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Full-scale revision
Second Edition
There were many mistakes in the Service Note issued in September,2004.So, we correct all the mistakes and issue the Service Note as Second Edition.Please dispose of the old one and use the Second Edition.
SERVICE NOTES
Issued by RJA
Copyright © 2005 ROLAND CORPORATION
All rights reserved. No part of this publication may be reproduced in any form without the written permission of ROLAND CORPORATION.
Printed in Japan (0450) (TP)17058273E1
Sep.2004 (Nov.2005) JUNO-D
TABLE OF CONTENTS
CAUTIONNARY NOTES .......................................................... 2SPECIFICATIONS....................................................................... 2LOCATION OF CONTROLS..................................................... 4LOCATION OF CONTROLS PARTS LIST ............................ 5EXPLODED VIEW 1 .................................................................. 6EXPLODED VIEW PARTS LIST 1 ........................................... 7EXPLODED VIEW 2 .................................................................. 8EXPLODED VIEW PARTS LIST 2 ........................................... 9PARTS LIST ............................................................................... 10CHECKING THE VERSION NUMBER................................. 12USERS DATA SAVE AND LOAD.......................................... 12TEST MODE............................................................................... 12FACTORY RESET INSTRUCTIONS ...................................... 15SYSTEM SOFTWARE UPDATING INSTRUCTIONS ......... 16
BLOCK DIAGRAM 1 .................................................................. 8CIRCUIT BOARD (MAIN) ...................................................... 20CIRCUIT BOARD (MAIN) ...................................................... 22CIRCUIT DIAGRAM (MAIN 1/4) ........................................ 24CIRCUIT DIAGRAM (MAIN 2/4) ........................................ 26CIRCUIT DIAGRAM (MAIN 3/4) ........................................ 28CIRCUIT DIAGRAM (MAIN 4/4) ........................................ 30CIRCUIT BOARD (PANEL R/PANEL L/PS) ..................... 32CIRCUIT DIAGRAM (PANEL R/PANEL L/PS)................ 34ERROR MESSAGES .................................................................. 36SERVICE INFORMATION ...................................................... 36
Sep.2004 (Nov.2005)
CAUTIONNARY NOTES
User data statusUser data status after each of the following processes is described below.
Whenever carrying out procedures that involve deleting or erasing user data, always be sure to back up the user data to some form of external media (refer to Saving and Loading Data).
* Executing Test Mode during Factory Reset deletes the user data.
PARTS LISTDue to one or more of the following reasons, parts with parts code ******** cannot be supplied as service parts.
• Part supplied only as a component in a complete assembly
• Copyright does not permit the part to be supplied
• Part is sold commercially
SPECIFICATIONS
JUNO-D: Synthesizer Keyboard (conforms to General MIDI 2 System)
• Keyboard
61 keys (with velocity)
[Sound Generator]• Maximum Polyphony
64 voices
• Parts
16
* Two Tones can be assigned to each part (Patch), and can be split or layered.
• Wave Memory
32M bytes (16-bit linear equivalent)
• Preset Memory
Original Tones: 640
Patches: 640 (JUNO-D original: 384, General MIDI 2: 256)
Rhythm Sets: 20 (JUNO-D original: 11, General MIDI 2: 9)
Performances: 32
• User Memory
Patches: 128
* Two Tones can be assigned to each Patch.
Rhythm Sets: 2
Performances: 8
• Effects
Multi-Effects: 47 types
Reverb: 8 types
Chorus: 8 types
• Rhythm Guide
Preset Patterns: 32
Tempo: 5ñ300 BPM (with tap tempo function)
• Multi-Chord Memory
Preset Chord Sets: 16
* 12 chord forms are assigned to each set.
User Chord Sets: 8
* 12 chord forms can be assigned to each set.
• Phrase/Arpeggio
Templates: 342
User Templates: 8
Styles (Variations): 473
• Controllers
D Beam Controller: 1
Pitch Bend/Modulation Lever: 1
Control Knobs: 5
• Display
20 characters, 2 lines (Backlit LCD)
• Connectors
Output Jacks (L/MONO, R)
Headphones Jack
MIDI Connectors (IN, OUT)
Hold Pedal Jack
Control Pedal Jack
• Power Supply
DC 9 V (AC Adaptor)
• Current draw
1000 mA
• Dimensions
1021 (W) x 292 (D) x 103 (H) mm
40-1/4 (W) x 11-1/2 (D) x 4-1/16 (H) inches
• Weight
5.0 kg/11 lbs 1 oz (excluding AC adaptor)
• Accessories
Owner’s Manual English (#03675101)
Owner’s Manual Japanese (#03675090)
AC Adaptor ACI-120C (#00905767)
AC Adaptor ACI-230C (#01018312)
AC Adaptor PSB-1U(R) (#03017356)
AC Cord 230V for PSB-1U(R) (#01903356)
AC Cord 230V for PSB-1U(R) (#01903367)
EURO Converter Plug ECP01-5A (PLUG for 230V) (#00905234)
CD-ROM (Editor program for PC/Mac) (#03672656)
Process User DataBackup Version PreservedFactory Reset DeletedSystem Update PreservedTest Mode Preserved
2
3
JUNO-D
• Options
Pedal Switch: DP-2, DP-8
Foot Switch: BOSS FS-5U
Expression Pedal: EV-5
MIDI Implementation English (#17041498)
MIDI Implementation Japanese (#17041499)
* In the interest of product improvement, the specifications and/or appearance of this unit are subject to change without prior notice.
Sep.2004 (Nov.2005)
LOCATION OF CONTROLSfig.panel-r
fig.panel-l
fig.rear
1 2
3 3
4
5
4
3 3 4
7
3 3 4
3 3 4 3 3 4
8 8 9 9 9 9 9 9
4
4
9 9
6
19
3 3
3 3
4
4
10 7
4
4
4
4
12 12 12
13 13
1111
1111
1111
11
15 15 15 15 15
16
17
1814
4
JUNO-D
LOCATION OF CONTROLS PARTS LIST
No PART CODE CATEGORY PART NAME DESCRIPTION Q'TY1 03126134 DIODE LED(INFRARED) TLN233 1
02230578 MISCELLANEOUS LED SPACER LDS-50R 12 01900612 DIODE DIODE TPS611 1
12169368 MISCELLANEOUS LED SPACER LDS-40B 13 03671756 KNOB, BUTTON DS-KEYTOP SX2H-B GRS BY MOONPO 7
02891789 SWITCH TACT SWITCH SKRGADD010 H=5.0 144 03120890 KNOB, BUTTON D S-KEYTOP SX1H-B GRS 14
02891789 SWITCH TACT SWITCH SKRGADD010 H=5.0 145 02455234 POTENTIOMETER 12M/M ROTARY POT. EVJY15F02B14 1
02452912 KNOB, BUTTON J R-KNOB SF-A BLK/LCG 16 03784489 CASING DISPLAY COVER 1
02453345 MISCELLANEOUS LCD HOLDER 102908834 MISCELLANEOUS LEAF REFLECTOR 1
7 01783923 KNOB, BUTTON N S-KEYTOP MD1H 202891789 SWITCH TACT SWITCH SKRGADD010 H=5.0 2
8 01783934 KNOB, BUTTON N S-KEYTOP MD2H 102891789 SWITCH TACT SWITCH SKRGADD010 H=5.0 2
9 01783956 KNOB, BUTTON N S-KEYTOP MD4H 202891789 SWITCH TACT SWITCH SKRGADD010 H=5.0 8
10 03671767 KNOB, BUTTON N S-KEYTOP MX1H 102891789 SWITCH TACT SWITCH SKRGADD010 H=5.0 1
11 01343090 MISCELLANEOUS LED SPACER 312 02891889 POTENTIOMETER 9M/M ROTARY POT. EVUFEKFK3B14 10KB CC 3
02452912 KNOB, BUTTON J R-KNOB SF-A BLK/LCG 313 01787545 POTENTIOMETER 9M/M ROTARY POT. EVUF2KFK3B14 10KB 2
02452912 KNOB, BUTTON J R-KNOB SF-A BLK/LCG 214 02568867 JACK, EXT TERMINAL MIDI CONNECTOR HDC-052A-12 115 03347067 JACK, EXT TERMINAL 6.5MM JACK LGR4609-7000 516 22365714 MISCELLANEOUS CORD HOOK 236-714 117 02341634 JACK, EXT TERMINAL DC JACK HTJ-020-05A 118 12499175 KNOB, BUTTON BUTTON JSPUE001A 1
01676512 SWITCH PUSH SWITCH SDKLA10200 119 01343089 CASING ESCUTCHEON D-BEAM CONTROLLER ESCT BLK 1
5
Sep.2004 (Nov.2005)
EXPLODED VIEW 1fig.bunkai-1
20
1
3
10
15
9
17
13
12
16
14
18
19
21
11
10
4
5 6
8 7
2
22
22
32
24
282930
26
e
27
23 25
31
A detailed KEYBOARD ASSY
REAR
INS
IDE
2
INS
IDE
1
BO
TTOM
6
JUNO-D
EXPLODED VIEW PARTS LIST 1
[Parts]
No PART CODE PART NAME DESCRIPTION Q’TY1 03670890 TOP PANEL 12 03671012 SIDE PANEL L 13 03671023 SIDE PANEL R 14 03234723 BENDER UNIT PB-H0204 15 03784923 PANEL L BOARD ASSY for SERVICE 16 03784489 DISPLAY COVER 17 03784934 PANEL R BOARD ASSY for SERVICE 18 03784534 INSULATING SHEET 19 40122812 NITTO ACETATE TAPE #5 BLACK W15MM 30M (CM) 1010 03671278 METAL HOLDER SIDE PANEL 211 03784545 KEYBOARD ASSY 1
NOTE: ‘KEYBOARD ASSY’ includes the following parts. 23 03786378 NATURAL KEY C for MSK-2 5
03786389 NATURAL KEY D for MSK-2 503786390 NATURAL KEY E for MSK-2 503786401 NATURAL KEY F for MSK-2 503786412 NATURAL KEY G for MSK-2 503786423 NATURAL KEY A for MSK-2 503786434 NATURAL KEY B for MSK-2 503786445 NATURAL KEY C’ for MSK-2 1
24 03786456 SHARP KEY for MSK-2 25 25 03786312 KEY FELT A MSK-2 HOOK T2.5MM L870XW5.5 1 26 03456967 COILED SPRING MSK-1 NATURAL KEY 36
03456978 COILED SPRING MSK-1 SHARP KEY 25 27 03786301 KEY FELT B MSK-2 BACK T3.0MM L840XW6.0 1 28 03456856 RUBBER SW KETBOARD 12P for MSK-1 4
03456867 RUBBER SW KETBOARD 13P for MSK-1 1 29 03786356 PWB KEYBOARD HI ASSY for MSK-2 1
03786345 PWB KEYBOARD LOW ASSY for MSK-2 1 30 ******** CHASSIS KEYBOARD for MSK-2 1 31 03786334 KEY FELT C MSK-2 BOTTOM M T2.5MM L840XW10 1 32 03786323 KEY FELT D MSK-2 BOTTOM L T2.5MM L840XW15 1
12 03671734 METAL HOLDER KEY BRACKET B 113 03671723 METAL HOLDER KEY BRACKET A 214 03784945 PS BOARD ASSY for SERVICE 115 03784912 MAIN BOARD ASSY for SERVICE 116 03784501 METAL CONNECT PLATE for PS BOARD 117 03671090 METAL CONNECT PLATE for MAIN BOARD 218 03671290 REINFORCE BAR 119 03670901 BOTTOM CASE W/FOOT 120 12359137 FOOT 421 22365714 CORD HOOK 122 02452912 J R-KNOB SF-A BLK/LCG 6
7
Sep.2004 (Nov.2005)
EXPLODED VIEW 2fig.bunkai-2
REAR
BOTTOM
INSIDE 1
INSIDE 2
d
a b c
e
h
f
gg
b
i
f
j
f
b b
b
i
f
b
f
i
f
8
9
8
JUNO-D
EXPLODED VIEW PARTS LIST 2
[Screws]
No PART CODE PART NAME DESCRIPTION Q’TYa 40011190 SCREW 3x6 PAN TAPTITE P BZC 2b 40011101 SCREW 3x8 BINDING TAPTITE B BZC 12c 40454856 SCREW M4x10 BINDING NI 1d 40011490 SCREW M3x6 PAN MACHINE W/SW BZC 5e 40011501 SCREW M3x8 PAN MACHINE W/SW BZC 5f 40011312 SCREW 3x8 BINDING TAPTITE P BZC 32g 40567034 SCREW 4x20 BINDING TAPTITE P BZC 5h 40012345 SCREW 4x10 BINDING TAPTITE B BZC 5i 40011423 SCREW M3x6 PAN MACHIN W/SW ZC 6j 40011090 SCREW 3x6 BINDING TAPTITE B BZC 15
9
Sep.2004 (Nov.2005)
PARTS LISTfig.part1e
SAFETY PRECAUTIONS:The parts marked have safety-related characteristics. Use only listed parts for replacement.
NOTE: The parts marked # are new. (initial parts)
Due to one or more of the following reasons, parts with parts code ******** cannot be supplied as service parts. • Part supplied only as a component in a complete assembly • Copyright does not permit the part to be supplied • Part is sold commercially
The description "Q'TY" means a necessary number of the parts per one product.
