(Power Supply)
Connector Assembly(E-Bus 7P)E-Bus(7P)
CIRCUIT BO
ARD LAYOUT (MOTIF ES7)
PNC(OCT)
15
MO
TIF ES6/MO
TIF ES7/MO
TIF ES8
Panel Assembly Ass'y
Display Assembly Ass'y
Wheel AssemblyAss'y
CN3 CN5CN1
CN4
CN3
CN2
CN1 CN4 CN5
CN2
SM
DM
LC PNBPNA
K K K K K K K K K
T T1414
T T T T
T T
T T
S
CN7
CN6
CN5
CN4
CN1
CN503
CN502
CN504
CN501
DMSUB
RIB
PSSUB
MK-SUB GHDPC
GHD-EBUS HGHD-EBUS L
USB
JK
PS
Keyboard AssemblyAss'y
CIRCUIT BO
ARD LAYOUT (MOTIF ES8)
16
MOTIF ES6/MOTIF ES7/MOTIF ES8
Note: As the unit is very heavy, take great carewhen lifting it up.When disassembling, turn the unit upsidedown and put two wooden bolsters underthe unit at its both side ends.Put gloves on to avoid to injure your handswith edges of the circuit boards or theframes.When reassembling, take care not to pinchthe cables between the circuit boards andthe frames.
:
1. Bottom Assembly(Time required: about 4 minutes)
1-1. Remove the seven (7) screws marked [192]. Thecover plate can then be removed. (Fig.1)
1-2. Unlatch the code holder. (Fig.2, Fig. 2-1)1-3. Remove the wires from the Square Bush. (Fig.2,
Fig.2-2)1-4. Remove the thirty-two (32) screws (the thirty-four
(34) screws as for MOTIF ES7) marked [182].(Fig.1)
1-5. Remove while drawing out bottom assembly infront of the main unit.
1. Ass'y : 41-1. [192] 7
Fig.11-2. Fig.2,
Fig.2-11-3.
Fig.2, Fig.2-21-4. [182] 32 MOTIF 734
Fig.11-5. Assy
DISASSEMBLY PROCEDURE(MOTIF ES6 / MOTIF ES7)
[192]
[182] [182]
[182] [182]
Bottom Assembly Ass'y
Cover Plate
(Fig.1)
[182] Bind Head Tapping Screw-B 3.0x6 MFZN2BL (EP600230) [192] Bonding Tapping Screw-S 3.0X6 MFZN2BL (V7451800)
17
MOTIF ES6/MOTIF ES7/MOTIF ES8
2. DMSUB Circuit board(Time required: about 5minutes)
2-1. Remove the bottom assembly. (See Procedure 1)2-2. Remove the six (6) screws marked [142]. The
DMSUB circuit board can then be removed. (Fig.3)
2. DMSUB (: 5)2-1. Ass'y12-2. [142] 6DMSUB
Fig.3
Square Bush
Cord Holder Push
Open
Pull
(Fig.2) (Fig.2-2)
[42]
PSDM
JK
DMSUBCN10CN13
CN15CN14
CN4
CN3
CN12 CN11 CN16
12
CN17
CN7CN6
CN4CN1 CN3
CN2CN4
CN5
CN12
S-media
Wheel AssemblyAss'y
[142]
[142]
[162]
(Fig.3)
[42] Bind Head Tapping Screw-B 3.0X8 MFZN2BL (EP600190) [142] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [162] Bonding Tapping Screw-B 3.0X10 MFZN2BL (VQ049800)
(Fig.2-1)
18
MOTIF ES6/MOTIF ES7/MOTIF ES8
3. DM Circuit board (Time required: about 7minutes)
3-1. Remove the bottom assembly. (See Procedure 1)3-2. Remove the DMSUB circuit board. (See Procedure 2)3-3. Remove the seven (7) screws marked [134]. The
DM circuit board can then be removed. (Fig.4)The DM Sub Angle A and the DM Sub Angle S areremoved simultaneously.
3. DM (: 7)3-1. Ass'y 13-2. DMSUB (23-3. [134] 7DM
Fig. 4DM ADM S
4
5
[102]Front RailAss'y
Side Panel L AssemblyLAss'y
Smart Media AssemblyAss'y
PSS AssemblyPSS Ass'y DM Shield
DM DM sub Angle-A
DMA AC-IN ConnectorAC
PSW AssemblyPSW Ass'y
[122]
[24] [82]
[22]
[114a] [114b][C92] [124] [124]
[92] [134] [112]USB
DM PS
DM sub Angle-SDMS
[22] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [24] Bonding Tapping Screw-B 3.0X10 MFZN2BL (VQ049800) [82] Bind Head Screw 3.0X6 MFZN2BL (EG330360) [92] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [C92] Bind Head Tapping Screw-B 3.0X8 MFZN2BL (EP600190) [102] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [112] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [114] Bonding Tapping Screw-B 3.0X10 MFZN2BL (VQ049800) [122] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [124] Bonding Tapping Screw-B 3.0X10 MFZN2BL (VQ049800)
(Fig.4)
19
MOTIF ES6/MOTIF ES7/MOTIF ES8
4. JK Circuit Board (Time required: about 5 minutes)
4-1. Remove the bottom assembly. (See Procedure 1)4-2. Remove the eight (8) screws marked [162]. The JK
circuit board can then be removed. (Fig.3)
5. Smart Media Assembly (Time required: about 6 minutes)
5-1. Remove the bottom assembly. (See Procedure 1)5-2. Remove the JK circuit board. (See procedure 4).5-3. Remove the two (2) screws marked [92]. The smart
media assembly can then be removed. (Fig.4)
6. PSS Assembly(Time required: about 6 minutes)
6-1. Remove the bottom assembly. (See Procedure 1)6-2. Remove the JK circuit board. (See procedure 4).6-3. Remove the four (4) screws marked [92]. The PSS
assembly can then be removed. (Fig.4)
7. Power Supply Assembly(Time required: about 5 minutes)
7-1. Remove the bottom assembly. (See Procedure 1)7-2. Remove the five (5) screws marked [102] and the
two (2) screws marked [114a]. The power supplyassembly can then be removed. (Fig.4)
8. Power Switch Assembly(Time required: about 5 minutes)
8-1. Remove the bottom assembly. (See Procedure 1)8-2. Remove the two (2) screws marked [114b]. The
power switch assembly can then be removed. (Fig.4)
9. USB Circuit Board(Time required: about 5 minutes)
9-1. Remove the bottom assembly. (See Procedure 1)9-2. Remove the three (3) screws marked [82]. The
USB circuit board can then be removed. (Fig.4)
4. JK (: 5)4-1. Ass'y 14-2. [162] 8JK
Fig.3
5. Ass'y(: 6)
5-1. Ass'y 15-2. JK45-3. [C92] 2
Ass'yFig.4
6. PSS Ass'y (: 6)6-1. Ass'y16-2. JK46-3. [92] 4PSS Ass'y
Fig. 4
7. Ass'y (: 5)7-1. Ass'y17-2. [112] 5[114a]2
Ass'y Fig.4
8. PSW Ass'y (: 5)8-1. Ass'y 18-2. [114b] 2PSW Ass'y
Fig.4
9. USB (: 5)9-1. Ass'y 1)9-2. [82] 3USB
Fig.4
20
MOTIF ES6/MOTIF ES7/MOTIF ES8
10. Keyboard Assembly(Time required: about 12 minutes)
10-1. Remove the bottom assembly. (See Procedure 1)10-2. Remove the DMSUB circuit board. (See Procedure 2)10-3. Remove the USB circuit board. (See Procedure 9)10-4. Remove the three (3) screws marked [122] and the
two (2) screws marked [124].The DM shield assembly can then be removed.(Fig.4)
10-5. Remove the seven (7) screws (the thirteen screwsas for MOTIF ES7) marked [102]. The front railcan then be removed. (Fig.4)
10-6. Remove the six (6) screws (the seven screws as forMOTIF ES7) marked [84]. The MK support R canthen be removed. (Fig.5)
10-7. Remove the five (5) screws (the six screws as forMOTIF ES7) marked [72]. The MK support L canthen be removed. (Fig.5)
10-8. Remove the five (5) screws (the eight screws as forMOTIF ES7) marked [62]. The DM shield supportcan then be removed. (Fig.5)
10-9. Remove the four (4) screws marked [54]. The MKside angle and the keyboard assembly can then beremoved. (Fig.5)Slide the keyboard assembly forward to remove.
10. FSAss'y (: 12)10-1. Ass'y 110-2. DMSUB210-3. USB 910-4. [122] 3 [124] 2DM
Ass'y (Fig.4)10-5. [102] 7MOTIF ES713)
Fig.410-6. [84] 6(MOTIF ES77) MK
(R) Fig.510-7. [72] 5 MOTIF ES76) MK
(L) Fig.510-8. [62] 5 MOTIF ES78) DM
Fig.510-9. [54] 4MK
FSAss'y Fig.5FSAss'y
MK Support LMKL
Side Panel R AssemblyR Ass'y
FS Keyboad AssemblyFS Ass'y
DM Shield SupportDM
MK Support RMKR
MK Side AngleMK
MK Side AngleMK
[72][54]
[32] [34]
[62] [84] [54]
[32] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230)[34] Bonding Tapping Screw-B 3.0X10 MFZN2BL (VQ049800) [54] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [54] Bonding Tapping Screw-B 4.0X10 MFZN2BL (VJ254100) [62] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [72] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [84] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230)
(Fig.5)
MOTIF ES7)MOTIF ES6)
21
MOTIF ES6/MOTIF ES7/MOTIF ES8
11. PNA Circuit Board(Time required: about 16 minutes)
11-1. Remove the bottom assembly. (See Procedure 1)11-2. Remove the DMSUB circuit board. (See Procedure 2)11-3. Remove the DM circuit board. (See Procedure 3)11-4. Remove the USB circuit board. (See Procedure 9)11-5. Remove the DM shield assembly. (See procedure
10-4)11-6. Remove the JK circuit board. (See procedure 4)11-7. Remove the PSS assembly.(See procedure 6)11-8. Remove the keyboard assembly. (See procedure
10)11-9. Remove the four (4) VR knobs marked [120], the
VR knob marked [130] and the the four (4) knobsmarked [110] from the outside of the control panel.(Fig.6)
11-10. Remove the seventeen (17) screws marked [58].The PNA circuit board can then be removed.(Fig.7) The cnter angle A, the center angle B, thePSS holder and GND wire are removedsimultaneously.
