01v 96 PDF
01v 96 PDF
SERVICE MANUAL
CONTENTS(目次)
SPECIFICATIONS(総合仕様)................................................... 4
DIMENSIONS(寸法図) .......................................................... 12
PANEL LAYOUT(パネルレイアウト).................................. 13
CIRCUIT BOARD LAYOUT(ユニットレイアウト)............... 21
DISASSEMBLY PROCEDURE(分解手順)............................ 23
INSTALLING AN OPTIONAL CARD
(オプションカードの取り付け)............................................ 32
LSI PIN DESCRIPTION(LSI端子機能表)................................ 33
IC BLOCK DIAGRAM(ICブロック図).................................. 41
CIRCUIT BOARDS(シート基板図)....................................... 46
INSPECTIONS(検査)....................................................... 76/83
SERVICE CHECK PROGRAM(サービス検査プログラム) ... 90/102
INITIALIZING THE 01V96(01V96の初期化)....................... 114
TRANSMITTING PARAMETER SETTINGS VIA MIDI (BULK DUMP)
(内部設定をMIDI経由で出力(バルクダンプ機能)).... 115/117
CHECKING THE BATTERY AND THE SYSTEM VERSION
(バッテリーの残量やシステムのバージョンの確認).......... 119
CALIBRATING THE FADERS
(フェーダーのキャリブレーション)................................... 119
MIDI DATA FORMAT(MIDIデータフォーマット)............... 120
MIDI IMPLEMENTATION CHART
(MIDIインプリメンテーションチャート)............................ 134
このサービスマニュアルはエコパルプ
PARTS LIST
(ECF:無塩素系漂白パルプ)を使用しています。 BLOCK DIAGRAM(ブロックダイアグラム)
このサービスマニュアルは大豆油
OVERALL CONNECTOR CIRCUIT DIAGRAM
インクで印刷しています。 (総コネクタ接続回路図)
This document is printed on chlorine free (ECF) paper with soy ink. CIRCUIT DIAGRAM(回路図)
PA 011680
200304-250000 HAMAMATSU, JAPAN 1
1.329K-1933 Printed in Japan ’03.03
Downloaded from www.Manualslib.com manuals search engine
01V96
WARNING : Failure to follow appropriate service and safety procedures when servicing this product may result in per-
sonal injury, destruction of expensive components and failure of the product to perform as specified. For
these reasons, we advise all Yamaha product owners that all service required should be performed by an
authorized Yamaha Retailer or the appointed service representative.
IMPORTANT : This presentation or sale of this manual to any individual or firm does not constitute authorization certifi-
cation, recognition of any applicable technical capabilities, or establish a principal-agent relationship of
any form.
The data provided is belived to be accurate and applicable to the unit(s) indicated on the cover. The research engineering, and
service departments of Yamaha are continually striving to improve Yamaha products. Modifications are, therefore, inevitable
and changes in specification are subject to change without notice or obligation to retrofit. Should any discrepancy appear to
exist, please contact the distributor’s Service Division.
WARNING : Static discharges can destroy expensive components. Discharge any static electricity your body may have
accumulated by grounding yourself to the ground bus in the unit (heavy gauge black wires connect to
this bus.)
IMPORTANT : Turn the unit OFF during disassembly and parts replacement. Recheck all work before you apply power
to the unit.
DO NOT PLACE SOLDER, ELECTRICAL/ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANY REASON WHAT
SO EVER!
Avoid prolonged, unprotected contact between solder and your skin! When soldering, do not inhale solder fumes or expose
eyes to solder/flux vapor!
If you come in contact with solder or components located inside the enclosure of this product, wash your hands before handling
food.
WARNING
Components having special characteristics are marked and must be replaced with parts having specification equal to those
originally installed.
印の商品は、安全を維持するために重要な部品です。交換する場合は、安全のために必ず指定の部品をご使用下さい。
リチウム電池の取り扱い
<注意>
リチウム電池を誤って交換すると爆発する危険があります。交換する場合は、サービスマニュアルで指定された部品を
使用してください。
SPECIFICATIONS(総合仕様)
General Spec(一般仕様)
Number of scene memories 99
Internal 44.1 kHz, 48 kHz, 88.2 kHz, 96 kHz
Sampling Frequency Normal rate: 44.1 kHz–10% to 48 kHz+6%
External
Double rate: 88.2 kHz–10% to 96 kHz+6%
fs=48 kHz Less than 1.6 ms CH INPUT to STEREO OUT
Signal Delay
fs=96 kHz Less than 0.8 ms CH INPUT to STEREO OUT
Fader 100 mm motorized with touch sense × 17
+10 to –138, – ∞dB input faders
Fader Resolution
0 to –138, – ∞dB master faders, stereo fader
Less than 0.05% 20 Hz–20 kHz @ +14 dB into 600 Ω
Total Harmonic Distortion*1 fs=48 kHz Less than 0.01% 1 kHz @ +24 dB into 600 Ω
(CH INPUT to STEREO OUT)
(Input Gain=Min.) Less than 0.05% 20 Hz–40 kHz @ +14 dB into 600 Ω
fs=96 kHz
Less than 0.01% 1 kHz @ +24 dB into 600 Ω
Frequency Response fs=48 kHz 20 Hz–20 kHz, 0.5, –1.5 dB @ +4 dB into 600 Ω
(CH INPUT to STEREO OUT) fs=96 kHz 20 Hz–40 kHz, 0.5, –1.5 dB @ +4 dB into 600 Ω
110 dB typ. DA Converter (STEREO OUT)
Dynamic Range
105 dB typ. AD+DA (to STEREO OUT) @ fs=48 kHz
(maximum level to noise level)
105 dB typ. AD+DA (to STEREO OUT) @ fs=96 kHz
–128 dB Equivalent Input Noise
–86 dB residual output noise. STEREO OUT (STEREO OUT off)
Hum & Noise*2 Input Gain=Max. –86 dB (90 dB S/N) STEREO OUT
(20 Hz–20 kHz) Input Pad =0 dB (STEREO fader at nominal level and all CH INPUT faders at minimum level)
Rs=150 Ω Input Pad =0 dB
Input Sensitivity –64 dB (68 dB S/N) STEREO OUT
=–60 dB (STEREO fader at nominal level and one CH INPUT fader at nominal level)
Peak indicator LED (red) turns on when post HA level reaches 3 dB below clipping at dig-
AD Input (1–12)
ital domain
Signal indicator LED (green) turns on when post HA level reaches 20 dB below nominal at
digital domain
Peak indicator LED (red) turns on when post HA level reaches 3 dB below clipping at dig-
ital domain
AD Input (13–16) Signal indicator LED (green) turns on when post HA level reaches 20 dB below nominal at
digital domain
Digital Input
(2TR IN DIGITAL, ADAT input)
Option Input (SLOT) Available cards Optional digital interface cards (MY16, MY8, MY4 series)
Input patch —
Phase Normal/reverse
On/off
Gate-type *3
Key in: 12 ch Group (1–12, 13–24, 25–32)/AUX1–8
On/off
Comp-type*4 Key in: self /Stereo Link
Pre EQ/pre fader/post fader
Attenuator –96.0 to +12.0 dB (0.1 dB step)
4-band PEQ (TYPE1) *5
EQ
On/off
Delay 0–43400 samples
On/off —
Input Channel CH1–32 Fader 100 mm motorized (INPUT/AUX1–8)
On/off
Aux send
AUX1–8; pre fader/post fader
On/off
Solo
Pre fader/after pan
Pan 127 positions (Left= 1–63, Center, Right= 1–63)
127 × 127 positions
Surround pan
[(Left= 1–63, Center, Right= 1–63)], [(Front= 1–63, Center, Rear= 1–63)]
LFE level –∞, –96 dB to +10 dB (256 step)
Routing STEREO, BUS1–8, DIRECT OUT
Direct out Pre EQ/pre fader/post fader
Displayed on LCD
Metering
Peak hold on/off
Input patch (L/R) —
Phase (L/R) Normal/reverse
Attenuator (L/R) –96.0 to +12.0 dB (0.1 dB step)
Equalizer 4band PEQ (TYPE1) *5
On/off —
100 mm motorized
Fader
INPUT/AUX1–8 send
On/off
Aux send
Stereo Input Channel CH1–4 AUX1–8; pre fader/post fader
On/off
Solo
Pre fader/after pan
Pan (L/R) 127 positions (Left= 1–63, Center, Right= 1–63)
Surround pan 127 × 127 positions
(L/R) ([Left= 1–63, Center, Right= 1–63] x [Front= 1–63, Center, Rear= 1–63])
LFE level (L/R) –∞, –96 dB to +10 dB (256 step)
Routing STEREO, BUS1–8, DIRECT OUT
Displayed on LCD
Metering
Peak hold on/off
Level 0 to –96 dB (1 dB step)
On/off —
OSCILLATOR
Waveform Sine 100 Hz, sine 1 kHz, sine 10 kHz, pink noise, burst noise
Routing BUS1–8, AUX1–8, STEREO L/R
STEREO OUT DA converter 24-bit linear, 128-times oversampling (@fs=44.1, 48 kHz), 64-times over-
sampling (@fs=88.2, 96 kHz) 5
MONITOR OUT DA converter 24-bit linear, 128-times oversampling (@fs=44.1, 48 kHz), 64-times over-
sampling (@fs=88.2, 96 kHz)
STEREO, BUS1–8, AUX1–8, DIRECT OUT 1–32, INSERT OUT (CH1–32,
Output patch BUS1–8, AUX1–8, STEREO), CASCADE OUT (BUS1–8, AUX 1–8, STEREO,
OMNI OUT 1–4 SOLO)
On/off
Comp-type*4
Pre EQ/pre fader/post fader
Attenuator –96.0 to +12.0 dB (0.1 dB step)
4-band PEQ *5
EQ
On/off
AUX1–8
On/off —
Fader 100 mm motorized
Delay 0–29100 samples
Displayed on LCD
Metering
Peak hold on/off
Number of 4@44.1kHz, 48kHz
effects 2@88.2kHz, 96kHz
Bypass On/off
INTERNAL EFFECTS
(EFFECT 1–4) In/out 2-in, 2-out
Effect-in from AUX1–8/INSERT OUT
Effect-out to Input patch
Japan 100 V, 50/60 Hz 90 W
Power Requirements U.S/Canada 120 V, 60 Hz 90 W
Others 220-240 V, 50/60 Hz 90 W
Dimensions (H x D x W) 150 x 548 x 436 mm
Net weight 15 kg
Operating free-air temperature range 10–35°C
Storage temperature range –20–60°C
AC Cable (3P/2P AC plug adapter)
Supplied Accessories CD-ROM (Studio Manager)
Owner’s Manual
Studio Manager Installation Guide
Warranty card (J)
Digital interface card (MY16, MY8, MY4 series)
Options
RACK MOUNT KIT: RK1
*1. Total harmonic distortion is measured with a 6 dB/octave filter @ 80 kHz.
*2. Hum & Noise are measured with a 6 dB/octave filter @ 12.7 kHz; equivalent to a 20 kHz filter with infinite dB/octave
attenuation.
*3. See “Gate Parameters” on page 8.
*4. See “Comp Parameters” on page 8.
*5. See “EQ Parameters” on page 7.
EQ Parameters(EQ パラメーター)
LOW/HPF L-MID H-MID HIGH /LPF
0.1–10.0 0.1–10.0
Q (41 points) 0.1–10.0 (41 points)
low shelving (41 points) high shelving
HPF LPF
F 20 Hz–20 kHz (1/12 oct step)
±18 dB ±18 dB
G ±18 dB
(0.1 dB step) (0.1 dB step)
(0.1 dB step)
HPF: on/off LPF: on/off
Libraries(ライブラリー)
Presets 44
Effect library (EFFECT 1–4)
User memories 76
Presets 36
Compressor library
User memories 92
Presets 4
Gate library
User memories 124
Presets 40
EQ library
User memories 160
Presets 2
Channel library
User memories 127
Presets 1
Input patch library
User memories 32
Presets 1
Output patch library
User memories 32
10
*1. Selectable from STEREO/BUS/AUX/DIRECT/OUT/INSERT OUT/CASCADE OUT (STEREO, BUS1–8, AUX1–8, SOLO).
Details depend on each interface card.
