Akai MPC FLY 30 User manual
SPECIFICATIONS
HARDWARE
Pads
PadsPads
Pads
16 velocity-sensitive with aftertouch, backlit by
velocity
iPad compatibility
iPad compatibilityiPad compatibility
iPad compatibility
iPad 2
iPad (3rd generation)
Power
PowerPower
Power
Rechargeable internal lithium-ion battery
6V DC, 3A, center pin positive
Connections
ConnectionsConnections
Connections
Attached dock connector cable
Power adapter input (5.5 mm)
Dimensions
DimensionsDimensions
Dimensions
(H x W x D)
(H x W x D) (H x W x D)
(H x W x D)
(closed, excluding cables)
1.2" x 10.75" x 8.1"
31 mm x 273 mm x 206 mm
Weight
WeightWeight
Weight
(excluding cables and iPad)
2.69 lbs.
1.2 kg
SERVICE MANUAL
MODEL: MPC FLY 30
DISASSEMBLY PROCEDURES
1.
DISASSEMBLE THE MAIN PCB ASS’Y.
(A) REMOVE THE NAME PLATE.
(B) REMOVE 10 SCREWS FROM THE TOP HOUSING.
(C)REMOVE THE TOP HOUSING.
(D)REMOVE THE RUBBER PAD.
(E) REMOVE THE FSR.
(Fig1)
2.
DISASSEMBLE THE
HINGE BLOCK ASS’Y.
(A)
REMOVE THE
IPAD COVER.
(B) REMOVE THE IPAD HOLDER CAP.
(C) REMOVE 3 SCREWS FROM THE
FIXED PLATE.
(D) REMOVE 4 SCREWS FROM THE
HINGE BLOCK.
(E) REMOVE 3 SCREWS FROM THE
FIXED PLATE.
(F) REMOVE 4 SCREWS FROM THE
HINGE BLOCK.
(Fig2)
3.
DISASSEMBLE THE
HINGE BLOCK.
(A)
REMOVE 2 SCREWS FROM THE
HINGE BLOCK.
(B) REMOVE 4 SCREWS FROM THE HINGE BLOCK.
(Fig3)
WIRING DIAGRAM
(US/EU/UK/JIS/AUS NZ)
PACKING DIAGRAM
(US/EU/UK/JIS/AUS NZ)
EXPLODE DIAGRAM
(US/EU/UK/JIS/AUS NZ)
EQUENCIAL NO EXPLODE DIAGRAM WILL BE MARKED ON REF.COLUMM OF BOM LIST
ACV2AKA21 BOM
LEVEL
P/N DESCRIPTION QTY
REF
0
ACV2AKA21 ACV2 AC100~240V 50/60Hz USA 0
17
1
AL9-79-065801 Main PCB Assembly 1
2
AL0-17-0103 RES Array 4X10K 1/10W 0603 2
R92,111
2
AL0-17-0332 RES ARRAY 4X330 10
R7,8,11,12,18,19,31,37,91,308
2
AL2-49-0070 Diode BAV70 8
D354~361
2
AL2-51-0140 Schottky Barrier Rectifiers Diode 2
D16,29
B140-13-F SMA
2
AL2-51-4401 Transistor 2N4401 NPN SOT-23 (Transistor 46
Q1~14,23~26,42,43,48,49,54~70,87~89
MMBT4401LT1 NPN SOT-23)
Q124,125,128,129
2
AL2-51-4403 Transistor 2N4403 PNP SOT-23 1
Q29
2
AL2-52-5242 DIODE MMBZ5242B 1
D12
2
AL2-54-0138 Mosfet BSS138 N-CH SOT-23 3
Q16,17,18
2
AL2-54-6306 Mosfet FDC6306P P-CH SSOT-6 2
U6,16
2
AL2-61-7223 IC NJU7223DL1-33 3.3V TO-252 1
U2
2
AL2-62-0004 IC 74AHC04 1
U28
2
AL2-71-1324 IC LMV324 SOP-14 1
U41
2
AL9-40-0658 Main PCB 2-Layer FR-4 1.0T 250.5*191MM 1
-
2
CS101J5003NPO CCAP SMD 100pF/50V 5% 0603 NPO 7
C2,18,63,114,115,175,176
2
CS102J5003NPO CCAP SMD 1nF/50V 5% 0603 NPO 5
C10,12,29,31,52
2
CS103J5003X7R CCAP SMD 0.01uF/50V 5% 0603 X7R 2
C56,89
2
CS104J5003X7R CCAP SMD 0.1uF/50V 5% 0603 X7R 22
C3,6,8,9,11,13,14,16,22,28,30,40,60~62
C77,90~92,183,185,211
2
CS104K5005X7R CCAP SMD 0.1uF/50V 10% 0805 X7R 5
C4,25,41,64,110
2
CS105K1005X7R CCAP SMD 1uF/10V 10% 0805 X7R 2
C65,43
2
CS105K1603X5R CCAP SMD 1uF/16V 10% 0603 X5R 2
C20,37
2
CS180J5003NPO CCAP SMD 18pF/50V 5% 0603 NPO 2
C15,17
2
CS180J5005NPO CCAP SMD 18pF/50V 5% 0805 NPO 1
C24
2
CS473K5003X7R CCAP SMD 0.047uF/50V 10% 0603 X7R 1
C139
2
CS475K1605X5R CCAP SMD 4.7uF/16V 10% 0805 X5R 10
C1,7,19,21,44~47,85,88
2