11. PNAAss'y(: 16)
11-1. Ass'y 111-2. DMSUB 211-3. DM 311-4. USB911-5. DMAss'y 10-411-6. JK 411-7. PSS Assy 611-8. FSAss'y 1011-9. [120] VR4[130]
VR 1 [110] 4Fig.6
11-10. [58] 17PNAFig.7ABPSSASS
[110]
[120][130]
[140]
[110] Knob K-CB (V4765800) [120] Slider Knob VR (WA458900) [130] Slider Knob VR (WA459000) [140] Encoder Knob K-CB (WB342400)
(Fig.6)
PNA PNB
PNC[72]
[102][44]
[58] [64]Display AssemblyAss'y
PSS Holder (PSS
PLG Support (PLG GND Wire (
Insulation Sheet (
Center Angle-A(A
Center Angle-A(A
Center Angle-B(B
(Fig.7)
[44] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [58] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [64] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [72] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230)
(Fig.6-1)
[140]
PNC(OCT)
22
MOTIF ES6/MOTIF ES7/MOTIF ES8
12. PNB Circuit Board(Time required: about 14 minutes)
12-1. Remove the bottom assembly. (See Procedure 1)12-2. Remove the DMSUB circuit board. (See Procedure 2)12-3. Remove the DM circuit board. (See Procedure 3)12-4. Remove the USB circuit board. (See Procedure 9)12-5. Remove the DM shield assembly. (See procedure
10-5)12-6. Remove the power supply assembly. (See proce-
dure 7)12-7. Remove the keyboard assembly. (See procedure 10)12-8. Remove the encoder knob marked [140] from the
outside of the control panel. (Fig.6, Fig6-1)12-9. Remove the twelve (12) screws marked [64]. The
PNB circuit board can then be removed. (Fig.7)The center angle A, the Insulation Sheet and theGND wire are removed simultaneously.
13. PNC (OCT) Circuit Board(Time required: about 5 minutes)
13-1. Remove the bottom assembly. (See Procedure 1)13-2. Remove the four (4) screws marked [72]. The PNC
(OCT) circuit board can then be removed. (Fig.7)
14. Display Assembly(Time required: about 10 minutes)
14-1. Remove the bottom assembly. (See Procedure 1)14-2. Remove the DMSUB circuit board. (See Procedure 2)14-3. Remove the USB circuit board. (See Procedure 9)14-4. Remove the DM shield assembly. (See procedure
10-4)14-5. As for MOTIF ES7, remove the power supply
assembly. (See procedure 7)14-6. Remove the four (4) screws marked [44]. The
display assembly can then be removed. (Fig.7)The two GND wire are removed simultaneously.
Note: If you remove the adhesive tape to removethe display assembly, make sure to apply atape on the same condition when reinstall-ing.
15. Wheel Assembly(Time required: about 5 minutes)
15-1. Remove the bottom assembly. (See Procedure 1)15-2. Remove the four (4) screws marked [42]. The
wheel assembly can then be removed. (Fig.3)
12. PNBAss'y: 14
12-1. Ass'y 112-2. DMSUB 212-3. DM 312-4. USB 912-5. DMAss'y 10-512-6. Ass'y 712-7. FSAss'y 1012-8. [140]
Fig.6, Fig6-112-9. [64] 12PNBAss'y
Fig.7A,Assy
13. PNC (OCT) Ass'y: 5
13-1. Ass'y 113-2. [72] 4PNC (OCT) Ass'y
Fig.7
14. Ass'y: 10
14-1. Ass'y 114-2. DMSUB214-3. USB 914-4. DMAss'y 10-414-5. MOTIF ES7Ass'y
714-6. [44] 4Ass'y
Fig.7)2
:
15. Ass'y : 515-1. Ass'y 115-2. [42] 4Ass'y
Fig.3
23
MOTIF ES6/MOTIF ES7/MOTIF ES8
16. Side Panel-L Assembly(Time required: about 15 minutes)
16-1. Remove the bottom assembly. (See Procedure 1)16-2. Remove the DMSUB circuit board. (See Procedure 2)16-3. Remove the USB circuit board. (See Procedure 9)16-4. Remove the DM shield assembly. (See procedure
10-4)16-5. Remove the JK circuit board. (See procedure 4)16-6. Remove the keyboard assembly. (See procedure
10)16-7. Remove the wheel assembly. (See procedure 16)16-8. Remove the five (5) screws marked [22] and the
screw marked [24]. The side panel-L assembly canthen be removed. (Fig. 4)
17. Side Panel-R Assembly(Time required: about 13 minutes)
17-1. Remove the bottom assembly. (See Procedure 1)17-2. Remove the DMSUB circuit board. (See Procedure 2)17-3. Remove the USB circuit board. (See Procedure 9)17-4. Remove the DM shield assembly. (See procedure
10-4)17-5. Remove the keyboard assembly. (See procedure
10)17-6. Remove the three (3) screws marked [32] and the
screw marked [34]. The side panel-R assembly canthen be removed. (Fig.5)
18. End Block L (Time required: about 16 minutes)18-1. Remove the bottom assembly. (See Procedure 1)18-2. Remove the DMSUB circuit board. (See Procedure 2)18-3. Remove the USB circuit board. (See Procedure 9)18-4. Remove the DM shield assembly. (See procedure
10-4)18-5. Remove the JK circuit board. (See procedure 4)18-6. Remove the keyboard assembly. (See procedure
10)18-7. Remove the wheel assembly. (See procedure 15)18-8. Remove the side panel-L assembly. (See procedure 16)18-9. Remove the two (2) screws marked [L130]. The
end block L can then be removed. (Fig.8)
16. LAss'y: 15
16-1. Ass'y116-2. DMSUB216-3. USB916-4. DMAss'y10-416-5. JK416-6. FS Ass'y1016-7. Ass'y1616-8. [22] 5 [24] 1
LAss'yFig.4
17. RAss'y: 13
17-1. Ass'y117-2. DMSUB217-3. USB917-4. DMAss'y10-417-5. FS Ass'y1017-6. [32] 3 [34] 1
RAss'yFig.5
18. L: 1618-1. Ass'y118-2. DMSUB218-3. USB918-4. DMAss'y10-418-5. JK418-6. FS Ass'y1018-7. Ass'y1518-8. L Ass'y1618-9. [L130] 2L
Fig.8
24
MOTIF ES6/MOTIF ES7/MOTIF ES8
19. RIB Circuit board(Time required: about 5 minutes)
19-1. Remove the bottom assembly. (See Procedure 1)19-2. Remove the end block L.(See Procedure 18)19-3. Remove the four (4) screws marked [L50]. The
RIB circuit board can then be removed. (Fig.8)Touch volume angle(touch volume) is removedsimultaneously.
20. PLG Support Assembly(Time required: about 6 minutes)
20-1. Remove the bottom assembly. (See Procedure 1)20-2. Remove the JK circuit board. (See procedure 4)20-3. Remove the five (5) screws marked [102]. The
PLG support assembly can then be removed. (Fig.7)
19. RIB: 519-1. Ass'y119-2. L1819-3. [L50] 4RIB
Fig.8
20. PLG: 620-1. Ass'y120-2. JK420-3. [102] 5PLG
Fig.7
[L130]
[L50]
[L50] Bind Head Tapping Screw-B 3.0X8 MFZN2BL (EP600190) [L130] Bind Head Tapping Screw-B 3.0X8 MFZN2BL (EP600190)
(Fig.8)
25
MOTIF ES6/MOTIF ES7/MOTIF ES8
DISASSEMBLY PROCEDURE (MOTIF ES8)Note: Put gloves on to avoid to injure your hands
with edges of the circuit boards or theframes.When reassembling, take care not to pinchthe cables between the circuit boards andthe frames.
1. Opening of the Control Panel(Time required: about 4 minutes)
1-1. The back is turned down. When you remove ascrew, please attach one hand and carry out to afall carefully. (Fig.1)
1-2. Remove the sixteen (16) screws marked [490], thescrew marked [495] and the two (2) screws marked[500]. (Fig.2)
1-3. Turn the unit forward and turn it up. Please carryout carefully so that a control panel does not open.(Fig.3)
1-4. A finger is hung on the central part of the controlpanel, a panel is opened, and supporting the panelwith the jig stay (V6295700).The angle of the panel can be adjusted by switch-ing the position to fix the stay. (Fig.4)(Fig.4-1)(Fig.5)(Fig.5-1)
:
1. : 4
1-1. Fig.1
1-2. [490] 16[495] 1[500] 2Fig.2
1-3. Fig.3
1-4. V6295700Fig.4Fig.4-1Fig.5Fig.5-1
Y
Y
P
[330][490] [495] [490]
[490][500][490]
[340a][340a]
[330] Bind Head Screw 4.0x16 MFZN2BL (EG340110) [490] Bind Head Screw 5.0x16 MFZN2BL (VM631300) [495] Pan Washer Head Screw 5.0x20-14 MFZN2BL (VU148200) [500] Bind Head Screw 5.0x20 MFNI33 (VP569000)
(Fig.2)
(Fig.1) (Fig.3) (Fig.4) (Fig.4-1)
If the illustaration a camera is click, an animation will flow.The sound is not contained in the animation.
26
MOTIF ES6/MOTIF ES7/MOTIF ES8
3. DM Shield Cover(Time required: about 6 minutes)
3-1. Open the control panel. (See procedure 1)3-2. Remove the ten (10) screws marked [480]. The
DM shield cover can then be removed. (Fig.7)
3. DM: 63-1. 13-2. [480] 10DM
Fig.7
11
22
Stay (V6295700)
Control Panel
DM Shield CoverDM
Side Cover RIGHTR
[480]
(Fig.5)
(Fig.7)[480] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230)
2. USB Circuit Board(Time required: about 5 minutes)
2-1. Remove the three (3) screws marked [325] in backside . Open the contorol panel, and then the USBcircuit board can then be removed. (Fig.6)
2. USB : 5 2-1. [325] 3
USBFig.6
[325]
(Fig.6)[325] Bind Head Screw 3.0X6 MFZN2BL (EG330360)
Opening the Panel partly, insert hook of the stay into the slitof frame outside and raise the panel to open.