11
DIMENSIONS(寸法図)
350
Side view
150
101 350
540 Units: mm
548 (単位)
12
Control Panel(コントロールパネル)
1 2 3
5 4 6 7 8 9 10 11 12 PHANTOM +48V
13 15
A A A A A A A A A A A A Monitor Out
DISPLAY ACCESS 14 16 R
INPUT
B B B B B B B B B B B B
IN OUT & Head-
Section (p. 16) (BAL)
INSERT
2TR
-10dBV (UNBAL)
PHONES
phones Sec-
(ディスプレイアクセス OUT IN
(UNBAL)
INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O
CH15/16
2TR IN
MONITOR
2TR IN
tion (p. 14)
セクション) PAD
20dB 20dB 20dB 20dB 20dB 20dB 20dB 20dB 20dB 20dB 20dB 20dB
(モニターアウト/
ヘッドフォン
+4 GAIN -26 +4 GAIN -26 0 10 0 10
LEVEL LEVEL
MONITOR PHONES
-16 -60 -16 -60 -16 -60 -16 -60 -16 -60 -16 -60 -16 -60 -16 -60 -16 -60 -16 -60 -16 -60 -16 -60 +4 GAIN -26 +4 GAIN -26
OUT
セクション)
GAIN GAIN GAIN GAIN GAIN GAIN GAIN GAIN GAIN GAIN GAIN GAIN
PEAK PEAK PEAK PEAK PEAK PEAK PEAK PEAK PEAK PEAK PEAK PEAK PEAK PEAK
13 14 15 16
SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL
Data Entry
-12
(データーエントリー
セクション) AUX 5 AUX 6 AUX 7 AUX 8
HIGH-MID
セクション)
FREQUENCY
HOME (METER)
LAYER
LOW-MID
ENTER
SELECTED
LAYER Section (p. 16) 1-16 17-32 MASTER REMOTE GAIN
LOW
ST IN
CHANNEL
(レイヤーセクション) Section (p. 17)
SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL SEL
(セレクテッド
SOLO SOLO SOLO SOLO SOLO SOLO SOLO SOLO SOLO SOLO SOLO SOLO SOLO SOLO SOLO SOLO SOLO SOLO
チャンネル
セクション)
ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 ST IN 1 ST IN 2
+10 0 +10 0 +10 0 +10 0 +10 0 +10 0 +10 0 +10 0 +10 0 +10 0 +10 0 +10 0 +10 0 +10 0 +10 0 +10 0 0
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5
5 5
ST IN Section (p. 16)
USER DEFINED
0
10
0
10
0
10
0
10
0
10
0
10
0
10
0
10
0
10
0
10
0
10
0
10
0
10
0
10
0
10
0
10 10
KEYS
(ステレオ イン セクション)
5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5
15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15 15
1 2
10 20 10 20 10 20 10 20 10 20 10 20 10 20 10 20 10 20 10 20 10 20 10 20 10 20 10 20 10 20 10 20 20
3 4
15 30 15 30 15 30 15 30 15 30 15 30 15 30 15 30 15 30 15 30 15 30 15 30 15 30 15 30 15 30 15 30 30
20 40 20 40 20 40 20 40 20 40 20 40 20 40 20 40 20 40 20 40 20 40 20 40 20 40 20 40 20 40 20 40 40
5 6
30 50 30 50 30 50 30 50 30 50 30 50 30 50 30 50 30 50 30 50 30 50 30 50 30 50 30 50 30 50 30 50 50
40 60 40 60 40 60 40 60 40 60 40 60 40 60 40 60 40 60 40 60 40 60 40 60 40 60 40 60 40 60 40 60 60
70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 70 7 8
50 50 50 50 50 50 50 50 50 50 50 50 50 50 50 50
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
AUX 1 AUX 2 AUX 3 AUX 4 AUX 5 AUX 6 AUX 7 AUX 8 BUS 1 BUS 2 BUS 3 BUS 4 BUS 5 BUS 6 BUS 7 BUS 8 STEREO
Channel Strip Section (p. 15) STEREO Section (p. 15) USER DEFINED KEYS
(チャンネルモジュールセクション) (ステレオセクション) Section (p. 18)
(ユーザー定義キーセクション)
13
CH1-4
1 2 3
5 4 9 10 11 12
13 15
A A A A A A A A A
14 16
B B B B B B B B B
INPUT
(BAL)
INSERT
OUT IN
(UNBAL)
CH15/16
INSERT I/O INSERT I/O INSERT I/O INSERT I/O INSERT I/O I NSERT I/O INSERT I/O INSERT I/O INSERT I/O 2TR IN
PAD
20dB 20dB 20dB 20dB 20dB 20dB 20dB 20dB 20dB
+4 GAIN -26 +4 GAIN -26
-16 -60 -16 -60 -16 -60 -16 -60 -16 -60 -16 -60 -16 -60 -16 -60 -16 -60 +4 GAIN -26 +4 GAIN -26
GAIN GAIN GAIN GAIN GAIN GAIN GAIN GAIN GAIN
PEAK PEAK PEAK PEAK PEAK PEAK PEAK PEAK PEAK PEAK PEAK
13 14 15 16
SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL SIGNAL
CH5-8 CH9-12
PHANTOM +48V
q [2TR IN/OUT] connectors (2 トラック イン / アウト 端子)
L
w Monitor Source selector (モニターソース選択 スイッチ)
R e [MONITOR LEVEL] control(モニターレベル コントロール)
IN
2TR
OUT
r [PHONES LEVEL] control (ヘッドフォンレベル コントロール)
-10dBV (UNBAL)
PHONES
t [PHONES] jack (ヘッドフォン 端子)
MONITOR
2TR IN
0 10 0 10
LEVEL LEVEL
MONITOR PHONES
OUT
14
SEL
SOLO
+10 0
5
5
0
10
5
15
10 20
15 30
20 40
30 50
40 60
70
50
1
17
AUX 1
STEREO Section(ステレオセクション)
SEL
10
15
20
30
40
50
60
70
STEREO
15
ST IN Section(ステレオ イン セクション)
ST IN
FADER MODE
HOME (METER)
LAYER Section(レイヤーセクション)
LAYER
q [1-16]/[17-32] buttons(
[1‐16]/[17‐ 32]キー)
1-16 17-32 MASTER REMOTE w [MASTER] button (マスター キー)
e [REMOTE] button (リモート キー)
16
Display Section(ディスプレイセクション)
OVER
0
-3
-6
-9
-12
-15
-18
-24
-30
-36
-48
STEREO
q Display (ディスプレイ)
w Stereo meters (ステレオメーター)
e Contrast control (コントラスト調節ノブ)
r [F1]-[F4] buttons (
[F1]∼[F4]キー)
t Left Tab Scroll [ ] button (タブスクロール[ ]キー)
y Right Tab Scroll [ ] button (タブスクロール[ ]キー)
SELECTED CHANNEL
LOW-MID
u [FREQUENCY] control(フリーケンシー コントロール)
i [GAIN] control (ゲイン コントロール)
LOW
GAIN
SCENE MEMORY
q [STORE] button (ストア キー)
STORE RECALL
w Scene Up [ ] / (シーン[ ]/[ ]キー)
Down [ ] buttons
e [RECALL] button (リコール キー)
17
USER DEFINED
KEYS
1 2
3 4
q [1]-[8] buttons(
[1]∼[8]キー)
5 6
7 8
DEC INC
q Parameter wheel (パラメーターホイール)
w [ENTER] button (エンター キー)
e [DEC] & [INC] buttons ( [DEC]/[INC]キー)
r Left, Right, Up, Down (カーソル 左、右、上、下)
([ ] / [ ] / [ ] / [ ])(
[ ]/[ ]/[ ]/[ ])キー)
cursor buttons
ENTER
SOLO Section(ソロセクション)
18
Rear Panel(リアパネル)
PHANTOM +48V (p. 19) AD Output Section (p. 19) Digital I/O Section (p. 20) MIDI/Control Section (p. 20)
(ファンタム+48V) (アナログアウトプットセクション) (デジタル イン/アウト セクション)(ミディ/コントロールセクション)
AD Output Section(アナログアウトプットセクション)
19
q [SLOT](スロット)
Power Section(電源セクション)
20
<Top view>
AC
DCA
MAIN
Power Transformer
(電源トランス)
DCD
21
<Bottom view>
ADA
PN1 (1/2)
PN1 (2/2) LCD
FD
PN2
<Rear view>
HA
ADA
<Bottom view>
HA
PN2
22
DISASSEMBLY PROCEDURE(分解手順)
Note: Take care not to trap your fingers. 注意:作業中は指を挟まない様に注意してください。
<Front view>
[50]
<Left side view> <Top view> <Right side view>
[50] [50]
Bottom assembly
[50]
(ボトムAss'y)
[50]: Bind Head Tapping Screw-B (+バインド B タイト) 4.0X8 MFZN2BL (EG340190)
Fig .1 (図1)
23
Stay(ステイ)
(WA963600)
Bottom assembly
(ボトムAss'y) Photo.1 (写真1)
DCA
[170]
Photo.2 (写真2)
Photo.4 (写真4)
<Top view> [222]
AC shield plate
(ACシールド金具)
DCA
[170]
[110]
MAIN
[130]
Power transformer
(電源トランス)
Lithium Battery(リチウム電池)
Battery holder
[291]
[130] <Front view>
DCD
Photo.3 (写真3)
[110]: Bind Head Tapping Screw-B (+バインド B タイト) 4.0X8 MFZN2BL (EG340190)
[130]: Bind Head Tapping Screw-B (+バインド B タイト) 3.0X6 MFZN2BL (EP600230)
[170]: Bind Head Tapping Screw-B (+バインド B タイト) 3.0X6 MFZN2BL (EP600230)
[220]: Bind Head Tapping Screw-B (+バインド B タイト) SP 3.0X10 MFZN2BL (VH741100)
[221]: Bind Head Screw (+バインド小ネジ) SP 3.0X12 MFZN2Y (VB763800)
[222]: Bind Head Tapping Screw-B (+バインド B タイト) 3.0X6 MFZN2BL (EP600230)
[290]: Bind Head Tapping Screw-B (+バインド B タイト) 3.0X6 MFZN2BL (EP600230)
[291]: Bind Head Tapping Screw-B (+バインド B タイト) SP 3.0X10 MFZN2BL (VH741100)
Fig. 2 (図2)
25
AC
[165]
[165]: Bind Head Tapping Screw-B (+バインド B タイト) [175]: Bind Head Tapping Screw-S (+バインド S タイト)
3.0X8 MFZN2BL (EP600190) 4.0X8 MFZN2BL (VI693100)
ADA
Knob
(ノブ)
Knob(ノブ) [300]
Photo.9 (写真9)
Photo.10 (写真10)
Fig. 3 (図3)
27
[270]
[280]
ADA
HA
[260]
Photo.11 (写真11)
HA
Phone jack x 12
HA (ホーンコネクタ)
28
<Bottom view>
<Top view> Insulation sheet(絶縁シート)
FD
[210]
Photo.16 (写真16)
LCD LCD
[190A]
[190A]
[190A]
PN1 shield plate 2 HA-ADA angle
PN1 shield plate 1 (HA-ADA金具)
(PN1シールド板2) [80]
(PN1シールド板1)
[190A]: Bind Head Tapping Screw-B (+バインド B タイト) [80]: Bind Head Tapping Screw-B (+バインド B タイト)
3.0X8 MFZN2BL (EP600190) 3.0X8 MFZN2BL (EP600190)
29
[100] [60]
[100]: Bind Head Tapping Screw-B (+バインド B タイト) [60]: Bind Head Tapping Screw-B (+バインド B タイト)
3.0X8 MFZN2BL (EP600190) 3.0X8 MFZN2BL (EP600190)
[190B]: Bind Head Tapping Screw-B (+バインド B タイト)
Photo.20 (写真20)
3.0X8 MFZN2BL (EP600190)
Photo.19 (写真19)
14. PN1 (1/2) and PN1 (2/2) Circuit Boards 14. PN1 (1/2)、PN1 (2/2)シート
(Time required: About 17 minutes each) (所要時間:各約 17 分)
14-1. Remove the encoder knob marked [450A] and the 14-1. コントロールパネル面より、 [450A]のエンコーダー
three (3) encoder knobs marked [460] from the ノブ 1 個と[460]のエンコーダーノブ 3 個を外しま
control panel side. (Photo.21) す。 (写真 21)
14-2. Fasten the control panel assembly. (See procedure 1.) 14-2. コンパネ Ass'y を固定します。 (1 項参照)
14-3. Remove the ADA circuit board. (See procedure 10.) 14-3. ADA シートを外します。(10 項参照)
14-4. Remove the HA circuit board. (See procedure 11.) 14-4. HA シートを外します。(11 項参照)
14-5. Remove the FD circuit board. (See procedure 12.) 14-5. FD シートを外します。(12 項参照)
14-6. Remove the LCD shield plate. (See procedure 13-6.) 14-6. LCD シールド板を外します。 (13-6 項参照)
14-7. PN1 (1/2) Circuit Board: 14-7. PN1 (1/2)シート:
Remove the seven (7) screws marked [190C]. The [190C]のネジ 7 本を外して、PN1 (1/2)シートを外
PN1 (1/2) circuit board can then be removed. します。 (写真 22)
(Photo.22) 14-8. PN1 (2/2)シート:
14-8. PN1 (2/2) Circuit Board: [190D]のネジ3本を外して、エンコーダーツマミと
Remove the three (3) screws marked [190D]. The エンコーダーアングルと共にPN1 (2/2)シートを外
PN1 (2/2) circuit board can then be removed with します。 (写真 22)
the encoder knob and the encoder angle bracket. エンコーダーツマミと特殊六角ナットを外して、
(Photo.22) PN1 (2/2)シートからエンコーダーアングルを外し
Remove the encoder knob and the hexagonal nut. ます。 (写真 23)
The encoder angle bracket can then be removed
from the PN1 (2/2) circuit board. (Photo.23)
30
<Top view>
Photo.21 (写真21)
<Bottom view>
Hexagonal nut(特殊六角ナット)
PN2
[190C]
PN1 (1/2)
Encoder angle bracket
(エンコーダーアングル)
[190D]
Encoder knob(エンコーダーツマミ)
[190]: Bind Head Tapping Screw-B (+バインド B タイト)
Photo.23 (写真23)
3.0X8 MFZN2BL (EP600190)
Photo.22 (写真22)
PN2
[190E]: Bind Head Tapping Screw-B (+バインド B タイト)
3.0X8 MFZN2BL (EP600190)
Photo.24 (写真24)
[190E]
31
3 Insert the card between the guide rails and slide it 3 スロット内のガイドレールにカードの両端を合わせ、
all the way into the slot, as shown below. カードをスロットに挿入します。
You may have to push firmly to fully insert the card into このとき、カードの端子部分がスロット内部の端子に
the internal connector. 正しくはまるようカードをいっぱいまで押し込んでく
ださい。
32
33
34
35
36
YM3436DK (XG948E00) DIR2 (Digital Format Interface Receiver) MAIN: IC144, 456
PIN PIN
NAME I/O FUNCTION NAME I/O FUNCTION
NO. NO.
1 DAUX I Auxiliary input for audio data 23 RSTN I System reset input
2 HDLT O Asynchronous buffer operation flag 24 Vdda VCO section power (+5V)
3 DOUT O Audio data output 25 CTLN I VCO control input N
4 VFL O Parity flag output 26 PCO O PLL phase comparison output
5 OPT O Fs x 1 Synchronous output signal for DAC 27 (NC)
6 SYNC O Fs x 1 Synchronous output signal for DSP 28 CTLP I VCO control input P
7 MCC O Fs x 64 Bit clock output 29 Vssa VCO section power (GND)
8 WC O Fs x 1 Word clock output 30 TSTN I Test terminal. Open for normal use
9 MCB O Fs x 128 Bit clock output 31 KM2 I Clock mode switching input 2
10 MCA O Fs x 256 Bit clock output 32 KM0 I Clock mode switching input 0
11 SKSY I Clock synchronization control input 33 FS1 O Channel status sampling frequency
display output 1
12 XI I Crystal oscillator connection or external 34 FS0 O Channel status sampling frequency
clock input display output 0
13 XO O Crystal oscillator connection 35 CSM I Channel status output method selection
14 P256 O VCO oscillating clock connection 36 EXTW I External synchronous auxiliary input
word clock
15 LOCK O PLL lock flag 37 DDIN I EIAJ (AES/EBU) data input
16 Vss Logic section power (GND) 38 LR O PLL word clock output
17 TC O PLL time constant switching output 39 Vdd Logic section power (+5 V)
18 DIM1 I Data input mode selection 40 ERR O Data error flag output
19 DIM0 I Data input mode selection 41 EMP O Channel status emphasis control code
output
20 DOM1 I Data output mode selection 42 CD0 O 3-wire type microcomputer interface data
output
21 DOM0 I Data output mode selection 43 CCK I 3-wire type microcomputer interface clock
input
22 KM1 I Clock mode switching input 1 44 CLD I 3-wire type microcomputer interface load
input
37
38
39
AK4393-VS-E2 (XW029A00) DAC (Digital to Analog Converter) ADA: IC151, 251, 351, 451
PIN PIN
NAME I/O FUNCTION NAME I/O FUNCTION
NO. NO.
1 DVSS - Digital ground 15 BVSS - Substrate ground
2 DVDD - Digital power supply 16 VREFL I Low level voltage reference
3 MCLK I Master clock 17 VREFH I High level voltage reference
4 /PD I Power down mode 18 AVDD - Analog power supply +5 V
5 BICK I Audio serial data clock 19 AVSS - Analog ground
6 SDATA I Audio serial data input 20 AOUTR- O Rch negative analog output
7 LRCK I L/R clock 21 AOUTR+ O Rch positive analog output
8 SMUTE//CS I Soft mute 22 AOUTL- O Lch negative analog output
9 DFS I Double speed sampling mode 23 AOUTL+ O Lch positive analog output
10 DEM0/CCLK I 24 VCOM O Common voltage output
De-emphasis enable
11 DEM1/CDTI I 25 P//S I Parallel/serial select
12 DIF0 I 26 CKS0 I
13 DIF1 I Digital input format 27 CKS1 I Master clock select
14 DIF2 I 28 CKS2 I
CS5361-KS (X3447A00) ADC (Analog to Digital Converter) ADA: IC103, 303, 503, 703, 903, B03, D03, F03
PIN PIN
NAME I/O FUNCTION NAME I/O FUNCTION
NO. NO.