CS561J5003NPO CCAP SMD 560pF/50V 5% 0603 NPO 4
C112,177,179,181
2
DIEN1N4148WSM Diode SMD 16
D76~78,123,128,131,148,149,158,159,166
D167,172~175
2
DIENMBR0520SM Switch diode ENMBR0520SM SOD-123 2
D2,9
2
DISDMBRA340T3G Shottky diode DISDMBRA340T3G SMD 3A 40V
2
D4,17
2
EVA1504430 EVA(Battary) 1
-
2
IC74LVC574APWR IC SN74LVC574APW TSSOP-20 5
U7,9,10,12,13
2
ICISL9220 IC ISL9220 QFN-20 1
U1
2
ICLM2621MM IC Low Voltage Step UP DC-DC Converter 1
U5
LM2621MM SO-8
2
ICLP2975-5.0 IC LP2975-5.0 SO-8 1
U15
2
ICMFI341S2162 IC Apple Ipod Mcu QFN-20 1
U3
2
ICTPS2557DRBR IC TPS2557DRBR SON-8 1
U8
2
ICUSBLC62SC6 IC USBLC62SC6 SOT-23-6L 1
D3
2
ICYH101M03 IC( ICSTM32F102R8T6 + program ) TQFP-64 1
U4
3
ICSTM32F102R8T6 IC STM32F102R8T6 TQFP64 1
(U4)
2
JK8KD-33S-1.3 DC Jack 6V/3A 1
J7
2
LDH0606AV2G7008 Liquid-emitting Diode Red/Green SMD 0603 17
LED1~17
140°
2
LDKPT-1608CGCK Liquid-emitting Diode Green SMD 0603 1
D7
angle 120°
2
LDKPT-1608SURCK Liquid-emitting Diode Red SMD 0603 6
D1,5,6,282,307,309
angle 120°
2
RS000004J06 RES 0Ω5% SMD 1206 1
R44
2
RS000008J05 RES 0Ω5% SMD 0805 3
R17,118,178
2
RS000010J03 RES 0Ω5% SMD 0603 2
R379,380
2
RS000108J05 RES 1.0 Ω5% SMD 0805 1
R150
2
RS001K08F05 RES 1K 1% SMD 0805 5
R20,99,131~133
2
RS001K10F03 RES 1K 1% SMD 0603 1
R56
2
RS002210F03 RES 22Ω1% SMD 0603 3
R9,51,75
2
RS004710F03 RES 47Ω1% SMD 0603 11
R4,10,14,15,26,32,35,97,98,208,209
2
RS009110F03 RES 91Ω1% SMD 0603 17
R36,38,48,52,61~63,68~71,77~79,84,90,115
2
RS010K08F05 RES 10K 1% SMD 0805 2
R147,148
2
RS010K10F03 RES 10K 1% SMD 0603 30
R2,3,5,25,28,40,41,43,45,46,50,54,55,57
R94,100,101,104,106,112,113,225~227,230
R234,246,255,284,376
2
RS018010F03 RES 180Ω1% SMD 0603 6
R80,81,83,109,110,129
2
RS01K510F03 RES 1.5K 1% SMD 0603 1
R47
2
RS022010F03 RES 220Ω1% SMD 0603 1
R1
2
RS027010F03 RES 270Ω1% SMD 0603 1
R82
2
RS047010F03 RES 470Ω1% SMD 0603 4
R237,249,283,293
2
RS047K10F03 RES 47K 1% SMD 0603 1
R86
2
RS04K710F03 RES 4.7K 1% SMD 0603 4
R247,257,285,378
2
RS051110F03 RES 511Ω1% SMD 0603 1
R34
2
RS056010F03 RES 560Ω1% SMD 0603 17
R49,53,58~60,64~67,72~74,76,85,87~89
2
RS0R0504F06 RES 0.05Ω1% SMD 1206 1
R122
2
RS100K10F03 RES 100K 1% SMD 0603 8
R6,13,24,27,29,42,102,121
2
RS150K08F05 RES 150K 1% SMD 0805 2
R21,22
2
RS1K7410F03 RES 1.74K 1% SMD 0603 4
R205~207,286
2
RS44K210F03 RES 44.2K 1% SMD 0603 1
R30
2
RS475K10F03 RES 475K 1% SMD 0603 1
R152
2
RS510K08F05 RES 510K 1% SMD 0805 1
R134
2
RS68K110F03 RES 68.1K 1% SMD 0603 1
R33
2
RS820K10F03 RES 820K 1% SMD 0603 1
R123
2
RSR08210F03 RES 0.082Ω1% SMD 0603 2
R119,120
2
TCS226K160B Solid Tantalum Electrolytic Capacitors B 1
C33
CASE 22UF/16V
2
TCS227K100D Solid Tantalum Electrolytsic Capactor 1
C27
220UF/10V 10% D-SMD
2
TCS476K100B Solid Tantalum Electrolytsic Capactor 8
C23,26,32,34~36,38,39
47UF/10V 10% B-SMD
2
TE681250302 Box Header 90°1.25mm Single Ron 3Pin 1
J1
SMD
2
TE681251001 Box Header 90°1.25mm Single Ron 10Pin 1
J2
SMD
2
TE991272001 Box Header 180° Pitch 1.27mm Dual Row 1
J4
10Pin*2 SMD
2
TRFDD4685 MOSFET FDD4685 P-CH TO-252 1
Q15
2
UHBDE4D15-100M Inductor 10UH 1A ± 20% 4.6*4.6mm 1
L27
2