(Fig.5-1)
Note: As the unit is very heavy, make sure to liftit up by two persons.
: 2
1
2 1
2Stay
27
MOTIF ES6/MOTIF ES7/MOTIF ES8
5. DM Circuit Board(Time required: about 9 minutes)
5-1. Open the control panel. (See procedure 1)5-2. Remove the DM shield cover. (See procedure 2)5-3. Remove the DMSUB circuit board. (See procedure 3)5-4. Remove the eight (8) screws marked [213]. DM
circuit board can then be removed. (Fig.9) The DMSub Angle A and the DM Sub Angle S are removedsimultaneously.
5. DM: 95-1. 15-2. DM25-3. DMSUB35-4. [213] 8DM
Fig.9DMADMS
PLGx3PSSUB
USBUSB
DMSUB
DMSUB
DMSUBDMSUB JK KB PNB PSSUB
CN5
CN4CN2CN3CN1
B B B BB
BB
B
A
JK
DM
DMSUB
Control Panel
WHEEL ASSEMBLYAss'y
Side Angle RR
DM Sub Angle ADMA
DM Sub Angle SDMS
Side Angle LL
AC-IN ConnectorAC
PSW AssemblyPSW Ass'y
END BLOCK RR
END BLOCK LL
RIB Circuit BoardRIB
[213]
[70]
[70b][70a]
[170]
[80b]
[40][45][315] [320]
[213]
[80a]
[130]
[40] Bonding Tapping Screw-B 3.0X10 MFZN2BL (VQ049800) [45] Bonding Tapping Screw-B 3.0X10 MFZN2BL (VQ049800) [70] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [80] Bonding Tapping Screw-B 3.0X10 MFZN2BL (VQ049800) [130] Bind Head Tapping Screw-B 3.0X8 MFZN2BL (EP600190) [170] Bind Head Tapping Screw-B 3.0X8 MFZN2BL (EP600190) [240] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [315] Bonding Tapping Screw-B 3.0X6 MFZN2BL (VR144900) [320] Bonding Tapping Screw-B 3.0X10 MFZN2BL (VQ049800)
(Fig.9)
4. DMSUB Circuit Board(Time required: about 7 minutes)
4-1. Open the control panel. (See procedure 1)4-2. Remove the DM shield cover. (See procedure 2)4-3. Remove the six (6) screws marked [240]. DM
circuit board can then be removed. (Fig.8) The twocord binder are removed simultaneously.
4. DMSUB74-1. 14-2. DM24-3. [240] 6DMSUB
Fig.82
DMSUB
[70]
[240]
RIB
(Fig.8)
[70] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230)[240] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230)
If the illustaration a camera is click, an animation will flow.The sound is not contained in the animation.
[Fig.8-1] [Fig.8-2]
1 1
28
MOTIF ES6/MOTIF ES7/MOTIF ES8
8. Power Supply Unit(Time required: about 6 minutes)
8-1. Open the control panel. (See procedure 1)8-2. Remove the six (6) screws marked [410] and the
screw marked [420]. The power supply unit canthen be removed. (Fig. 10)
8. : 68-1. 18-2. [410] 6 [420] 1
Fig.10
K K K K K K K K K
T T1414
T T T T
T T
T T
S
CN7
CN6
CN5
CN4
CN1
CN503
CN502
CN504
CN501
[370] [410]Keybed Assembly
Power Supply Unit
Keyboard AssemblyAss'y
Front Rail AssemblyAss'y
[340b] [380] [340b][380][370]
[420]PSSUB
[340] Bind Head Tapping Screw-1 3.5X12 MFZN2Y (EP030240) [370] Pan Head Screw 5.0X25 MFZN2Y (VV040700) PW[380] Bind Head Tapping Screw-1 4.0X14 MFZN2Y (EP040230) [410] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [420] Bind Head Screw 3.0X6 MFZN2Y (EG330040)
(Fig.10)
9. PMSUB Circuit Board(Time required: about 5 minutes)
9-1. Open the control panel. (See procedure 1)9-2. Remove the four (4) screws marked [410].PSSUB
Circuit Board can then removed.
9. PSSUB: 59-1. 19-2. [410] 4PSSUB
Fig.10
6. Power Switch Assembly(Time required: about 5 minutes)
6-1. Open the control panel. (See procedure 1)6-2. Remove the two (2) screws marked [40]. The
power switch assembly can then be removed. (Fig. 9)
7. AC-IN Connector(Time required: about 5 minutes)
7-1. Open the control panel. (See procedure 1)7-2. Remove the two (2) screws marked [45]. The AC-
IN connector can then be removed. (Fig. 9)
6. PSW Ass'y: 56-1. 16-2. [40] 2PSW Ass'y
Fig.9
7. AC: 57-1. 17-2. [45] 2AC
Fig.9
29
MOTIF ES6/MOTIF ES7/MOTIF ES8
10. SM Circuit Board(Time required: about 5 minutes)
10-1. Remove the two (2) screws marked [250] in backside.The SM Circuit board can then be removed.(Fig.13)
10. SM: 510-1. [250] 2SM
Fig.13
CN3 CN5CN1
CN4
S S
CN3
CN2
CN1 CN4 CN5
CN2
[250] [70]
[70]
[130]
SM
Display AssemblyAss'y
[90]
PNBPNA
[70] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [90] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230) [130] Bind Head Tapping Screw-B 3.0X6 MFZN2BL (EP600230)
(Fig.13)11. JK Circuit Board
(Time required: about 6 minutes)11-1. Open the control panel. (See procedure 1)11-2. Close the control panel, and then remove the six
(6) screws marked [315] and the two (2) screwsmarked [320] in back side. The JK circuit boardcan then be removed. (Fig.9)
12. PLG Angle Assembly, DM Side Angle L, DMSide Angle R, DM Shield(Time required: about 12 minutes)
12-1. Open the control panel. (See procedure 1)12-2. Remove the USB circuit board. (See procedure 2)12-3. Remove the DM shield cover. (See procedure 3)12-4. Remove the DMSUB circuit board. (See procedure 4)12-5. Remove the DM circuit board. (See procedure 5)12-6. Remove the eight (8) screws marked [290] and the
two (2) screws marked [300].The PLG angle assembly, the DM side angle L, theDM side angle R and the DM shield can then beremoved. (Fig. 12)
11. JK: 611-1. 111-2. [315]
6 [320] 2JKFig.9
12. PLGAss'yDMLAss'yDM RDM: 12
12-1. 112-2. USB212-3. DM312-4. DMSUB412-5. DM512-6. [290] 8 [300] 2PLG
Ass'yDML Ass'yDMRDMFig.12
B
B
B
B
B
B
BB
DM ShieldDM
PLG Angle AssemblyPLGAss'y
Control PanelAss'y
[290]
[300]
[150] DM Shield AngleDM
(Fig.12)
[150] Bind Head Tapping Screw-B 3.0X8 MFZN2BL(EP600190)[290] Bonding Tapping Screw-B 3.0X6 MFZN2BL (VR144900)[300] Bind Head Tapping Screw-B 3.0X6 MFZN2BL(EP600230)
30
MOTIF ES6/MOTIF ES7/MOTIF ES8
13. DM Shield Angle(Time required: about 14 minutes)
13-1. Open the control panel. (See procedure 1)13-2. Remove the USB circuit board. (See procedure 2)13-3. Remove the DM shield cover. (See procedure 3)13-4. Remove the DMSUB circuit board. (See procedure 4)13-5. Remove the DM circuit board. (See procedure 5)13-6. Remove the PLG angle assembly, the DM side
angle L, the DM side angle R and the DM shield.(See procedure 12)
13-7. Remove the eight (8) screws marked [150]. TheDM shield angle can then be removed. (Fig.12)
14. Display Assembly(Time required: about 13 minutes)
14-1. Open the control panel. (See procedure 1)14-2. Remove the USB circuit board. (See procedure 2)14-3. Remove the DM shield cover. (See procedure 3)14-4. Remove the DMSUB circuit board. (See procedure 4)14-5. Remove the DM circuit board. (See procedure 5)14-6. Remove the PLG angle assembly, the DM side
angle L, the DM side angle R and the DM shield.(See procedure 12)
14-7. Remove the four (4) screws marked [130]. Thedisplay assembly can then be removed. (Fig.13)
Note: If you remove the adhesive tape to removethe display assembly, make sure to apply atape on the same condition when reinstalling.
15. PNA Circuit Board(Time required: about 16 minutes)
15-1. Open the control panel. (See procedure 1)15-2. Remove the USB circuit board. (See procedure 2)15-3. Remove the DM shield cover. (See procedure 3)15-4. Remove the DMSUB circuit board. (See procedure 4)15-5. Remove the DM circuit board. (See procedure 5)15-6. Remove the PLG angle assembly, the DM side
angle L, the DM side angle R and the DM shield.(See procedure 12)
15-7. Remove the DM shield angle. (See procedure 13)15-8. Remove the four (4) knobs marked [520], the VR
knob marked [510] and the four (4) VR knobsmarked [500] from the outside of the control panel.(Fig.14)
15-9. Remove the thirteen (13) screws marked [70].The PNA circuit board can then be removed. (Fig.13)
13. DM: 1413-1. 113-2. USB213-3. DM313-4. DMSUB413-5. DM513-6. PLGAss'yDM L
Ass'yDM RDM12
13-7. [150] 8DMFig. 12
14. Ass'y: 1314-1. 114-2. USB214-3. DM314-4. DMSUB414-5. DM514-6. PLGAss'yDM L
Ass'yDM RDM12
14-7. [130] 4Ass'yFig.13
:
15. PNA: 1615-1. 115-2. USB215-3. DM315-4. DMSUB415-5. DM515-6. PLGAss'yDML
Ass'yDM RDM12
15-7. DM1315-8. 5204510
VR1500VR4Fig.14
15-9. [70] 13PNAFig. 13
[520]
[500][510] (Fig.14)
If the illustaration a camera is click, an animation will flow.The sound is not contained in the animation.