CASING Q’TY# 03670901 BOTTOM CASE W/FOOT 1# 03784489 DISPLAY COVER 1# 03671012 SIDE PANEL L 1# 03671023 SIDE PANEL R 1# 03670890 TOP PANEL 1
CHASSIS# 03671090 METAL CONNECT PLATE for MAIN BOARD 2# 03784501 METAL CONNECT PLATE for PS BOARD 1# 03671723 METAL HOLDER KEY BRACKET A 2# 03671734 METAL HOLDER KEY BRACKET B 1# 03671278 METAL HOLDER SIDE PANEL 2
KNOB, BUTTON02452912 SF-A BLK/LCG J R-KNOB 612499175 BUTTON JSPUE001A 1
SWITCH02891789 SKRGADD010 TACT SWITCH SW20,SW21,SW22,SW23,SW24,SW25,SW26
,SW27,SW28,SW29,SW30,SW31,SW32,SW33,SW34,SW35,SW37,SW38,SW39,SW40,SW41,SW42,SW44,SW45,SW46,SW47,SW48,SW49,SW50 on PANEL L BOARD
29
02891789 SKRGADD010 TACT SWITCH SW2,SW3,SW4,SW7,SW8,SW9,SW10,SW13,SW14,SW15,SW16,SW19 on PANEL R BOARD
12
01676512 SDKLA10200 PUSH SWITCH SW1 on PS BOARD 1
JACK, EXT TERMINAL03347067 LGR4609-7000 6.5MM JACK JK2,JK3,JK4,JK5,JK6 on MAIN BOARD 502568867 HDC-052A-12 MIDI CONNECTOR JK1 on MAIN BOARD 102341634 HTJ-020-05A DC JACK JK1 on PS BOARD 1
BENDER UNIT03234723 PB-H0204 BENDER UNIT 1
KEYBOARD ASSY# 03784545 KEYBOARD ASSY for SERVICE 1
PCB ASSY# 03784912 MAIN BOARD ASSY for SERVICE 1
NOTE: ‘MAIN BOARD ASSY’ includes the following parts. 12199584 GROUDING TERMINAL PCB-12(M3x0.5) TER1,TER2,TER3 on MAIN BOARD 3
# 03784923 PANEL L BOARD ASSY for SERVICE 1NOTE: ‘PANEL L BOARD ASSY’ includes the following parts. 01343089 ESCUTCHEON D-BEAM CONTROLLER ESCT BLK 1
# 03671756 D S-KEYTOP SX2H-B GRS BY MOONPO 5 03120890 D S-KEYTOP SX1H-B GRS 8 01783923 N S-KEYTOP MD1H 1 01783934 N S-KEYTOP MD2H 1 01783956 N S-KEYTOP MD4H 2 02908834 LEAF REFLECTOR 1 12169368 LED SPACER LDS-40B 1 02230578 LED SPACER LDS-50R 1 02453345 LCD HOLDER 1
10
JUNO-D
# 03784934 PANEL R BOARD ASSY for SERVICE 1NOTE: ‘PANEL R BOARD ASSY’ includes the following parts.
# 03671756 D S-KEY TOP SX2H-B GRS 2 03120890 D S-KEYTOP SX1H-B GRS 6 01783923 N S-KEY TOP MD1H 1 03671767 N S-KEY TOP MX1H 1 01343090 LED SPACER 3
# 03784945 PS BOARD ASSY for SERVICE 1NOTE: ‘PS BOARD ASSY’ includes the following parts. 40011501 SCREW 3x8 PAN MACHINE W/SW BZC 1 12199584 GROUDING TERMINAL PCB-12(M3x0.5) TER1,TER2 on PS BOARD 2 22465224 HEATSINK for REGULATOR IC HEATSINK HS1 on PS BOARD 1
PCB ASSY
DIODE01900612 TPS611 DIODE Q17 on PANEL L BOARD 103126134 TLN233 LED(INFRARED) LED44 on PANEL L BOARD 1
POTENTIOMETER02455234 EVJY15F02B14 ROTARY POT. VR6 on PANEL L BOARD 101787545 EVUF2KFK3B14 10KB ROTARY POT. VR1,VR5 on PANEL R BOARD 202891889 EVUFEKFK3B14 10KB CC ROTARY POT. VR2,VR3,VR4 on PANEL R BOARD 3
WIRING, CABLE02342034 4x300-P2.0-PHR-PHR-F WIRING 102343545 8x150-P2.0-PHR-PHR-F WIRING 102343812 10x150-P2.0-PHR-PHR-F WIRING 102231789 14PIN P=1.25MM L=120MM FFC 103236078 20PIN P=1.25MM L=140MM FFC 103236089 22PIN P=1.25MM L=380MM FFC 103236056 18PIN P=1.25MM L=280MM (W/SHIELDED FFC) 1
SCREW40011090 SCREW 3x6 BINDING TAPTITE B BZC 1540011190 SCREW 3x6 PAN TAPTITE P BZC 240011490 SCREW M3x6 PAN MACHINE W/SW BZC 540011423 SCREW M3x6 PAN MACHINE W/SW ZC 640011101 SCREW 3x8 BINDING TAPTITE B BZC 1240011312 SCREW 3x8 BINDING TAPTITE P BZC 3240011501 SCREW M3x8 PAN MACHINE W/SW BZC 440012345 SCREW 4x10 BINDING TAPTITE P BZC 540454856 SCREW M4x10 BINDING NI 140567034 SCREW 4x20 BINDING TAPTITE P BZC 5
PACKING# 03784523 PACKING CASE 1
02561501 PAD SIDE L 102561512 PAD SIDE R 102561523 PAD LOWER CENTER 102561534 PAD UPPER CENTER 1
MISCELLANEOUS22365714 CORD HOOK 112359137 FOOT 4
# 03784534 INSULATING SHEET 140122812 NITTO ACETATE TAPE #5 BLACK W15MM 30M (CM) 140122901 NITTO DUBLE-SIDE TAPE #501F W10MM 20M 20P (CM) 1
# 03671290 REINFORCE BAR 1
ACCESSORIES (STANDARD)# 03675090 OWNER’S MANUAL JAPANESE 1# 03675101 OWNER’S MANUAL ENGLISH 1
00905756 AC ADAPTOR ACI-100C 100905767 AC ADAPTOR ACI-120C 101018312 AC ADAPTOR ACI-230C 103017356 AC ADAPTOR PSB-1U(R) 101903356 AC CORD SET 230V 1.0M for PSB-1U 101903367 AC CORD SET 240V 1.0M for PSB-1U 100905234 EURO CONVERTER PLUG ECP01-5A(PLUG for 230V) 1
# 03672656 CD-ROM (EDITOR) V1.00 1******** REGISTRATION CARD LEAFLET USER TOUROKU ANNNAI 140232334 WARRANTY CARD (JAPAN ONLY) 1
11
Sep.2004 (Nov.2005)
CHECKING THE VERSION NUMBER1. While holding down the [SYSTEM] button, turn on the power.
The following screen will appear. (Continue holding down the [SYSTEM] button until the following screen appears.)
2. The CPU and ROM version numbers will be displayed.
3. Please turn off the power, if the version of CPU and ROM is checked.fig.version
USERS DATA SAVE AND LOAD
Required items• A sequencer that can record and play back SMF (e.g., MC-80)
• MIDI cable
USERS DATA SAVEHere’s how to back up (save) all settings of the JUNO-D on an external MIDI sequencer.
Procedure1. Use a MIDI cable to connect the JUNO-D’s MIDI OUT to the MIDI IN of
your sequencer.
2. Press the [PATCH] button to make it light, entering Patch mode.
3. Press the [UTILITY] button to make it light.
4. Use the [PAGE/CURSOR < ] / [PAGE/CURSOR > ] buttons to select “4:XFER to MIDI.”
fig.save01
5. Press the [ENTER] button.
6. Use the [VALUE -] / [VALUE +] buttons to select “DUMP ALL.”fig.save02
7. Start recording on your sequencer.
8. Press the [ENTER] button.fig.save03
9. When “COMPLETED” appears, the process is complete.
Stop recording on your sequencer.
USERS DATA LOADHere’s how to return the backed-up data from your sequencer into the JUNO-D.
Procedure1. Use a MIDI cable to connect the JUNO-D’s MIDI IN to your sequencer’s
MIDI OUT.
2. Press the [PATCH] button to make it light, selecting Patch mode.
3. On your sequencer, play back the file that you want to load.
Do not operate the JUNO-D while it is receiving the data.
4. When the file has finished playing back, loading has been completed.
TEST MODE
Required items• Noise meter
• Headphones
• Monitor speakers (e.g., MA-10D) x 2
• Expression pedal
• Hold pedal
• Audio cables x 2
• MIDI cable x 1
Test itemsThe JUNO-D has the following tests. For details on each test, refer to the corresponding item.
0.Test Mode Top Page
1.SHOCK Test
2.MEMORY Test
3.MIDI Test
4.SOUND Test
5.LCD Test
6.A/D Test 1 (Bender, Modulation)
7.A/D Test 2 (Control Knob)
8.A/D Test 3 (Hold Pedal, Expression Pedal)
9.D BEAM ADJUSTMENT
10.D BEAM Test
11.SWITCH & LED Test
12.KEYBOARD Test
13.NOISE Test
14.Factory Reset
Caution before you begin the test• Even when you enter Test mode, the user data will not be erased until
you execute “14.Factory Reset.”
You will need to store the user data to an external sequencer beforehand only if you only want to execute “14.Factory Reset.” (See “Saving and loading data”)
• Some of the test items will produce a test tone.
Connect headphones and monitor speakers before you start.
JUNO-D VERSION CPU:1.00 ROM:1.01
UTIL MENU: [ENT]4:XFER to MIDI
XFER to MIDI [ENT]What: DUMP ALL
XFER to MIDISending[ ]
12
JUNO-D
Entering Test ModeWhile holding down the three buttons [DESTINATION TONE] + [ENV or BALANCE/LFO] + [TAP TEMPO], turn on the power of the JUNO-D.
The top page of Test mode will appear. (Continue holding down the buttons until the top page of Test mode appears.)
Quitting Test ModeIn the “0 Test Mode Top Page,” press the [SHIFT] button + [EXIT] button.
Skipping Test ModeUse the [SHIFT] button + [PAGE/CURSOR < ] button to move to the preceding test, or the [SHIFT] button + [PAGE/CURSOR > ] button to move to the next test.
Test mode details0.Test Mode Top page (JUNO-D PD Test)fig.test-top
1. Here you can check the CPU and Program ROM versions.
If the version is inappropriate, please perform the update. (Refer to “Updating the system”)
2. Verify that the LCD backlight is lit evenly.
If it is not lit correctly, check the following locations.
MAIN BOARDL52,CN5
PWB PANEL L ASSYR55,R57,R61,R63,R65,LED45,LED47,LED49,LED51,LED53,CN7
WIRING BNCD-P=1.25-K-20-140
3. Press the [ENTER] button to begin Test mode.
1.SHOCK Test1. The demo song will play.
Verify that the VOLUME control produces no static etc.
2. Verify that the audio output is muted while you hold down the [TAP TEMPO] button.
3. Press the [ENTER] button to proceed to the next test.
2.MEMORY Testfig.memory-t1
1. This test checks the CPU and FLASH ROM (program memory).
2. If no problems are found, the display will indicate OK, and you will automatically proceed to MEMORY Test 2.
If the result is “NG”, check the following locations.
CPU NG: MAIN BOARD IC7,IC401,X1,
ROM NG: MAIN BOARD IC2
3. Press the [SHIFT] button + [ENTER] button to proceed to the next test.
(fig.memory-t2
4. This test checks DRAM and EEPROM.
5. If no problems are found, the display will indicate “OK”, and you will automatically proceed to MEMORY Test 3.
If the result is “NG”, check the following locations.
DRAM NG: MAIN BOARD IC10
EEPROM NG: MAIN BOARD IC16,R24,R25
6. Press the [SHIFT] button + [ENTER] button to proceed to Memory Test 3.
fig.memory-t3
7. This test checks WAVE ROM and DSP.
8. If no problems are found, the display will indicate “OK”, and you will automatically proceed to the next test.
If the result is “NG”, check the following locations.
WAVE NG: MAIN BOARD IC21
DSP NG: MAIN BOARD IC24,X2,IC30
9. Press the [SHIFT] button + [ENTER] button to proceed to the next test.
3.MIDI Testfig.midi-t
1. Use a MIDI cable to connect MIDI IN and MIDI OUT.
2. If the connection is correct, you will automatically proceed to the next test.
4.SOUND Testfig.lch-t
1. Verify that a sine wave is output from Output-L and from the left side of the headphones.
2. Press the [ENTER] button to proceed to the R-ch test.fig.rch-t
3. Verify that a triangle wave is output from Output-R and from the right side of the headphones.
4. Press the [ENTER] button to proceed to the L/R-ch test.fig.lrch-t
JUNO-D PD TestCPU:1.00 ROM:1.01
MEMORY Test 1:CPU:OK ROM:OK
MEMORY Test 2:DRAM:OK EEPROM:OK
MEMORY Test 3:WAVE:OK DSP:OK
MIDI Test: Connect:--
SOUND Test:Left >>>>>
SOUND Test: <<<< Right
SOUND Test:Left >>>>><<<< Right
13
Sep.2004 (Nov.2005)
5. Verify that a sine wave is output from Output-L and from the left side of the headphones, and that a triangle wave is output from Output-R and from the right side of the headphones.