UHPIH5D18-6R8N Inductor 6.8uH 1.45A ±30% 5.7*5.7mm 2
L3,4
2
UHSQD105T-751 Common Inductor 700Ω±35% 10.3X8mm 1
L1
2
XTM08000XA1 Crystal Oscillator 8MHZ 5*3.2mm 1
X1
1
BA-HINGE02 Hinge 2
6
1
BA-HINGE03 Hinge 2
7
1
EVA1504432 EVA For Weight 1
18
1
LAC53ALE112 Safety Label 1
1
LAC62AKA196 Bar Code Label(Code 39) 0.25
1
LAC67MAR681 Label(Circle Limpid) 1
1
LAC67YAH261 Label φ8mm Green 0.25
1
LAP67YAH255 Sticker φ10mm red 2
1
MAG1110003 Magnet 2
14
1
MT150280601 Name Plate 1
11
1
MT150433301 Hinge Block 2
10
1
MT150433401 Hinge Block Top Cover 2
9
1
MT1504444 Fixed Plate 1
27
1
MT1504445 Fixed Plate 1
25
1
MT1504446 Fixed Plate(Magnet) 2
3
1
MT151350501 Weight(Painting) 1
19
1
NM1504415 Devil Felt 2
1
NP315AKA25 Aluminum Overlay 1
1
1
OTFSR16KEY FSR 16KEY(AL7-10-0149) 1
16
1
OTGSP035590 Li Cell 3.7V/1500mAH 90*55*3MM 1
31
1
PACV2AKA21 Pack Assembly 1
2
AL7-51-0226-J Safety Manual 1
2
AL7-51-0387-B Instruction Book 1
2
AL7-91-1002 Gel Silica 1
2
CB310N062 Separate Wall 0.5
2
CGACV2310AKA01 GIFT Box 1
2
CTACV2513AKA01 Shipping Carton 0.25
2
LAC22AKA194 Bar Code Label 1
2
LAC62AKA195 Sticker UPC Code 1.5
2
NM1504410 Spunlace Nonwoven Bag 1
2
PE230370402B07 Poly Bag 230*370mm 1
2
PLACV201 Poly Foam(Left) 1
2
PLACV202 Poly Foam(Right) 1
2
SD06006000 Connector Protective Bag 1
1
PT150290705 IPAD Cover(Pearl Red) 1
4
2
PT1502907 IPAD COVER 1
1
PT152062805 IPAD Holder Cap(Pearl Red) 1
23
2
PT1520628 IPAD Holder Cap 1
1
PT153013206 Top Housing(Pearl Red) 1
13
2
PT153013205 Top Housing (Silver) 1
3
PT1530132 Top Housing 1
1
PT153031506 Bottom Housing (Printing) 1
20
2
PT153031505 Bottom Housing(Pear Red) 1
3
PT1530315 Bottom Housing 1
1
PU008008005 Conductive Foam 2
32
1
RU1504348 Hinge Rubber (Top) 2
22
1
RU1504349 Buffer Rubber 4
28
1
RU1504350 Hinge Rubber (Bottom) 2
29
1
RU1504351 Rubber (Magnet)(RED) 2
33
1
RU151061401 Rubber Button(Printing) 1
15
1
RU1530605 Rubber Foot 2
21
1
SC2604RINI SCREW M2.6X4 PPN 16
5
1
SC2606FINI Screw M2.6*6 PFN 4
8
1
SC2606RBNI SCREW M2.6X6 PPN TAPPING 16
12
1
SPSAHKSC-120890 Switch Adaptor 6V/3A UL/JIS 1
1
TP02025025T Adhesive 1
35
1
TP02070210T Adhesive 1
34
1
TWCA300102301 iPAD Cable Assembly 1
26
2
JK512S0017 Ipod Connector 1
1
TWPT15301330102 IPAD Holder (Pearl Red) 1
2
2
TWPT153013301 Ipad Holder(ultra sonic) 1
3
PT1504433 IPAD Holder Cover 1
3
PT1530133 IPAD Holder 1
1
MT1512209 SHIELD 1
36
!
!
ACV2 - OTS Test Procedure
Rev C - 9/24/2012
1. Connect an iPad 3 into the ACV2 OTS Unit
2. Connect a Power supply to the unit
3. Press the Power Button.
a. Verify the charging on the iPad
b. Verify Power button is lights up Green
4. Open the “Settings” application
5. Click on General on the left hand side
6. Click on About on the right hand side
7. Find “MPC Fly” on the bottom of the 2nd list on the right hand side
a. Verify: Firmware Revision 0.0.5
8. Exit the Settings applicaition.
9. Open the “MIDI Tool Box” iPad Application.
10.Press the “I/O Setup” button
11.Make sure “MPC FLY” is checked for both Inputs and Outputs.
12.Make sure no other inputs or outputs are checked.
13.Make sure “MIDI Thru” is enabled.