[Fig.13-1] [Fig.13-2]
[Fig.13-1] [Fig.13-2]
[Fig.13-1] [Fig.13-2]
31
MOTIF ES6/MOTIF ES7/MOTIF ES8
[530]
(Fig.15)[530] Encoder Knob K-CB (WB342400)S
17. RIB Circuit Board(Time required: about 5 minutes)
17-1. Open the control panel. (See procedure 1)17-2. Remove the two (2) screws marked [70]. RIB
Circuit Board can then be removed. (Fig.8)
18. Wheel Assembly(Time required: about 5 minutes)
18-1. Open the control panel. (See procedure 1)18-2. Remove the four (4) screws marked [70]. The
wheel assembly can then be removed. (Fig.9)
17. RIB: 517-1. 117-2. [70] 2RIB
Fig.8
18. Ass'y: 518-1. 118-2. [70] 4Ass'y
Fig.9
16. PNB Circuit Board(Time required: about 16 minutes)
16-1. Open the control panel. (See procedure 1)16-2. Remove the USB circuit board. (See procedure 2)16-3. Remove the DM shield cover. (See procedure 3)16-4. Remove the DMSUB circuit board. (See procedure 4)16-5. Remove the DM circuit board. (See procedure 5)16-6. Remove the PLG angle assembly, the DM side
angle L, the DM side angle R and the DM shield.(See procedure 12)
16-7. Remove the DM shield angle. (See procedure 13)16-8. Remove the encoder knob marked [530] from the
outside of the control panel. (Fig.15)16-9. Remove the seven (7) screws marked [90].
The PNB circuit board can then be removed. (Fig.13)
16. PNB: 1616-1. 116-2. USB216-3. DM316-4. DMSUB416-5. DM516-6. PLGAss'yDM L
Ass'yDM RDM12
16-7. DM1316-8. 530
Fig.1516-9. [90] 7PNB
Fig.13
32
MOTIF ES6/MOTIF ES7/MOTIF ES8
19. Side Arm L (Time required: about 1 minute)19-1. Remove the six (6) screws marked [110a]. The side
arm L can then be removed. (Fig.16)
19. L: 119-1. [110a] 6L
Fig.16
(Fig.16)20. Side Arm R (Time required: about 1 minute)20-1. Remove the six (6) screws marked [110b]. The side
arm R can then be removed. (Fig.16)
21. Side Angle L(Time required: about 5 minutes)
21-1. Open the control panel. (See procedure 1)21-2. Remove the four (4) screws marked [70a] and the
two (2) screws marked [80a] and four (4) screwsmarked [170]. The side angle L can then beremoved. (Fig.9)
22. Side Angle R(Time required: about 5 minutes)
22-1. Open the control panel. (See procedure 1)22-2. Remove the four (4) screws marked [70b] and the
two (2) screws marked [80b]. The side angle R canthen be removed. (Fig.9)
23. End Block L(Time required: about 8 minutes)
23-1. Open the control panel. (See procedure 1)23-2. Remove the RIB circuit board. (See procedure 17)23-3. Remove the wheel assembly. (See procedure 18)23-4. Remove the four (4) screws marked [170]. The end
block L can then be removed. (Fig.9)
20. R: 120-1. [110b] 6R
Fig.16
21. L: 521-1. 121-2. [70a] 4 [80a] 2[170]
4LFig.9
22. R: 522-1. 122-2. [70b] 4 [80b] 2
RFig.9
23. L: 823-1. 123-2. RIB1723-3. Ass'y 1823-4. [170] 4L
Fig.9
[110a] Bind Head Screw 5.0X30 MFZN2BL (VB664500) [110b] Bind Head Screw 5.0X30 MFZN2BL (VB664500)
P
[110a] [110b]
Keybed Assembly
33
MOTIF ES6/MOTIF ES7/MOTIF ES8
24. End Block R(Time required: about 5 minutes)
24-1. Open the control panel. (See procedure 1)24-2. Remove the screw marked [130]. The end block R
can then be removed. (Fig.9)
25. Front Rail Assembly(Time required: about 7 minutes)
25-1. Turn the unit upside down. Then remove the five(5) screws marked [330] and the two (2) screwsmarked [340a]. (Fig.2)
25-2. Open the control panel. (See procedure 1)25-3. Remove the two (2) screws marked [340b]. The
front rail assembly can then be removed. (Fig.10)
26. Keyboard Assembly(Time required: about 9 minutes)
26-1. Open the control panel. (See procedure 1)26-2. Remove the two (2) screws marked [340b].
(Fig.10)26-3. Remove the nine (9) screws marked [370] and the
two (2) screws marked [380]. Then slide thekeyboard assembly backward to remove. (Fig.10)When moving the keyboard assembly, make sure tohold its both side ends. Holding back side ofkeyboard may damage the strings for the PCsensor. (Fig.17)Not to damage the GHD PC circuit board, it isrecommended to apply a masking shield tape overthe holder on the right side end of the keyboard.(Fig.17)
24. R: 524-1. 124-2. [130] 1R
Fig.9
25. Ass'y: 725-1. [330] 5 [340a]
2Fig.225-2. 125-3. [340b] 2
Fig.10
26. Ass'y: 926-1. 126-2. [340b] 2Fig.1026-3. [370] 9 [380] 2
Ass'yFig.10Ass'yPCFig.17GHD PCFig.17
PC CensorPC
Masking Tape
String
Note: The keyboard assembly can be removedwithout the procedure 26-2. However, it isrecommended to follow the procedure tomake reassembling easier.When reinstalling the keyboard assembly,follow the procedure below.
(1) After tightening nine (9) screws marked[370], tighten the two (2) screws marked[380]. (Fig.10)
(2) Tighten the two (2) screws marked [340b].(Fig.10)
: 26-2 Ass'yAss'yAss'y
(1) [370] 9[380] 2Ass'yFig.10
(2) [340b] 2Ass'yFig.10
(Fig.17)
34
MOTIF ES6/MOTIF ES7/MOTIF ES8
27. GHDPC Circuit Board(Time required: about 5 minutes)
27-1. Open the control panel. (See procedure 1)27-2. Remove the three (3) screws marked [P60]. The
GHDPC circuit board can then be removed.(Fig.18)
27. GHDPC: 527-1. 127-2. [P60] 3GHDPC
Fig.18
GHDPC
[P60]
(Fig.18)[P60] Bind Head Tapping Screw-P 3.0X8 MFZN2BL (EP630220)
28. Exchanging the PC Sensor(Time required: about 12 minutes)
28a. Preparing a replacement PC sensorThe sensor sheet holder of PC sensor assembly isbonded to keyboard assembly and it can not beremoved.So in the event of a replacement, send for a newPC sensor assembly (V6782900), disengage the PCsensor (with spring) from it, and use the PC sensoras the replacement parts.
28a-1. Remove the three (3) screws marked [P60] on thenew PC sensor assembly. (Fig.24-1)
28a-2. Disengage the GHDPC circuit board and the PCsensor spring from the sensor sheet holder.
28. PC:1228a. PC
PCAss'yAss'yPCPCAss'yV6782900PC
28a-1. PCAss'y[P60] 3Fig.24-1
28a-2. GHDPCPC
GHDPC
[P60]
Slave
Master
Sensor sheet holder
PC Sensor springPC
(Fig.24-1)
35
MOTIF ES6/MOTIF ES7/MOTIF ES8
28b. Removing the PC Sensor28b-1. Remove the keyboard assembly. (See procedure 26)28b-2. Holding the V-spring assembly slightly, insert the
tool (VB299400) as shown in Fig.19 until it isfixed.
28b-3. Remove the slave string from the V-spring assem-bly. (Fig.20, Fig21)
28b-4. Remove the slave string from the PC sensor spring.(Fig.22, Fig.23)
28b-5. Disconnect the connector assembly from theGHDPC circuit board. (Fig.24)
28b-6. Remove the three (3) screws marked [P60] toremove the GHDPC circuit board. (Fig.24)
28b-7. Remove the PC sensor spring from the sensor sheetholder. (Fig.24)
28b. PC28b-1. Ass'y2628b-2. VAss'yFig.19
VB29940028b-3. VAss'y
Fig.20, Fig.2128b-4. PC
Fig.22, Fig.2328b-5. GHDPC3P
Fig.2428b-6. [P60] 3GHDPC
Fig.2428b-7. PC
Fig.24
Master
Push
Slave
V-spring AssemblyVAss'y
Keyboard AssemblyAss'y)
Tool ()(VB299400 325 S)
Cross CoverCross Cover
Keyboard AssemblyKeyboard AssemblyMaster stringsMaster strings
Slave stringsSlave strings
V spring AssemblyV spring Assembly
Ass'yAss'yAss'y
VAss'yAss'yVAss'y
Master stringsMaster strings
Slave stringsSlave strings
V spring AssemblyV spring Assembly
VAss'yVAss'y
Keyboard AssemblyKeyboard AssemblyMaster stringsMaster strings
Slave stringsSlave strings
Ass'yAss'y
Holder
Holder
Slave stringsSlave strings
Censor SpringCensor SpringPCPCPC Slave
Master
GHDPCSensor sheet holder
PC Sensor springPC
Keyboard AssemblyAss'y
Connector Assembly Ass'y
[P60]
(Fig.19)
(Fig.20)
(Fig.21)
(Fig.22)
(Fig.23) (Fig.24)
Note: When removing the PC sensor spring orthe GHDPC circuit board, hold the slit ofthe sensor sheet holder. (Fig.24-1)
: PC GHDPC Fig.24-1
36
MOTIF ES6/MOTIF ES7/MOTIF ES8
28c. Installing the PC Sensor28c-1. Fit the GHDPC circuit board to the boss of sensor
sheet holder. (Fig.25)28c-2. Tighten the three (3) screws marked [P60] in the
order shown in Fig.25.28c-3. Connect the connector assembly to the GHDPC
circuit board. (Fig.24)28c-4. Insert the slave string into the slit of the PC sensor
spring. (Fig.22, Fig.23)Move the PC sensor spring slightly to make surethat the slave string can move smoothly.