6. Press the [ENTER] button to proceed to the next test.
5.LCD Test1. Verify that all pixels of the LCD are lit.
2. Press the [ENTER] button to proceed to the All LCD Pixels Unlit test.
3. Verify that all pixels of the LCD are unlit.
4. Press the [ENTER] button to proceed to the LCD Contrast Test.
(LCD Contrast Test)fig.lcd-t
5. Verify that you can adjust the contrast by pressing (holding) the VALUE [-] / [+] buttons.
The contrast value (from 1 to 10) will be displayed in the LCD.
6. Press the [ENTER] button to proceed to the next test.
6.A/D Test 1 (Bender, Modulation)Verify that bender and modulation operate correctly.
Make sure that the bender is not being touched when you enter this test. (The A/D value at the moment you enter the test is read as the center voltage.)fig.ad-t1
1. Move the bender all the way to the left; if a value of “-128” is reached, a click will sound.
2. Move the bender all the way to the right; if a value of “127” is reached, a click will sound.
3. When left and right movements are completed, the display will indicate “OK”.
4. Move the modulation lever fully away from yourself; if a value of “127” is reached, a click will sound.
5. Return the modulation lever toward yourself; if a value of “0” is reached, a click will sound, the display will indicate “OK”, and you will proceed to the next test.
(The “OK” indication will not appear unless you perform the tests in the order of Bender Left, Bender Right, and Modulation.)
7.A/D Test 2 (Control Knob)fig.ad-t2
A: ATTACK or BALANCE
D: DECAY or RATE
R: RELEASE or DEPTH
C: CUTOFF
R: RESONANCE
Perform this test in the order of A, D, R (RELEASE), C, R (RESONANCE).
1. Turn the knob all the way toward the left; if “0” is reached, a click will sound.
2. Turn the knob all the way toward the right; if “127” is reached, a click will sound.
3. Turn the knob to the center; if “63/64” is reached, a click will sound and the display will indicate “OK.”
If all knobs are “OK”, you will automatically proceed to the next test.
8.A/D Test 3 (Hold Pedal, Expression Pedal)fig.ad-t3
1. Connect a hold pedal to the rear panel HOLD jack, and an expression pedal to the rear panel CONTROL jack.
2. Press the hold pedal; a click will sound when the display indicates “127.”
3. Release the hold pedal; a click will sound when the display indicates “0”, and “OK” will appear.
4. Advance the expression pedal; a click will sound when the display indicates “127.”
5. Return the expression pedal; a click will sound when the display indicates “0”, and “OK” will appear.
6. If both HOLD and CTL are “OK”, you will automatically proceed to the next test.
9.D BEAM ADJUSTMENTfig.dbeam-aj
Here you will make D BEAM settings.
Before you begin this test, verify that there are no objects within 50 cm of the JUNO-D. (If any such objects are within this range, the settings cannot be made correctly.)
Do not perform this test in direct sunlight.
1. Place your hand 5 cm above the D BEAM and press the [ENTER] button.
If the setting was made correctly, the display will indicate “OK.”
2. Place your hand 45 cm above the D BEAM and press the [ENTER] button.
If the setting was made correctly, the display will indicate OK and you will automatically proceed to the next test.
10.D BBEAM Testfig.dbeam-t
This checks the operation of the D BEAM.
1. Move your hand in a range from 5 to 40 cm above the D BEAM, and verify that the value increases and decreases.
2. Place your hand 5 cm above the D BEAM and verify that a value of “127” is displayed.
3. Place your hand 45 cm above the D BEAM and verify that a value of “0” is displayed.
4. Place your hand 30 cm above the D BEAM and verify that a value greater than “1” is displayed.
5. Press [ENTER] to proceed to the next test.
LCD Test: LCD Contrast: 5
A/D Test 1:BEND: 0 MOD: 0
A/D A--- D--- R---Tst2: C--- R---
A/D Test 3:HOLD: 0 CTL: 0
D BEAM ADJUSTMENT:LOW: 0 HIGH: ---
D-BEAM Test: 0
14
JUNO-D
11.SWITCH & LED Testfig.switch-led
This checks switches and LEDs.
When you enter this test, all LEDs will light.
1. When you press a switch that has an LED, the LED will go dark.
The number of switches you have not yet pressed is shown in the upper right of the screen.
The lower line of the LCD shows the name of the switch you pressed.
If more than one LED corresponds to one switch (button), press that switch the corresponding number of times.
<UPPER>, <LOWER>LED = [DESTINATION TONE] switch (button)
<ENV>, <BALANCE/LFO>LED = [ENV or BALANCE/LFO] switch (button)
<SINGLE>, <SPLIT>, <DUAL>LED = [KEY MODE] switch (button)
2. Verify that the TAP TEMPO LED changes from “red” -> “green” -> “unlit.”
3. When all switches have been pressed, you will automatically proceed to the next test.
If you press more than one switch at once, the bottom line of the LCD will indicate “WARNING!!”
If this occurs, use the [SHIFT] button + [PAGE/CURSOR < ], [PAGE/CURSOR > ] buttons to re-select the SWITCH & LED Test item, and perform the test again.
12.KEYBOARD Test fig.keyboard-t1
1. Press each key and verify that sound is produced.
Also verify that the volume changes depending on the strength with which you press the key.
2. Press the [ENTER] button to change the sound from PIANO to ORGAN.fig.keyboard-t2
3. Press each key and verify that sound is produced.
4. Press the [ENTER] button to proceed to the next test.
13.NOISE Testfig.noise-t
1. Use a noise meter to measure the residual noise.
2. Set the input filter of your noise meter to “DIN- AUDIO.”
3. Verify that the measured value is “- 83.0 dBm” or less.
4. Press the [ENTER] button to proceed to the next test.
14.Factory Resetfig.factory01
1. Press the [ENTER] button to execute Factory Reset. (Do not turn off the power while the screen indicates “KEEP POWER ON !”)
Factory Reset will be completed within 30 seconds.
2. If you press the [EXIT] button, you will return to “13.NOISE Test.”
3. If you press the [SHIFT] + [EXIT] button, you will return to “0.Test Mode” Top Page.
fig.factory02
4. When this screen appears, the procedure has been completed.
Turn off the power.
FACTORY RESET INSTRUCTIONSIf there is important data you’ve created that’s stored in the JUNO-D’s internal memory, you must note that all such data will be discarded when a Factory Reset is performed.
If you want to keep the existing data, save it on a disk (Saving the entire user memory).
Be sure not to turn off the power while Factory Reset is being performed.
If the power is turned off or interrupted while data is being written to memory, the internal data may become corrupted, and you may not be able to turn the power back on.
Procedure1. Press [PATCH] button so it is lit and you are in Patch mode.
2. Press [UTILITY] button so it is lit.
3. Use PAGE/CURSOR [<]/[>] button to select “5.FACTORY RESET.”fig.factory03
4. Press [ENTER] button.fig.factory04
5. Press [ENTER] button again to execute the Factory Reset.
Factory Reset will be completed within 30 seconds.
6. Do not turn off the power while the screen indicates “KEEP POWER ON !”
The operation will be completed in less than five minutes.
fig.factory05
7. When the display indicates “COMPLETED”, the factory reset operation has been completed.
SWITCH & LED Test:46
KEYBOARD Test: PIANO
KEYBOARD Test: ORGAN
NOISE Test:
COMPLETED Test Mode End
UTIL MENU: [ENT]5:FACTORY RESET
FACTORY RESET [ENT] Are you sure?
KEEP POWER ON !
15
Sep.2004 (Nov.2005)
SYSTEM SOFTWARE UPDATING INSTRUCTIONSThe JUNO-D uses 16 Mbit flash memory to store its program.
The flash memory updater (control program) is stored in the updater block of the flash memory.
The data for the update is normally provided as SMF data.
Connect a sequencer that is able to play back SMF data (e.g., the MC-80) to the JUNO-D, and load the data into the JUNO-D to update its program.
After you update the system, you will need to perform the Factory Reset.
Since this will also reset the user data, you must back up the user data beforehand. (Refer to “Saving and loading data”)
Turnaround time of updating about 20 minutes.
Required items• Sequencer that is able to play back SMF data (e.g., MC-80; a sequencer
that has Chain Play capability is ideal)
• MIDI cable
• Disks containing the SMF update data 2HD x 2 (P/No.17041512)
The disks are named as follows.
JUNO-D SMF Update Disk #1(1/2)
JUNO-D SMF Update Disk #2(2/2)
The two disks contain files named p000XX.mid, where XX is a consecutive number starting from “01”. (The number of files will depend on the version.) Play back these files in their numerical order.
Procedure1. Connect the MIDI from your external sequencer’s MIDI OUT to the
JUNO-D’s MIDI IN.
If you are using a sequencer with Chain Play capability, make settings so that you can chain-play the SMF files.
2. While holding down the [KEY MODE] button and [ENV or BALANCE/LFO] button, turn on the power. (Continue holding down the buttons until the following screen appears.)
fig.update01
3. Press the [1](PIANO) button.
The display will indicate “Preparing...” for several seconds, then “Waiting...”, and will wait to receive MIDI data.
fig.update02
4. When the JUNO-D indicates that it is waiting to receive MIDI data, play back all of the “.mid” files from the JUNO-D SMF Update Disks in numerical order.
While the JUNO-D is receiving MIDI data, the “Waiting” indication will change to “Receiving.”
When the data of one file has been received, the indication will change to “Waiting”; you can then play back the next file.
The update process will be easier if you use a sequencer that has Chain Play capability, such as the MC-80.
5. When the update is completed, the following screen will appear and the [1](PIANO) and [2](KBD&ORG) LEDs will blink.
fig.update03
6. Verify that “****” matches the checksum of the version to which you updated.
7. Turn off the power of the JUNO-D.
Then turn the power on again and perform the Factory Reset operation. (Refer to “Factory reset”)
If the update failed, perform it once again from step 1.
Select Menu: 1:MIDI 2:SUM
Waiting... [________________]
INT:160B (160B 160B)EXT:**** (****) xxxx
16
17
JUNO-D
Sep.2004 (Nov.2005)
OM.
5
Pan
5
Bea
A
D
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18p
Bea
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BLOCK DIAGRAMfig.block
SW
Amp.
&User
Regulator
(toEEPRsys.param
Board
Analog+9V
IN
Panel(to
Wave
Panel
4Mbit
Unit
Working
9V->5V
Main,
Amp.