14.Press the “Midi Tool Box” button on the top left to return back to the main
menu
15.Press the “Event Monitor” button
16.Be sure you are at “In’” in the bottom
17.Press Each button
a. Verify: the values for each button match the chart below:
i. You should receive a velocity of 127 for each button
press
and a velocity of 0 for each button release
Button Name
Midi Note Value
Full Level
CH1: D#2
16 Level
CH1: E2
Undo
CH1: F3
Erase
CH1: A-1
Note Repeat
CH1: G2
Main
CH1: C3
Rec
CH1: G4
Over Dub
CH1: C#5
Stop
CH1: A5
Play
CH1: G#5
Play Start
CH1: B5
Solo Track
CH1: D#3
Mute Track
CH1: D3
Track Down
CH1: D#0
Track Up
CH1: D0
Timing Correct
CH1: C#3
18.Press and hold each pad.
a. Verify the values for note on, PolyPress and note off match the
chart below.
b. Verify LEDS turn amber for each pad.
c. Verify You receive a Note On message, followed by the
PolyPress message followed by a Note Off message.
Sometimes you will receive the note off message 2nd to last.
This is okay.
d. Verify: As you increase pressure on the pads, the
PolyPressure value increases
Pad #
Note/Poly Message
Pad 1
CH10: C#2
Pad 2
CH10: C2
Pad 3
CH10: F#2
Pad 4
CH10: A#5
Pad 5
CH10: E2
Pad 6
CH10: D2
Pad 7
CH10: A#2
Pad 8
CH10: G#2
Pad 9
CH10: C3
Pad 10
CH10: B2
Pad 11
CH10: A2
Pad 12
CH10: G2
Pad 13
CH10: C#3
Pad 14
CH10: G3
Pad 15
CH10: D#3
Pad 16
CH10: F3
19.Click the “Midi Tool Box” button on the top left.
20.Click on “Sysex Librarian”
21.Be sure the top window is cleared. If you tap on the window, a keyboard
will pop up in the bottom window. Use the top right button to clear
everything.
22.Enter this value in. It is recommended that after entering this value, using
the save function so that you can later use the open function to recall this
value instead of typing it in each time. Here is the value:
B0 27 7F B0 28 7F B0 32 7F B0 33 7F B0 43 7F B0 49 7F B0 50 7F
a. Verify: Full Level LED is Red
16 Level LED is Red
Rec LED is Red
Rec Overdub LED is Red
Mute Track LED is Red
Solo Track LED is Red
Play LED is Green
23.Clear this window and enter the following value. It is recommended that
you use the save function and later use the open function to recall this
value:
B0 27 00 B0 28 00 B0 32 00 B0 33 00 B0 43 00 B0 49 00 B0 50 00
a. Verify: All LEDS turn off
24.Enter this value in. It is recommended that after entering this value, using
the save function so that you can later use the open function to recall this
value instead of typing it in each time. Here is the value:
B9 25 07 B9 24 07 B9 2A 07 B9 52 07 B9 28 07 B9 26 07 B9 2E 07 B9 2C
07 B9 30 07 B9 2F 07 B9 2D 07 B9 2B 07 B9 31 07 B9 37 07 B9 33 07 B9
35 07
a. Verify: All PAD LEDS light up green.
25.Enter this value in. It is recommended that after entering this value, using
the save function so that you can later use the open function to recall this
value instead of typing it in each time. Here is the value:
B9 25 38 B9 24 38 B9 2A 38 B9 52 38 B9 28 38 B9 26 38 B9 2E 38 B9 2C
38 B9 30 38 B9 2F 38 B9 2D 38 B9 2B 38 B9 31 38 B9 37 38 B9 33 38 B9
35 38
a. Verify All PAD LEDs light up red
26.Enter this value in. It is recommended that after entering this value, using
the save function so that you can later use the open function to recall this
value instead of typing it in each time. Here is the value:
B9 25 00 B9 24 00 B9 2A 00 B9 52 00 B9 28 00 B9 26 00 B9 2E 00 B9 2C
00 B9 30 00 B9 2F 00 B9 2D 00 B9 2B 00 B9 31 00 B9 37 00 B9 33 00 B9
35 00
a. Verify All PAD LEDs turn off.
1
1
2
2
3
3
4
4
5
5
6
6
D D
C C
B B
A A
Copyright 2013 - Akai Professional
PAD1-4
PAD5-8
PAD9-12
PAD13-16
Green pad LED's set for 17mA
Red pad LED's set for 28mA
Do not drive Red and Green LEDsat full power simultaneously.
#NAME?