28c-5. Insert the slave string into the slit of the V-springassembly. (Fig.20, Fig.21)Make sure that the V-spring assembly can movesmoothly in the direction along the string.
28c-6. Remove the tool (VB299400).
28c. PC28c-1. GHDPC
Fig.2528c-2. [P60] 3
Fig.2528c-3. 3P GHDPC
Fig.2428c-4. PC
Fig.22, Fig.23PC
28c-5. VAss'yFig.20, Fig.21VAss'y
28c-6. VB299400
GHDPC
[P60]
12 3Slave
Master
Sensor sheet holder
PC Sensor springPC
(Fig.25)
29. Exchanging the strings set(Time required: about 12 minutes)
Note: This procedure is only for the case that thestrings have damaged.If even the only one string has damaged,make sure to exchange the whole stringsset.Insert the rod (TX000670) into the frame toavoid to let the key hammers hit thestrings. (Fig.34)The string set (V784300) consists of follow-ing parts. Master string x 1 Slave string x 1 Adhesive tape x1
29. :12
: TX000670 Fig.34V784300 111
[B]
[C][D]
White Key
Spring
(Rod : TX000670)(Fig.34)
37
MOTIF ES6/MOTIF ES7/MOTIF ES8
29a. Removing the strings set29a-1. Remove the keyboard assembly. (See procedure 26)29a-2. Remove the cloth cover carefully from both sides
of the keyboard frame. (Fig.26)29a-3. Remove the master string and the slave string from
the V-spring assembly. (Fig.20, Fig21)29a-4. Remove the master string from the sensor sheet
holder. (Fig.22)29a-5. Remove the slave string from the PC sensor spring.
(Fig.22, Fig.23)
29a. 29a-1. Ass'y2629a-2.
Fig.2629a-3. VAss'y
Fig.20, Fig.2129a-4.
Fig.2229a-5. PC
Fig.22, Fig.23
Cloth CoverCloth Cover
Slave stringsSlave strings
V spring AssemblyV spring Assembly
VAss'yAss'yVAss'y
29b. Installing the strings set29b-1. Insert the master string one by one into the slit of
the sensor sheet holder. (Fig.27)29b-2. After untwisting the master string, insert it into the
slit of V-spring assembly. (Fig.28)Make sure that V-spring assembly can movesmoothly in the direction along the string.Make sure that you can see the master stringthrough between the frame and the stopper. (Fig.29)
29b-3. Insert the slave string into the slit of the V-springassembly. (Fig.20, Fig.21)
29b-4. After untwisting the slave string, insert it into theslit of the PC sensor spring. (Fig.30)Make sure that PC sensor spring can movesmoothly in the direction along the string.Make sure that the slave string is kept in the centerof the stopper without removing from it.
29b-5. Apply the accessories adhesive tape on the frameand install the cloth cover. (Fig.31-1)
29b-6. Make sure that the position of the PC sensor springaccords with the mark on the sensor sheet holder.(Fig.31)
Note: The position of the sensor is automaticallydetected and acceptable margin of error iswithin 0.5mm.After installing the strings set, press thekeyboards to make sure that the PC sensorspring moves normally.
29b. 29b-1. 1
Fig.27
29b-2. VAss'yFig.28VAss'y Fig.29
29b-3. VAss'yFig.20, Fig.21
29b-4. PCFig.30PCU_PC
29b-5. Fig.31-1
29b-6. PC Fig.31
: 0.5mmPC
(Fig.26)
38
MOTIF ES6/MOTIF ES7/MOTIF ES8
Master stringsMaster strings
V spring AssemblyV spring Assembly
VAss'yAss'yVAss'y
Master stringsMaster strings
Master stringsMaster strings
Slave stringsSlave strings
Sensor SpringSensor SpringPCPC
MoveMove
FlameFlameFlame
Adhesive Adhesive TTapeapeAdhesive Tape
Rib EdgeRib Edge
Sensor SpringSensor SpringPCPCPC
Holder
Holder
Slave StringSlave String
SLITSLIT
(Fig.27)
(Fig.28) (Fig.29)
(Fig.30) (Fig.31-1)(Fig.31)
Sensor Sheet Holder
PC Censor Spring
V Spring
V Spring
Master String
Slave String
Insert the strings into the slit, and slide them until they reaches a hole(an oval hole as for the master string) at the end of the slit.
(Fig.27-1)
39
MOTIF ES6/MOTIF ES7/MOTIF ES8
30. Disassembling the HEDaf-EBUS Keyboard* After inserting a round stick (Rod: TX000670)between the frame and keys, remove the circuitboards.(Fig.34)
30-1. GHD-EBUS L circuit boardRemove the seven (7) screws marked [260a]. TheGHD-EBUS L circuit board can then be removed.(Fig.32)
30-2. GHD-EBUS H circuit boardRemove the ten (10) screws marked [260b]. TheGHD-EBUS H circuit board can then be removed.(Fig.32)* Key can be removed without removing the circuitboards.
30-3. White KeyInsert a thin plate between the white keys, near thetriangle mark around the fulcrum of the key, andpress down the stopper marked [A] to remove thekey. (Fig.33, Fig.34)* Take care not to damage the key spring whenremoving a key.* A black key can be removed after both adjacentwhite keys have been removed.
30-4. Hammer, White KeyAfter a key has been removed, push the key springdown once to take it out of the hook. (Fig.35)Place the HEDaf-EBUS keyboard assembly upsidedown and peel away the stopper L88. The hammerof the white key can then be removed. (Fig.36)* The hammer of a black key can be removed inthe same manner.
30. HEDaf-EBUS* TX000670Fig.34
30-1. GHD-EBUSL[260a]7GHD-EBUSLFig.32
30-2. GHD-EBUSH[260b]10GHD-EBUSHFig.32* GHD-EBUSLGHD-EBUSH
30-3. [A][C][D]Fig.32Fig.33* *
30-4. Fig.35HEDaf-EBUSL88Fig.36*
HEDaf-EBUS Keyboard AssemblyHEDaf-EBUS Assy
GHD-EBUS L Circuit boardGHD-EBUS L
GHD-EBUS H Circuit BoardGHD-EBUS H
[260a] x 7 [260b] x 10 Thin Metal Plate etc.
Triangle Mark
Spring
Hook
Stopper L88L88
Hammer, White Key
(Fig.32)
(Fig.33)
(Fig.35) (Fig.36)[B]
[C][D]
White Key
Spring
(Rod : TX000670)
String Set (V784300) Master StringX1 Slave StringX1
Adhesive TapeX1
(Fig.34)
(Fig.32-1)
40
MOTIF ES6/MOTIF ES7/MOTIF ES8
31. Assembling the HEDaf-EBUS keyboard31-1. Hammer of White (Black) Key
Place the HEDaf-EBUS keyboard assembly upsidedown, insert a hammer assembly into the frame,and put the stopper L88 on. (Fig.37)* There are four kinds of hammers that differ inweight. (See page xx of Parts list)
31-2. Key SpringPlace the HEDaf-EBUS keyboard assembly rightside up, and fix a key spring to the frame bysetting it at the slit and pushing it down once.(Fig.38)* Be careful of the direction of the spring.
31-3. White (Black) KeyAfter a key has been fit to part [F] and the keyguide, make sure that the spring is fixed to the key.Then press part [E] of the key down. (Fig.39)
31-4. GHD-EBUS L circuit boardTighten the seven (7) screws marked [260a] to fixthe GHD-EBUS L circuit board. (Fig.32)
31-5. GHD-EBUS H circuit boardTighten the ten (10) screws marked [260b] to fixthe GHD-EBUS H circuit board. (Fig.32)* Set the slits of the rubber contact at the marks onthe frame.
31. HEDaf-EBUS31-1.
HEDaf-EBUSL88Fig.37* page18
31-2. HEDaf-EBUSAss'yFig.38*
31-3. [F][E]Fig.39
31-4. GHD-EBUSL[260a]7GHD-EBUSLFig.32
31-5. GHD-EBUSH[260b]10GHD-EBUSH(Fig.32*
Stopper L88L88
Hammer, White Key
Slit
Frame
Upside
Spring
Frame Hook
[E]
[F]
White Key
Key Guide
Key Spring
(Fig.37) (Fig.38)
(Fig.39)
41
MOTIF ES6/MOTIF ES7/MOTIF ES8
LSI PIN DESCRIPTIONLSI
PINNO. I/O FUNCTIONNAME
PINNO. I/O FUNCTIONNAME
123456789
101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899
100101102103104105
OUTERNO.