32kbit
LCD
Analog+5V
Analog-9V Main,
for
9V->5V
XP7
Digital+5V
for
FDD)
for
Ripple
(to
Buffer
Main)
4Mbit
LRC
K
HD74LVX424
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DC-DCConveter
128Mbit
MIDIHOLD
AK4324
MaskROM
L
for
Main, L,
9V
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Backlight+9V
PS
OUT
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Board
GENERATOR
9V
(&Prog. )
matrix
MIXOUT(L/R)
FDD+5V
5V<->3.3V
Regulator
Panel
IC28
IC13
Panel
LSI
DRAM
matrix
TONE
Buffer
Volume
RCM2234M
(to
D-Beam
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PHONES
9V
R,
IC21
DRAM
Effect
9V->5V
IC30
Fileter
Panel
16Mbit
5V->3.3V
for
(to
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IC16
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(to
A
Panel
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DAC
Board
Panel
LED
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(to
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HD74LV24
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Digital+3.3V
BC
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A
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A
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CN8
CN6 CN2 CN5
CN6 CN5 CN7CN2
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CN4
SW&LEDScan,
8pin 10pin 22pin 20pin
14pinSW&LEDData
DBPLSDBSIG
LCD Data
DBSIG
SW&LEDScan, SW&LEDData , DBPLS
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33.8688MH z
A C D
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SW
In
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RXD0
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in
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ABCDEFG
#02343545 WIRING 8X150-P2.0-PHR-PHR-F
#02343812 WIRING 10X150-P2.0-PHR-PHR-F
#03236089 FFC 22pin BNCD-P=1.25-K-22-380
#03236078 FFC 20pin BNCD-P=1.25-K-20-140
#03236056 FFC 18pin BNCD-S-P=1.25-K-18-280 (W/SHIELDED FFC)
This wiring is soldered to the keyboard unit
#02342034 WIRING 4X300-P2.0-PHR-PHR-F
Bender
CN1
4pin
BENDMOD
G
CN4
BENDMOD
H #02231789 FFC 14pin BNCD-P=1.25-K-14-120
19
Sep.2004 (Nov.2005)
CIRCUIT BOARD (MAIN)fig.main-comp
20
JUNO-D
fig.main-comp
View from components side
21
Sep.2004 (Nov.2005)
CIRCUIT BOARD (MAIN)fig.main-foil
22
JUNO-D
fig.main-foil
View from foil side
23
Sep.2004 (Nov.2005)
]
+5D
+5D
RA810K
1
10
RA10
10K
1
10
V@
V@
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A[0..21]
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XWR5VXRD5V
XFDCDACK
XLCDDREQ
XXPINT
D[0
XDBPLSXFDCDREQXLCDDACK
XKSINT
XGAINT
CIRCUIT DIAGRAM (MAIN 1/4)fig.main1-c
TESTLED0
XRAS5V
GACLK
XCASH5VXCASL5V
EEPSK
EEPDI
FLVPP5VXFLWP5V
XFLCS1
XGACSXXPCS5V
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XRD5VXWR5V
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D12
D7
D5
D11
D0
D15
D9
D1
D3D4
D2
D8
D10
D14D13
XFLWP5V
XADTRIG
EEPCS
FLVPP5V
XDBPLS
TESTLED0
XWR5VXRD5V
VRSCAN1VRSCAN0
EEPSKEEPDOEEPDI
A[0..21]
XRST5V
A10
BEND
MIDIIN
A16
A19
XFLCS0
A8
XMUTE
XFDCDREQ
BCRSEL
D[0..15
D2
A12
XFDCDACK
A13
AFTER
XDBPLS
XLCDDACK
D15
A1
D14
CUTOFF
XLCDDREQ
XADTRIG
A14A15
A6
MIDIIN
4DB/CPUOUT
D0
A2
D8
RVR1
RVR0
A21
A7
D12
D10
A9
HOLD
A4A5
D3
D1
EXPRESSION
XKSINT
A18A17
XFLCS0
D5
D-BEAM
XRST5V
A3
D6
D9
D13
A0
D7
D11
XXPINT5V
D4
EEPDO
MIDIOUT
4DB/CPUOUT
XWAIT
EEPCS
XGAINT
A11
MOD
XRES
MIDIOUT
MIDIIN
D
+5D
FER +5
+5D
D
D
D
+5D
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+5D
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+5D
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+5D
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D
D
D
D
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D D
D
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LED1[NIU]
12
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23456789
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1
23
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17
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R28 4.7K
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R8 100
R17 0
Q3
DTC114TK
1
23
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DA5MA142WK-(TX)
1 2
3
DA4MA142WK-(TX)
1 2
3
DA3MA142WK-(TX)
1 2
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L2 N2012Z601T02L3 N2012Z601T02L4 N2012Z601T02
L5 N2012Z601T02L6 N2012Z601T02
RA16 EXBV8V@JV10
1 82 73 64 5
RA401 EXBV8V@JV10K
1 82 73 64 5
C4110.1
R415
3.3K
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C410[NIU]
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35
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12
13
14
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22
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12345678 9
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10111213141516
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21
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R27 100
R31 0
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0.1
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1 82 73 64 5
RA9 EXB2HVJV@22
12345678 9
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S3
PC0/A04PC1/A15PC2/A26PC3/A37PC4/A48PC5/A59PC6/A610PC7/A711PC8/A812PC9/A913PC10/A1014PC11/A1115PC12/A1216PC13/A1317PC14/A1418PC15/A1519PB0/A1620
VC
C21
PB1/A1722
VS
S23
PB2/IRQ0/RAS24
PB3/IRQ1/CASL25PB4/IRQ2/CASH26
VS
S27
PB5/IRQ3/RDWR28
PB6/A1829PB7/A1930*/WAIT/IRQ6/A2031*/IRQ7/A2132
VS
S33
PA14/RD34
WDTOVF35
PA13/WRH36
VC
C37
PA12/WRL38
VS
S39
PA11/CS140
PA10/CS041
*/PA9/IRQ342
*/PA8/IRQ243
*/PA7/CS344
*/PA6/CS245
*/SCK1/IRQ146
TXD1/PA447
RXD1/PA348
*/SCK0/IRQ049
TXD0/PA150
RXD0/PA051
PD15/D1552
PD14/D1453
PD13/D1354
VS
S55
PD12/D1256
PD11/D1157
PD10/D1058
PD9/D959
PD8/D860
VS
S61
PD7/D762
PD6/D663
PD5/D564
VC
C65
PD4/D466
PD3/D367
PD2/D268
PD1/D169
PD0/D070
VS
S71
XTAL72
MD373
EXTAL74
MD275
NMI76
VC
C77
MD178
MD079
PLLVCC80
PLLCAP81
PLLVSS82
CK/PA1583
RES84
*/PE0/DREQ085
*/PE1/DRAK086
*/PE2/DREQ187
*/PE3/DRAK188
PE4/TIOC1A89
VS
S90
AN0/PF091 AN1/PF192 AN2/PF293 AN3/PF394 AN4/PF495 AN5/PF596
AVSS97
AN6/PF698 AN7/PF799
AVCC100
VS
S10
1
PE5/TIOC1B102
VC
C10
3
PE6/TIOC2A104 PE7/TIOC2B105 PE8106 PE9107 PE10108
VS
S10
9
PE11110 PE12111 PE13112
C50.1
C110.1
C70.1
C2RV2-V@M-R10/16
R6 100
RA3
EXBV8V@10
1 82 73 64 5
R111K
C36100P
C8 0.1
C12 0.1
R14 10
VRSCAN1VRSCAN0
XRST5V
AFTER
EXPRESSION
BENDMOD
RVR1D-BEAM
RVR0CUTOFF
HOLDXMUTE
MIDIIN
24
JUNO-D
XLCDDREXLCDDAC
XFDCDACXFDCDRE
XFLCS0
XFLCS1
XXPCS5V
XWR5V
XGACS
RDXWR5V
XCASL5V
XRD5VXWR5V
XRAS5V
XCASH5V
XADTRIGXKSINTXXPINT5VXGACSXXPCS5VXFLCS1XFLCS0XGAINT
A[0..2
BCRSEL
D[0..1
XWAIT
XXPINT
RA
IC3
TC74VHCT08A
IC3
TC74VHCT08A
3
IC3
TC74VHCT08A
11
IC3
TC74VHCT08A
8
IC3
TC74VHCT08A
6
0..15]
fig.main1-c
5V<->3V
5V<->3V
5V->3V
5V->3V
(C20)(1) (1)
(C21)(1)(C22) (C23)
(10/16)
<--XBYTE(Flash16M)
5V->3V
5V->3V
XRAS3V
RDXWR3V
XCASH3VXCASL3V
XCASL3VRDXWR3V
XCASH3VXRAS3V
EEPCS
EEPDO
EEPSK
EEPDI
XRD5V3VGATE
D3V5D3V6
D3V12
D3V15
D3V3D3V2
D3V11
D3V0
D3V7
D3V1
D3V9D3V8
D3V14D3V13
D3V4
D3V10
XRD5V3VGATE
XCASL5VXCASH5V
XRAS5V XRAS3VXCASL3VXCASH3V
XXPCS5V
RDXWR5V RDXWR3V
QK
KQ
XFLCS3V
3VGATE
XWR5VXRD5V
XWR3V
XRST3V
XXPCS3V
XRST3V
A3V5
D3V2
A3V5A3V6
A2
D3V9
A3V1
A3V[0..21]
A3V0
D3V2
A6
D2
D11
1]
XFLCS0
A3V15
A19
D3V1
D10
A3V7
XRD3VA3V12
A11
A3V18
A3V8
D3V0
A3V1
XRD3V
A16
A3V8
D3V4
A3V4
D3V1
D3V14
D3V8
XFLCS3V
A18
A3V10
A12
D3V8D3V9
FLVPP3V
D3V15
D3V13
D15
D5
A1
D3V11
A3V3
D3V8
D3V5
A3V10
A9
D3V11D3V10
D3V4
D3V7
A3V9
A3V2
D3V10
A3V3
D3V0
A3V16
A3V11
A3V11
A3V8
A13
A3V21
A3V15
A10
D3V5
A4
A0
D3V2
D3V4
A3V4
D3V11
D3V1
D3V12
A3V4
D3V12
D3V6
D3V13
D3V3
A7
A3
A3V2
A3V7
D3V12
A3V9
A17
D3V3
D3V15
D3V15
D3V7
D4
A3V4
D3V1
D3V6
XWR3V
D3V[0..15]
A3V8
A15
A3V13
A3V19 D3V13
D3V2
D3V8
D3V3
D3V7
D3V6
D3V14
D3V12
A3V12
A3V1
A21
A3V17
A14 A3V14
D3V14D3V15
A3V10
A3V6
D7
D3V5
D1
XFLWP5V XFLWP3V
A3V3
A3V19
A8
A3V16
D6
D9
D14
D3V14
A3V7
5]
A3V17
D3V13
A3V5
D3V4
D3V9
D3V6
A3V2
D3V0
A3V7A3V6 D3V0
A3V6
D13
D3V3
D3V9
A5
D3
FLVPP5V
A3V14
A3V9
D8
D0
A3V9
D3V11
D3V10
XFLWP3V
FADRS
A3V18
A3V13
A3V5
A3V21
D3V7
D12
D3V10
A3V3
A3V1
D3V5
FLVPP3V
A3V2
FADRS
+D 3. 3
D
D
+D 3. 3
D
+5D
D
D D
D
+5D +D 3. 3
+D 3. 3
+D 3. 3
D
D
+5D +D 3. 3
D
+D 3. 3
D
+D 3. 3