ACV2 MAIN PCB
ASSY NUMBER:
123456
D
C
B
A
C
D
B
A
COMPANY:
TITLE:
PART NUMBER:
FILENAME:
SCALE:
RELEASED:
DRAWN: DATED:
DATED:
SIZE:
SHEET: OF 4
3
9-79-0658-C-0
9-40-0658-C
AKAI PROFESSIONAL
MJS
MBT4401
Q1
MBT4401
Q2
MBT4401
Q3
MBT4401
Q4
MBT4401
Q7
MBT4401
Q8
MBT4401
Q9
MBT4401
Q23
MBT4401
Q24
MBT4401
Q25
MBT4401
Q26
MBT4401
Q42
MBT4401
Q43
MBT4401
Q48
MBT4401
Q49
MBT4401
Q54
MBT4401
Q55
MBT4401
Q56
MBT4401
Q57
MBT4401
Q58
MBT4401
Q59
MBT4401
Q60
MBT4401
Q61
MBT4401
Q62
MBT4401
Q63
MBT4401
Q64
MBT4401
Q65
MBT4401
Q66
MBT4401
Q67
MBT4401
Q68
MBT4401
Q69
MBT4401
Q70
3.3k
R308A
3.3k
R308B
3.3k
R308C
3.3k
R308D
3.3kR7A
3.3kR7B
3.3kR7C
3.3kR7D
3.3kR8A
3.3kR8B
3.3kR8C
3.3kR8D
3.3k
R11A
3.3k
R11B
3.3k
R11C
3.3k
R11D
3.3k
R12A
3.3k
R12B
3.3k
R12C
3.3k
R12D
3.3k
R18A
3.3k
R18B
3.3k
R18C
3.3k
R18D
3.3k
R19A
3.3k
R19B
3.3k
R19C
3.3k
R19D
3.3k
R31A
3.3k
R31B
3.3k
R31C
3.3k
R31D
91 ohm
R115
91 ohm
R36
91 ohm
R38
560 ohm
R49
560 ohm
R58
560 ohm
R59 560 ohm
R60
91 ohm
R48
91 ohm
R61
91 ohm
R62
91 ohm
R63
560 ohm
R64
560 ohm
R65
560 ohm
R66
560 ohm
R67
91 ohm
R68
91 ohm
R69
91 ohm
R70
91 ohm
R71
560 ohm
R72
560 ohm
R73
560 ohm
R74
560 ohm
R76
91 ohm
R77
91 ohm
R78
91 ohm
R79 91 ohm
R84
560 ohm
R85
560 ohm
R87 560 ohm
R88
560 ohm
R89
91 ohm
R90
OE
1
D0
2
D1
3
D2
4
D3
5
D4
6
D5
7
D6
8
D7
9
GND
10
CLK
11
Q7 12
Q6 13
Q5 14
Q4 15
Q3 16
Q2 17
Q1 18
Q0 19
VCC 20
74LVC574
U13
0.1uFC28
1000pF
C29
OE
1
D0
2
D1
3
D2
4
D3
5
D4
6
D5
7
D6
8
D7
9
GND
10
CLK
11
Q7 12
Q6 13
Q5 14
Q4 15
Q3 16
Q2 17
Q1 18
Q0 19
VCC 20
74LVC574
U7
0.1uFC9
1000pF
C10
OE
1
D0
2
D1
3
D2
4
D3
5
D4
6
D5
7
D6
8
D7
9
GND
10
CLK
11
Q7 12
Q6 13
Q5 14
Q4 15
Q3 16
Q2 17
Q1 18
Q0 19
VCC 20
74LVC574
U9
0.1uFC11
1000pF
C12
OE
1
D0
2
D1
3
D2
4
D3
5
D4
6
D5
7
D6
8
D7
9
GND
10
CLK
11
Q7 12
Q6 13
Q5 14
Q4 15
Q3 16
Q2 17
Q1 18
Q0 19
VCC 20
74LVC574
U10
0.1uF
C30
1000pF
C31
DATA00
DATA00
DATA00
DATA00
DATA01
DATA01
DATA01
DATA01
DATA02
DATA02
DATA02
DATA02
DATA03
DATA04
DATA03
DATA04
DATA03
DATA04
DATA03
DATA04
DATA05
DATA05
DATA05
DATA05
DATA06
DATA06
DATA06
DATA06
DATA07
DATA07
DATA07
DATA07
DATA0[0..7]
DATA0[0..7]
DATA0[0..7]
DATA0[0..7]
GND
GNDGND
GNDGND
GNDGND
GND
GND
GNDGND
GNDGND
GNDGND
GND
GND
GNDGND
GNDGND
GNDGND
GND
GND
GNDGND
GNDGND
GNDGND
GND
+4V
+4V
+4V
+4V
GND
+3.3V
LATCH0
LED_ENABLE
GND
GND
GND
+3.3V
LATCH1
LED_ENABLE
GND
GND
GND
+3.3V
LATCH2
LED_ENABLE
GND
GND
GND
+3.3V
LATCH3
LED_ENABLE
GND
GND
DATA0[0..7]
4 3
2 1
RED
GRN
LED1
RED
GRN
LED2
RED
GRN
LED3
RED
GRN
LED4
RED
GRN
LED5
RED
GRN
LED6
RED
GRN
LED7
RED
GRN
LED8
RED
GRN
LED9
RED
GRN
LED10
RED
GRN
LED11
RED
GRN
LED12
RED
GRN
LED13
RED
GRN
LED14
RED
GRN
LED15
RED
GRN
LED16
+4V
+4V
+4V
+4V
LED_PADS-20130104.SchDoc
1
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D D
C C
B B
A A
Copyright 2013 - Akai Professional
STM32 JTAG
MAIN-20130104.SchDoc
RCfilter for VDDA
UI BUTTON LED'S
16 LEVEL
FULL LEVEL
OVERDUB
RECORD
MUTE TRACK
PLAY
SOLO TRACK
IPOD Authentication
Coprocessor
3.6V-4.2V
3.5V-3.6V
3.2V-3.4V
3.0V-3.2V
Green
Yellow
Red
Blinking Red
33% to 100%
22% to 32%
1%to 10%
ShutdownI mminent
1.8V-2.1V
1.75V-1.8V
1.6V-1.7V
1.5V-1.6V
Cell Voltage ADC Voltage LED fuel gauge
indicator
battery discharge