1 /RST I Reset 13 M0 I
Mode selection
2 M//S I Master/slave mode 14 M1 I
3 LRCK I/O Left right clock 15 TST I Test
4 SCLK I/O Serial clock 16 AINL+ I
Differential left channel analog input
5 MCLK I Master clock 17 AINL- I
6 VD Digital power supply +5V 18 GND Ground
7 GND Ground 19 VA Analog power supply +5V
8 VL Logic power supply +3.3V 20 AINR- I Differential right channel analog input
9 SDOUT O Serial audio data output 21 AINR+ I
10 DIV I Divider 22 VCOM O Common voltage
11 /HPF I High pass filter enable 23 REFGND Reference ground
12 DIF I Digital input format 24 FILT+ O Positive voltage reference
40
1A 1 14 VDD 1A 1 14 VDD
1A 1 14 VDD
1B 2 13 4B 1B 2 13 4B
1Y 2 13 6A
1Y 3 12 4A 1Y 3 12 4A
2A 3 12 6Y
2A 4 11 4Y 4
2A 4 11 4Y
2Y 11 5A
2B 5 10 3B 5 10
2B 5 10 3B
3A 5Y
2Y 6 9 3A 6 9 2Y 6 9 3A
3Y 4A
Vss 7 8 3Y Vss 7 8 VSS 7 8 3Y
4Y
1A 1 16 Vcc
1A 1 14 VDD 1CLR 1 14 VCC
CLR
1B 2 15 1 Rext / Cext
1Y 2 13 1D 2 D 13
6A 2CLR
CLR
3 12 3 D 12
1 3 CLR 14 Cext
2A 6Y 1CK CK 2D
4 11 4 11 1Q 4 Q Q 13 1Q
2Y 5A 1PR PR CK 2CK
5 10 5 Q 10
2Q 5
Q Q 12 2Q
3A 5Y 1Q PR 2PR
7 8 7 8 2 Rext / Cext 7 10 2B
GND 4Y GND Q 2Q
GND 8 9 2A
INPUTS OUTPUTS
PR CLR CLK D Q Q
L H X X H L
H L X X L H
L L X X H H
H H f H H L
H H f L L H
H H L X QO QO
C 3 C Y1 14 Y1 1B 3 1B 4A 14 4A 2Y4 3 18 1Y1
Output Y7 7 10 Y5 2Y 7 2Y 3B 10 3B 1Y3
3Y
Y7 Y5 2Y2 7 14
Y6
2Y1 9 12 1Y4
41
6 15
A5 6 15 Y4
3Q Q Q 6Q
CL CL
7 D CK CK D 14 A6 7 14 Y5
1 3D 6D
D1R 20 Vcc
8 13 5D A7 8 13 Y6
2 19 4D D CK CK D
A1 G
CL CL
18 4Q 9 Q Q 12 5Q A8 9 12 Y7
A2 3 B1
GND 10 11 CLOCK GND 10 11 Y8
4 17
A3 B2
5 16
A4 B3
6 15
A5 B4
A6 7 14
B5
A7 8 13
B6
TC74LVX4245FS (XU229A00) Channel IN/OUT 4 1 CH4 VDD 16 +DC Voltage Supply 0Y 1 16 VDD
MAIN: IC107, 108, 111, 112 2Y 2 2Y 0Y 2X 15 2X
- do. - 6 2 CH6 CH2 15 Channel IN/OUT 2
Dual Supply Octal Bus Transceiver Commons OUT/IN 3 COM CH1 14 - do. - 1 Y-COM 3 Y-COM 1X 14 1X
A1 3 2 B 22 /G
A3 5 4 D 20 B2
A4 6 5 G2 19
B3
A5 7 6 G1 18 B4
GND 12 13 GND
1A 1 16 Vcc 1A 1 16 Vcc
1B 2 15 2F 1B 2 15 1S
1C 3 14 2E 2R 3 14 1R
1D 4 13 2D 2S 4 13 1Y
1E 5 12 2C 2A 5 12 3A
1F 6 11 2B 2B 6 11 3S
1Y 7 10 2A 2Y 7 10 3R
GND 8 9 2Y GND 8 9 3Y
42
MC26LS30DR2 (XL334A00)
ADA: IC011
Line Driver
INPUT A 1 16 Vcc
- NC 1 5 VDD NC 1 5 VCC
INPUT A 2 + 15
- INPUT B IN 2 IN A 2
+
OUTPUT A 3 14 INPUT B VSS 3 4 OUT GND 3 4 OUT Y
ENABLE 4 13 OUTPUT B
OUTPUT C 5 12 ENABLE
INPUT C 6
+ 11 OUTPUT D
INPUT C 7 - 10
+ INPUT D
-
GND 8 9 INPUT D
3Y 2 7 1Y IN A 2 1B 2 7 1Y
2A 3 6 3A GND 3 4 OUT Y 2Y 3 6 2B
4 5 GND 4 5 2A
GND 2Y
43
NJM4580E-T1 (XQ178A00)
Output A 1 +V 8
+DC Voltage ADA: IC255, 256, 355, 356, 455, 456
Supply
IN B 1 5 Vcc
Inverting
Input A
2
- +
7 Output B NJU7072M (TE1) (X3701A00)
IN A 2
Non-Inverting Inverting
Input A
3
+ -
6
Input B
FD: IC018
GND 3 4 OUT Y
Ground 4 -V 5 Non-Inverting
Input B
Dual Operational Amplifier
Output A 1 +V 8
+DC Voltage
Supply
Inverting
2 7 Output B
Input A - +
Non-Inverting 3 6
Inverting
Input A + - Input B
-DC Voltage Supply 4 -V 5 Non-Inverting
Input B
A B Cs 1 8 CD
- -
Q2 Q S
Q1 R
OUT A 1 14 OUT D 1 2 3 4 5 6 7 8
OUT B 7 8 OUT C
CY2305 (XY937A00)
MAIN: IC005
Clock Buffer
Block Diagram
8
PLL MUX CLKOUT
1 3 Pin No. Signal Function
REF CLKA1
2 REF 1 8 CLK OUT 1 REF Input reference frequency, 5V-tolerant input
CLKA2 2 CLK2 Buffered clock output
5 CLK2 2 7 CLK4 3 CLK1 Buffered clock output
CLKA3
7 4 GND Ground
CLK1 3 6 VDD
CLKA4 5 CLK3 Buffered clock output
3 4
6 VDD 3.3V supply
GND 5 CLK3
S2 CLKB1 7 CLK4 Buffered clock output
Select Input 2 8 CLKOUT Buffered clock output, internal feedback on this pin
CLKB2
Decoding 5
S1 CLKB3
7
CLKB4
44
TLC2932IPWR (XV064A00)
MAIN: IC143
PLL
LOGIC VDD FIN-B PFD INHIBIT VCO INHBIT VCO VDD VCO OUT SELECT
1 5 9 10 14 3 2
BLAS CONTROL
VCO OUTPUT
VCO OUT 3 12 VCOIN 1/2
MUX
FIN-A 4 11 VCO GND
6 9
PFD OUT PFD INHIBIT
LOGIC GND 7 8 NC
7 4 6 12 13 11 8
LOGIC GND FIN-A PFD OUT VCOIN RBIAS VCO GND NC
45
CIRCUIT BOARDS(シート基板図)
Note: See parts list for details of circuit board component parts.
注:シートの部品詳細はパーツリストをご参照下さい。
POWER ON/OFF
to Power Transformer
not installed
to AC Inlet Assembly
Component side(部品側)
46
not installed
to HA-CN551
to ADA-CN953
to MAIN-CN005
not installed
not installed
Component side(部品側)
47
to FD-CN002
to Power
Transformer Component side(部品側)
2NAP-V989580-2 1
48
Pattern side(パターン側)
2NAP-V989580-2 1
49
A'
2NAP-V989450-2 1
50
to DCD-CN202
der 10 fader 11 fader 12 fader 13 fader 14 fader 15 fader 16 fader STEREO fader
Component side(部品側)
A'
2NAP-V989450-2 1
51
to DCD-CN202
FD Circuit Board
B'
2NAP-V989450-3
52
B
to MAIN-CN704
Pattern side(パターン側)
B'
2NAP-V989450-3
53
to HA-CN101
C'
2NAP-V989280-2 1
54
C
K WORD CLOCK to HA-CN552
OUT
STEREO OUT (BAL) OMNI OUT (BAL) MONITOR OUT (BAL)
L R 1 2 3 4 L R
C'
Component side(部品側)
2NAP-V989280-2 1
55
D'
2NAP-V989280-3 1
56
Pattern side(パターン側)
D'
2NAP-V989280-3 1
57
E
HACOM (HA) Circuit Board
PAD 20dB 1 PAD 20dB 2 PAD 20dB 3 PAD 20dB 4 PAD 20dB 5 PAD 20dB 6 PAD 20dB 7 PAD 20dB 8
to ADA-CN131
E'
2NAP-V989280-2 1
58
E
to ADA-CN954
0dB 8 PAD 20dB 9 PAD 20dB 10 PAD 20dB 11 PAD 20dB 12 MONITOR
GAIN 13 GAIN 15 OUT PHONES
LEVEL LEVEL
2NAP-V989280-2 1
59
F'
2NAP-V989280-3 1
60
Pattern side(パターン側)
F'
2NAP-V989280-3 1
61
not installed G
MAIN Circuit Board
to PN1-CN101
to FD-CN001
to LCD-CN1
to PN1-CN103
to PN1-CN102
to SLOT
to ADA-CN002
to ADA-CN951
to ADA-CN952
Component side(部品側)
G'
2NAP-V989160-2 5
63
H
MAIN Circuit Board
H'
64 2NAP-V989160-2 5
Component side(部品側)
H'
2 layer(2層)
2NAP-V989160-2 5
65
I
MAIN Circuit Board
I'
66 2NAP-V989160-2 5
Component side(部品側)
I'
5 layer(5層)
2NAP-V989160-2 5
67
J
MAIN Circuit Board
J'
2NAP-V989160-3 3
68
Pattern side(パターン側)
J'
2NAP-V989160-3 3
69
K
PNCOM (PN1 (1/2, 2/2)) Circuit Board
to MAIN-CN701
K'
2NAP-V989490-2 2
70
K
to PN2-CN301
to MAIN-CN702
Parameter wheel
to MAIN-CN703
2NAP-V989490-2 2
71
L
PNCOM (PN1 (1/2, 2/2)) Circuit Board
L'
2NAP-V989490-2 2
72
Pattern side(パターン側)
L'
2NAP-V989490-2 2
73
to PN1-CN105
Component side(部品側)
Pattern side(パターン側)
2NAP-V989490-2 2
74
to LCD Module
LCD contrast
to MAIN-CN006
Component side(部品側)
Pattern side(パターン側)
2NAP-V989490-2 2
75
INSPECTIONS
Perform the Check of 01V96. b. While holding down the MONITOR [CLEAR] key,
1. Preparations switch on the power for the 01V96 main unit and
1-1. Parameters continue to hold down this key until "FLASH
The parameters are as follows unless otherwise UPDATE" is displayed on the screen of the 01V96
specified. main unit. For the MAIN circuit board inspection,
The word clock (FS) is set to 96 kHz. it is adequate to just switch on the power.
Only the channel being measured is ON. c. Start the version upgrade program (VerUp.exe).
PAN: Center d. Press the Browse button and select the main
GAIN : MIN p r o gra m a n d b o o t p r o gra m ( f i l e n a m e
PAD : ON 01V96.pgm) to be written.
FADER : NOMINAL (0 dB) e. When you press the Load button, the program
0 dBu = 0.775Vrms writing is started. Never switch off the power or
0 dBV = 1Vrms=2.2 dBu disconnect the USB cable while the program is
0 dBFS = 0 dB full scale being written.
The oscillator output impedance is 150 Ω. f. In order to check that the main program and the
The oscilloscope, level meter, etc. input impedance boot program have been written correctly, check
is set to at least 100 kΩ. the versions of the program with the method in q.
Noise measurement is corrected with a 12.7 kHz,
-6 dB/octave low pass filter. 1-3. Initialization
(These are not effective values, but measurement While holding down both the FADER MODE [HOME]
with average values.) key and the [AUX1] key, switch On the power switch
Distortion measurement is corrected with an 80 to start up the system, then operate according to
kHz, -6 dB/octave low pass filter. the following instructions.
For analog output inspection, the following Continue holding down these keys until the Loading
parameters are added or changed. Factory Presets message is displayed on the 01V96
For maximum output measurement, unless main unit screen.
otherwise specified, output 0 dB from the internal Screen instructions Instruction contents
oscillator. Calibrating the Faders Do not touch any faders during
The analog output loads are Do Not Touch the Faders! Fader calibration and do not
INSERT OUT: 10kΩ obstruct movement of the faders.
Adjust CH1-16 -INFINITY Set the CH1~16, STEREO Fader
STEREO OUT: 600Ω
STEREO -INFINITY to -∞ (lowest setting), then press
2TR OUT: 10kΩ the [ENTER] key.
OMNI OUT: 10kΩ Hit ENTER key
MONITOR OUT: 10kΩ Adjust CH1-16 -15dB Set the CH1~16 Fader to -15 dB
PHONES: 8Ω STEREO -30dB and the STEREO Fader to -30
dB, then press the [ENTER] key.
Hit ENTER key
1-2. Writing Programs Adjust CH1-16 0dB Set the CH1~16 Fader to 0dB.
If the main program or the boot program is not the STEREO Any Position There is no particular need to
latest version, upgrade to the latest version. operate the STEREO Fader.
For the latest program, please download from When this setting is complete,
press the [ENTER] key.
the YSISS home page.
Hit ENTER key
Adjust CH1-16 +10dB Set the CH 1~16 Fader to 10 dB
q Program version check method STEREO 0dB and the STEREO Fader to 0 dB,
Press the 01V96 [SEL] key CH5, CH9, CH6, CH3, then press the [ENTER] key.
in that order, then press the [STORE] key. This Hit ENTER key
displays the versions of the main program and the After the initialization is complete, check that the DIO
boot program on the LCD screen. WORD SELECT screen is displayed.
c. Press the DISPLAY ACCESS [PAIR/GROUP] key a t Crosstalk between left and right
few times, switch to the OUT FADER GROUP fixed Parameter PAN L swung to cut off.
screen, and press the [SEL 1]~[SEL 16] and [SEL Input frequency Output level (L) Permitted range (R)
STEREO] keys and group the 17 faders. 1kHz +22dBu -58dBu or below
77
The even channels must be the same too. w f characteristic (both L/R)
Parameter The permitted range uses 1 kHz as
y Maximum output (OMNI OUT 1~4) the reference.
Input frequency Permissible range Permissible range (distortion ratio) Input frequency Input level Permitted range
1kHz +24±0.5dBu 0.01% or below 20Hz +4dBu -3~0.5dB
40kHz +4dBu -3~0.5dB
2-4. MONITOR OUT L/R
Parameters Must be input from CH1 (XLR). e Residual noise (both L/R)
Set the MONITOR/2TR lN SW to Parameter Set the PHONES LEVEL to MIN.
MONITOR. Permitted range
Set the MONITOR OUT LEVEL to -110dBu or below
MAX.
q Gain (both L/R) r L/R level difference
Input frequency Input level Regulated output level Permitted range The range for the difference in the gain measured
1kHz +4dBu +4dBu +4±2dBu with q is regulated as follows.
Permitted range
w f characteristic (both L/R) Within 1dB
Parameter The permitted range uses 1 kHz as
the reference. t Maximum output (both L/R)
Input frequency Input level Permitted range Parameter -12 dB must be output from the internal
20Hz +4dBu -1.5~+0.5dB oscillator.
40kHz +4dBu -1.5~+0.5dB Input frequency Permissible range Permissible range (distortion ratio)
1kHz -4.8±0.5dBu 0.04% or below
e Residual noise (both L/R)
Parameter Switch STEREO OUT Off. y Crosstalk between left and right
MONITOR LEVEL Permitted range Parameter PAN L swung to cut off.
MAX -86dBu or below Input frequency Output level (L) Permitted range (R)
MIN -100dBu or below 1kHz -10dBu -75dBu or below
78
However, if the permitted range above is not met, EIN 2-8. CH IN 13~16 (PHONE)
Measurement value (Gain at 1 kHz) must be -128 Parameter Inspect with STEREO OUT L (XLR).
or more. A. GAIN MAX
q Gain (CH13~16)
t Level difference (CH 1~12) Input frequency Input level Regulated output level Permitted range
The range for the difference in the gain measured 1kHz -26dBu +4dBu +4±2dBu
with q is regulated as follows.
79
80
81
4-4. WORD CLOCK IN and 2TR DIGITAL IN PLL For WORD CLOCK IN inspection,
operation range select the value of the frequency
Parameters Use System Two. setting according to the table below.
Inspect with STEREO OUT L/R For 2TR DIGITAL IN inspection, set
(XLR). the System Two frequency setting
Select the WORD CLOCK as follows. (Sample Rate) according to the table
WORD CLOCK IN inspection: WC IN below.
2TR DIGITAL IN inspection: 2TR D q Jitter (both WORD CLOCK IN and 2TR DIGITAL IN)
Input from CH1 (XLR). WORD CLOCK Permitted range
44.1kHz 10nsec below
A. 96kHz + 6% (101.76kHz) 48kHz 10nsec below
Parameter For WORD CLOCK IN inspection, set 88.2kHz 10nsec below
the oscillator frequency setting to 96 96kHz 10nsec below
kHz + 6%.For 2TR DIGITAL IN
inspection, set the System Two 6. Issuing sound
frequency setting (Sample Rate) to 96 Check the following items by listening.
kHz +6%. ANALOG INPUT, ANALOG OUTPUT
q Distortion ratio (for both WORD CLOCK IN and 2TR CH1 (XLR), CH9 (XLR), CH16 (PHONE) →
DIGITAL IN) Inspect with STEREO OUT L/R (XLR).