+D 3. 3
D
D
+5D
+5D
D
D
+D 3. 3
+D 3. 3
D
+5D
+5D
D
+5D
D
D
D
D
+D 3. 3
D
+D 3. 3
+5D
D
+D 3. 3
+5D
+D 3. 3
+D 3. 3
+D 3. 3
D
D
+D 3. 3
D
D
D
+D 3. 3
+D 3. 3
+D 3. 3
D
D
IC10 [NIU]
VCC1
I/O02I/O13I/O24I/O35
VCC6
I/O47I/O58I/O69I/O710
NC11
NC15
NC16
WE17
RAS18
NC19
NC20
A021 A122 A223 A324
VCC25
VSS26
A427 A528 A629 A730 A831 A932
OE33
CASR34
CASL35
NC36
NC40
I/O841I/O942I/O1043I/O1144
VSS45
I/O1246I/O1347I/O1448I/O1549
VSS50
IC13
M11L416256SA-35T
VCC1
I/O12I/O23I/O34I/O45
VCC6
I/O57I/O68I/O79I/O810
NC13
NC14
WE15
RAS16
NC17
A018 A119 A220 A321
VCC22
VSS23
A424 A525 A626 A727 A828
OE29
UCAS30
LCAS31
NC32
I/O935I/O1036I/O1137I/O1238
VSS39
I/O1340I/O1441I/O1542I/O1643
VSS44
IC16
BR93LC46FV
NC1
VCC2
CS3
SK4
DI5
DO6
GND7
NC8
C27 0.1 C28 0.1
RA1210K
123456789 10
RA1410K
123456789 10
L100
L90
C18 0.1 C19 0.1
IC8
HD74LV245AT
DIR1
A12 A23 A34 A45 A56 A67 A78 A89
GN
D10
B811
B712
B613
B514
B415
B316
B217
B118
OE19
VC
C20
IC15
HD74LV245AT
DIR1
A12 A23 A34 A45 A56 A67 A78 A89
GN
D10
B811
B712
B613
B514
B415
B316
B217
B118
OE19
VC
C20
L130C37 0.1
R3210K
R33[NIU]
C17
0.1
C16
0.1
IC4C
TC7WH04FU
6 2
RA20 EXB2HVJV@2212345678 9
10111213141516
RA18 EXB2HVJV@22
12345678 9
10111213141516
RA11 EXB2HVJV@22
12345678 9
10111213141516
RA5 EXB2HVJV@22
12345678 9
10111213141516
C23RV2-V@M-R10/16
RA1710K
123456789 10
RA1310K
123456789 10
C38
0.1
IC4D
TC7WH04FU
84
R20 100
C150.01
R403[NIU]
C211 C22
1L110
L120
19 EXBV8V@JV10K
1 82 73 64 5
R408 10K
IC9
TC7SH32FU
1
24
53
IC11
TC7SH08FU
1
24
53
C201
Q401
2SA1530A1
32
IC12TC74LVX4245FS
VC
CA
1
DIR2
A13 A24 A35 A46 A57 A68 A79 A8
10
GN
D11
GN
D12
GN
D13
B814
B715
B616
B517
B418
B319
B220
B121
G22
VC
CB
23
VC
CB
24
IC14TC74LVX4245FS
VC
CA
1
DIR2
A13 A24 A35 A46 A57 A68 A79 A8
10
GN
D11
GN
D12
GN
D13
B814
B715
B616
B517
B418
B319
B220
B121
G22
VC
CB
23
VC
CB
24
C390.1
R402
3.3K
C401
0.1
R22
10K
C14 0.1
L10
E
FT
147
A
FT
1
2RA1 EXB2HVJV@22
12345678 9
10111213141516
C4 0.1
IC1
HD74LV245AT
DIR1
A12 A23 A34 A45 A56 A67 A78 A89
GN
D10
B811
B712
B613
B514
B415
B316
B217
B118
OE19
VC
C20
R401
10K
R13
4.7K
L80
D
FT
12
13
R1[NIU]
L70
IC2
LH28F160BJE-BTL80@
A151
A142
A133
A124
A115
A106
A97
A88
A199 A20
10
WE11
RST12
VPP13
WP14
RY/BY15
A1816
A1717
A718
A619
A520
A421
A322
A223
A124
A025
CE26 GND
27
OE28
DQ029
DQ830
DQ131DQ233
DQ1034
DQ335
DQ1136
VCC37
DQ438
DQ1239
DQ540
DQ1341
DQ642
DQ1443
DQ744
DQ1545
GND46
NC47
A1648
DQ932
IC5
HD74LV245AT
DIR1
A12 A23 A34 A45 A56 A67 A78 A89
GN
D10
B811
B712
B613
B514
B415
B316
B217
B118
OE19
VC
C20C
FT
9
10
L4010
R3 0
C130.1
C1 0.1
B
FT
4
5
RA2 EXB2HVJV@22
12345678 9
10111213141516
C10RV2-V@M-R10/16
C90.1
A3V[0..21]
XXPWR3V
XRST
XRST3V
XXPCS3V
XRD3V
XXPINT3V
XGAWAIT
D3V[0..15]
XXPWAIT3V
25
Sep.2004 (Nov.2005)
+9
D
L5N1
000P000P000P
000P000P000P000P
000P000P
000P000P000P000P000P000P000P000P
5P5P5P
5P5P5P5P5P5P5P5P
IC501C
M5223AFP
84
CIRCUIT DIAGRAM (MAIN 2/4)fig.main2-c
LSCAN1
MIDIINA19
LCDDB5
A18
LCDDB7
LSCAN3
LLCK
LSD5
D2
LCDDB2
SSCAN2
LSCAN2
LCDDB1
LCDRXW
LSD1
UOBF1
LSD0
SSCAN2
D6
LCDPWM
LCDDB0
LSD2LSD1
XLCDDREQ
A6
SSCAN1 SSCAN1
LSD4
LCDDB0
XFDCCS
LCDDB6
LSD4
LSD7LSD6
XRD5V
SSEN
D4
LSD1
D5
XUSBS1
D7
LCDDB4
LCDDB2
XUSBS0
LSD5
LCDDB3
D0
LSCAN2
SSCAN0
LSD3
XWR5V
LCDE
LSCAN0
LCDRXW
LSD2
LCDRS
XGAINT
LCDDB7
LSD2
LSD6
LCDDB7
LSD3
SSEN
LSD0
D1
LSCAN0
LSCAN3
SSCAN0
D3
LCDDB3FDCINT
LCDE
A0
LLCK
LSD7
LSD3
A2
LSD7
A5
A3
LSD5
LSCAN1
LCDDB1
XKSCS
LCDRS
A4
XGACS
LCDDB5
XLCDDACK
LCDDB6
UIBF0
LSD6
LSD4
LCDDB4
A1
LSD0
XGAWAIT
TESTLED1
LCDV5
LCDPWM
TESTLED1
VRSCAN1VRSCAN0XDBPLS
A21
BEATGBEATR
D
D
D
D
D
+5D
+5D
+5D
D
+5D
+5D
D
+5D
+5D
D
D
D
DD
+5D
D
+5D
D D
D
AC47 0.1
L35 N1608Z@T01 1000
L48 N1608Z@T01 1000
C49 0.1
L22 N1608Z@T01 1000
L49 N1608Z@T01 1000
C48 0.1
L46 N1608Z@T01 1000
L28 N1608Z@T01 1000
L51 N1608Z@T01 1000
L23 N1608Z@T01 1000
IC18 TC160G22AF-1253
NC1
VD
D2
VSS3
MIDIIN4
PWM25
D06 D17 D28 D39
VD
D10
D411 D512 D613 D714
VSS15
CS016 CS117
VD
D18
CS219
VSS20
A2121
A1922
A1823
VD
D24
A625
A526
A427
A328
VSS29
A230
A131
A032
VS
S33
VD
D34
NC35
NC36
NC37 NC38
VS
S39
CLKOUT40
VS
S41
XRESET42
XLCDREQ43
VS
S44
XDACK45
XRD46
XWR47
XIREQ48
WAITOUT49
VS
S50
ECS051 ECS152 ECS253 ECS354
VS
S55
ECS456 ECS557 ECS658 ECS759
VD
D60
ECS861 ECS962 ECS1063
VS
S64
ECS1165 ECS1266 ECS1367 ECS1468
PWM169
VS
S70
VD
D71
NC72 NC73
VD
D74
VS
S75
EXINT076 EXINT177 EXINT278 EXINT379 EXINT480
VS
S81
P082P183P284P385P486P587P688P789
VD
D90
ENCA91ENCB92
DC TEST93
VS
S94
SS095SS196SS297SS398
SSEN99
LS0100LS1101LS2102LS3103
VS
S10
4
LLCK105
VD
D10
6
VS
S10
7
NC108 NC109
VS
S11
0V
SS
111
PD0112PD1113PD2114PD3115
VS
S11
6
PD4117PD5118PD6119PD7120
VD
D12
1
EXWAIT0122EXWAIT1123EXWAIT2124
TEST125
RS126
RXW127
LE128
VS
S12
9
LP0130LP1131LP2132LP3133LP4134LP5135
VS
S13
6
LP6137LP7138
VD
D13
9
VS
S14
0
CLKIN141
VS
S14
2
VD
D14
3
NC144
C50 0.1
L31 N1608Z@T01 1000
L37 N1608Z@T01 1000
L27 N1608Z@T01 1000
L40 N1608Z@T01 1000
L50 N1608Z@T01 1000
L30 N1608Z@T01 1000
L33 N1608Z@T01 1000RA21
10K
123456789 10
L26 N1608Z@T01 1000
C44 0.1
L24 N1608Z@T01 1000
L44 N1608Z@T01 1000
L41 N1608Z@T01 1000
L32 N1608Z@T01 1000
R7210K
L21 N1608Z@T01 1000
L47 N1608Z@T01 1000
L43 N1608Z@T01 1000
L25 N1608Z@T01 1000
C43RV2-V@M-R
10/16
C46 0.1
R54 100
L38 N1608Z@T01 1000
C45 0.1
C52 0.1 C53 0.1
R56 100
L20 N1608Z@T01 1000
R75 47
L45 N1608Z@T01 1000
C51 0.1
R76 100
L29 N1608Z@T01 1000
R52 [NIU]
R53
1K
R59 NIU
Q52SC3052NIU1
23
L19
N1608Z@T01600 C61
0.1
LED2[NIU]
12
R82[NIU]Q8
[NIU]
1
32
R58
NIU
C105100P
C601
C67 1C68 1C69 1
C70 1C71 1C72 1C75 1
C76 1C78 1
C80 1C81 1C82 1C83 1C86 1C87 1C88 1C89 1
C90 1C91 1C92 1
C93 1C94 1C95 1C99 1C100 1C102 1C103 1C104 1
RA23 EXBV8V@JV10
1 82 73 64 5
RA22 EXBV8V@JV10K
1 82 73 64 5
RA24 EXBV8V@JV10K1 82 73 64 5
IC501A
M5223AFP
+
-2
31
IC501B
M5223AFP
+
-6
57
+
-
C501
0.1
XGAWAIT
UIBF0
XRD5V
XLCDDREQ
XKSCS
XLCDDACK
XGACS
XUSBS0
XGAINT
MIDIIN
KSCLK
D[0..7]
XWR5V
FDCINT
XUSBS1
UOBF1
GACLK
XFDCCS
XRST5V
VRSCAN0XDBPLS
VRSCAN1
A[0..21]
26
JUNO-D
+D
+A
FER +
+D
+D
REF
FER +5
531608Z@T01
600
C73
100/16RA2-V@M
C54
RA2-V@M100/6.3
C64
RA2-V@M100/6.3
C84
RA2-V@M100/6.3
C107
RA2-V@M100/6.3
C413
C412
fig.main2-c
ToBenderUnit
PANELL
TO
ON
L
TO
PANEL
LCD
TOPANELR
HOLD
DBSIG
LSD5LSD6
LSD7LSD4LSCAN2LSD3LSCAN1LSD2LSCAN0LSD1SSENLSD0SSCAN2LLCKSSCAN1DBSIGSSCAN0DGNDDGNDD+5VD+5VXDBPLS
DGND
REF+5V
AD2
REFGNDREFGND
VRSCAN1
REF+5V
A+9VAD1
D+5V
DGNDAD0
VRSCAN0
DGND
D+5V
LCDDB0
LCDDB4
DGND
LCDDB2LCDDB3
DGND
LCDDB5
LCDE
LCDRS
LIGHT9V
LCDRXW
DGND
LIGHT9V
LCDDB6
LCDDB1
AD2
AD1
AD0
VRSCAN0VRSCAN1
BEATGBEATR
DGNDLCDDB7
D+5VLCDV5DGND
D
+5D
D
D
D
+5D
+5D
+5D
D
+5D
D
+5D
D
+5D
D
D D
+5D
D
D
D D
D
+A 9
D
+A 9
D
D
D
+5D
D D
D
D
VADP
D
5
D
9
REF
5
D
5
D
5
D
D
D
D
D
+A 9
- 9A
D
D
D
D
R57 0
R46 1K
R55
[NIU]
DA7MA147-(TX)
21
3
C62[NIU]
R61[NIU]
C580.1
C570.1
C59[NIU]
R60[NIU]
R51
100R50470
C420.1
R48100K
DA6MA147-(TX)
21
3
R63[NIU] R65
0
R4547K
R62[NIU]
R640
C66[NIU]
R49 470
C560.1
R704.7K
Q7
2SA1037KR
1
32
R671K
R73
1K
R68
1K
R7410K
C960.1
R71 1K
R664.7K
R6910K
C980.01
Q6
2SA1037KR
1
32
C770.01
C111
0.1
R80
0
DA8MA147-(TX)
21
3
C112[NIU]
CN2
22FE-BT-VK-N
11 22 33 44 55 66 77 88 99 10
10 1111 1212 1313 1414 1515 1616 1717 1818 1919 2020 2121 2222
CN5
20FE-BT-VK-N
11 22 33 44 55 66 77 88 99 10
10 1111 1212 1313 1414 1515 1616 1717 1818 1919 2020
C1080.1
C740.1
C650.1
C850.1
C550.1
C109
0.01
R78 470
R77 470
C106
0.01
C110
0.01
R79 470
JK2
LGR4609-71001
2
34
JK3
LGR4609-71001
2
34
CN4
S4B-PH-K-S
11
22
33
44
C405RV2-V@M-R10/16
C1130.1
C4060.1
C63[NIU]
C791000P
C1011000P
C403 1000PC404 1000P
C97
RV2-V@M-R10/16
D2
MA720-(TX)
1 3
L14N2012Z601T02
L150
L180
L16N2012Z601T02
L17N2012Z601T02
L34N2012Z601T02
L36N2012Z601T02
L39N2012Z601T02
L42N2012Z601T02
R47MCR25J@
(1/4W)220
CN3
18FE-BT-VK-N
11 22 33 44 55 66 77 88 99 10
10 1111 1212 1313 1414 1515 1616 1717 1818
0.1
0.1
L52N2012Z601T02
R81
12K
IC19BM5218AFP
+
-6
57
IC19AM5218AFP
+
-2
31
IC19CM5218AFP
+
-
84
AFT
HOLD
AFTER
EXPRESSION
MOD
BEND
D-BEAM
CUTOFF
RVR1
RVR0
27
Sep.2004 (Nov.2005)
A
A
VDP
A
IC21
MX23L12810
WORD/BYT1
A162
A153
A144
A135
A126
A117
A108
A99
A80
A191
A212
A203
A184
A175
A76
A67
A58
A49
A30
A21
A12
A03
CE4
OE/OE/DC7
A226
1780/162-V@M
Z@0P
C15
C14
C15
AM270
C15
AM270
C0.
C0.