level
Orange3.4V-3.5V 11% to 21%1.7V-1.75V
Implement hysteresisto decreasesensitivity to cell voltagedroop
over load variation
STOP PLAY
UNDO
PLAY START
ERASE
TIMING CORRECT
16L EVELFULL LEVEL NOTE REPEAT MAIN REC OVERDUB
TRACK UP TRACK DOWN MUTETRACK SOLO TRACK
POWERLED
To iPad
Stuff U3
Do Not Stuff U18
Stuff for dev only
DNS for production
-Must use a l ow-profi le
connector rated at 1A per
Cable must have foil shield
USB D-
USB D+
\ACC_DET
\IPAD_DET
GND
GND
+5V
+5V
ACC_POWER
pin or greater
ACC_ID
arrangetest pointsin a row with 0.1" spacing
STM32 JTAG
alternate stuff only for bare PCB development
- Or use wires soldered to board
9-79-0658-C-0
9-40-0658-C
ACV2 MAIN PCB
2013-01-04
MJS
ASSY NUMBER:
123456
D
C
B
A
C
D
B
A
COMPANY:
TITLE:
PART NUMBER:
FILENAME:
SCALE:
RELEASED:
DRAWN: DATED:
DATED:
SIZE:
SHEET: OF 4
1
AKAI PROFESSIONAL
VBAT 1
PC13-TAMPER-RTC 2
PC14-OSC32_IN 3
PC15-OSC32_OUT 4
PD0-OSC_IN
5
PD1-OSC_OUT
6
RST
7
PC0 8
PC1 9
PC2 10
PC3 11
VSSA
12 VDDA 13
PA0-WKUP
14
PA1
15
PA2
16
4847
PA13
46 PA12
45 PA11
44 PA10
43 PA9
42 PA8
41
PC9 40
PC8 39
PC7 38
PC6 37
PB15 36
PB14 35
PB13 34
PB12 33
PA14
49
PA15
50
PC10 51
PC11 52
PC12 53
PD2
54
PB3 55
PB4 56
PB5 57
PB6 58
PB7 59
BOOT0
60
PB8 61
PB9 62
63 64
VDD 32
VSS
31
PB11 30
PB10 29
PB2 28
PB1 27
PB0 26
PC5 25
PC4 24
PA7
23 PA6
22 PA5
21 PA4
20
1918
PA3
17
STM32F102R8T6
U4
0.1uFC6
0.1uFC8
0.1uF
C13
0.1uF
C16
0.1uF
C14
10K
R5
0.1uF
C92
10K
R225
10K
R226
10K
R227
18pF
C15
220 ohm
R1
18pF
C17
22 ohm R51
22 ohm R75
100pF
C114
100pF
C115
100pF
C175
100pF
C176
1
2
34
5
6
D3
1uF (DNS)
C5
0.01uF
C56
4.7uF
C85
1.0 ohmR150
100pF
C63
47 ohm
R15
47 ohm
R26
47 ohm
R32
MBT4401
Q87
MBT4401
Q88
MBT4401
Q89
MBT4401
Q124
MBT4401
Q125
MBT4401
Q128
MBT4401
Q129
RED
D307
RED
D309
3.3k
R37A
3.3k
R37B
3.3k
R37C
3.3k
R37D
3.3k
R91A
3.3k
R91B
3.3k
R91C
3.3k
R91D
RED
D282
270
R82
180 ohm
R109
180 ohm
R110
180 ohm
R129
RED
D1
RED
D5
RED
D6
GREEN
D7
10KR54
47 ohm
R208
47 ohm
R209
10K
R40
10K
R41
10K
R45
10K
R46
0.1uFC3
10K
R50
RES 4
SDA_SOMI
13 SCL_SIMO
12
MODE0_SPICLK
14
MODE1_SPISS
2
VCC 5
VSS
11
MFI341S2162
U3
RST 7
SDA
2SCL
6
VCC 8
GND
1
DNS_MFI337S3959
U18
10K
R234
0.1uFC211
47 ohm
R4
47 ohm
R10
D77
D78
D76
D123
D148
D149
D158
D159
10K R111A
10K R111C
10K R111B
10K R111D
D166
D167
D174
D175
D128
D131
D172
D173
10K R92A
10K R92C
10K R92B
10K R92D
OE
1
D0
2
D1
3
D2
4
D3
5
D4
6
D5
7
D6
8
D7
9
GND
10
CLK
11
Q7 12
Q6 13
Q5 14
Q4 15
Q3 16
Q2 17
Q1 18
Q0 19
VCC 20
74LVC574
U12
0.1uFC22
1000pF
C52
MBT4401
Q6
MBT4401
Q10
10KR55
10KR57
47 ohm
R14
47 ohm
R35
10K
R43
10K
R94
RED
D14
RED
D15
DEV_270
R95 DEV_270
R96
47 ohm
R97
47 ohm
R98
100pF
C18
G
1
S
2D
BSS138
Q16
100k
R6
100k
R13
28.0k 1%
R103
10KR104
TP_TRST
TP_TDI
TP_TMS
TP_TCK
TP_TDO
TP_RST
TP_GND
TP_+3V3
BATT_CHARGE
+3.3V
+3.3V
POWER_OFF_PULSE
ACC_POWER
AC_DETECT
MCU_POWER_ASSERT
COP_SCL
STM_TMS
STM_TCK
STM_TDI
STM_TDO
STM_TRST
USB_DIS COP_SDA
COPROC_RES
STM_RST
IPAD_VREF
DATA00
DATA00
DATA00
DATA01
DATA01
DATA01
DATA02
DATA02
DATA02
DATA03
DATA04
DATA03
DATA04
DATA03
DATA04
SW_SCAN0
DATA05
DATA05
DATA05
DATA06
DATA06
DATA06
DATA07
DATA07
DATA07
SW_SCAN1
PAD_RETURN0
PAD_RETURN1
PAD_RETURN2
PAD_RETURN3
DATA0[0..7]