Input frequency Output level Permissible range
1kHz +22dBu 0.01% or below EEFFECT function (DSP6 operation check)
Parameters "Sound scene data": Use the file
B. 44.1kHz - 10% (39.69kHz) name "JADE_01".
Parameter For WORD CLOCK IN inspection, set WORD CLOCK: INT48kHz
the oscillator frequency setting to 44.1 Input the music signal from ANALOG
kHz -10 %. For 2TR DIGITAL IN INPUT CH1, recall scenes in order
inspection, set the System Two from Scene 1 to Scene 4, and adjust
frequency setting (Sample Rate) to the [GAIN] knob so that the
44.1 kHz - 10%. STEREO METER OVER does not
q Distortion ratio (for both WORD CLOCK IN, 2TR light up for any scene.
DIGITAL IN)
Input frequency Output level Permissible range Inspection :Recall Scene 1 (REVERB) and check
1kHz +22dBu 0.01% or below the signal with the headphones for at
least 15 seconds.
5. Jitter measurement Judgment standard 1: The EFFECT sounds must
Parameters Use System Two. be output.
Select Sec, PK. Judgment standard 2: The output must not include
Select BW: 700 Hz to 100kHz. any noise.
Inspect with 2TR DIGITAL OUT.
In the same manner, recall and inspect Scenes 2
5-1. WORD CLOCK INT through 16.
Parameter Select the value of the WORD The Effect functions for Scenes 2 through 14 work
CLOCK according to the following as follows.
table. Scene 2: SYMPHONIC
q Jitter Scene 3: HQ PITCH
WORD CLOCK Permitted range Scene 4: DYNAMIC FILTER
INT 44.1kHz 5nsec or below Scene 5: REVERB
INT 48kHz 5nsec or below Scene 6: SYMPHONIC
INT 88.2kHz 5nsec or below Scene 7: HQ PITCH
INT 96kHz 5nsec or below Scene 8: DYNAMIC FILTER
Scene 9: REVERB
5-2. WORD CLOCK EXT Scene 10: SYMPHONIC
Parameters Select the WORD CLOCK as follows. Scene 11: DYNAMIC FILTER
WORD CLOCK IN inspection: WC IN Scene 12: REVERB
2TR DIGITAL IN inspection: 2TR D Scene 13: SYMPHONIC
Scene 14: DYNAMIC FILTER
82
検査
83
② グループ検査 R 側も同様であることを確認します。
a. ステレオマスターフェーダーを操作し、遅め(3秒/
100mm 程度)に 2 往復、速め(1 秒 /100mm 程度) ⑥最大出力(L/R 共)
に 2 往復します。 入力周波数 許容範囲 許容範囲(歪率)
b. チャンネル1フェーダーを操作し、遅め(3 秒 / 1kHz + 24 ± 0.5dBu 0.01% 以下
100mm 程度)に 2 往復、速め(1 秒 /100mm 程度)
に 2 往復します。
c. 上記操作にて、振動するフェーダー、極端に遅い 2-2. 2TR OUT L/R
フェーダーが無いことを確認します。 条件 CH1(XLR)から入力します。
①利得(L/R 共)
③ リコール検査 入力周波数 入力レベル 規定出力レベル 許容範囲
a. LAYERの[1-16]キーを押し、レイヤー1-16を選択し 1kHz + 4dBu − 10dBV − 10 ± 2dBV
ます。
b. DISPLAY ACCESS の[SCENE]キーを数回押し、 ② f 特(L/R 共)
S C E N E M E M O R Y 画面に切替え、S C E N E 条件 許容範囲は 1kHz を基準とします。
MEMORYの[▲]キー、 [▼]キーを押して0番を選択 入力周波数 入力レベル 許容範囲
し、 [RECALL]キーを押して 0 番をリコールします。 20Hz + 4dBu − 1.5 ∼+ 0.5dB
c. 全てのフェーダーを 1 番上に移動し、S C E N E 40kHz + 4dBu − 1.5 ∼+ 0.5dB
MEMORY の[▲]キー、[▼]キーを押して 1 番を選
択、 [STORE]キーを押し、TITLE EDIT 画面が表 2-3. OMNI OUT 1 ∼ 4
示されたところでOKを選択、1番をストアします。 条件 CH1(XLR)から入力します。
d. b での操作方法より、0 番リコール → 1 番リコール CH1 の ROUTING で BUS1 ∼ 4 ON。
を 2 度繰り返します。 OUT PATCH で OMNI nCH に BUS nCH をアサ
e. 上記操作にて、振動するフェーダー、極端に遅い インします。
フェーダーが無いことを確認します。 BUS1 ∼ 4 の MASTER FADER ON。
84
85
⑤レベル差(CH1 ∼ 12)
①で測定した利得の差の範囲を以下の様に規定します。
許容範囲
2dB 以内
86
② f 特(CH13 ∼ 16) 点灯
条件 許容範囲は 1kHz を基準とします。 参考出力レベル
LED レベル 入力周波数 入力レベル (STEREO OUT)
入力周波数 入力レベル 許容範囲
20Hz − 26dBu − 1.5 ∼ 0.5dB PEAK 1kHz + 23dBu + 23dBu
40kHz − 26dBu − 1.5 ∼ 0.5dB SIGNAL 1kHz − 14dBu − 14dBu
B. GAIN MIN
3-2. OMNI OUT 1 ∼ 4
①利得(CH13 ∼ 16)
条件 CH1(XLR)から入力します。
入力周波数 入力レベル 規定出力レベル 許容範囲
CH1 の ROUTING で BUS 1 ∼ 4 ON。
1kHz + 4dBu + 4dBu + 4 ± 2dBu
OUTPUT PATCH で OMNI nCH に BUS nCH を
アサインします。
②歪率(CH13 ∼ 16)
①歪率(OMNI OUT 1 ∼ 4)
入力周波数 出力レベル 許容範囲
入力周波数 出力レベル 許容範囲
1kHz + 22dBu 0.01%以下
1kHz + 22dBu 0.01%以下
③ノイズレベル(CH13 ∼ 16)
②残留ノイズ(OMNI OUT 1 ∼ 4)
条件 測定する CH IN を 150 Ωでショートします。
条件 BUS OUT を OFF にします。
許容範囲
許容範囲
− 82dBu 以下
− 86dBu 以下
④奇数チャンネル/偶数チャンネル間のクロストーク
3-3. MONITOR OUT L/R
条件 奇数 CH 側に信号を入力します。
偶数 CH 側は 150 Ωでショートします。 条件 CH1(XLR)から入力します。
MONITOR / 2TR IN SW は MONITOR。
入力周波数 出力レベル(奇数チャンネル)許容範囲(偶数チャンネル)
MONITOR OUT LEVEL は MAX。
1kHz + 22dBu − 58dBu 以下
①歪率(L/R 共)
偶数側も同様であることを確認します。 入力周波数 出力レベル 許容範囲
1kHz + 22dBu 0.01%以下
2-9. CH IN 1 ∼ 16 のレベルメータの動作確認
②残留ノイズ(L/R 共)
条件 測定 CH(PHONE)に規定レベルを入力します。
条件 STEREO OUT を OFF にします。
1 ∼ 16CH の同時入力は可能です。
許容範囲
PEAK,SIGNAL の LED の点灯、消灯を目視で確
− 86dBu 以下
認します。
87
①歪率(L/R 共) A. 96kHz
入力周波数 出力レベル 許容範囲 条件 System Two の周波数設定(Sample Rate)を
1kHz − 10dBu 0.04%以下 96kHz にします。
①利得(2TR DIGITAL IN )
②残留ノイズ(L/R 共) 入力周波数 入力レベル 規定出力レベル 許容範囲
条件 PHONES LEVEL は MIN。 1kHz − 20dBFS + 4dBu + 4 ± 2dBu
許容範囲
− 110dBu 以下 ② f 特(2TR DIGITAL IN)
条件 許容範囲は 1kHz を基準とします。
3-5. CH IN 1 ∼ 16(PHONE) 入力周波数 入力レベル 許容範囲
条件 STEREO OUT L(XLR)で検査します。 20Hz − 20dBFS − 1.0 ∼ 0.5dB
GAIN MIN(CH1 ∼ 16)、PAD ON 40kHz − 20dBFS − 1.5 ∼ 0.5dB
(CH1 ∼ 12) 。
①歪率(CH1 ∼ 16) ③歪率(2TR DIGITAL IN)
入力周波数 出力レベル 許容範囲 入力周波数 出力レベル 許容範囲
1kHz + 22dBu 0.01%以下 1kHz + 22dBu 0.01%以下
88
4-4. WORD CLOCK IN,2TR DIGITAL IN の PLL ①ジッター(WORD CLOCK IN,2TR DIGITAL IN共)
動作範囲 WORD CLOCK 許容範囲
条件 System Two を使用します。 44.1kHz 10nsec 以下
STEREO OUT L/R(XLR)で検査します。 48kHz 10nsec 以下
WORD CLOCK は以下を選択します。 88.2kHz 10nsec 以下
WORD CLOCK IN の検査時: WC IN 96kHz 10nsec 以下
2TR DIGITAL IN の検査時: 2TR D
CH1(XLR)から入力します。 6. 音だし
以下の項目を聴感で確認します。
A. 96kHz + 6%(101.76kHz) ・ ANALOG INPUT、ANALOG OUTPUT
条件 WORD CLOCK IN の検査時は、発振器の周波数 CH1(XLR) 、CH9(XLR)、CH16(PHONE)→
設定を 96kHz + 6%にします。2TR DIGITAL IN STEREO OUT L/R(XLR)で検査します。
の検査時は System Two の周波数設定(Sample
Rate)を 96kHz + 6%にします。 ・EFFECT 機能(DSP6 動作確認)
①歪率(WORD CLOCK IN,2TR DIGITAL IN 共) 条件 ・「音出しシーンデータ」 :ファイル名 「JADE_01」
入力周波数 出力レベル 許容範囲 を使用します。
1kHz + 22dBu 0.01%以下 ・WORD CLOCK:INT48kHz
・ANALOG INPUTのCH1から音楽信号を入れ
B. 44.1kHz − 10%(39.69kHz) シーン 1からシーン 4 を順にリコールし、ど
条件 WORD CLOCK IN の検査時は、発振器の周波数 のシーンでも STEREO METER の OVER が
設定を 44.1kHz − 10%にします。2TR DIGITAL 点灯しないように[GAIN]ツマミを調整して
INの検査時はSystem Twoの周波数設定(Sample おきます。
Rate)を 44.1kHz − 10%にします。
①歪率(WORD CLOCK IN,2TR DIGITAL IN 共) 検査:シーン1(REVERB)をリコールし、ヘッドホン
入力周波数 出力レベル 許容範囲 で信号を最低 15 秒間確認します。
1kHz + 22dBu 0.01%以下
判定基準 1:EFFECT 音が出ていることを確認しま
5. ジッター測定 す。
条件 System Two を使用します。 判定基準 2:ノイズが含まれていないことを確認し
Sec,PK を選択します。 ます。
BW:700Hz to 100kHz を選択します。
2TR DIGITAL OUT で検査します。 以下同様にシーン2からシーン14をリコールし検査
します。
シーン 2 からシーン 14 の EFFECT 機能は次のとお
5-1. WORD CLOCK INT
りです。
条件 WORD CLOCK は下記表の値を選択します。
シーン 2:SYMPHONIC
①ジッター
シーン 3:HQ PITCH
WORD CLOCK 許容範囲
シーン 4:DYNAMIC FILTER
INT 44.1kHz 5nsec 以下
シーン 5:REVERB
INT 48kHz 5nsec 以下
シーン 6:SYMPHONIC
INT 88.2kHz 5nsec 以下
シーン 7:HQ PITCH
INT 96kHz 5nsec 以下
シーン 8:DYNAMIC FILTER
シーン 9:REVERB
5-2. WORD CLOCK EXT
シーン 10:SYMPHONIC
条件 WORD CLOCK は以下を選択します。 シーン 11:DYNAMIC FILTER
WORD CLOCK IN の検査時: WC IN シーン 12:REVERB
2TR DIGITAL IN の検査時: 2TR D シーン 13:SYMPHONIC
WORD CLOCK IN の検査時は、発振器の周波数 シーン 14:DYNAMIC FILTER
設定に下記表の値を選択します。
2TR DIGITAL INの検査時はSystem Twoの周波数
設定(Sample Rate)に下記表の値を選択します。
89
0. Outline (Fig. 3)
0-1. Operation method Example B of individual check screen (when checking each
Keys used for the service check on the panel one of multiple items automatically or visually)
1) The check is executed automatically. When all items are 1-21 LCD Display the entire screen in black and white and check the contrast volume. Visual check
completed, the exit mode is activated. Press the [ENTER] 1-22 PANEL LED LEDs light in the specified order. Visual check
key to return to the screen in Fig. 1. 1-23 PANEL ALL LED All LEDs have gradual brightness and color differences. Visual check
1-24 PANEL SW Press the panel SWs in the specified order and check. Semi-Auto
2) To execute a check again, return to Fig. 1 and select the
item. 1-26 FADER Move Check the operation of the stop position of the FADER. Automatic
90
Common preparations:
--- PLLP2 ---
1) Check objective: 01V96
2) Cables: MIDI cable: 1 NG Adrs,Data BUS
COAXIAL cable: 1
BNC cable: 1
ADAT cable: 1
3) 01V96 starting method:
While pressing the [HOME (METER)] and [AUX4]
keys, turn the power ON. EXIT ([DEC] Key->[ENTER] Key)
MIDI IN
OUT EXIT ([DEC] Key->[ENTER] Key)
THRU
2TR IN DIGITAL
1-4. DSP6 and SIO tests
1-5. DSP7, SIO, and ATSC2 tests
2TR OUT DIGITAL Contents: Read/Write the register of each DSP6
SLOT1 and DSP7 and check whether the Data
adat OUT Bus and Address Bus are good or bad.
adat IN Read/Write the DRAM and SDRAM of
each DSP6 and DSP7 via the registers
WORD CLOCK IN and compare and check.
WORD CLOCK OUT
Check the SIO connection between each
DSP and between the ATSC by the Send/
Receive signal.
If the ADAT cable is not connected during
the DSP7, SIO, and ATSC2 tests, NG is
displayed.
91
OK MIDI Check
OK: SCI2
92
Check if the entire screen is displayed in black and Example of execution screen
white respectively.
When the entire screen is displayed in black, check --- PNL SW ---
for any dot flaws.
NG GROUP1
Check if the screen contrast changes when the contrast GROUP2
volume is changed.
• Move all of the FADERs to the set (960...1020): Certified range when the FADER
positions (three positions) and the detects the stop position using the
positions are checked and whether or not built-in A/D (displayed in 1024
the values are correct is automatically resolution)
judged using the built-in A/D. 950: True value when the FADER Reads the stop
position using the built-in A/D (displayed in
Checking procedures 1024 resolution)
Select the item to start the check. (Check item 1 or
check item 5) 3) Explanation of the automatic judgment display of
When starting the check from check item 5, push the FADER positions 1 to 3
the [ ] cursor key once and move check item 5. “CH_Pos 207, 862, (792...932)”
207: Specified stop value (displayed in 256
Starting from check item 1 resolution)
q Press the [ENTER] key. 862: Stop position detected using the built-in A/
w Move all of the FADERs up. D (displayed in 1024 resolution)
e Manually move all of the FADERs all the way up. (792...932): Certified range when the FADER
r Press the [ENTER] key. detects the stop position using the
t OK is displayed. Move all of the FADERs down. built-in A/D (displayed in 1024
y Manually move all of the FADERs all the way down. resolution)
u Press the [ENTER] key. “NG 02 (761)”
i The FADERs are checked if they can automatically NG 02: CH2 FADER is NG.
move. (Check items 3 to 7) (761): True value when the FADER Reads the
o The judgment result is displayed. stop position using the built-in A/D
(displayed in 1024 resolution)
Starting from check item 5
q Press the [ENTER] key. 1-28. ENCODER test
w The FADERs are checked if they can Contents: Check the rotation response of the
automatically move. (Check items 5 to 7) Encoder.
e The judgment result is displayed. When the Encoder rotates clockwise, the
“>” mark on the left side moves to the right.
Example of execution screen The “>” mark changes to the “<” mark
when it reaches the right side. Then, when
--- FADER Move --- the Encoder rotates counterclockwise, the
NG 1 FADER Up Position “<” mark moves to the left. When the “<”
OK 2 FADER Down Position mark reaches the left side, the Encoder is
OK 3 FADER Up
NG 4 FADER Down
OK.
OK 5 FADER Position1 The Encoder rotates slowly.