C1380.1
TX)
10K
Z@0P
10K
10K
10K
R93 15K
04K
R107 15K
17K
6
5
2
3
CIRCUIT DIAGRAM (MAIN 3/4)fig.main3-c
768FsFs=44.1kHz
RD5.1M
TTL
Acceptable
Level
A3V0A3V1A3V2A3V3A3V4A3V5A3V6A3V7A3V8A3V9A3V10A3V11A3V12A3V13
D3V0D3V1D3V2D3V3D3V4D3V5D3V6D3V7D3V8D3V9D3V10D3V11D3V12D3V13D3V14D3V15
EA
[0..8
]
EA8EA7EA6EA5EA4EA3EA2EA1EA0
XWCS0
ED1ED2ED3
ED0
ED4ED5ED6ED7
ED[0..7]
XWRD
EA8
ED1ED2
EA2EA1
EA6
ED3
ED5
EA0ED6
EA3
EA7
EA5
ED7
ED0
ED4
EA4
XXPWAIT3VXXPINT3V
SD3VMCLK3V
MUTE
WD8WD7
WD0
WD12WD11
WD4WD5
WD13
WD1
WD14
WD10
WD15
WD3WD2
WD9
WD6
XWCS1
LRCK3V
WA22
WA8
WA1
WA11WA10
WA7WA6
WA3
WA15
WA4
WA19
WA13
WA23
WA16
WA5
WA14
WA9
WA2
WA17
WA12
WA18
WA21WA20
XWRDXWCS0
WD15
WD6
WD13
WD1
WD10
WD5
WD2
WD9
WD3WD4
WD8
WD0
WD7
WD14
WD12WD11
XWRDXWCS1
WA8WA7
WA14
WA9
WA18
WA4
WA17
WA22WA21
WA4WA5
WA3
WA12
WA19WA18
WA19
WA2WA2
WA20
WA13
WA3
WA9
WA15
WA22
WA1
WA15
WA17
WA7WA6
WA1
WA11WA10
WA8
WA14
WA10
WA23
WA16
WA11
WA13
WA6
WA16
WA21
WA23
WA12
WA5
WA20
WA[1..23]
WD[0..15]
WD9WD15
WD6
WD3
WD10
WD4
WD5
WD11WD13WD2
WD8
WD12
WD14
WD0WD7
WD1
BICK3V
XPD
XRST3V
XXPWAIT3VXXPINT3V
D
D
D
+D 3. 3
D
+D 3. 3
D
D
+D 3. 3
+D 3. 3
+D 3. 3
+D 3. 3
+D 3. 3
D
D
+D 3. 3
+D 3. 3
DD
+D 3. 3
D
+D 3. 3
D
+D 3. 3
+D 3. 3
A
A
A
A
D
+D 3. 3
D
D
D
A A
A
+5D
+5D
D
D
D
- 9A
VADP
VADP
VADP
A+5A
A
VADP
D
A
A
A
R87 4.7K
R90470
R11610K
C1150.1
C1240.1
C1220.1
C1200.1
C1180.1
C1160.1
C1170.1
C1190.1
C1210.1
C1230.1
C1250.1
IC30M11L416256SA-35T
VCC1
I/O12 I/O23 I/O34 I/O45
VCC6
I/O57 I/O68 I/O79 I/O8
10
NC13
NC14
WE15
RAS16
NC17
A018A119A220A321
VCC22
VSS23
A424A525A626A727A828
OE29
UCAS30
LCAS31
NC32
I/O935 I/O1036 I/O1137 I/O1238
VSS39
I/O1340 I/O1441 I/O1542 I/O1643
VSS44
R8510K
R96
10K
R101
100
C142
0.1
R88 10
R8610K
IC20 [NIU]
WORD/BYTE1
A162
A153
A144
A135
A126
A117
A108
A99
A810
A1911
A2112
A2013
A1814
A1715
A716
A617
A518
A419
A320
A221
A122
A023
CE24
GND25GND26
OE/OE/DC27
O028
O829
O130
O931
O232
O1033
O334
O1135
A2236
VCC37VCC38
O439
O1240
O541
O1342
O643
O1444
O745
O15/A-146
GND47GND48
C126
[NIU]
1
1
11
11
11112222
22
3
C114RV2-V@M-R10/16
Q13
2SA1037KR1
32
R13410K
Q16DTC114EK
1
23
Q152SC2412KR
1
23
R1354.7K
R13347K C
10RA
R1401K
D4
13
Q142SC2412KR
1
23
R1371K
R13947K
C156 AM82
R89[NIU]
IC28
AK4324
DV
SS
1D
VD
D2
CKS3 MCLK4
PD5
BICK6
SDATA7
LRCK8
SMUTE9
DFS10
DEM011 DEM112
DIF013 DIF114 DIF215
AOUTR-16
AOUTR+17
AOUTL-18
AOUTL+19
AV
SS
20
VREF21
AV
DD
22
DZFR23
DZFL24
C141
0.1
C161
0.1
R9210
R14147K
IC32
TC7SH08FU
1
24
53
C183
0.1
C1370.1
C136
100/16RA2-V@M
IC26
AN77L05M
IN3
OUT1
CO
M2
R138[NIU]
C182RV2-V@M-R10/16
DA401
MA142WK-(
12
3
C151100P
C1681C167
1
C1661
D3MA142WK-(TX)
12
3
IC25D
TC7WHU04FU
84
IC25BTC7WHU04FU
3 5
IC25CTC7WHU04FU
6 2
IC25ATC7WHU04FU1 7
IC24
TC203C180AF003(XP7)
VD
D5
1
SDIB2BCKB3WCKB4
SDOC5
VS
S6
SDOD7BCKC8WCKC9
OUTP110
VD
D5
11
VD
D3
12
OUTP213
OUTP014
VS
S15
SYO16
VS
S17
SYI18
RW19
DS20
CA1021
CA922
CA1123
CA824
CA1225
CA726
CA1327
CA628
CA529
CA430
CA331
CA232
VD
D5
33
CA134
CA035
CD1536
CD037
CD738
VS
S39
CD840
CD1441
CD142
CD643
VD
D5
44
VD
D5
45
CD946
CD1347
CD248
CD549
CD1050
VS
S51
CD1252
CD353 CD454
CD1155
VD
D3
56
WAIT57
CS58
RESET59
AS60
VS
S61
INT62
VS
S63
CK64
TEST65
VD
D5
66
WA2367
WA2268
WA2069WA2170
WA1971
VS
S72
WA1873
WA974
WA875
WA1076
VD
D5
77
WA778
WA1179
WA680
WA1281
WA582
VS
S83
WA1384
WA485
WA1486
WA387
VD
D5
88
VD
D5
89
WA1590
WA291
WA1692
WA093WA194
WA1795
VS
S96
WOE197
WOE098
WD1599
VD
D3
100
WD0101
WD7102WD8103
WD14104
VS
S10
5
WD1106
WD6107
WD9108
WD13109
WD2110
WD5111
WD10112
WD12113
WD3114WD4115
WD11116
VS
S11
7
WCS0118WCS1119WCS2120
VD
D5
121
WCS3122WCS4123WCS5124WCS6125WCS7126
VS
S12
7
WREQ128
WACK129
ED7130
VS
S13
1V
DD
513
2
VD
D5
133
VS
S13
4
ED6135
ED5136
ED4137
ED3138
ED2139
VS
S14
0
ED1141
ED0142
EWE143
VD
D3
144
RAS145
CAS146
EA8147
EA0148
VS
S14
9
EA7150
EA1151
EA6152
EA2153
EA5154
EA3155 EA4156
VS
S15
7
SDOA5158
SDOA4159
SDOA3160
SDOA2161
SDOA1162
SDOA0163
VS
S16
4
VD
D5
165
SDIA5166
SDIA4167
SDIA3168
SDIA2169
SDIA1170
VS
S17
1
SDIA0172
BCKA173WCKA174
SDOB175
VD
D5
176
RA29 EXBV8V@JV10
1 82 73 64 5
RA25
EXBV8V@JV10K
1 82 73 64 5
RA26
EXBV8V@JV10K
1 82 73 64 5
RA27
EXBV8V@JV10K
1 82 73 64 5
RA28
EXBV8V@JV10K
1 82 73 64 5
R410100
C416100P
C4140.1
C415 0.1
R40910
C4170.1
R94 8.2K
R98 8.2K
R108 8.2K
R112 8.2K
R95
C147 AM82
R99
R109
R113
R115
R115
C144
10P
C143
12P
X2
33.8688MHZ
1 2
D3V[0..15]
A3V[0..21]
XRD3V
XXPCS3VXXPWR3V
XMUTE
XRST
XRST3V
XXPWAIT3VXXPINT3V
28
JUNO-D
A
0MC-10-M1P0102
TE GND2GND2
O02
O82
O13
O93
O23
O103
O33
O113
VCC3VCC3
O43
O124
O54
O134
O64
O144
O74
O15/A-14
GND4GND4
55 AMZ@220P
45 AMZ@220P
50
MZ@0P
59
MZ@0P
175.1
179.1
K
K
IC27
M521
+
-
IC27BM5218AF
+
-6
57
IC27AM5218AF
+
-2
31
fig.main3-c
LPANELTO
WD3WD2
WD8WD7
WD12
WD1
WD4
WD15WD14
WD10
WD5
WD0
WD6
WD11
WD13
WD9
SENDLSENDR
RTNR
RTNL
A+9V
A-9V
AGND
AGND
AGND
AGND
+D 3. 3
D
+D 3. 3
D D
+D 3. 3
AA
A
- 9A
+A 9
A
A
A
A+A 9
A
- 9A
F
FA
FA
F
A
A
A
A
A
A A
A
F
FA
F
+A 9
- 9A
A
- 9A
+A 9
A
56
8
9
0
1
2
3
4
5
78
9
0
1
2
3
4
5
6
78
C1270.1
C128[NIU]
C130[NIU]C129
[NIU]
C131
[NIU]
C148100/16RA2-V@M
C157100/16RA2-V@M
C134
100/16RA2-V@M
C139
100/16RA2-V@M
C1400.1
C1350.1
R102680
R105100K
R118100K
R10010K
R11110K
IC29BM5218AFP
+
-6
57
IC29AM5218AFP
+
-2
31
C149RA2-V@M47/16
IC29CM5218AFP
+
-
84C164
0.1
C162
0.1
R103
330
R115
330
C1530.1
C158RA2-V@M47/16
R114680
R106 3.3K
R119 3.3K
R124100K
R128MCR50J@
47
R127
6.8K
C169100/16RA2-V@M
C172100/16RA2-V@M
IC31BM5216FP
+
-6
57
R122MCR50J@
47
R131100K
R121
6.8K IC31AM5216FP
+
-2
31
R125 1K
R132 1KC173
0.1
R123MCR50J@
47
R129MCR50J@
47
IC31CM5216FP
+
-
84
C1810.1
C1770.1
C176100/16RA2-V@M
C180100/16RA2-V@M
JK4
LGR4609-71001
2
34
JK5
LGR4609-71001
2
34
JK6
LGR4609-71001
2
34
Q92SC4213A
1
23
Q102SC4213A
1
23
Q112SC4213A
1
23
Q122SC4213A
1
23
C152100P
C160100P
C1701000P
C1741000P
C146 10P
C154 10P
C165 10P
C171 10P
L54N2012Z601T02
L550
L56N2012Z601T02
L570
L58N2012Z601T02
L59N2012Z601T02
L600
C425 100PC426 100PC427 100P
C428 100P
R97 12K
R110 12K
C1630.1
C
8AFP
84
P
P
R120 15K
R126 15K
CN6
B10B-PH-K-S(PB-FREE)
11 22 33 44 55 66 77 88 99 10
10
29
Sep.2004 (Nov.2005)
ToKeybUnit
XUI
D D
CN7
5332-26GS
11
22
33
44
55
66
77
88
99
1010
1111
1212
1313
1414
1515
1616
1717
1818
1919
2020
2121
2222
2323
2424
2525
2626
R17
R166[NIU]
X4 [NIU]
4
C285[NIU]
C305[NIU]
C[N
CIRCUIT DIAGRAM (MAIN 4/4)fig.main4-c
USBCABL
SLEEPBUSPOWER
KBPR0
PR2
KBPR2
KBPR9
KBT4
KBSC0
KBPR1
SC0
KBT5
KBSC0
KBSC2
KBT7KBT6
KBSC1
T7
KBT1
KSCLK
KBT5
KBT0
KBT3
KBPR2
PR9
KBT2
T6
KBT2
SC2
KBPR0
SC10
KBSC3
KBSC9
KBSC0
SC6
PR8
KBPR2
SC7
KBPR1
KBT0KBT7
KBT4
PR7
KBPR3
KBPR10
XKSINT
PR6
SC8
KBSC10
KBSC1
T4KBT3
KBSC1
T0
KBT4
KBT1
KBT6
KBPR8
SC1
PR10
KBPR8
KBPR10
KBSC8 KBPR3
KBSC9
SC3
KBSC2
PR0
KBSC8
KBPR3
PR4
SC9
XWR5V
T2
PR3
KBPR1PR1
SC5
KBT7
KBT0
KBT3
KBT6
PR5
KBSC10
T5XKSRST
KBT1
T3
KBPR9
T1
SC4
XKSCS KBSC2
KBSC3
KBT2
KBSC3
KBT5
XRD5V
XRST5V
KBPR7KBSC7
KBSC6
KBSC4KBPR5
KBSC4
KBPR4
KBSC6
KBSC7KBSC4
KBPR7
KBPR6
KBPR5
KBPR6
KBPR4
KBSC5
KBPR4
KBSC6
KBPR6
KBSC5
KBSC5
KBPR7
KBSC7
KBPR5
KBPR0
D4
XRST5V
D1
A0
D6D7
D0
A1
D3D2
D5
D6
UIPCP85
XRST5V
XWR5V
D2
D0
EXTCAP
D1
D7
D5
USB-D+
XRD5V
UIPCAVSS
D4
UIPCP81
USB-D-
D3
A0
USB-D-
VBUS
USB-D+
UIPCP81
UIPCP85
XPULLUP
EXTCAP
D
+5D
+5D
+5D
+5D
+5D
DD
+D 3. 3
A
- 9A
+A 9
A
A
- 9A
A
A AA
A
VADP
+A 9
D
+5D
+5D
D
D
D
VADP
FER +5+5DA
REF
A
VADP
+5D
D
D
D
D D D
A
+5D
+5D
+5D
+5D
+5D
F
D D
D D
D
D
D
R145 10R144 10
C185
0.1
RA3010K
123456789 10
C186
0.1
RA3510K
123456789 10
C184RV2-V@M-R
10/16
RA37[NIU]
123456789 10
RA3310K
123456789 10
RA36 EXB2HVJV@22
12345678 9
10111213141516RA34 EXB2HVJV@22