E5D4C3B2A1D5E6C4B3A2A3D6E7C5B4A4D7C6E8D8B5A5C7B6E9D9C8A6B7A7
E10D10
C9B8A8B9
E11D11C10
A9B10A10E12D12C11B11A11C12B12E13D13C13A12B13A13A14E14D14C14B14B15C15D15E15A15A16B16C16D16E16A17B17A18C17D17E17B18A19C18B19D18E18C19A20B20C20D19E19A21B21A22D20C21E20D21B22A23C22B23E21D22C23A24B24A25
VSS2VDDCCD15CD13CD14CD6CD2CD9
CD11CD12CD10CD1VSSCD5CD8CD7
VSS2CD0VSS
VDDSCD4CD3CA2CA0CA8CA9CA5CA1CA3CA4
VSS2VDDCCA10CA6CA7
CA11CA14CA15CA13CA12CSN0CSN1VSS
VDDSWRNRDN
WAIT0IRQ0
DREQ0TCK
TRSTVSSXOXI
VDDSSLAVE
TMSTDOICN
RFCLK0PLL_TSTN
PLL_BPVDDSVSS
RFCLK1VDDC
TMODEPLL_AVD
NCNC
PLL_AVSTEST1VSSSY1
VDDCVSS2
KONTRG0KONTRG1
CK512CK128BCLKSY0
HMA20HMA21HMA19HMA18VDDSVSS
HMA9HMA7HMA6HMA8
HMA10HMA17VDDS
HMA11HMA4HMA5
HMA13VSS
HMA12HMA3
HMA14HMA2HMA1
-
-
I/OI/OI/OI/OI/OI/OI/OI/OI/OI/O-
I/OI/OI/O-
I/O-
-
I/OI/OIIIIIIII-
-
IIIIIIIIII-
-
IIOOOII-
OI-
IIOIOII-
-
I-
I-
-
-
-
I-
I-
-
OIOOOOOOOO-
-
OOOOOO-
OOOO-
OOOOO
GroundPower supply +1.5 V
Data bus of internal register
Ground
Data bus of unternal register
GroundData bus of unternal registerGroundPower supply +3 VData bus of internal register
Address bus of internal regisuter
GroundPower supply +1.5 V
Address bus of internal regisuter
Chip selectGroundPower supply +3 VWrite strobeRead strobeHardware wait requestInterrupt request
Test pinGroundCrystal osc. outputCrystal osc. inputPower supply +3 VMaster/Slave selectTest pinInitial clearPLL ClockPower supply
Power supply +3 VGroundPLL ClockPower supply +1.5 VTest pinPower supply (PLL)Not usedNot usedPower supply (PLL)Test pinGroundSync. clockPower supply +1.5 VGroundKey on data
Master clock (256 Fs)Master clock (64 Fs)Sync. clock
Wave memory address bus
Power supply +1.5 VGround
Wave memory address bus
Power supply +1.5 V
Wave memory address bus
Ground
Wave memory address bus
106107108109110111112113114115116117118119120121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173174175176177178179180181182183184185186187188189190191192193194195196197198199200201202203204205206207208209210
OUTERNO.E22D23C24B25A26E23F22D24C25B26C26F23G22E24D25D26G23F24H22H23E25E26G24F25J22J23H24F26G25G26K22K23J24H25H26J25L22L23K24J26K25K26M22M23L24L25L26M24M25N22N23N24M26N25N26P26P22P23P24P25R25R24R23R22R26T26T25T24T23T22U26U25V26U24U23U22V25W26V24W25V23V22W24Y26Y25Y24W23W22AA26AA25AB26Y23
AA24Y22
AA23AB25AC26AB24AC25AA22AB23AC24AD26AD25AE26
VSS2VDDCHMA15HMA16HMA22HMA25VDDS
HMA27HMA0
HMA23HMA24VDDS
HMA26HMA30HMA28HMA29LMA17LMA19
VSSVDDSLMA20LMA21LMA9
LMA18LMA12LMA4LMA6LMA8LMA7
LMA10VSS2VDDCLMA13LMA11LMA5LMA3
LMA16LMA0LMA2
LMA14LMA15LMA1VSS
VDDSLMA22LMA23LMA24LMA27LMA28LMA25LMA26LMA30LMA29MOENMWENLMD15
VSSVDDSLMD13LMD14LMD11LMD10VDDSVSS
LMD12LMD9LMD8LMD7VSS2VSS
LMD6LMD5LMD3LMD4VDDCVSS2LMD2LMD0LMD1
DCSL0VDDSVDDCDCSL1DQML3DQML1DMAL14
VDDSVSS
DMAL13DMAL12DMAL9
VSSDMAL11
VSSDMAL10DMAL8DMAL6DMAL7DMAL5VSS2VSS
DMAL4DMAL3DMAL2DMAL0
-
-
OOOO-
OOOO-
OOOOOO-
-
OOOOOOOOOO-
-
OOOOOOOOOO-
-
OOOOOOOOOOOI/O-
-
I/OI/OI/OI/O-
-
I/OI/OI/OI/O-
-
I/OI/OI/OI/O-
-
I/OI/OI/OO-
-
OOOO-
-
OOO-
O-
OOOOO-
-
OOOO
GroundPower supply +1.5 V
Wave memory address bus
Power supply +3 V
Wave memory address bus
Power supply +3 V
Wave memory address bus
Wave memory address bus (Lower data memory)GroundPower supply +3 V
Wave memory address bus (Lower data memory)
GroundPower supply +1.5 V
Wave memory address bus (Lower data memory)
GroundPower supply +3 V
Wave memory address bus (Lower data memory)
Wave memory output enableWave memory write enableWave memory data bus (Lower 16 bit)GroundPower supply +3 V
Wave memory data bus (Lower 16 bit)
Power supply +3 VGround
Wave memory data bus (Lower 16 bit)
GroundGround
Wave memory data bus (Lower 16 bit)
Power supply +3 VGround
Wave memory data bus (Lower 16 bit)
Power supply +3 VPower supply +1.5 V
MASK signalAddress bus (DIMM, SDRAM)Power supply +3 VGround
Address bus (DIMM, SDRAM)GroundAddress bus (DIMM, SDRAM)Ground
Address bus (DIMM, SDRAM)
GroundGround
Address bus (DIMM, SDRAM)
T8F02TB-0102 (X0060A00) SWP50 (Tone Generator) DM: IC22, IC27
42
MOTIF ES6/MOTIF ES7/MOTIF ES8
PINNO. I/O FUNCTIONNAME
PINNO. I/O FUNCTIONNAME
211212213214215216217218219220221222223224225226227228229230231232233234235236237238239240241242243244245246247248249250251252253254255256257258259260261262263264265266267268269270271272273274275276277278279280281282283284285286287288289290291292293294295296297298299300301302303304305306307308309310311312303314315
VSS2VDDCDMAL1DCSL2DRAS0DCAS0VDDS
DCLKINDQML2DCSL3DQML0VDDSVSS
DWEN0DCLK0DCLK1DCLKEHMD13
VSSVDDS
HMD15HMD14HMD10HMD12VDDCVDDSHMD7
HMD11HMD9HMD8VSS2VDDCHMD4HMD6HMD5HMD3VSS
VSS2HMD1HMD2HMD0
DCSH0VSS
VDDSDCSH1DQMH3DQMH1DMAH14DMAH13
VSSVSS2
DMAH11DMAH12DMAH10DMAH9DMAH8VDDSVDDS
DMAH6DMAH7DMAH4DMAH3VDDSVSS
DMAH5DMAH2DMAH1DMAH0
VSSVSS
DRAS1DCSH2DQMH2DCSH3VDDCVSS2
DQMH0DWEN1DCAS1DCLK2VDDSVDDCDCLK3MELO0MELO1MELO2VDDSVSS
MELO3MELO4MELO5MELO6MELO7WCLK0WCLK1EIRQEICNESDAESCLMELI0MELI1MELI2MELI3MELI4MELI5
-
-
OOOO-
IOOO-
-
OOOO
I/O-
-
I/OI/OI/OI/O-
-
I/OI/OI/OI/O-
-
I/OI/OI/OI/O-
-
I/OI/OI/OO-
-
OOOOO-
-
OOOOO-
-
OOOO-
-
OOOO-
-
OOOO-
-
OOOO-
-
OOOO-
-
OOOOOOOOO
I/OI/OIIIIII
GroundPower supply +1.5 VAddress bus (DIMM, SDRAM)
Power supply +3 V
MASK signal
MASK signalPower supply +3 VGround
Wave memory data bus (Upper data memory)GroundPower supply +3 V
Wave memory data bus (Upper data memory)
Power supply +1.5 VPower supply +3 V
Wave memory data bus (Upper data memory)
GroundPower supply +1.5 V
Wave memory data bus (Upper data memory)
GroundGround
Wave memory data bus (Upper data memory)
GroundPower supply +3 V
MASK signal
Address bus (DIMM, SDRAM)GroundGround
Address bus (DIMM, SDRAM)
Power supply +3 VPower supply +3 V
Address bus (DIMM, SDRAM)
Power supply +1.5 VGround
Address bus (DIMM, SDRAM)
GroundGround
MASK signal
Power supply +1.5 VGroundMASK signal
Power supply +3 VPower supply +1.5 V
MEL wave data output
Ground
MEL wave data output
For DAC LR clock
MEL wave data input
316317318319320321322323324325326327328329330331332333334335336337338339340341342343344345346347348349350351352353354355356357358359360361362363364365366367368369370371372373374375376377378379380381382383384385386387388389390391392393394395396397398399400401402403404405406407408409410411412413414415416417418419420
OUTERNO.
OUTERNO.