OK 6 FADER Position2
OK 7 FADER Position3
Example of execution screen
[ENTER] key to Start --- ENCODER --- If the judgment is OK,
the test continues with
FADER Up OK PAN the check of the next
OK: OK Q channel automatically.
OK FREQUENCY If the judgment is not
1 OK NG OK GAIN OK, press the [DEC]
OK WHEEL key to move to the next
EXIT ([DEC] Key->[ENTER] Key) OK ST IN 1/3 check.
OK ST IN 2/4
94
1-98. MESSAGE LOG A maximum of 999 pages can be displayed in the log
Contents: The log of the check results is displayed. of the check results. Any additional pages will not be
displayed.
Example of execution screen To clear the log, end the Service Check Program or
press the [CLEAR] key of the SOLO.
--- MESSAGE LOG ---
[ 2 BATT]
NG:BATT (2.56V)
[ 6 MIDI]
OK: SCI2
2. Supplement
LCD display Fig. 1 Panel SW operation order screen
(See SW operation Fig. 1 and 2 for operation order.)
LCD display: 53 columns x 30 lines (320 × 240 dots with Font 5×7)
A pressed SW
will disappear.
The next SW to
be pressed will flash.
SW operation Fig. 1
GROUP1
3 4
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
SW operation Fig. 2
GROUP2
1 2
3
4
7
5
The [DEC] SW is used to exit during the 1-24. PANEL SW test so do not check the [DEC] SW.
96
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
5 1
2
97
CLOCK
01V96 Audio Check (c) YAMAHA2003
FS
MODE CLOCK FS
MODE ANALOG SLOT ADAT INT 48k INT 48k END END
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
INPUT button
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
S1 S2 S3 S4
IC number
INPUT CH1 ADC DSP7-1 DSP7-2
route display
selection IN PORT IC103 IC201 IC202
INPUT route
INPUT1 16, 17 9 66 135 128 135
DSP7-3 DSP7-4
IC203 IC204 IC input PIN number
128 129 97 129 PHONE IC output PIN number
98
INPUT route Displays the outline of the route of the signal selected by the INPUT route display selection.
OUTPUT route Displays the outline of the route of the signal selected by the OUTPUT route display selection.
Common contents:
1) The IN PORT and OUT PORT are determined by setting the INPUT CH and OUTPUT CH (BUS/AUX).
2) When the INPUT CH setting is S1...S4, the default STxL INPUT route is displayed.
To display the STxR INPUT route, manually change the INPUT route display selection.
CH18 INPUT2
CH19 INPUT3
CH20 INPUT4
CH21 INPUT5
CH22 INPUT6
CH23 INPUT7
CH24 INPUT8
CH25 INPUT9
CH26 INPUT10
CH27 INPUT11
CH28 INPUT12
CH29 INPUT13
CH30 INPUT14
CH31 INPUT15
CH32 INPUT16
ST1L(S1) INPUT1
ST1R(S1) INPUT2
ST2L(S2) INPUT3
ST2R(S2) INPUT4
ST3L(S3) INPUT5
ST3R(S3) INPUT6
ST4L(S4) INPUT7
ST4R(S4) INPUT8
100
CH30 SLOT-14
CH31 SLOT-15
CH32 SLOT-16
ST1L(S1) SLOT-1
ST1R(S1) SLOT-2
ST2L(S2) SLOT-3
ST2R(S2) SLOT-4
ST3L(S3) SLOT-5
ST3R(S3) SLOT-6
ST4L(S4) SLOT-7
ST4R(S4) SLOT-8
101
サービス検査プログラム
※ 01V96 のサービス検査プログラムを行います。
0. 概要 (Fig.3)
0-1. 操作方法 個別検査画面例B
サービス検査に使用するパネル上のキー (多項目を個別に自動または目視判定する場合)
[ENTER]キー:選択の決定、EXITの決定 OK NG
0-2. 画面の説明
(Fig.1)
全検査項目画面例 1) 検査を開始すると OK/NG の選択項目が表示されるの
で、動作や結果を判定し OK/NG を選択します。
--- 01V96 test --- (C)YAMAHA 2003 選択方法は[←]、 [→]キーを使い、[ENTER]キーにて決定
F/W Ver. MAIN Vx.xx 各CPUのROMのVer.の表示
します。
2) OKまたはNGを選択すると次の検査項目に自動で移り
個別検査の判定結果 ます。
OK 1 PLLP2 OK 21 LCD
OK 2 BATT OK 22 PANEL LED
3) O K / N G 判定の入力待ち時に[ D E C ] キーを押すと
OK 4 DSP6,SIO NG 23 PANEL ALL LED 「EXIT」表示が反転し、[ENTER]キーでこの画面を終了
OK 5 DSP7,SIO,ATSC2 OK 24 PANEL SW
OK 6 MIDI OK 26 FADER Move します。 (一部の検査項目は実行中にも[DEC]キーを押す
OK 11 2TR IN/OUT(DIO) OK 28 ENCODER 選択項目は番号が反転表示します。 と「EXIT」処理可能です。 )
OK 12 ADAT 選択方法
OK 13 WORD CLOCK 98 MESSAGE LOG パネル右下の[↑], [↓], [←], [→]キー 全項目終了していない場合に「EXIT」すると、Fig.1 の
を使用し、項目選択を行います。 判定が NG 表示になります。
その後、[ENTER]キーで各個別検査
画面に切り替わります。 4) Fig.3のように、検査項目の先頭に番号があるものは、検
査する項目の選択が可能です。 [↑],[↓]キーで項目を選
択し、[ENTER]キーで検査を開始します。Fig.2 のよう
EXIT ([DEC] Key->[ENTER] Key) に、検査項目の先頭に番号がないものは、自動で検査を
開始します。
102
実行画面例
--- DSP6 ---
OK DSP6,SIO 全項目自動なので、
項目の選択は出来
ません。
実行時に1:から次々
1: CPU Interface (Data bus) と表示します。
NG: TxBusy NGの場合の詳細表示
NGが多数の場合、
20個程度で表示は
--- DSP7 --- 停止します。
OK DSP7,SIO,ATSC2
OK OUT->IN
OK PLL (DIR2,DBL)
OK: SCI2 NG PLL UnLock
OK NG 良否判定
NG: DIO_SIO 2TR1 [W:12485100 -> R:00000000]
EXIT ([DEC] Key->[ENTER] Key)
104
以上が確認できたら、
[DEC]キーを押し、OK/NG を --- PNL SW ---
選択します。 NG GROUP1
GROUP2
実行画面例
EXIT ([DEC] Key->[ENTER] Key)
--- PANEL LED ---
検査項目 5 から実施する場合。
q [ENTER]キーを押します。
w フェダーが自動的に動いてチェックされます。
(検査項目 5 ∼検査項目 7)
e 判定結果が表示されます。
105
実行画面例 実行画面例
--- FADER Move --- --- ENCODER --- ・判定がOKの場合は、
自動的に次のチャン
NG 1 FADER Up Position OK PAN ネルの検査に進みます。
OK 2 FADER Down Position OK Q ・判定がOKにならない
OK 3 FADER Up OK FREQUENCY 場合、[DEC]キーを押
NG 4 FADER Down OK GAIN して次の検査に進み
OK 5 FADER Position1 OK WHEEL ます。
OK 6 FADER Position2 OK ST IN 1/3
OK 7 FADER Position3 OK ST IN 2/4
FADER Up
OK:
CCW ------>---------- CW Encoderを指示方向に
1 OK NG 回転すると、それに応
じてバーが移動します。
EXIT ([DEC] Key->[ENTER] Key) >はCW(時計回り)
<はCCW(反時計回り)
に回すことを示します。
106
2. 補足
LCD 表示図1 PANEL SW 操作順序表示画面
(操作順序は SW 操作図1,2を参照してください。)
[DEC] SWは、
1-24 PANEL SW testに
表示されません。
押されたSW
が消えていきます。
次に押すSWを
点滅表示します。
指定順序に押されなかったSWを*表示します。
指定順序に押されれば通常表示に戻ります。
107
SW 操作図1
GROUP1
3 4
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
SW 操作図2
GROUP2
1 2
3
4
7
5
108
LED 点灯順序図1
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
LED 点灯順序図2
5 1
2
109
検査方法 制限
画面の説明
CLOCK
01V96 Audio Check (c) YAMAHA2003
FS
MODE CLOCK FS
MODE ANALOG SLOT ADAT INT 48k INT 48k END END
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16
INPUTボタン
17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32
S1 S2 S3 S4
ICの番号
INPUT CH1 ADC DSP7-1 DSP7-2
経路表示選択
IN PORT IC103 IC201 IC202
INPUT経路
INPUT1 16, 17 9 66 135 128 135
DSP7-3 DSP7-4
IC203 IC204 ICの入力PIN番号
128 129 97 129 PHONE ICの出力PIN番号
BUS AUX
BUS, AUXボタン
1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8
OUTPUT BUS1
経路表示選択
DSP7-4 DAC
IC204 IC151 OUTPUT
OUTPUT経路
1kHz 130 6 22, 23 OMNI 1
110
MODE 入出力の端子の切り替え
ANALOG 入出力にアナログの I/O をパッチします。
SLOT 入出力に SLOT の I/O をパッチします。
ADAT 入出力に ADAT および 2TRD の I/O をパッチします。
CLOCK クロックソースの切り替え
INT 44.1k
INT 48k
INT 88.2k
INT 96k
FS 動作クロックを表示します。
3-2. 検査内容
共通内容
1) INPUT CH、OUTPUT CH(BUS/AUX)を設定することで、IN PORT、OUT PORT が決まります。
2) INPUT CH の設定が S1..S4 の時、デフォルトは STxL の INPUT 経路を表示します。
STxR の INPUT 経路を表示したい場合は、INPUT 経路表示選択を手動で変えて表示することが出来ます。
MODE:ANALOG 時のパッチ設定
CH18 INPUT2
CH19 INPUT3
CH20 INPUT4
CH21 INPUT5
CH22 INPUT6
CH23 INPUT7
CH24 INPUT8
CH25 INPUT9
CH26 INPUT10
CH27 INPUT11
CH28 INPUT12
CH29 INPUT13
CH30 INPUT14
CH31 INPUT15
CH32 INPUT16
ST1L(S1) INPUT1
ST1R(S1) INPUT2
ST2L(S2) INPUT3
ST2R(S2) INPUT4
ST3L(S3) INPUT5
ST3R(S3) INPUT6
ST4L(S4) INPUT7
ST4R(S4) INPUT8
MODE:SLOT 時のパッチ設定
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CH30 SLOT-14
CH31 SLOT-15
CH32 SLOT-16
ST1L(S1) SLOT-1
ST1R(S1) SLOT-2
ST2L(S2) SLOT-3
ST2R(S2) SLOT-4
ST3L(S3) SLOT-5
ST3R(S3) SLOT-6
ST4L(S4) SLOT-7
ST4R(S4) SLOT-8
MODE:ADAT 時のパッチ設定
113
Tip: ヒント:
• You can also store the data to an external MIDI ・ MIDI バルクダンプを利用して、MIDI ファイ
device, such as a MIDI data filer, by using MIDI Bulk ラーなどの外部機器にバックアップすることも可
Dump. (See page 115.) 能です。(117 ページ参照)
1 Make sure that the power to the 01V96 is turned off. 1 01V96 の電源がオフになっていることを確認します。
2 While holding down the SCENE MEMORY [STORE] 2 SCENE MEMORY セクションの[STORE]キーを押
button, turn on the POWER ON/OFF switch. しながら、 POWER ON/OFF スイッチをオンにします。
After a moment, the 01V96 displays the following しばらくすると、ディスプレイに次のポップアップ
confirmation window. ウィンドウが表示されます。
114
You can back up data stored in the 01V96, such as libraries and Scenes, to an external MIDI device by using MIDI Bulk
Dump. In this way, you can later restore previous 01V96 settings by transmitting this MIDI data back to the 01V96.
Note: Some of the data transmitted from the 01V96 to the sequence software may occasionally drop out during Bulk
Dump transmission. To avoid this, we recommend that you use the included Studio Manager software to store 01V96
data to an external device.
1 Press the DISPLAY ACCESS [DIO/SETUP] button repeatedly until the DIO/Setup | MIDI/Host page appears, then
specify ports for transmission and reception of MIDI messages.
2 Make connections using the ports selected in Step 1 so that the 01V96 can transmit and receive MIDI messages to
and from the external device.
3 Press the DISPLAY ACCESS [MIDI] button, then press the [F4] button.
The MIDI | Bulk page appears.
q CATEGORY section
This section enables you to select data for transmission and reception.
w REQUEST
Move the cursor to this button, then press [ENTER] to transmit messages from the 01V96 that request a second 01V96
(connected to the first 01V96) to transmit the data specified in the CATEGORY section. This button is used primarily when
two 01V96s are connected in cascade.
e TRANSMIT
Move the cursor to this button, then press [ENTER] to transmit data specified in the CATEGORY section to an external MIDI
device.
r INTERVAL
This parameter specifies the interval between data packets during bulk transmission in 50 millisecond steps. If the external
device drops part of the bulk data, increase this parameter value.
4 In the CATEGORY section, move the cursor to the button of the data type you want to transmit, then press [ENTER].
115
Note: Data selected by the SETUPMEM button includes MIDI transmission and reception port settings and message
settings. After you store to an external device bulk dump data that has its reception disabled, if the 01V96 later starts to
receive this particular data, 01V96 bulk dump reception will be turned off immediately, and the 01V96 will be unable to
receive sub-sequent data. Therefore, before you store the data selected by the SETUPMEM button using Bulk Dump, be
sure to enable bulk data transmission and reception.
5 If necessary, move the cursor to the parameter box next to the selected button, then rotate the Parameter wheel or
press the [INC]/[DEC] buttons to select the desired bulk dump data.
Tip: If you selected [ALL] in the parameter box, all data selected by the corresponding button is transmitted as bulk dump
data.
6 To start transmitting bulk data, move the cursor to the TRANSMIT button, then press [ENTER].
Bulk Dump is executed. During the operation, the Bulk Dump window appears, indicating the current bulk dump status. To
abort the bulk dump operation, move the cursor to the CANCEL button in the window, then press [ENTER].
Tip: To transmit bulk dump request messages, move the cursor to the REQUEST button, then press [ENTER]. If you set
up the 01V96 so that it will transmit and receive MIDI messages to and from another 01V96, the other 01V96 will respond
to the bulk dump request and transmit the bulk dump data to the 01V96 you are operating.
7 To receive bulk data, press the DISPLAY ACCESS [MIDI] button again to display the MIDI | Setup page, then turn on
the Rx ON/OFF button in the BULK row.
Now, when the 01V96 receives bulk data, the corresponding internal data is updated.