12345678 9
10111213141516RA32 22
12345678 9
10111213141516
C2000.1
C2010.1
IC34
UPC29M33T
IN1
GN
D2
OUT3
R1511K
C2070.1
L62
EXCML20A390
EXCML20A@39UH
C208
100/16RA2-V@M
C206
100/16RA2-V@M
R147
1K
C233SC@M
16SC10M+T (OS)
D5 SB20-03P
12
R15647K
C204
100/16RA2-V@M
R1548.2K
R1571K
C1900.1
C1880.1
C199
RV2-V@M-R10/16
C202RV2-V@M-R10/16
C234
100/16RA2-V@M
R158[NIU]
DA402
MA142WK-(TX)1
2
3
C2371
C223 1000P
C19115P
C19415P
C19215P
C19515P
C19315P
C19615P
C20915P
C21015P
C21215P
C21315P
C21415P
C21515P
C22215P
C22115P
C22015P
C21915P
C21615P
C22415P
C187
RE3-V@M1000/16
C189RE3-V@M
1000/6.3
C205
470/16ECA-M@
C235150P
IC35
NJM2360AM
CS1
ES2
CT3
GND4
VIN-5VCC
6
IPK7
CD8
Q172SC4210-Y
1
23
RA31EXBV8V@JV
10
1 82 73 64 5
R148 2.2
R149 2.2
R150 2.2
R152 2.2
R153 2.2
IC37
M51953BFP-C61J
RS
T6
DLY5
VCC7
GND4
NC1
NC2
NC3
NC8
C232
470/16ECA-M@
R411 22
R412 22
L64SBCP-87@H330UH
C418
0.1
R146 100
C2030.01
C19715P
C19815P
C21815P
C21115P
IC33 SSC1080
VD
D7
VD
D33
VS
S20
VS
S46
SC1024
PR1023
SC922
PR921
SC819
PR818
SC717
PR716
SC615
PR614
SC513
PR512
SC411
PR410
SC39
PR38
SC26
PR25
SC14
PR13
SC02
PR01
T731
T630
T529
T428
T327
T226
T125
T032
CLK49
A148
A047
D744
D643
D542
D441
D340
D239
D138
D037
INT34
RD36
WR35
CS45
RESET50
TEST151
TEST252
IC36TC7S08FU
1
24
53
C2360.1
C22515P
C21715P
CN8
B8B-PH-K-S(PB-FREE)
11
22
33
44
55
66
77
88
R4134.7K
C304[NIU]
1
R178[NIU]
L66[NIU]
R164[NIU]
R161[NIU]
R162[NIU]
C282[NIU]
C271[NIU]
Q18[NIU]1
23
L67[NIU]
R159[NIU]
R160[NIU]
JK7[NIU]
123 4 10 20
R170 [NIU]
R168 [NIU]
C287[NIU]
Q19[NIU]
1
32
R169[NIU]
R171[NIU]
R173[NIU]
C286[NIU]
C288[NIU]
L65[NIU]
XWR5V
D[0..7]
XKSCSXKSINT
XRD5V
A[0..1]
KSCLK
XRST5V
XRST
UOBF1
XUSBS0
XUSBS1
UIBF0
30
JUNO-D
board
UIPCAVSS
U
PCRST
D
D
S1
79 [NIU]
12
345678
9
10
11
12
14
15
18
2021
2526272829303132
656667
707172
757677787980
C306NIU]
fig.main4-c
XMTRON
XWPRT
XDRVSEL
XWDATA
XSTEPXDSKCHG
XWGATE
XTRK0
XFDCCS
XINDEX
XSD1SELXFDDDIR
XWGATE
XFDDDIR
XINDEX
XMTRON
XWDATA
XTRK0
XSD1SEL
XDRVSEL
XWPRT
XSTEP
XRDATA
XDSKCHG
XSD1SEL
XWDATA
XTRK0
XSTEP
XDRVSEL
XRDATA
XDSKCHG
XINDEX
XMTRON
XFDDDIR
XWPRT
XWGATE
XRDATAXDSKCHGXWPRTXINDEX
XTRK0
XDRVSELXWR5VXRD5V
XRDATA
A0
D5
D7
A2
D0
D3
A1A0
D6
D1
D4
D2
UIPCP21
XPULLUP
UIPCP21
VBUS
IPCAVSS
XPULLUP
A
F
DD A A
A
A A
D
A
DA
A
A D A
DA
F
D
D
DD
D
FF
A
DF
D A
A
D
DA F
A D
A
F
F
F
FA A F A F FA
A F
+5D
+5D
+5D
+5D
FLOPPYGND
VADP
A
FLOPPY5V
FLOPPYGND
D D
D
D
D
D
D
D
D
D
D
+5D
+5D
+5D
+5D
D
D
D D
D
C240[NIU]
C267
[NIU]
C241[NIU]
C244[NIU]
C246
[NIU]C249
0.1
C254
0.1
C238[NIU]
C245
[NIU]C250
0.1
C247[NIU]
C251
0.1
C239[NIU]
C242[NIU]
C255
[NIU]
C253
0.1
C252
0.1
C243[NIU]
C248
[NIU]
C266
[NIU]
TER2M1698
12 3
4
TER3M1698
12 3
4
TER1M1698
12 3
4
C419
[NIU]
C420
[NIU]
C421
[NIU]
C422
[NIU]
C256
[NIU]
R177[NIU]
C272[NIU]
R167 [NIU]
C283[NIU]
L70 [NIU]L71 [NIU]
IC39[NIU]
DACK1
D02 D13 D24 D35
VS
S6
VC
C7
D48 D59 D6
10 D711
VC
C12
IRQ13
TC14
TRK015
INDEX16
WRTPRT17
VS
S18
VC
C19
DSKCHG20
RDATA21
DRVDEN022DRVDEN123
DENSEL24
MEDIA-ID025MEDIA-ID126
WDATA27
WGATE28
HDSEL29
VS
S30
STEP31
VC
C32
DIR33
MTR1/IDLE34
DS1/PD35
MTR036
DS037
RESET38
X239
X140
VS
S41
A242
A143
A044
CS45
IOR46 IOW47
DRQ48
C275[NIU]
L74 [NIU]
C274[NIU]
L72 [NIU]
L79 [NIU]
L76 [NIU]
L78 [NIU]
L75 [NIU]
L77 [NIU]
L73 [NIU]
C284[NIU]
RA38[NIU]
1 82 73 64 5
R172 [NIU]
R174 [NIU]
L69[NIU]
C307[NIU]
R163[NIU]
IC38[NIU]
IN1
OUT3
CO
M2C277
[NIU]
C278[NIU]
R176[NIU]
IC41A[NIU]
17
IC41B[NIU]
3 5
IC41C[NIU]
6 2
IC41D[NIU]8
4
X3 [NIU]1 4
DA403[NIU]
12
3
C289 [NIU]C290 [NIU]C291 [NIU]C292 [NIU]C293 [NIU]C294 [NIU]C295 [NIU]C296 [NIU]C297 [NIU]C298 [NIU]C301 [NIU]C302 [NIU]
C303[NIU]
C300[NIU]
C299[NIU]
C276[NIU] C279
[NIU]
HS1[NIU]
HEAT
SINK
R165 [NIU]
CN10[NIU]
11 22 33 44 55 66 77 88 99 10
10 1111 1212 1313 1414 1515 1616 1717 1818 1919 2020 2121 2222 2323 2424 2525 2626
C280[NIU]
R175[NIU]
C273[NIU]
C270
[NIU]
IC40[NIU]
P61/DQ1P60/DQ0
P57/W/(R/W)P56/R(E)P55/A0P54/S0P53/IBF0P52/OBF0
CNVSS/VPP
RESET
P51/TOUT/XCOUT
P50/XCIN
VS
S13
XIN
XOUT
VC
C16
AV
CC
17
LPF
AV
SS
19
P44/CNTR1P43/CNTR0
P42/INT122
P41/INT023
P40/EDMA24
P87/RTS1P86/CTS1P85/URXD1P84/UTXD1P83/RTS2/STXDP82/CTS2/SRXDP81/URXD2SCLKP80/UTXD2/SRDY
P37/RD33
P36/WR34
P35/SYNCOUT35
P34/FAIOUT36
P33/DMAOUT37
P3238
P3139
P30/RDY40
P17/AB1541
P16/AB1442
P15/AB1343
P14/AB1244
P13/AB1145
P12/AB1046
P11/AB947
P10/AB848
P07/AB749
P06/AB650
P05/AB551
P04/AB452
P03/AB353
P02/AB254
P01/AB155
P00/AB056
P27/DB757
P26/DB658
P25/DB559
P24/DB460
P23/DB361
P22/DB262
P21/DB163
P20/DB064
P74/OBF1P73/IBF1/HLDAP72/S1
P71/HOLD68
P70/SOF69
USB-D+USB-D-EXTCAP
VS
S73
VC
C74
P67/DQ7P66/DQ6P65/DQ5P64/DQ4P63/DQ3P62/DQ2
C281[NIU]
R180[NIU]
L68[NIU]
L80[NIU]
XFDCCS
XFDCDACK
FDCINTXFDCDREQ
A[0..2]
D[0..7]
XRST5V
XWR5VXRD5V
31
Sep.2004 (Nov.2005)
CIRCUIT BOARD (PANEL R/PANEL L/PS)fig.panel-comp
32
JUNO-D
fig.panel-comp
View from components side
33
Sep.2004 (Nov.2005)
R
RV2
RV3
DBAGND
DGNDR
DGNDR
36133
12
28133
12
K2
R516.8K
D57 1SS112
R35 4.7K
IC7B
UPC4570C+
-6
57
54 1 2
C39 RPE2C
BKFK3B14
20
EVUF
2
C80.1
BKFK3B14
20
C90.1
EV
2
0102
0102
CIRCUIT DIAGRAM (PANEL R/PANEL L/PS)fig.panel-c
BoardRPanel
(ERASE)
(FWD)
(STOP)
ENTERPAGE/CURSOR>
EXIT
PAGE/CURSOR<
ENV/LFO(BWD)
TAPSHIFT (PLAY) FILTERLFO
KEYMODEVALUE+VALUE-
DEST.TONE
(REC)
Panel L Board
CHORDMEMORY
+OCT
EFFECTS
PHRASE/ARPEGGIO
SOLOSYNTH
WRITE
TENKEY
SONGRHYTHMGUIDE
PATCH
-OCT
PARAM UTILITY
ASSIGN-ABLE
SYSTEMACTIVEEXP
PATTERN
PARTSELECT
TRACKMUTE
LCDUnit
BacklightLCD
VOLUME
TEMPOGreen
TEMPORed
LEDforBacklight:LNJ801TP6
(C4)(0.1)
4 8
5 9
0 2 6
1 3 7
DECAYATTACK
CUTOFF
D-BEAM
SS3
LSCAN1LSCAN0
LLCK
SS5
LSCAN2
SS6
SS2
LSD0 LSD2
SS1
LSD3
LSD0
LSD3
LSD2
LCDDB0
VOLSNDL
AN0AN1
RV1RV2RV3
RV0
AGNDL
VOLSNDR
VOLRTNR
AGNDR
VOLRTNL
LSD6LSD5LSD7LSD4LSCAN2LSD3LSCAN1LSD2LSCAN0LSD1SSENLSD0SSCAN2LLCKSSCAN1DBSIGSSCAN0
XDBPLS
VOLSNDLVOLSNDR
VOLRTNRAGNDRAGNDLVOLRTNL
DBAGNDDBA-9V
DBAGNDDBA+9V
DBSIG
DBSIG
SS0
SSCAN0SSCAN1SSCAN2
SSEN
SS4
D+5VR
VRSCAN0
VRSCAN0
AD2
VRSCAN0
VRSCAN1
VRSCAN1
AD2
AD0A+9VAD1
BEATG
AD0
AD1
VRSCAN1
BEATR
D+5VR
LSD1
LSD1
RV1RV0
LSD4
BEATG
LSD6
DGNDR
REFGND
AN1
DGNDR
LSD7
REF+5V
AN0
AN2
AN2
BEATR
LSD4
REFGND
DGNDR
LSD5
REF+5V
LSD5
DGNDLDGNDL
D+5VLD+5VL
XDBPLS XDBPLS
LSD0R
SS1R
LSD2R LSD5RLSD3RLSD1R LSD4R
SS2R
SS0R
LCDV5
LCDRSLCDRXWLCDELCDDB0LCDDB1LCDDB2LCDDB3LCDDB4LCDDB5LCDDB6LCDDB7
LCDDB1
LCDRSLCDRXW
LCDV5
LCDE
LCDDB7LCDDB6LCDDB5LCDDB4LCDDB3LCDDB2
VIN&VDD5V
VIN&VDD5V
LIGHT9V
LCDDGNDLCDDGND
FER +5
REF
+A 9
DGNDRDGNDR DGNDR
D+5VR D+5VR
DGNDL
FER +5
REF+A 9
DGNDRD+5VR
DGNDR
D+5VL
DGNDL
DBAGND
DBA+9V+
DBA-9V-
DBAGND
DBA+9V+
DBA-9V-
DBAGNDDBAGND
DBA+9V+
DBA-9V-DBAGND
LIGHT9V
LCDDGND LCDDGNDLCDDGND LCDDGND LCDDGNDLCDDGND LCDDGNDLCDDGND LCDDGND
D+5VL
DGNDL DGNDL
DGNDL
REF
FER +5 FER +5
REFDGNDR
REF
FER +5
DGNDR
DGNDR
DGNDR
DGNDR
DGNDRDGNDR
D+5VL
D+5VLDGNDL
DGNDLDGNDL DGNDL
LCDDGND
LCDDGND
D7NIU
12
D91SS133
12
D31SS133
12
D41SS133
12
D111SS133
12
D51SS133
12
D12
NIU
12
D81SS133
12
D19NIU
12
D18NIU
12
D201SS133
12
D101SS133
12
D151SS133
12
D13NIU
12
D6NIU
12
D161SS133
12
D171SS133
12
D141SS133
12
SW46SKRGADD010
1 2
D251SS133
12
SW31SKRGADD010
1 2
D401SS133
12
D461SS133
12
D211SS133
12
D351SS133
12
SW28SKRGADD010
1 2
D491SS133
12
SW37SKRGADD010
1 2
SW20SKRGADD010
1 2
D221SS133
12
D431SS133
12
D311SS133
12
SW47SKRGADD010
1 2
SW38SKRGADD010
1 2
D421SS133
12
D271SS133
12
D381SS133
12
SW30SKRGADD010
1 2
D261SS133
12
D511SS133
12
D1SS
D411SS133
12
SW23SKRGADD010
1 2
D391SS133
12
D341SS133
12
D231SS133
12
SW44SKRGADD010
1 2
D301SS133
12
D1SS
D471SS133
12
SW22SKRGADD010
1 2
D501SS133
12
D321SS133
12
D481SS133