AB22AC23AD24AE25AF26AC22AB21AD23AE24AF25AF24AC21AB20AD22AE23AF23AC20AD21AB19AC19AE22AF22AD20AE21AB18AC18AD19AF21AE20AF20AB17AC17AD18AE19AF19AE18AB16AC16AD17AF18AE17AF17AB15AC15AD16AE16AF16AD15AE15AB14AC14AD14AF15AE14AF14AF13AB13AC13AD13AE13AE12AD12AC12AB12AF12AF11AE11AD11AC11AB11AF10AE10AF9
AD10AC10AB10AE9AF8AD9AE8AC9AB9AD8AF7AE7AD7AC8AB8AF6AE6AF5AC7AD6AB7AC6AE5AF4AD5AE4AB6AC5AD4AF3AE3AF2
AB5AC4AD3AE2AF1AB4AA5AC3AD2AE1AD1AA4
Y5AB3AC2AC1
Y4AA3W5W4
AB2AB1
Y3AA2
V5V4W3
AA1Y2Y1U5U4V3W2W1V2T5T4U3V1U2U1R5R4T3T2T1R3R2P5P4P3R1P2P1N1N5N4N3N2M2M3M4M5M1L1L2L3L4L5K1K2J1K3K4K5J2H1J3H2J4J5H3G1G2G3H4H5F1F2E1G4F3G5F4E2D1E3D2F5E4D3C1C2B1
VSS2VDDCMELI6MELI7ADLRDITOVSS
AFRMACLKADIR
ADAT0VDDSADAT9ADAT3ADAT1ADAT2
ADAT10ADAT6
VSSVDDSADAT4ADAT5
ADAT11ADAT7
ADAT14ADAT15ADAT13ADAT8
ADAT12TDI
VSS2VDDCHRD13HRD15HRD14HRD12HRD7HRD6
HRD10HRD11HRD9HRD8VSS
VDDSHRD5HRD4HRD3HRD2HRD1VDDSHRD0RWENRQMLRCASRRASRA13VDDSVDDSRA10RA12RA1RA2
VDDSVSSRA0RA3RA4RA5
VSS2VSSRA6RA7RA9RA8
VDDCVSS2RA11RCLK
RCLKERCLKINVDDSVDDCRQMHLRD15LRD14LRD13VDDSVSS
LRD12LRD11LRD8VDDSLRD10VDDSLRD9LRD7LRD5LRD6LRD4VSS2VSSLRD3LRD2LRD1LRD0
-
-
IIOO-
I/OI/OO
I/O-
I/OI/OI/OI/OI/OI/O-
-
I/OI/OI/OI/OI/OI/OI/OI/OI/OI-
-
I/OI/OI/OI/OI/OI/OI/OI/OI/OI/O-
-
I/OI/OI/OI/OI/O-
I/OOOOOO-
-
OOOO-
-
OOOO-
-
OOOO-
-
OOOI-
-
OI/OI/OI/O-
-
I/OI/OI/O-
I/O-
I/OI/OI/OI/OI/O-
-
I/OI/OI/OI/O
GroundPower supply +1.5 VMEL wave data inputPower supply +3 V
Ground
Data bus (ABUS)Power supply +3 V
Data bus (ABUS)
GroundPower supply +3 V
Data bus (ABUS)
GroundPower supply +1.5 V
DRAM data bus
GroundPower supply +3 V
DRAM data bus
Power supply +3 VDRAM data busDRAM write enable
DRAM column address strobe (RAS signal)DRAM row address strobe (RAS signal)DRAM address busPower supply +3 VPower supply +3 V
DRAM address bus
Power supply +3 VGround
DRAM address bus
GroundGround
DRAM address bus
Power supply +1.5 VGroundDRAM address bus
Power supply +3 VPower supply +1.5 V
DRAM data bus (Lower data)Power supply +3 VGround
DRAM data bus (Lower data)GroundDRAM data bus (Lower data)Ground
DRAM data bus (Lower data)
GroundGround
DRAM data bus (Lower data)
43
MOTIF ES6/MOTIF ES7/MOTIF ES8
PIN PINNO. NAME I/O FUNCTION NO. NAME I/O FUNCTION
1 P50/A8 I/O Address bus 33 P10/ANI0 I Port12 P51/A9 I/O Address bus 34 AVREF I Analog reference voltage3 P52/A10 I/O Address bus 35 AVDD Analog power supply4 P53/A11 I/O Address bus 36 RESET I Reset5 P54/A12 I/O Address bus 37 XT2 Subsystem clock6 P55/A13 I/O Address bus 38 XT1 I Subsystem clock7 P56/A14 I/O Address bus 39 IC I Internally connected8 P57/A15 I/O Address bus 40 X2 Main system clock9 VSS0 Ground 41 X1 I Main system clock
10 VDD0 Power supply 42 VSS1 Ground11 P30 I/O Port3 43 P00/INTP0 I/O Port012 P31 I/O Port3 44 P01/INTP1 I/O Port013 P32/SDA0 I/O Port3 45 P02/INTP2 I/O Port014 P33/SCL0 I/O Port3 46 P03/INTP3/ADTRG I/O Port015 P34/SI31 I/O Port3 47 P70/TI00/TO0 I/O Port716 P35/SO31 I/O Port3 48 P71/TI01 I/O Port717 P36/SCK31 I/O Port3 49 P72/TI50/TO50 I/O Port718 P20/SI30 I/O Port2 50 P73/TI51/TO51 I/O Port719 P21/SO30 I/O Port2 51 P74/PLC I/O Port720 P22/SCK30 I/O Port2 52 P75/BUZ I/O Port721 P23/RXD0 I/O Port2 53 P64/RD I/O Port622 P24/TXD0 I/O Port2 54 P65/WR I/O Port623 P25/ASCK0 I/O Port2 55 P66/WAIT I/O Port624 VDD1 Power supply 56 P67/ASTB I/O Port625 AVSS Analog ground 57 P40/AD0 I/O Port426 P17/ANI7 I Port1 58 P41/AD1 I/O Port427 P16/ANI6 I Port1 59 P42/AD2 I/O Port428 P15/ANI5 I Port1 60 P43/AD3 I/O Port429 P14/ANI4 I Port1 61 P44/AD4 I/O Port430 P13/ANI3 I Port1 62 P45/AD5 I/O Port431 P12/ANI2 I Port1 63 P46/AD6 I/O Port432 P11/ANI1 I Port1 64 P47/AD7 I/O Port4
PD780031AYGK-XXX (X0031200), (XZ916200) CPU PNB: IC1, MKSUB: IC1
2625242322212019181716151413121110 9 8 7 6 5 4 3 2 1
ABCDEFGHJKLMNPRTUVWY
AAABACADAEAF
[BACK VIEW]
T8F02TB-0102(X0060A00) Package
44
MOTIF ES6/MOTIF ES7/MOTIF ES8
HD6417727F160 (X2890B00) MICRO PROCESSORPINNO.
123456789
101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960616263646566676869707172737475767778798081828384858687888990919293949596979899
100101102103104105106107108109110111112113114115116117118119120
Vcc-RTCXTAL2
EXTAL2Vss-RTC
MD1MD2NMI
IRQ0/IRL0_/PTH[0]IRQ1/IRL1_/PTH[1]IRQ2/IRL2_/PTH[2]IRQ3/IRL3_/PTH[3]
IRQ4/PTH[4]VEPWCVCPWC
MD5/BREQ/BACKVssQ
CKIO2VccQ
D31/PTB[7]D30/PTB[6]D29/PTB[5]D28/PTB[4]D27/PTB[3]D26/PTB[2]D25/PTB[1]D24/PTB[0]
VssQD23/PTA[7]
VccQD22/PTA[6]D21/PTA[5]D20/PTA[4]
VssD19/PTA[3]
VccD18/PTA[2]D17/PTA[1]D16/PTA[0]
D15VssQD14
VccQD13D12D11D10D9D8D7D6
VssQD5
VccQD4D3D2D1D0A0A1A2
VssQA3
VccQA4A5A6A7A8A9
A10A11
VssQA12
VccQA13A14A15A16A17A18A19A20
VssQA21
VccQA22A23VssA24VccA25
BS_/PTK[4]RD_
WE0_/DQMLLWE1_/DQMLU/WE
WE2_/DQMUL/ICIORD_/PTK[6]VssQ
WE3_/DQMUU/ICIOWR_/PTK{7}VccQ
RD/WR_PTE[7]/PCC0RDY/AUDSYNC_
/CS0/CS2/CS3
/CS4/PTK[2]/CS5/CE1A_/PTK[3}
/CS6/CE1B_CE2A_/PTE[4]CE2B_/PTE[5]
AFE_HC1/USB1d_DPLS/PTK[0]AFE_RLYCNT_/USB1d_DMNS/PTK[1]
VssQAFE_SCLK/USB1d_TXDPLS
VccQPTM[7]/PTINT[7]/AFE_FS/USB1d_RCV
PTM[6]/PTINT[6]/AFE_RXIN/USB1d_SPEEDPTM[5]/PTINT[5]/AFE_TXOUT/USB1d_TXSE0
-
-
-
-
-
-
-
I I I I I O-
-
-
-
-
-
-
I/OI/OI/OI/OI/OI/OI/OI/O-
I/O-
I/OI/OI/O-
I/O-
I/OI/OI/O-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
O-
OOO-
O-
OO-
-
-
OOOOOOO-
I-
III
Power supply for RTC (1.9V)Not in use (XTAL for internal RTC)Power supply for RTC (0V)Clock mode setting
Not in use (Non-maskable interrupt request)
External interrupt request
VEE control pin for LCD panelVCC control pin for LCD panelBig endian settingNot in use (bus request)Bus acknowledgeVssQSystem clock outputVccQ
Data bus
VssQData busVccQ
Data bus
VssData busVcc
Data bus
VssQData busVccQ
Data bus
VssQData busVccQ
Data bus
Address bus
VssQAddress busVccQ
Address bus
VssQAddress busVccQ
Address bus
VssQAddress busVccQAddress bus
Vss Address busVcc Address busNot connected (bus cycle start signal)Read strobeWrite 0 signalWrite 1 signalWrite 2 signalVssQWrite 3 signalVccQRead/WriteI/OChip Select 0Chip Select 2Chip Select 3Chip Select 4Chip Select 5Chip Select 6Output port (SWP50 Reset)Output port (PLG Board Reset)SPD DATASPD CLVssQNot in use (USB1 D+ transmission)VccQ
Not in use
PINNO.121122123124125126127128129130131132133134135136137138139140141142143144145146147148149150151152153154155156157158159160161162163164165166167168169170171172173174175176177178179180181182183184185186187188189190191192193194195196197198199200201202203204205206207208209210211212213214215216217218219220221222223224225226227228229230231232233234235236237238239240
PTM[4]/PINT[4]/AFE_RDET_/USB1d_TXDMNSReserved/USB1d_SUSPENDUSB1_ovr_crnt/USBF_VBUS
USB2_ovr_crnt_RTS2_/USB1d_TXENLPTE[2]/USB1_pwr_enPTE[1]/USB2_pwr_en
CKE/PTK[5]/RAS3/PTJ[0]
Reserved/PTJ[1]Reserved//CAS/PTJ[2]
VssQReserved/PTJ[3]