116
ノート:バルクダンプ機能を使ってコンピューターに各種データを送信するとき、場合によってはシーケンスソフト
ウェア側でデータを取りこぼしてしまうことがあります。このため、01V96 内部のデータを保存するときは、付属の
アプリケーションソフト“Studio Manager ”を利用することをおすすめします。
画面内の内容は次のとおりです。
q CATEGORY フィールド
送受信するデータを選択します。
w REQUEST ボタン
このボタンにカーソルを合わせて[ENTER]キーを押すと、外部に接続されたもう 1 台の 01V96 に対して、CATEGORY
フィールドで選択したデータを送信するように要求するメッセージが送られます。主に2 台の01V96 をカスケード接続し
たときに利用するボタンです。
e TRANSMIT ボタン
このボタンにカーソルを合わせて[ENTER]キーを押すと、CATEGORY フィールドで選択したデータを外部 MIDI 機器
に出力します。
r INTERVAL パラメーターボックス
バルクデータの送信間隔を 50 ミリ秒単位で設定します。外部機器側でバルクデータの取りこぼしが発生するときに、こ
のパラメーターボックスの設定値を大きくします。
4 CATEGORY フィールドの中からバルクダンプしたいデータに相当するボタンにカーソルを合わせ、[ENTER]キーを押
します。
117
各ボタンの内容は次のとおりです。
・ALL ボタン ...................... バルクダンプ可能なすべてのデータを選択します。このボタンがオンのときは、他のボタンは
自動的にオフになります。
・SCENEMEM ボタン ..... シーンメモリーを選択します。ボタン右側のパラメーターボックスを使って、バルクデータと
して送信するシーンを選択できます。
・LIBRARY ボタン ............ ライブラリーの内容を選択します。ボタン右側のTYPE パラメーターボックスを使ってライブ
ラリーの種類を選択し、さらに右側のパラメーターボックスを使ってライブラリーの番号を選
択できます
・BANK ボタン .................. ユーザー定義キーの設定(KEYS UDEF)、ユーザー定義によるリモート機能の設定(RMD
UDEF)
、ユーザーアサイナブルレイヤーの設定(USR LAYER)の中からバルクダンプするパ
ラメーターを選択します。ボタン右側のパラメーターボックスを使って、バルクダンプの対象
とそのバンクを選択できます。
・SETUPMEM .................. 01V96 のシステム設定を選択します。
・PGM TABLE ボタン ..... MIDI 画面の PGM ASGN ページの設定内容を選択します。
・CTL TABLE ボタン ....... MIDI 画面の CTL ASGN ページの設定内容を選択します。
・PLUG‐ IN....................... バルクダンプの対象として、スロットに装着したオプションカードY56K の設定を選択します。
右側に表示されるパラメーターボックスを使って Y56K カードのプログラムを選択できます。
5 必要に応じて、ボタン右側のパラメーターボックスにカーソルを合わせ、パラメーターホイールまたは[INC]/[DEC]
キーを使ってバルクダンプしたいデータを選択します。
ヒント:パラメーターボックスで“ALL ”を選んだ場合は、そのパラメーターのすべてのデータがバルクダンプの対
象として選択されます。
118
q Status q Status
If the Status is “Okay,” the battery has sufficient voltage この表示が“Okay”ならバッテリーに十分な残量があ
for operation. If the Status is “Voltage Low!,” failure to ります。表示が“Voltage Low!”に変わった場合は、消
replace a low battery may result in data loss. 耗した電池を交換せずにいると、データが失われるこ
とがあります。
w Ver X.XX (X.XX represents the version number.) w VerXXXX (XXXX には番号が入ります)
This indicator identifies the system version number. システムのバージョン番号を表示します。システムの
Check the current system version number before you バージョンアップなどを行なうときは、この表示で現
update the system software. 在利用しているシステムのバージョンを確認します。
1 Make sure that the power to the 01V96 is turned off. 1 01V96 の電源がオフになっていることを確認します。
2 While holding down the [ENTER] button, turn on the 2 [ENTER]キーを押しながら、POWER ON/OFF スイッ
POWER ON/OFF switch. チをオンにします。
After a moment, the 01V96 displays a message しばらくすると、ディスプレイにキャリブレーション
indicating that the calibration is in progress. 中であることを示すメッセージが表示されます。キャ
Calibration takes about two minutes. It is important that リブレーションには約 2 分かかります。この間は絶対
you do not touch the faders while this message is にフェーダーに触れないでください。
displayed. キャリブレーションが終了すると、フェーダー位置の
When calibration is finished, the 01V96 displays a page 微調節を行なう画面が表示されます。
that enables you to fine-tune the fader position.
4 Set faders 1–16 to –15 and the Stereo fader to –30, 4 画面の指示に従ってフェーダー 1 ∼ 16 を− 15 の目盛
then press [ENTER]. り、STEREO フェーダーを− 30 の目盛りにあわせて
[ENTER]キーを押します。
6 Finally, set faders 1–16 to +10 and the Stereo fader 6 最後にフェーダー 1 ∼ 16 を+ 10 の目盛り、STEREO
to 0, then press [ENTER]. フェーダーを 0 の目盛りにあわせて[ENTER]キーを
This is the end of the fader calibration process. The 押します。
01V96 restarts in normal mode. これでフェーダーの再調整は終了です。再調整が終わ
ると、01V96 が通常モードで起動します。 119
120
121
BLOCK INFO. 0ttttttt tt total block number(minimum number is 0) 2.8.2.4 Setup memory bulk dump request format
0bbbbbbb bb current block number(0-total block number) STATUS 11110000 F0 System exclusive message
DATA 0ddddddd ds Scene data of block[bb] ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
: : SUB STATUS 0010nnnn 2n n=0-15 (Device number=MIDI Channel)
0ddddddd de FORMAT No. 01111110 7E Universal bulk dump
CHECK SUM 0eeeeeee ee ee=(Invert(‘L’+…+de)+1)&0x7F 01001100 4C ‘L’
EOX 11110111 F7 End of exclusive 01001101 4D ‘M’
00100000 20 ‘’
2.8.2.2 Scene memory bulk dump request format
00100000 20 ‘’
(compress)
00111000 38 ‘8’
The second and third bytes of the DATA NAME indicate the scene number that
01000011 43 ‘C’
is being requested. If this is 256, the data of the Edit Buffer will be bulk-dumped.
00111001 39 ‘9’
If this is 8192, the data of the Undo Buffer will be bulk-dumped.
00110011 33 ‘3’
STATUS 11110000 F0 System exclusive message
DATA NAME 01010011 53 ‘S’
ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
00000010 02
SUB STATUS 0010nnnn 2n n=0-15 (Device number=MIDI Channel)
00000000 00 No.256 = Current
FORMAT No. 01111110 7E Universal bulk dump
EOX 11110111 F7 End of exclusive
01001100 4C ‘L’
01001101 4D ‘M’
2.8.2.5 User Defined MIDI Remote bulk dump format
00100000 20 ‘’
The second and third bytes of the DATA NAME indicate the bank number.
00100000 20 ‘’ Be aware that the state of the transmission destination will (in some cases)
00111000 38 ‘8’ change if the same bank is being used.
01000011 43 ‘C’
STATUS 11110000 F0 System exclusive message
00111001 39 ‘9’
ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
00110011 33 ‘3’
SUB STATUS 0000nnnn 0n n=0-15 (Device number=MIDI Channel)
DATA NAME 01101101 6D ‘m’
FORMAT No. 01111110 7E Universal bulk dump
0mmmmmmm mh m=0-99, 256, 8192(Scene0-99, EDIT
BUFFER, UNDO) COUNT HIGH 0ccccccc ch data count = ch * 128 + cl
SUB STATUS 0000nnnn 0n n=0-15 (Device number=MIDI Channel) DATA NAME 01001100 4C ‘L’
COUNT LOW 0ccccccc cl BLOCK INFO. 0ttttttt tt total block number(minimum number is 0)
00100000 20 ‘’ : :
00100000 20 ‘’ 0ddddddd de
00111000 38 ‘8’ CHECK SUM 0eeeeeee ee ee=(Invert(‘L’+…+de)+1)&0x7F
00111001 39 ‘9’
00110011 33 ‘3’ 2.8.2.6 User Defined MIDI Remote bulk dump request
DATA NAME 01010011 53 ‘S’ format
00000010 02 The second and third bytes of the DATA NAME indicate the bank number.
00000000 00 No.256 = Current STATUS 11110000 F0 System exclusive message
BLOCK INFO. 0ttttttt tt total block number(minimum number is 0) ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
0bbbbbbb bb current block number(0-total block number) SUB STATUS 0010nnnn 2n n=0-15 (Device number=MIDI Channel)
DATA 0ddddddd ds Setup data of block[bb] FORMAT No. 01111110 7E Universal bulk dump
: : 01001100 4C ‘L’
0ddddddd de 01001101 4D ‘M’
CHECK SUM 0eeeeeee ee ee=(Invert(‘L’+…+de)+1)&0x7F 00100000 20 ‘’
EOX 11110111 F7 End of exclusive 00100000 20 ‘’
00111000 38 ‘8’
01000011 43 ‘C’
00111001 39 ‘9’
00110011 33 ‘3’
DATA NAME 01001100 4C ‘L’
00000000 00
0bbbbbbb bb b=0-3(bank no.1-4)
EOX 11110111 F7 End of exclusive
122
2.8.2.7 User Defined Keys bulk dump format BLOCK INFO. 0ttttttt tt total block number(minimum number is 0)
The second and third bytes of the DATA NAME indicate the bank number. 0bbbbbbb bb current block number(0-total block number)
Be aware that the state of the transmission destination will (in some cases) DATA 0ddddddd ds User assignable layer data of block[bb]
change if the same bank is being used. : :
STATUS 11110000 F0 System exclusive message 0ddddddd de
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) CHECK SUM 0eeeeeee ee ee=(Invert(‘L’+…+de)+1)&0x7F
SUB STATUS 0000nnnn 0n n=0-15 (Device number=MIDI Channel) EOX 11110111 F7 End of exclusive
FORMAT No. 01111110 7E Universal bulk dump
COUNT HIGH 0ccccccc ch data count = ch * 128 + cl 2.8.2.10 User Assignable Layer bulk dump request format
COUNT LOW 0ccccccc cl The second and third bytes of the DATA NAME indicate the bank number.
01001100 4C ‘L’ STATUS 11110000 F0 System exclusive message
01001101 4D ‘M’ ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
00100000 20 ‘’ SUB STATUS 0010nnnn 2n n=0-15 (Device number=MIDI Channel)
00100000 20 ‘’ FORMAT No. 01111110 7E Universal bulk dump
00111000 38 ‘8’ 01001100 4C ‘L’
01000011 43 ‘C’ 01001101 4D ‘M’
00111001 39 ‘9’ 00100000 20 ‘’
00110011 33 ‘3’ 00100000 20 ‘’
DATA NAME 01010110 56 ‘V’ 00111000 38 ‘8’
00000000 00 01000011 43 ‘C’
0bbbbbbb bb b=0-7(bank no.A-H) 00111001 39 ‘9’
BLOCK INFO. 0ttttttt tt total block number(minimum number is 0) 00110011 33 ‘3’
0bbbbbbb bb current block number(0-total block number) DATA NAME 01010101 55 ‘U’
DATA 0ddddddd ds User define key data of block[bb] 00000000 00
: : 0bbbbbbb bb b=0-3(bank no.1-4)
0ddddddd de EOX 11110111 F7 End of exclusive
CHECK SUM 0eeeeeee ee ee=(Invert(‘L’+…+de)+1)&0x7F
EOX 11110111 F7 End of exclusive 2.8.2.11 Control change table bulk dump format
STATUS 11110000 F0 System exclusive message
2.8.2.8 User Defined Keys bulk dump request format ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
The second and third bytes of the DATA NAME indicate the bank number. SUB STATUS 0000nnnn 0n n=0-15 (Device number=MIDI Channel)
STATUS 11110000 F0 System exclusive message FORMAT No. 01111110 7E Universal bulk dump
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) COUNT HIGH 0ccccccc ch data count = ch * 128 + cl
SUB STATUS 0010nnnn 2n n=0-15 (Device number=MIDI Channel) COUNT LOW 0ccccccc cl
FORMAT No. 01111110 7E Universal bulk dump 01001100 4C ‘L’
01001100 4C ‘L’ 01001101 4D ‘M’
01001101 4D ‘M’ 00100000 20 ‘’
00100000 20 ‘’ 00100000 20 ‘’
00100000 20 ‘’ 00111000 38 ‘8’
00111000 38 ‘8’ 01000011 43 ‘C’
01000011 43 ‘C’ 00111001 39 ‘9’
00111001 39 ‘9’ 00110011 33 ‘3’
00110011 33 ‘3’ DATA NAME 01000011 43 ‘C’
DATA NAME 01010110 56 ‘V’ 00000010 02
00000000 00 00000000 00 No.256 = Current
0bbbbbbb bb b=0-7(bank no.A-H) BLOCK INFO. 0ttttttt tt total block number(minimum number is 0)
EOX 11110111 F7 End of exclusive 0bbbbbbb bb current block number(0-total block number)
DATA 0ddddddd ds Control change table data of block[bb]
2.8.2.9 User Assignable Layer bulk dump format : :
The second and third bytes of the DATA NAME indicate the bank number. 0ddddddd de
Be aware that the state of the transmission destination will (in some cases) CHECK SUM 0eeeeeee ee ee=(Invert(‘L’+…+de)+1)&0x7F
change if the same bank is being used. EOX 11110111 F7 End of exclusive
STATUS 11110000 F0 System exclusive message
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) 2.8.2.12 Control change table bulk dump request format
SUB STATUS 0000nnnn 0n n=0-15 (Device number=MIDI Channel) STATUS 11110000 F0 System exclusive message
FORMAT No. 01111110 7E Universal bulk dump ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
COUNT HIGH 0ccccccc ch data count = ch * 128 + cl SUB STATUS 0010nnnn 2n n=0-15 (Device number=MIDI Channel)
COUNT LOW 0ccccccc cl FORMAT No. 01111110 7E Universal bulk dump
01001100 4C ‘L’ 01001100 4C ‘L’
01001101 4D ‘M’ 01001101 4D ‘M’
00100000 20 ‘’ 00100000 20 ‘’
00100000 20 ‘’ 00100000 20 ‘’
00111000 38 ‘8’ 00111000 38 ‘8’
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2.8.2.13 Program change table bulk dump format 0bbbbbbb bb current block number(0-total block number)
STATUS 11110000 F0 System exclusive message DATA 0ddddddd ds EQ Library data of block[bb]
COUNT HIGH 0ccccccc ch data count = ch * 128 + cl EOX 11110111 F7 End of exclusive
124
2.8.2.18 Compressor library bulk dump request format 2.8.2.21 Effect library bulk dump format
The second and third bytes of the DATA NAME indicate the bank number. (See The second and third bytes of the DATA NAME indicate the bank number.
above) 0:Library no.1 – 127:Library no.128, 256:EFFECT1 – 259:EFFECT4, 8192:UN-
System exclusive message
DO
STATUS 11110000 F0
256-263 are the data for the corresponding area of the edit buffer.
ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
For reception by the 01V96, only the user area is valid. (52-127, 256-259, 8192)
SUB STATUS 0010nnnn 2n n=0-15 (Device number=MIDI Channel)
STATUS 11110000 F0 System exclusive message
FORMAT No. 01111110 7E Universal bulk dump
ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
01001100 4C ‘L’
SUB STATUS 0000nnnn 0n n=0-15 (Device number=MIDI Channel)
01001101 4D ‘M’
‘’ FORMAT No. 01111110 7E Universal bulk dump
00100000 20
COUNT HIGH 0ccccccc ch data count = ch * 128 + cl
00100000 20 ‘’
00111000 38 ‘8’ COUNT LOW 0ccccccc cl
01001100 4C ‘L’
01000011 43 ‘C’
01001101 4D ‘M’
00111001 39 ‘9’
‘3’ 00100000 20 ‘’
00110011 33
‘Y’ 00100000 20 ‘’
DATA NAME 01011001 59
0-127(COMP Library no.1-128), 00111000 38 ‘8’
0mmmmmmm mh
01000011 43 ‘C’
0mmmmmmm ml 256-(Channel current data)
End of exclusive 00111001 39 ‘9’
EOX 11110111 F7
00110011 33 ‘3’
2.8.2.19 Gate library bulk dump format DATA NAME 01000101 45 ‘E’
The second and third bytes of the DATA NAME indicate the bank number. 0mmmmmmm mh 0-127(Effect Library no.1-128),
0:Library no.1 – 127:Library no.128, 256:CH1 – 287:CH32, 8192:UNDO 0mmmmmmm ml 256-259(Effect1-4 current)
256 and following are data for the corresponding channel of the edit buffer. BLOCK INFO. 0ttttttt tt total block number(minimum number is 0)
For reception by the 01V96, only the user area is valid. (4-127, 256-) 0bbbbbbb bb current block number(0-total block number)
STATUS 11110000 F0 System exclusive message DATA 0ddddddd ds Effect Library data of block[bb]
COUNT HIGH 0ccccccc ch data count = ch * 128 + cl EOX 11110111 F7 End of exclusive
125
00111001 39 ‘9’ 2.8.2.26 Input patch library bulk dump request format
00110011 33 ‘3’ The second and third bytes of the DATA NAME indicate the bank number. (See
DATA NAME 01001000 48 ‘H’ above)
0mmmmmmm mh 0-128(Channel Library no.0-128), STATUS 11110000 F0 System exclusive message
0mmmmmmm ml 256-(Current data) ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
BLOCK INFO. 0ttttttt tt total block number(minimum number is 0) SUB STATUS 0010nnnn 2n n=0-15 (Device number=MIDI Channel)
0bbbbbbb bb current block number(0-total block number) FORMAT No. 01111110 7E Universal bulk dump
DATA 0ddddddd ds Channel Library data of block[bb] 01001100 4C ‘L’
: : 01001101 4D ‘M’
0ddddddd de 00100000 20 ‘’
CHECK SUM 0eeeeeee ee ee=(Invert(‘L’+…+de)+1)&0x7F 00100000 20 ‘’
EOX 11110111 F7 End of exclusive 00111000 38 ‘8’
01000011 43 ‘C’
2.8.2.24 Channel library bulk dump request format ‘9’
00111001 39
The second and third bytes of the DATA NAME indicate the bank number. (See ‘3’
00110011 33
above)
DATA NAME 01010010 52 ‘R’
STATUS 11110000 F0 System exclusive message 0mmmmmmm mh 0-32(Input patch Library no.0-32),
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) 0mmmmmmm ml 256(Current data)
SUB STATUS 0010nnnn 2n n=0-15 (Device number=MIDI Channel) EOX 11110111 F7 End of exclusive
FORMAT No. 01111110 7E Universal bulk dump
01001100 4C ‘L’ 2.8.2.27 Output patch library bulk dump format
01001101 4D ‘M’ The second and third bytes of the DATA NAME indicate the bank number.