DATA0[0..7]
DATA0[0..7]
GND
GND
+3.3V
GND
GND
GND
GND
+3.3V
STM_TDO
GND
PAD_RETURN0
PAD_RETURN1
PAD_RETURN2
GND
PAD_RETURN3
GND
STM_TDO
LATCH2
LATCH3
LATCH4
GNDGND
GNDGND
GNDGND
GND
LED_ENABLE
+3.3V
PAD_SCAN1
PAD_SCAN0GND
GND
+3.3V
GND
GND
LATCH0
LATCH1
ACC_READY
SW_SCAN1
SW_SCAN0
+3.3V +3.3V
GND
+3.3V
LATCH4
LED_ENABLE
GND
GND
GND
GND
+4V
STM_TRST
STM_TRST
ACC_POWER
+4V
PAD_SCAN3
PAD_SCAN2
GND
+5V
IPAD_DET
IPAD_POWER_CTRL
AC_DETECT
STAT1
STAT2
+3.3V
+3.3V
SW_SCAN0
SW_SCAN1
IPAD_VREF
POWER_OFF_PULSE
BATT_CHARGE
MCU_POWER_ASSERT
GND
ACC_READY
GND
+3.3V
ACC_POWER
IPAD_DET
DATA0[0..7]
G
1
S
2D
BSS138
Q17
TP13
TP14
RED
GRN
LED17
1
2
3
4
5
6
8
9
10
7
J2
SW82 SW6 SW17 SW18 SW29 SW30 SW47 SW41
SW1 SW7 SW16 SW42SW40SW31SW28SW19
91 ohm
R52
560 ohm
R53
180 ohm
R83
180 ohm
R81
+4V
+4V
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
J4
10*2 PIN1.27mm SMT
1
32
4
X1
8MHz
+3.3V
12
1.50k 1%
R47
+VBATT
4.7uFC7
4.7uFC47
180 ohm
R80
10KR100
G
1
S
2D
BSS138
Q18
100k
R42
DNS_0 ohm
R93
+3.3V
1
1
2
2
3
3
4
4
5
5
6
6
D D
C C
B B
A A
Copyright 2013 - Akai Professional
common mode input range= supply - 1V
PADS
4X4
PAD9
PAD10
PAD11
PAD12
PAD5
PAD6
PAD7
PAD8
PAD1
PAD2
PAD3
PAD4
PAD13
PAD14
PAD15
PAD16
#NAME?
ASSY NUMBER:
123456
D
C
B
A
C
D
B
A
COMPANY:
TITLE:
PART NUMBER:
FILENAME:
SCALE:
RELEASED:
DRAWN: DATED:
DATED:
SIZE:
SHEET: OF 4
2
9-79-0658-C-0
9-40-0658-C
ACV2 MAIN PCB
AKAI PROFESSIONAL
MJS
560pF
C112
LMV324M
+
5
-
6
7
U41B
470 ohm
R237
10K
R246
4.7K
R247
DNS_0.01uF
C113
560pF
C177
LMV324M
+
3
-
2
1
U41A
470 ohm
R249
10K
R255
4.7K
R257
DNS_0.01uF
C178
560pF
C179
LMV324M
+
10
-
9
8
U41C
470 ohm
R283
10K
R284 4.7K
R285
DNS_0.01uF
C180
1.74K
R286
560pF
C181
LMV324M
+
12
-
13
14
U41D
470 ohm
R293
10K
R376
4.7K
R378
DNS_0.01uF
C182
LMV324M
411
U41E
0.1uF
C183
74AHC04
9 8
U28D
74AHC04
5 6
U28C
74AHC04
1 2
U28A
74AHC04
3 4
U28B
74AHC04
11 10
U28E
74AHC04
13 12
U28F
0 ohm
R379
74AHC04
147
U28G
0.1uF
C185
0 ohm
R380
1
2
3
BAV70
D354
1
2
3
BAV70
D355
1
2
3
BAV70
D356
1
2
3
BAV70
D357
1
2
3
BAV70
D358
1
2
3
BAV70
D359
1
2
3
BAV70
D360
1
2
3
BAV70
D361
P20 P21 P22
P23 P24 P25
P26 P27 P28
P29 P30 P31
P32
P33
P34
P35
1.74K
R205
1.74K
R206
1.74K
R207
GNDGND GND GND
GNDGND GND
GND
GNDGND GND GND
GND
GNDGND GND
+3.3V
GND
GND
+3.3V
GND
GND
PAD_RETURN0
PAD_RETURN1
PAD_RETURN2
PAD_RETURN3
PAD_SCAN3
PAD_SCAN2
PAD_SCAN1
PAD_SCAN0
PADS-20130104.SchDoc
1
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2
2
3
3
4
4
5
5
6
6
D D
C C
B B
A A
+3.3V
6VDC @3A
POWER
DC POWER IN
3.7V SINGLE CELL
1.7A sat/30C rise
Vout =1.24((R21/R33) + 1)
SEPIC
+4V
Vout =3.971V
If f irmware detectsdown transition
MCU_POWER_ASSERT low or hi-z
followed by up transition, set
LITIUM-ION POLYMER
ON/OFF
SYNC. BUCK
800mA
30mA
10Hr timeout
Include j umper with dev PCBs
FET bypass
Center ground padmust
beconnectedto AGND
End-of-
Charge
Const.-
Current
CURRENT LIMITER
+V_IPAD
Current limit 2.53A nominal
2.73A (+9%) Max
2.33A (-9%) Min
iPAD LDO
NC
INRUSH LIMITING
MJS
ASSY NUMBER:
123456
D
C
B
A
C
D
B
A
COMPANY:
TITLE:
PART NUMBER:
FILENAME:
SCALE:
RELEASED:
DRAWN: DATED:
DATED:
SIZE:
SHEET: OF 4
4
9-79-0658-C-0
9-40-0658-C
ACV2 MAIN PCB
AKAI PROFESSIONAL
#NAME?