VccQReserved/PTJ[4]Reserved/PTJ[5]
VssPTD[5]/CL1
VccPTD[7]/DON
PTE[6]/M_DISPPTE[3]/FLMPTE[0]/TDO
PCC0RESET/DRACK0PCC0DRV_/DACK0_
/WAIT/RESETM
/ADTRG/PTH[5]/IOIS16/PTG[7]
/ASEMD0PTG[5]/ASEBRKAK_
PTG[4]PCC0BVD2/PTG[3]/AUDATA[3]PCC0BVD1/PTG[2]/AUDATA[2]
VssPCC0CD2/PTG[1]/AUDATA[1]
VccPCC0CD1/PTG[0]/AUDATA[0]
VssQPTF[7]/PINT[15]/TRST_
VccQPTF[6]/PINT[14]/TMSPTF[5]/PINT[13]/TDIPTF[4]/PINT[12]/TCK
PTF[3]/PINT[11]/ReservedPCCREG_/PTF[2]/ReservedPCC0VS1_/PTF[1]/ReservedPCC0VS2_/PTF[0]/Reserved
MD0Vcc-PLL1
CAP1Vss-PLL1Vss-PLL2
CAP2Vcc-PLL2
PCC0WAIT_/PTH[6]/AUDCKVssVcc
XTALEXTAL
LCD15/PTM[3]/PINT[10]LCD14/PTM[2]/PINT[9]LCD13/PTM[1]/PINT[8]
LCD12/PTM[0]STATUS0/PTJ[6]STATUS1/PTJ[7]
CL2/PTH[7]VssQCKIOVccQ
TxD0/SCPT[0]SCK0/SCPT[1]
TxD_SIO/SCPT[2]SIOMCLK/SCPT[3]
TxD2/SCPT[4]SCK_SIO/SCPT[5]
SIOFSYNC/SCPT[6]RxD0/SCPT[0]
RxD_SIO/SCPT[2]Vss
RxD2/SCPT[4]Vcc
SCPT[7]/CTS2_/IRQ5LCD11/PTC[7]/PINT[3]LCD10/PTC[6]/PINT[2]LCD9/PTC[5]/PINT[1]
VssQLCD8/PTC[4]/PINT[0]
VccQLCD7/PTD[3]LCD6/PTD[2]LCD5/PTC[3]LCD4/PTC[2]LCD3/PTC[1]LCD2/PTC[0]LCD1/PTD[1]LCD0/PTD[0]
DREQ0_/PTD[4]LCK/UCLK/PTD[6]
/RESETPCA
MD3MD4
/Scan_testenAvcc_USBUSB1_PUSB1_M
Avss_USBUSB2_PUSB2_M
Avcc_USBAvss
AN[2]/PTL[2]AN[3]/PTL[3]AN[4]/PTL[4]AN[5]/PTL[5]
AvccAN[6]/PTL[6]/DA[1]AN[7]/PTL[7]/DA[0]
Avss
IOI-
OOOOOOO-
O-
OO-
O-
OOOOOO-
-
II-
III-
I-
I-
I-
IIIIIII-
-
-
-
-
-
-
I-
-
-
-
IIIIOOO-
-
-
OOOOOOOii-
i-
IOOO-
O-
OOOOOOOOII-
-
-
-
-
-
IOIO-
IOIO-
-
IIII-
IO-
Not in use
USB function VBUSUSB2_HOST2 over current detectionNot in useUSB1 voltage controlUSB2 voltage controlEnable (SDRAM)RAS for SDRAMNot in useCAS for SDRAMVssQOutput port (DAC Reset)VccQOutput port (SIO Reset)Output port (DAC Mute)VssLCD line clockVccLCD DISPLAY ONLCD alternaterLCD frame line markerJTAG (test data output)DMA request acceptanceDMA acknowledgeHardware wait requestManual reset requestAnalog A/D trigger
Not in use
VssNot in useVccNot in useVssQNot in useVccQ
Not in use
Clock mode settingPower supply for Vcc_PLL1 - PLL1(1.9V)External capacitance for CAP1 _ PLL1Power supply for Vss_PLL1 _ PLL1(0V)Power supply for Vss_PLL2 _ PLL2 (0V)External capacitance for CAP2 _ PLL2Power supply for Vcc_PLL2 _ PLL2 (1.9V)Not in useVssVccClock oscillatorExternal clock
Not in use
Input port (Flash ROM RY/BY)Output port (Flash ROM write protect)Output port (Flash ROM ACC)LCD clock outputVssQSystem clock input/output (for SDRAM)VccQOutput port for SCI
Not in use
Output port for SCINot in use
Receiving data 0Not in useVssReceiving data 2VccNot in useOutput port (PLG CLOCK ON/OFF)Not in use
VssQNot in useVccQLCD DATA7LCD DATA6LCD DATA5LCD DATA4LCD DATA3LCD DATA2LCD DATA1LCD DATA0DMA requestUSB clockPower on reset requestHardware standby requestBus width setting for area0
Test pin (fixed to 3.3V)USB analog power supply (3.3V)USB1 data input/output (+)USB1 data input/output (-)USB analog power supply (0V)USB2 data input/output (+)USB2 data input/output (-)USB analog power supply (3.3V)A/D analog power supply (0V)
AD converter input
A/D analog power supply (3.3V)AD converter inputDA converter output (LCD contrast)A/D analog power supply (0V)
I/O I/ONAME FUNCTION FUNCTIONNAME
DM: IC25
45
MOTIF ES6/MOTIF ES7/MOTIF ES8
MBCG46183-129 (XV833A00) SIO4 (GATE ARRAY)PINNO. NAME I/O FUNCTION
PINNO. NAME I/O FUNCTION
1 D5 I/O 25 TX31 O2 D6 I/O Data bus 26 RX32 I3 D7 I/O 27 TX32 O Serial data4 /IRQ0 I /O Inte rrupt re quest 28 RX33 I5 /IRQ1 I /O Inte rrupt re quest 29 TX33 I /O6 VSS6 Ground 30 /IC I Initial Cle ar7 /IRQ2 I /O Inte rrupt re quest 31 VSS31 Ground8 /IRQ3 I /O Inte rrupt re quest 32 XI I Crystal qua r ts i nput9 /RD I Read 33 VSS33 Ground
10 /WR I Wr ite 34 XO O Crystal qua r ts output11 /CE I Chip enable 35 A0 I12 /ASTB I 36 A1 I13 TESTI0 I Test mode 37 A2 I14 RX0 I 38 A3 I Address bus15 TX0 O 39 A4 I16 RX1 I Serial data 40 A5 I17 TX1 O 41 CPUCLK I Clock18 VSS18 Ground 42 VSS42 Ground19 VDD19 Power supply 43 VDD43 Power supply20 RX2 I 44 D0 I/O21 TX2 O 45 D1 I/O22 RX30 I Serial data 46 D2 I/O Data bus23 TX30 O 47 D3 I/O24 RX31 I 48 D4 I/O
DM: IC1, IC2, IC9
46
MOTIF ES6/MOTIF ES7/MOTIF ES8
PCM1800 (XU770A00) A/D ConverterPINNO. NAME I/O FUNCTION
PINNO. NAME I/O FUNCTION
1 VINL I Analog input (L ch.) 13 LRCK I/O Sampling clock input/output2 VREF1 Reference 1 decoupling cap. 14 BCK I/O Bit clock input/output3 REFCOM Reference decoupling common 15 DOUT O Audio data output4 VREF2 Reference 2 decoupling cap. 16 SYSCK I System clock input5 VINR I Analog input (R ch.) 17 DGND Digital ground6 RSTB I Reset input active L 18 VDD Power supply +5V7 BYPAS I LCF bypass control 19 CINNR Anti-aliasing filter cap. (-) R ch.8 FMT0 I Audio data format 0 20 CINPR Anti-aliasing filter cap. (+) R ch.9 FMT1 I Audio data format 1 21 CINNL Anti-aliasing filter cap. (-) L ch.
10 MODE0 I Master/Slave mode selection 0 22 CINPL Anti-aliasing filter cap. (+) L ch.11 MODE1 I Master/Slave mode selection 1 23 VCC Analog power supply12 FSYNC I/O Frame sync. input/output 24 AGND Analog ground
PINNo. NAME FUNCTION
PINNo. NAME FUNCTION
1234
5
6
78
9
10
11
121314
DVSSDVDDMCLK
PD
BICK
SDATA
LRCKSMUTE
CSDFS
DEM0CCLKDEM1CDTIDIF0DIF1DIF2
-
-
II
I
I
II
II
IIIIIII
Digital Ground PinDigital Power Supply Pin, 3.3V or 5.0VMaster Clock Input PinPower-Down Mode Pin
When at "L",the Ak4393 is in power-down mode and is held in reset.The AK4393 should always be reset upon power-up.
Audio Serial Data Clock PinThe clock of 64fs or more than is recommended to be input on this pin.Audio Serial Data Input Pin
2s complement MSB-first data is input on this pin.L/R Clock PinSoft Mute Pin
When this pin goes "H", soft mute cycle is initiated.When returning "L",the output mute releases.
Chip Select Pin in serial modeDoubla speed sampling mode Pin(Internal pull-down pin)
"L":Normal Speed, "H":Double SpeedDe-emphasis Enable pinControl Data Clock Pin in serial mode De-emphasis Enable pinControl Data Input Pin in serial mode
Digital Input Format Pin
15161718
19
20
2122
23
24
25
262728
BVSSVREFLVREFHAVDD
AVSS
AOUTR-
AOUTR+AOUTL-
AOUTL+
VCOM
P/S
CKS0CKS1CKS2
II-
-
O
O
OO
O
O
I
III
Substrate Ground Pin, 0VLow Level Voltage Reference Input PinHigh Level Voltage Reference Input PinAnalog Power Supply Pin,5V
Analog Ground Pin, 0V
Rch Negative analog output Pin
Rch Positive analog output PinLch Negative analog output Pin
Lch Positive analog output Pin
Common Voltage Output Pin,2.6V
Parallel/Serial Select Pin(Internal pull-up pin)"L":Serial control mode,"H": Parallel control mode
Master Clock Select Pin
AK4393-VF-E2 (XW029A00) D/A CONVER DMSUB: IC29, IC30
DMSUB:IC31
47
MOTIF ES6 / MOTIF ES7 / MOTIF ES8
IC BLOCK DIAGRAM IC HD74LVC245ATELL (XW148A00) TC74VHCT245AFT (XT744A00)
1
2
3
4
5
6
7
20
19
18
17
16
15
14
Vcc