12
SW45SKRGADD010
1 2
D451SS133
12
SW48SKRGADD010
1 2
D291SS133
12
D241SS133
12
D331SS133
12
SW39SKRGADD010
1 2
Q3RN2227
3
21
LED45LNJ801TP6
12
IC2 HD74HC4053P
XCOM14
YCOM15
ZCOM4
1Z30Z51Y10Y21X130X12
INH6
C9B10A11
VCC16
GND8
VEE7
C230.1
Q4RN2227
32
1
R601K
C170.1
C20.1
C270.1
C340.1
C320.1
CN5
22FE-ST-VK-N
11
22
33
44
55
66
77
88
99
1010
1111
1212
1313
1414
1515
1616
1717
1818
1919
2020
2121
2222
CN7
20FE-ST-VK-N
11
22
33
44
55
66
77
88
99
1010
1111
1212
1313
1414
1515
1616
1717
1818
1919
2020
D55 1SS1331 2
R36 390k
C40
0.1
R34 6.8k
D53 1SS13312
D56 1SS1331 2
IC7A
UPC4570C+
-2
31
R38 1
R50100K
R47
1K
D
R42
1K
LED46NIU
12
LED47LNJ801TP6
12
LED48NIU
12
LED49LNJ801TP6
12
LED50NIU
12
LED51LNJ801TP6
12
LED52NIU
12
LED53LNJ801TP6
12
R18 22R17 22R16 22
R20 22
C25
0.1
R19 22
R14 22R15 22
IC5
HD74HC138P
C3
B2
A1
G2B5
G2A4
G16
Y77
Y69
Y510
Y411
Y312
Y213
Y114
Y015
VC
C16
GN
D8
SW29SKRGADD010
1 2
D401NIU
12
R6470K
CN1
18FE-ST-VK-N
11
22
33
44
55
66
77
88
99
1010
1111
1212
1313
1414
1515
1616
1717
1818
C16RC3-V@M100/6.3
C1RC3-V@M
100/6.3
C19RC2-V@M
100/16
C31
RC2-V@M100/16
C33RC2-V@M
100/16
C26RC2-V@M
330/6.3
R55390
R56NIU
R57390
R58NIU
R61390
R62NIU
R63390
R64NIU
R65
390
SW21SKRGADD010
1 2
VR3AEVUFEKFK3B14
1
2
3
VR2AEVUFEKFK3B14
1
2
3 VR3EVUFE
10
C60.1
VR2BEVUFEKFK3B14
10 20
C70.1
C50.1
VR1EVUF2
10
VR1AEVUF2KFK3B14
1
2
3
VR6AEVJY15F02B14
11
12
13
VR6BEVJY15F02B14
21
22
23 VR6C
EVJY15F02B14
10 20
SW3SKRGADD010
1 2
LED11SML72423C
12
3
R59820
SW6NIU
1 2
SW32SKRGADD010
1 2
C40.1
C18RPER1@
0.01
SW13SKRGADD010
1 2
R5
100
C22RPER1@
0.01
SW41SKRGADD010
1 2
SW18NIU
1 2
R1
100
SW25SKRGADD010
1 2
SW4SKRGADD010
1 2
SW19SKRGADD010
1 2
R7
100
SW33SKRGADD010
1 2
SW50SKRGADD010
1 2
SW2SKRGADD010
1 2
SW16SKRGADD010
1 2
SW11NIU
1 2
SW27SKRGADD
1
SW10SKRGADD010
1 2
SW42SKRGADD010
1 2
SW12NIU
1 2
SW9SKRGADD010
1 2
SW14SKRGADD010
1 2
SW34SKRGADD010
1 2
SW26SKRGADD010
1 2
SW35SKRGADD
1
SW5
NIU
1 2
SW40SKRGADD010
1 2
SW24SKRGADD010
1 2
SW49SKRGADD010
1 2
SW7SKRGADD010
1 2
SW17NIU
1 2
SW15SKRGADD010
1 2
SW8SKRGADD010
1 2
C3RPER1@
0.01
R2470K
R8470K
IC1D
BA10324A+
- 13
1214
IC1E
BA10324A+
-
411
IC1A
BA10324A+
- 2
31
IC1B
BA10324A+
- 6
57
IC1C
BA10324A+
- 9
108
LED44TLN233
12
C36RC2-V@M
100/16
R44 1.2K
R32SR50TR@J10
R4810K
R33SR50TR@J
10
R40
47KR43470K
Q19 2SD1858
3
12
Q182SA933ASTPR
3
21 C37 RPE2C@ 10P
Q17TPS611
12
R49
180
R41100
C501
jamper 5
CN6
B10B-PH-K-S(PB-FREE)
11
22
33
44
55
66
77
88
99
1010
IC9
RCM2234M-A/B
VSS1
VLCDI2 VDD3
RS4
R/W5
E6
GND15
DB714
DB613
DB512
DB411
DB310
DB29
DB18
DB07
34
JUNO-D
RELEASE
ESONANCE
DGNDL
DGNDL
D+5VL
FER +5
REF
FER +5
REF
C24
C3
B2
A1
G25
G24
G16
R1
D581SS12
133
C
1SS133
@ 10P
VR4BEVUFEKF
10
VR4AFEKFK3B14
1
2
3
VR5AVUF2KFK3B14
1
2
3 VR5BEVUF2KF
10
fig.panel-c
BoardPS
DC IN
DUAL(REC)
UPPER SINGLE (PLAY)
BALANCE/LFO
ENVLOWER SPRIT(ERASE)
PATTERN PARAM EFFECTS UTILITY
WRITE
SONG
ASSIGN-ABLE
TENKEY TRACKMUTE
CHORDMEMORY
PATCH
SYSTEM
RHYTHMGUIDE
SOLO SYN 4 8
ACTIVE EXP PART SELECT -OCT +OCT 5 9
0 2 PHRASE 6
1 3 7
FILTERLFO
LS1LS0
LS4
LLN7LL0 LLN5 LLN6LLN4LS1LS0
LS3
LSD5
LS1LLN5
LLN7
LLN3
LLN4
LSD2LSD1
SS0LSD0
SS1
SS2LLN6
LS0
LLN3
LS5
LS2
LS0R
LSD2R
LLN7RSS2R
LLN6R
SS0R
LLN7R
LSD5R
LL0R
LS1R
LS0R
LSD0R
LSD1R
SS1R
LLN4R
LLN4R
LLN6RLLN5RLS1R
LLN5R
LLN3R
LLN3R
+5D
D
F
VADP
A
+5D
D
VADP
A
F F
D+5VL
DGNDL
D+5VL
DGNDL
DGNDL DGNDLDGNDL DGNDL DGNDL DGNDL DGNDL DGNDL DGNDL DGNDL
DBAGND DBAGND
DBAGND
DBA+9V+
DBA-9V-
DBA+9V+
DBA-9V-
DBAGND DBAGND
DBAGND
D+5VR
D+5VRD+5VR
DGNDR
DGNDR
DGNDR
D+5VL
D+5VL
D+5VL
D+5VL
DGNDL
D+5VL
A
HS1 HEAT
SINK
SW1BSDKLA1-B
1020
SW1ASDKLA1-B
12
LED8LNJ482YKXXE
1 2
LED2LNJ482YKXXE
1 2
R10
56
R13
56
Q2RN2227
3
21
LED7LNJ482YKXXE
1 2
LED9LNJ482YKXXE
1 2
R11
56
R9
56
LED4LNJ482YKXXE
1 2
LED10LNJ482YKXXE
1 2
0.1
R24
56
R25
56
Q8RN22273
21
R28
56
Q9DTC114ES
3
12
R27
56
Q11DTC114ES
3
12
Q13DTC114ES
3
12
R23
56
C290.1
Q15DTC114ES
3
12
Q10DTC114ES
3
12
Q12DTC114ES
3
12
R26
56
Q16DTC114ES
3
12
Q5RN22273
21
Q14DTC114ES
3
12
R22
56
R21
56
IC4
HD74HC138P
BA
Y77
Y69
Y510
Y411
Y312
Y213
Y114
Y015
VC
C16
GN
D8
TER1M1698
12 3
4
TER2M1698
12 3
4
R3NIU
IC6
HD74HC574P
D79
D68
D57
D46
D35
D24
D13
D02
OE1
CK11
Q712
Q613
Q514
Q415
Q316
Q217
Q118
Q019
VC
C20
GN
D10
R4NIU
4500
133
C41
0.01
IC8A
UPC4570C
+
-2
31
R3747K
R3927K
R4612K
R53
330K
C43
0.1 IC8C
UPC4570C+
-
84
C44
0.1
C45
0.1
C42
0.1 IC7C
UPC4570C+
-
84
IC8B
UPC4570C+
-6
57
C100.1
C110.1
C13
0.1
C140.1
Q1RN2227
3
21
C15
RE3-V@M1000/6.3
C21RC3-V@M100/6.3
C30
RC2-V@M10/16
C38 RPE2C@ 10P
D1NIU1 2 IC3
NJM7805FA
IN1
OUT3
CO
M2
LED1NIU1 2
LED5NIU1 2
LED6NIU1 2
LED401SEL5921A
1 2
LED12SEL5921A
1 2
LED13SEL5921A
1 2
LED14SEL5921A
1 2
LED15SEL5921A
1 2
LED16SEL5921A
1 2
LED17SEL5921A
1 2
LED18SEL5921A
1 2
LED19SEL5921A
1 2
LED20SEL5921A
1 2
LED21SEL5921A
1 2
LED22SEL5921A
1 2
LED23SEL5921A
1 2
LED24SEL5921A
1 2
LED25SEL5921A
1 2
LED26SEL5921A
1 2
LED27SEL5921A
1 2
LED29SEL5921A
1 2
LED30SEL5921A
1 2
LED31SEL5921A
1 2
LED32SEL5921A
1 2
LED33SEL5921A
1 2
LED34SEL5921A
1 2
LED36SEL5921A
1 2
LED37SEL5921A
1 2
LED38SEL5921A
1 2
LED39SEL5921A
1 2
LED40SEL5921A
1 2
LED41SEL5921A
1 2
LED42SEL5921A
1 2
LED3LNJ482YKXXE
1 2
K3B14
20
K3B14
20
C12ECA-M@2200/16
JK1
HEC0470-01-630
213
Q6RN22273
21
C28RC3-V@M100/6.3
Q7
RN2227
3
21
FL1DSS9ND31H223Q91J
NIU
FL2SH-202
1
2
4
3
R12
56
CN314FE-ST-VK-N
11 22 33 44 55 66 77 88 99 10
10 1111 1212 1313 1414
CN414FE-ST-VK-N
11 22 33 44 55 66 77 88 99 10
10 1111 1212 1313 1414
CN2
B8B-PH-K-S(PB-FREE)
11
22
33
44
55
66
77
88
D2
1SR139-@400
1 2
35
Sep.2004 (Nov.2005)
ERROR MESSAGES
Checksum ErrorMeaning: The checksum of a received System Exclusive message was incorrect.
Action: Set the correct checksum value.
MIDI Buffer FullMeaning: Due to an inordinate volume of MIDI messages received, the JUNO-D has failed to process them properly.
Action: Reduce the amount of MIDI messages to be transmitted.
MIDI Communication ErrorMeaning: A problem has occurred with the MIDI cable connections.
Action: Check that MIDI cables are not broken or pulled out.
Receive Data ErrorMeaning: A MIDI message was received incorrectly.
Action: If the same error message is displayed repeatedly, the problem lies with the MIDI messages that are being transmitted to the JUNO-D.
User Memory DamagedMeaning: The data in user memory has been lost.
Action: Use the Factory Reset function to initialize the memory to the factory settings.
CANCELEDMeaning: Processing is canceled. (This is not an error message.)
Action: ---
SERVICE INFORMATIONThe names of the internal sound were changed from the 5 LOT products.
This change is only for the names. There is no change in the output sound.
The followings are the details of the change.Tone
Patch
Performance
No. Before change After change0023 60’s Rhodes 60’s EP0024 JUNO-D Rhodes JUNO-D EP0025 Touch Rhodes Touch EP0027 Dyno Rhodes Dyno EP0028 MKS20Rhodes MKS20 EP0029 StageRhodes1 Stage EP 10030 StageRhodes2 Stage EP 20033 Sine Rhodes Sine EP0034 Phase EP Phase EP 10035 Phase Rhodes Phase EP 20043 FM Rhodes 1 FM EP 10044 FM Rhodes 2 FM EP 2
No. Before change After change013 JUNO-D Rhds JUNO-D EP014 ChorusRhodes Chorus EP016 Dyno Rhodes Dyno EP019 TremoloRhods Tremolo EP021 MKS20 Rhds 1 MKS20 EP 1022 MKS20 Rhds 2 MKS20 EP 2023 Touch Rhodes Touch EP024 Phase Rhodes Phase EP 1025 Phase Rhds 2 Phase EP 2026 Phase EP Phase EP 3027 Psycho Rhds Psycho EP028 StageRhds/Bs Stage EP/Bs030 Sine Rhodes Sine EP031 FM EP FM EP 1034 FM Rhodes FM EP 2049 60’s Rhodes 60’s EP
No. Before change After change06 JUNO-D Rhds JUNO-D EP
36