00100000 20 ‘’ 0:Library no.0 – 32:Library no.32, 256:current output patch data, 8192:UNDO
00100000 20 ‘’ For reception by the 01V96, only the user area is valid. (1-32, 256)
00111000 38 ‘8’ STATUS 11110000 F0 System exclusive message
01000011 43 ‘C’ ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
00111001 39 ‘9’ SUB STATUS 0000nnnn 0n n=0-15 (Device number=MIDI Channel)
00110011 33 ‘3’ FORMAT No. 01111110 7E Universal bulk dump
DATA NAME 01001000 48 ‘H’ COUNT HIGH 0ccccccc ch data count = ch * 128 + cl
0mmmmmmm mh 0-128(Channel Library no.0-128), COUNT LOW 0ccccccc cl
0mmmmmmm ml 256-(Current data) 01001100 4C ‘L’
EOX 11110111 F7 End of exclusive 01001101 4D ‘M’
00100000 20 ‘’
2.8.2.25 Input patch library bulk dump format 00100000 20 ‘’
The second and third bytes of the DATA NAME indicate the bank number. 00111000 38 ‘8’
0:Library no.0 – 32:Library no.32, 256:current input patch data, 8192:UNDO ‘C’
01000011 43
For reception by the 01V96, only the user area is valid. (1-32, 256, 8192)
00111001 39 ‘9’
STATUS 11110000 F0 System exclusive message 00110011 33 ‘3’
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) DATA NAME 01001111 4F ‘O’
SUB STATUS 0000nnnn 0n n=0-15 (Device number=MIDI Channel) 0mmmmmmm mh 0-32(Output patch Library no.0-32),
FORMAT No. 01111110 7E Universal bulk dump 0mmmmmmm ml 256(Current data)
COUNT HIGH 0ccccccc ch data count = ch * 128 + cl BLOCK INFO. 0ttttttt tt total block number(minimum number is 0)
COUNT LOW 0ccccccc cl 0bbbbbbb bb current block number(0-total block number)
01001100 4C ‘L’ DATA 0ddddddd ds Output patch Library data of block[bb]
01001101 4D ‘M’ : :
00100000 20 ‘’ 0ddddddd de
00100000 20 ‘’ CHECK SUM 0eeeeeee ee ee=(Invert(‘L’+…+de)+1)&0x7F
00111000 38 ‘8’ EOX 11110111 F7 End of exclusive
01000011 43 ‘C’
00111001 39 ‘9’ 2.8.2.28 Output patch library bulk dump request format
00110011 33 ‘3’ The second and third bytes of the DATA NAME indicate the bank number. (See
DATA NAME 01010010 52 ‘R’ above)
0mmmmmmm mh 0-32(Input patch Library no.0-32), System exclusive message
STATUS 11110000 F0
0mmmmmmm ml 256(Current data) Manufacture’s ID number (YAMAHA)
ID No. 01000011 43
BLOCK INFO. 0ttttttt tt total block number(minimum number is 0) n=0-15 (Device number=MIDI Channel)
SUB STATUS 0010nnnn 2n
0bbbbbbb bb current block number(0-total block number)
FORMAT No. 01111110 7E Universal bulk dump
DATA 0ddddddd ds Input patch Library data of block[bb] ‘L’
01001100 4C
: : 01001101 4D ‘M’
0ddddddd de 00100000 20 ‘’
CHECK SUM 0eeeeeee ee ee=(Invert(‘L’+…+de)+1)&0x7F ‘’
00100000 20
EOX 11110111 F7 End of exclusive
00111000 38 ‘8’
01000011 43 ‘C’
00111001 39 ‘9’
00110011 33 ‘3’
DATA NAME 01001111 4F ‘O’
0mmmmmmm mh 0-32(Output patch Library no.0-32),
0mmmmmmm ml 256(Current data)
EOX 11110111 F7 End of exclusive
126
127
2.8.3.2 Parameter change (Edit buffer) 2.8.3.7 Parameter request (Setup memory)
STATUS 11110000 F0 System exclusive message STATUS 11110000 F0 System exclusive message
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel) SUB STATUS 0011nnnn 3n n=0-15 (Device number=MIDI Channel)
GROUP ID 00111110 3E MODEL ID (digital mixer) GROUP ID 00111110 3E MODEL ID (digital mixer)
MODEL ID 01111111 7F Universal MODEL ID 00001101 0D 01V96
ADDRESS 00000001 01 Edit Buffer ADDRESS 00000011 03 Setup data
0eeeeeee ee Element no. 0eeeeeee ee Element no.
(If ‘ee’ is 0, ‘ee’ is expanded to two bytes) (If ‘ee’ is 0, ‘ee’ is expanded to two bytes)
0ppppppp pp Parameter no. 0ppppppp pp Parameter no.
0ccccccc cc Channel no. 0ccccccc cc Channel no.
DATA 0ddddddd dd data EOX 11110111 F7 End of exclusive
: :
EOX 11110111 F7 End of exclusive 2.8.3.8 Parameter change (Backup memory)
STATUS 11110000 F0 System exclusive message
2.8.3.3 Parameter request (Edit buffer) ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
STATUS 11110000 F0 System exclusive message SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel)
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) GROUP ID 00111110 3E MODEL ID (digital mixer)
SUB STATUS 0011nnnn 3n n=0-15 (Device number=MIDI Channel) MODEL ID 00001101 0D 01V96
GROUP ID 00111110 3E MODEL ID (digital mixer) ADDRESS 00000100 04 Backup data
MODEL ID 01111111 7F Universal 0eeeeeee ee Element no.
(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)
ADDRESS 00000001 01 Edit Buffer
0ppppppp pp Parameter no.
0eeeeeee ee Element no.
(If ‘ee’ is 0, ‘ee’ is expanded to two bytes) 0ccccccc cc Channel no.
0ppppppp pp Parameter no. DATA 0ddddddd dd data
0ccccccc cc Channel no. : :
EOX 11110111 F7 End of exclusive EOX 11110111 F7 End of exclusive
2.8.3.4 Parameter change (Patch data) 2.8.3.9 Parameter request (Backup memory)
STATUS 11110000 F0 System exclusive message STATUS 11110000 F0 System exclusive message
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel) SUB STATUS 0011nnnn 3n n=0-15 (Device number=MIDI Channel)
GROUP ID 00111110 3E MODEL ID (digital mixer) GROUP ID 00111110 3E MODEL ID (digital mixer)
MODEL ID 00001101 0D 01V96 MODEL ID 00001101 0D 01V96
ADDRESS 00000010 02 Patch data ADDRESS 00000100 04 Backup data
0eeeeeee Element no.
ee 0eeeeeee Element no.
ee
(If ‘ee’ is 0, ‘ee’ is expanded to two bytes) (If ‘ee’ is 0, ‘ee’ is expanded to two bytes)
0ppppppp pp Parameter no. 0ppppppp pp Parameter no.
0ccccccc cc Channel no. 0ccccccc cc Channel no.
DATA 0ddddddd dd data EOX 11110111 F7 End of exclusive
: :
EOX 11110111 F7 End of exclusive 2.8.3.10 Parameter change (Cascade data)
Reception
2.8.3.5 Parameter request (Patch data) This message is echoed if [Parameter change ECHO] is ON.
STATUS 11110000 F0 System exclusive message Data received from a port that is assigned to [Cascade Link] and whose Device
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) Number included in the SUB STATUS matches the [Rx CH] will be received for
n=0-15 (Device number=MIDI Channel)
processing.
SUB STATUS 0011nnnn 3n
When this is received, the specified parameter will be controlled.
GROUP ID 00111110 3E MODEL ID (digital mixer)
MODEL ID 00001101 0D 01V96 STATUS 11110000 F0 System exclusive message
0eeeeeee ee Element no. SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel)
(If ‘ee’ is 0, ‘ee’ is expanded to two bytes) GROUP ID 00111110 3E MODEL ID (digital mixer)
0ppppppp pp Parameter no. MODEL ID 01111111 7F Universal
0ccccccc cc Channel no. ADDRESS 00001111 0F Cascade data
EOX 11110111 F7 End of exclusive 0sssssss ss Set:0, Response:1
0eeeeeee ee Element no.
2.8.3.6 Parameter change (Setup memory) (If ‘ee’ is 0, ‘ee’ is expanded to two bytes)
0ppppppp pp Parameter no.
STATUS 11110000 F0 System exclusive message
0ccccccc cc Channel no.
ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
DATA 0ddddddd dd data
SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel)
MODEL ID (digital mixer)
: :
GROUP ID 00111110 3E
EOX 11110111 F7 End of exclusive
MODEL ID 00001101 0D 01V96
ADDRESS 00000011 03 Setup data
0eeeeeee Element no.
ee
(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)
0ppppppp pp Parameter no.
0ccccccc cc Channel no.
DATA 0ddddddd dd data
128
2.8.3.11 Parameter request (Cascade data) 2.8.3.13 Parameter change (Function call response: Library
Reception store/recall)
This message is echoed if [Parameter change ECHO] is ON. Transmission
Data received from a port that is assigned to [Cascade Link] and whose Device If store/recall is executed by a parameter change received from Studio Manager,
Number included in the SUB STATUS matches the [Rx CH] will be received for the result of execution is transmitted as the following parameter change.
processing.
STATUS 11110000 F0 System exclusive message
When this is received, the value of the specified parameter will be transmitted
ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
as a Parameter response.
SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel)
STATUS 11110000 F0 System exclusive message
GROUP ID 00111110 3E MODEL ID (digital mixer)
ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
MODEL ID 01111111 7F Universal
SUB STATUS 0011nnnn 3n n=0-15 (Device number=MIDI Channel)
ADDRESS 01010000 50 Function call response
GROUP ID 00111110 3E MODEL ID (digital mixer)
00ffffff ff function
MODEL ID 01111111 7F Universal
0mmmmmmm mh number High
ADDRESS 00001111 0F Cascade data
0mmmmmmm ml number Low
0eeeeeee Element no.
ee
DATA 0ccccccc ch channel High
(If ‘ee’ is 0, ‘ee’ is expanded to two bytes)
0ppppppp pp Parameter no. 0ccccccc cl channel Low
Reception
2.8.3.14 Parameter change (Function call: title)
When this is received, the specified memory/library will be stored/recalled. If
this is received from Studio Manager or Cascade Link, the operation will be ex- Reception
ecuted, and then the result of execution will be transmitted as a Parameter Re- When this is received, the title of the specified memory/library will be changed.
sponse. If this is received from Studio Manager or Cascade Link, the operation will be
executed, and then the result of execution will be transmitted as a parameter re-
Transmission
sponse.
If [Parameter change Tx] is ON, and you store or recall a memory/library for
which Program Change transmission is not valid, this message will be transmit- Transmission
ted with the Device Number set to the [Tx CH]. In response to a request, this is transmitted with the device number set to the
System exclusive message
[Tx CH].
STATUS 11110000 F0
When the title is changed on the 01V96, this message will be transmitted with
ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
the device number set to [Tx CH].
SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel)
STATUS 11110000 F0 System exclusive message
GROUP ID 00111110 3E MODEL ID (digital mixer)
ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
MODEL ID 01111111 7F Universal
SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel)
ADDRESS 00010000 10 Function call
GROUP ID 00111110 3E MODEL ID (digital mixer)
00ffffff ff function
MODEL ID 01111111 7F Universal
0mmmmmmm mh number High
ADDRESS 00010000 10 Function call
0mmmmmmm ml number Low
0100ffff 4f title
DATA 0ccccccc ch channel High
0mmmmmmm mh number High
0ccccccc cl channel Low
0mmmmmmm ml number Low
EOX 11110111 F7 End of exclusive
DATA 0ddddddd dd title 1
: : :
function number channel*1) tx/rx 0ddddddd dd title x(depend on the library)
SCENE RECALL 0x00 0-99, 8192 256 tx/rx EOX 11110111 F7 End of exclusive
EQ LIB RECALL 0x01 1-128, 8192 0-513 tx/rx
GATE LIB RECALL 0x02 1-128, 8192 0-95 tx/rx
COMP LIB RECALL 0x03 1-128, 8192 0-513 tx/rx function number size
EFF LIB RECALL 0x04 1-128, 8192 0-3 tx/rx SCENE LIB TITLE 0x40 0-99,256(0:response only) 16
CHANNEL LIB RECALL 0x06 0-128, 8192 0-513 tx/rx EQ LIB TITLE 0x41 1-128(1-40:response only) 16
INPATCH LIB RECALL 0x07 0-32, 8192 256 tx/rx GATE LIB TITLE 0x42 1-128(1-4:response only) 16
OUTPATCH LIB RECALL 0x08 0-32, 8192 256 tx/rx COMP LIB TITLE 0x43 1-128(1-36:response only) 16
EFF LIB TITLE 0x44 1-128(1-52:response only) 16
SCENE STORE 0x20 1-99 256, 16383 tx/rx CHANNEL LIB TITLE 0x46 0-128(0:response only) 16
EQ LIB STORE 0x21 41-128 0-513, 16383 tx/rx INPATCH LIB TITLE 0x47 0-32(0:response only) 16
GATE LIB STORE 0x22 5-128 0-31, 16383 tx/rx OUTPATCH LIB TITLE 0x48 0-32(0:response only) 16
COMP LIB STORE 0x23 37-128 0-513, 16383 tx/rx
EFF LIB STORE 0x24 53-128 0-3, 16383 tx/rx
CHANNEL LIB STORE 0x26 1-128 0-513, 16383 tx/rx
INPATCH LIB STORE 0x27 1-32 256, 16383 tx/rx
OUTPATCH LIB STORE 0x28 1-32 256, 16383 tx/rx
129
2.8.3.15 Parameter request (Function call: title) 2.8.3.18 Parameter change (Function call response:
Reception Scene/Library Clear)
When this is received, a parameter change will be transmitted with the device Transmission
number set to [Rx CH]. When a scene or library is cleared as a result of receiving a parameter change
Refer to the above table for the Functions and Numbers. from Studio Manager, the result of execution will be transmitted as the follow-
STATUS 11110000 F0 System exclusive message ing parameter change.
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) STATUS 11110000 F0 System exclusive message
SUB STATUS 0011nnnn 3n n=0-15 (Device number=MIDI Channel) ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
GROUP ID 00111110 3E MODEL ID (digital mixer) SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel)
MODEL ID 01111111 7F Universal GROUP ID 00111110 3E MODEL ID (digital mixer)
ADDRESS 00010000 10 Function call MODEL ID 01111111 7F Universal
0100ffff 4f title ADDRESS 01010000 50 Function call
0mmmmmmm mh number High 0110ffff 6f clear function
0mmmmmmm ml number Low 0mmmmmmm mh number High
EOX 11110111 F7 End of exclusive 0mmmmmmm ml number Low
DATA 0eeeeeee ee result HH
2.8.3.16 Parameter change (Function call response: title) 0eeeeeee ee result HL
function number
SCENE LIB CLEAR 0x60 1-99
EQ LIB CLEAR 0x61 41-128
GATE LIB CLEAR 0x62 5-128
COMP LIB CLEAR 0x63 37-128
EFF LIB CLEAR 0x64 53-128
CHANNEL LIB CLEAR 0x66 1-128
INPATCH LIB CLEAR 0x67 1-32
OUTPATCH LIB CLEAR 0x68 1-32
130
2.8.3.20 Parameter request (Function call: attribute) 2.8.3.23 Parameter request (Function call: link)
Reception Reception
This is received if [Parameter change RX] is ON and the [Rx CH] matches the This is received if [Parameter change RX] is ON and the [Rx CH] matches the
device number included in the SUB STATUS. This is echoed if [Parameter device number included in the SUB STATUS. This is echoed if [Parameter
change ECHO] is ON. change ECHO] is ON.