Copyright 2013 - Akai Professional
OUT 1
IN
2
GND
3
NJU7223DL1-33
U2
TP7
0.1uF
C40
TP8
0.1uF
C60
0 ohm
R178
MBRA340T3
D4
10K
R2
MBT4401
Q11
10K
R3
1K
R56
ISL9220
STAT2
1
EN
2
AGND
3
ISET1
4
ISET2
5
VBAT
6
ISNS
7
CISP
8
CISN 9
VIN 10
11
VHI 12
SW 13
14
PGND
15
16
VBIAS 17
RTH 18
TIME 19
STAT1 20
21
U1
4.7uF
C88
22 ohm
R9
0.01uF
C89
MBR0520LT1G
D2
0.1uF
C90
0.1uF
C91
0.082 ohm 1%
R119
0.082 ohm 1%
R120
820K
R123
59.0k 1%
R121
0.047uF
C139
10k 1%R230
2-61-2621
ON/OFF 2
PGND
1
FREQ 3
SW
8BOOT 7
VDD 6
SGND
5
FB
4
U5
150k 1%
R21
511 OHM 1%
R34
0.1uF
C4
150k 1%
R22
1uF
C20
MBR0520LT1G
D9
DNS_0 ohm R23
0.1uF
C25
MBT4401
Q5
G
DS
FDC6306P
U6B
G
DS
FDC6306P
U6A
100k
R24
MBT4401
Q12
100k
R27
10K
R28
100k
R29
10K
R113
MBT4401
Q13
10K
R112
10K
R101
MBT4401
Q14
100k
R102
C33
22uF/16V LOW ESR
J3
1uF
C37
47K
R86
10K
R106
10k
R147
10k
R148
0.1uF
C110
0.1uFC77
DNS
R117
0 ohmR118
DNS
R39
18pF
C24
C26
47uF/10V LOW ESR
ON/OFF
1
FEEDBACK
2
COMP
3
GND
4
GATE 5
NC
6
C-LIM 7
INPUT 8
U15
MJS_2_61_2975
100pFC2
MBT4403
Q29
1.00k 1%
R131
1.00k 1%
R132
1.00k 1%
R133
G
DS
FDC6306P
U16B
12V
D12
510k
R134
0.1uF
C64
0.1uF
C41
1uF
C65
G
DS
FDC6306P
U16A
MBRS140LT3
D16
MBRS140LT3
D29
+V_WALL
GNDGND GND GND
+3.3V
GND
AC_DETECT
+3.3V
GND
AGND
AGND
AGND AGND
GND
BATT_CHARGE
GND
GND
GND
GND
GND
GND
+4V
GND
GND
MCU_POWER_ASSERT
GND
GND
+3.3V
GND
POWER_OFF_PULSE
STAT2
STAT1
AGND
GND
GND
AGND
GND
GND
+V_WALL
+VBATT
+V_WALL
GND
GND
IPAD_VREF
+5V
GND
GND
IPAD_POWER_CTRL
GND
IPAD_POWER_CTRL
GND
+V_WALL
+VBATT
1 2
L27
L10uH
1 2
L3
L6.8uH
1 2
L4
L6.8uH
C23
47uF/10V LOW ESR
C34
47uF/10V LOW ESR
C27
220uF/10V
0.05 ohm
R122
1
2
3
J1
0 ohmR44
SW2
1
2
3
J7
DC POWER JACK
C32
47uF/10V LOW ESR
C35
47uF/10V LOW ESR
C36
47uF/10V LOW ESR
12
44.2k 1%
R30
1 2
475k 1%
R152
1 2
DNS_0 ohm
R16
1 2
0 ohm
R17
1uF
C43
1 2
10K
R25
1 2
1.00k 1%
R20
1 2
1.00k 1%
R99
GND
AGND
MBRA340T3
D17
C38
47uF/10V LOW ESR
C39
47uF/10V LOW ESR
GND
1
23 DS
G
Q15
TRFDD4685
GND
1
2
VCC_INVCC_IN
3
EN
4
ILIMIT 5
6
OUTOUT 7
FAULT
8
TAB
9
U8
ICTPS2557DRBR
4.7uF
C19
4.7uF
C44
4.7uF
C21
4.7uF
C45
4.7uF
C1
4.7uF
C46
4
1
3
2
L1
UHSQD105T-751
0.1uF
C61
0.1uF
C62
DG
POWER-20130104.SchDoc
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