When this is received, a Parameter Change message will be transmitted on the When this is received, a Parameter Change message will be transmitted on the
[Rx CH]. [Rx CH].
Refer to the above table for the Functions and Numbers. Refer to the above table for the Functions and Numbers.
STATUS 11110000 F0 System exclusive message STATUS 11110000 F0 System exclusive message
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
SUB STATUS 0011nnnn 3n n=0-15 (Device number=MIDI Channel) SUB STATUS 0011nnnn 3n n=0-15 (Device number=MIDI Channel)
GROUP ID 00111110 3E MODEL ID (digital mixer) GROUP ID 00111110 3E MODEL ID (digital mixer)
MODEL ID 01111111 7F Universal MODEL ID 01111111 7F Universal
ADDRESS 00010100 14 Function call ADDRESS 00010100 14 Function call
0000ffff 0f attribute 0010ffff 2f link
0mmmmmmm mh number High 0mmmmmmm mh number High
0mmmmmmm ml number Low 0mmmmmmm ml number Low
EOX 11110111 F7 End of exclusive EOX 11110111 F7 End of exclusive
2.8.3.21 Parameter change (Function call response: 2.8.3.24 Parameter change (Function call response: link)
attribute) Transmission
Transmission When link data is modified as a result of receiving a parameter change from Stu-
When an attribute is modified as a result of receiving a parameter change from dio Manager, the result of execution will be transmitted as the following param-
Studio Manager, the result of execution will be transmitted as the following pa- eter change.
rameter change. STATUS 11110000 F0 System exclusive message
STATUS 11110000 F0 System exclusive message ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel)
SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel) GROUP ID 00111110 3E MODEL ID (digital mixer)
GROUP ID 00111110 3E MODEL ID (digital mixer) MODEL ID 01111111 7F Universal
MODEL ID 01111111 7F Universal ADDRESS 01010100 54 Function call
ADDRESS 01010100 54 Function call 0010ffff 2f link
0000ffff 0f attribute 0mmmmmmm mh number High
0mmmmmmm mh number High 0mmmmmmm ml number Low
0mmmmmmm ml number Low DATA 0eeeeeee ee result HH
DATA 0eeeeeee ee result HH 0eeeeeee ee result HL
0eeeeeee ee result HL 0eeeeeee ee result LH
0eeeeeee ee result LH 0eeeeeee ee result LL
0eeeeeee ee result LL EOX 11110111 F7 End of exclusive
EOX 11110111 F7 End of exclusive
2.8.3.25 Parameter change (Function call: pair, copy)
2.8.3.22 Parameter change (Function call: link) Reception
Reception This is received if [Parameter change RX] is ON and the [Rx CH] matches the
This is received if [Parameter change RX] is ON and the [Rx CH] matches the device number included in the SUB STATUS. This is echoed if [Parameter
device number included in the SUB STATUS. This is echoed if [Parameter change ECHO] is ON.
change ECHO] is ON. When this is received, pairing will be enabled/disabled for the specified channel.
When this is received, the patch link data of the specified scene will be modified. STATUS 11110000 F0 System exclusive message
Transmission ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
In response to a request, a Parameter Change message will be transmitted on the SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel)
[Rx CH]. GROUP ID 00111110 3E MODEL ID (digital mixer)
If [Parameter change ECHO] is ON, this message will be retransmitted without MODEL ID 01111111 7F Universal
change. Function call Pair
ADDRESS 00010001 11
STATUS 11110000 F0 System exclusive message 0000ffff 0f function
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) 0sssssss sh Source channel H
SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel) 0sssssss sl Source channel L
GROUP ID 00111110 3E MODEL ID (digital mixer) DATA 0ddddddd dh Destination channel H
MODEL ID 01111111 7F Universal 0ddddddd dl Destination channel L
ADDRESS 00010100 14 Function call EOX 11110111 F7 End of exclusive
0010ffff 2f link
0mmmmmmm mh number High
function channel
0mmmmmmm ml number Low
PAIR ON with COPY 0x00 *1)
DATA 0iiiiiii ih inpatch
PAIR ON with RESET BOTH 0x01 *1)
0iiiiiii il PAIR OFF 0x02 *1)
0ooooooo oh outpatch
*1) 0:CH1 – 31:CH32, 128:BUS1 – 135:BUS8, 256:AUX1 – 263:AUX8,
0ooooooo ol
512:STEREO
EOX 11110111 F7 End of exclusive Effect is 0:Effect 1–3:Effect 4
• In the case of PAIR, you must specify channels for which pairing is pos-
sible.
function number • In the case of PAIR ON with COPY, you must specify Source Channel
SCENE LIB LINK 0x20 0-99(0:response only) as the copy source, and Destination Channel as the copy destination.
131
2.8.3.26 Parameter change (Function call Event: Effect ) 2.8.3.29 Parameter change (Key remote)
Reception Reception
This is received if [Parameter change RX] is ON and the [Rx CH] matches the This is received if [Parameter change RX] is ON and the [Rx CH] matches the
device number included in the SUB STATUS. device number included in the SUB STATUS.
This is echoed if [Parameter change ECHO] is ON. This is echoed if [Parameter change ECHO] is ON.
When this is received, the corresponding effect’s function activates (depending When this is received, the same processing that is executed when the key speci-
on the effect type). fied by Address is pressed (released).
STATUS 11110000 F0 System exclusive message Transmission
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) If [Parameter Change ECHO] is ON, this message is retransmitted without
SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel) change.
GROUP ID 00111110 3E MODEL ID (digital mixer) STATUS 11110000 F0 System exclusive message
MODEL ID 01111111 7F Universal ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
ADDRESS 00010010 12 Function call Effect Event SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel)
0000ffff 0f function GROUP ID 00111110 3E MODEL ID (digital mixer)
00000000 00 MODEL ID 00001101 0D 01V96
0ppppppp pp Release:0, Press:1 ADDRESS 00100000 20 Key remote
DATA 00000000 00 0kkkkkkk kk Key address H
0eeeeeee ee Effect number (0:Effect1 - 3:Effect4) 0kkkkkkk kk Key address M
EOX 11110111 F7 End of exclusive 0kkkkkkk kk Key address L
DATA 0ppppppp pp Release:0, Press:1
EOX 11110111 F7 End of exclusive
function channel
Freeze Play button 0x00 0:Effect1-3:Effect4
Freeze Record button 0x01 0:Effect1-3:Effect4
2.8.3.30 Parameter change (Remote Meter)
When transmission is enabled by receiving a Request of Remote meter, the
• This does not activate when the effect type is different. specified meter information is transmitted every 50msec for 10 seconds. When
you want to transmit meter information continuously, a Request must be trans-
2.8.3.27 Parameter change (Sort Table)
mitted continuously within every 10 seconds.
When scene memory sort is executed on the 01V96, the memory sort table will
be transmitted to Studio Manager. Reception
Studio Manager will sort the memories according to this data. This is echoed if [Parameter change ECHO] is ON.
If Studio Manager performs a scene memory sort, it will transmit this data to Transmission
the 01V96. When transmission has been enabled by a Request, the parameter specified by
STATUS 11110000 F0 System exclusive message Address will be transmitted on the [Rx CH] channel at 50 msec intervals for a
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) duration of 10 seconds.
n=0-15 (Device number=MIDI Channel)
Transmission will be disabled if the power is turned off and on again, or if the
SUB STATUS 0001nnnn 1n
PORT setting is changed.
GROUP ID 00111110 3E MODEL ID (digital mixer)
If [Parameter Change ECHO] is ON, this message is retransmitted without
MODEL ID 00001101 0D 01V96
change.
ADDRESS 00010011 13 Library sort table
STATUS 11110000 F0 System exclusive message
0000ffff 0f Library type
ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
DATA 0ddddddd ds Data
SUB STATUS 0001nnnn 1n n=0-15 (Device number=MIDI Channel)
: :
GROUP ID 00111110 3E MODEL ID (digital mixer)
0ddddddd de Data
MODEL ID 00001101 0D 01V96
EOX 11110111 F7 End of exclusive
ADDRESS 00100001 21 Remote meter
8-7 conversion is performed on the data area in the same way as for bulk. 0mmmmmmm mm ADDRESS UL
0mmmmmmm mm ADDRESS LU
2.8.3.28 Parameter request (Sort Table) ADDRESS LL
0mmmmmmm mm
When the 01V96 receives this data, it will transmit Sort Table Data. DATA 0ddddddd dd Data1 H
GROUP ID 00111110 3E MODEL ID (digital mixer) * Meter data uses the unmodified DECAY value of the DSP. The inter-
MODEL ID 00001101 0D 01V96 pretation of the data will depend on the parameter.
ADDRESS 00010011 13 Library sort table
0000ffff 0f Library type
EOX 11110111 F7 End of exclusive
132
2.8.3.31 Parameter request (Remote Meter) 2.8.3.33 Parameter request (Remote Time Counter)
Reception Reception
This is received if [Parameter change RX] is ON and the [Rx CH] matches the This is received if [Parameter change RX] is ON and the [Rx CH] matches the
device number included in the SUB STATUS. This is echoed if [Parameter device number included in the SUB STATUS. This is echoed if [Parameter
change ECHO] is ON. change ECHO] is ON.
When this is received, data of the specified address is transmitted on the [Rx When this is received, the Time Counter information is transmitted on the [Rx
CH] at intervals of 50 msec as a rule (although this may not be the case if the CH] channel every 50 msec for 10 seconds.
port is being used by other communication), for a period of 10 seconds. When the second byte of Address is received on 0x7F, data transmission will be
If Address UL= 0x7F is received, transmission of all meter data will be halted halted immediately. (disable)
immediately. (disable)
Transmission
Transmission If [Parameter Change ECHO] is ON, this message is retransmitted without
If [Parameter Change ECHO] is ON, this message is retransmitted without change.
change. System exclusive message
STATUS 11110000 F0
STATUS 11110000 F0 System exclusive message ID No. 01000011 43 Manufacture’s ID number (YAMAHA)
ID No. 01000011 43 Manufacture’s ID number (YAMAHA) SUB STATUS 0011nnnn 3n n=0-15 (Device number=MIDI Channel)
SUB STATUS 0011nnnn 3n n=0-15 (Device number=MIDI Channel) GROUP ID 00111110 3E MODEL ID (digital mixer)
GROUP ID 00111110 3E MODEL ID (digital mixer) MODEL ID 00001101 0D 01V96
MODEL ID 00001101 0D 01V96 ADDRESS 00100010 22 Remote Time counter
ADDRESS 00100001 21 Remote meter 0ddddddd 0:Transmission request,
dd
0mmmmmmm mm ADDRESS UL 0x7F:Transmission stop request
133
Note X 0–127
True Voice
Number ************** X
Note On X O
Velocity Effect Control
Note Off X O
Key’s X X
After
Ch’s X X
Pitch Bend X X
Control
0-95,102-119 O O Assignable
Change
System Exclusive O O *1
:Song Pos X X
System
:Song Sel X X
Common
:Tune X X
System :Clock X O
Effect Control
Real Time :Commands X X
:Local ON/OFF X X
Aux :All Notes OFF X X
Messages :Active Sense X O
:Reset X O
PARTS LIST
CONTENTS(目次)
OVERALL ASSEMBLY(総組立).............................................. 2
BOTTOM ASSEMBLY(ボトムAss’y) ..................................... 4
CONTROL PANEL ASSEMBLY(コンパネAss’y).................. 7
ELECTRICAL PARTS(電気部品)...................................... 10-55
WARNING
Components having special characteristics are marked and must be replaced with parts having
specification equal to those originally installed.
印の部品は、安全を維持するために重要な部品です。交換する場合は、安全のために必ず指定の部品をご
使用下さい。
OVERALL ASSEMBLY(総組立)
30
20
50 100 110
10
Bottom assembly:
(ボトムAss'y)
50 See page 4.
50
ACCESSORIES 付 属 品
VQ240200 Adaptor, AC Cord KPR-24 変 換 ア ダ プ タ ー J 06
* X3650A00 CD-ROM CD-R 650MB 12cm 書 込 み 済 C D − R
VT119800 AC Cord J 7A 125V 3P 2.5m 電 源 コ ー ド J 06
V6190600 AC Cord CSA 電 源 コ ー ド U,V 07
V6190700 AC Cord VDE 電 源 コ ー ド H,W,K 08
V6190800 AC Cord BS 電 源 コ ー ド B 10
TOOL 工 具
* WA963600 Stay ス テ イ
40
10a 10b
210
165
B view C
10a 10b
80
200
A view
B
206
165
160
170
60
110 145 180
146
130 20 147
70
190
10
50 140
10c
285
120 290 100
A 250 80
300
220 221 291
D
240
C view D view
Top view
410
400
40 280
x29
460
270 470
x25 x14
60 x4 440
B view 15
420
250
200
100
B
25
x17
210
170
26
150 260
190
PN1 (1/2)
190
230
290
50
180
150
70
220 PN1 (2/2)
190 300
x3 A view 320
190
194
80 x5 190
193
190
160
195
190 310 310
196
190
01V96
7
540
600
295
Pic.1
570
590
296
650
580
700
570
Pic.1 Pic.2
600
580
ELECTRICAL PARTS(電気部品)
REF NO. PART NO. DESCRIPTION 部 品 名 REMARKS QTY RANK
ELECTRICAL PARTS 電 気 部 品 01V96
* V9896100 Circuit Board AC (DCCOM) A C シ ー ト J,U,V (V989570)(X3434C0)
* V9896600 Circuit Board AC (DCCOM) A C シ ー ト H,B,W,K (V989620)(X3434C0)
* V9895900 Circuit Board DCA (DCCOM) D C A シ ー ト J,U,V (V989570)(X3434C0)
* V9896500 Circuit Board DCA (DCCOM) D C A シ ー ト H,B,W,K (V989620)(X3434C0)
* V9895800 Circuit Board DCD D C D シ ー ト (X3858B0)
* V9894500 Circuit Board FD F D シ ー ト (X3423B0)
* V9894100 Circuit Board ADA (HACOM) A D A シ ー ト (V989280)(X3422B0)
* V9893900 Circuit Board HA (HACOM) H A シ ー ト (V989280)(X3422B0)
* V9891600 Circuit Board MAIN M A I N シ ー ト (X3421B0)
* V9895400 Circuit Board LCD (PNCOM) L C D シ ー ト (V989490)(X3424B0)
* V9895000 Circuit Board PN1 (PNCOM) P N 1 シ ー ト (1/2, 2/2) (V989490)(X3424B0)
* V9895200 Circuit Board PN2 (PNCOM) P N 2 シ ー ト (V989490)(X3424B0)
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
PART NO.
REF NO. DESCRIPTION 部 品 名 REMARKS QTY RANK
* V9891600 Circuit Board MAIN M A I N シ ー ト (X3421B0)
BT001 VN103600 Battery Holder CR2032 バ ッテリーホルダー 03
C001 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
-016 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C017 US062470 Ceramic Capacitor-SL(chip) 470P 50V J チ ッ プ セ ラ ( S L ) 01
C018 US062470 Ceramic Capacitor-SL(chip) 470P 50V J チ ッ プ セ ラ ( S L ) 01
C019 UB446100 Ceramic Capacitor-F (chip) F 1.0 16V Z チ ッ プ セ ラ F 01
C020 UB446100 Ceramic Capacitor-F (chip) F 1.0 16V Z チ ッ プ セ ラ F 01
C021 UF018100 Electrolytic Cap. (chip) 100 6.3V チ ッ プ ケ ミ コ ン 01
C022 US061220 Ceramic Capacitor-CH(chip) 22P 50V J チ ッ プ セ ラ ( C H ) 01
C023 US061220 Ceramic Capacitor-CH(chip) 22P 50V J チ ッ プ セ ラ ( C H ) 01
C024 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C025 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C026 UF018100 Electrolytic Cap. (chip) 100 6.3V チ ッ プ ケ ミ コ ン 01
C027 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C028 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C029 UF018100 Electrolytic Cap. (chip) 100 6.3V チ ッ プ ケ ミ コ ン 01
C030 US063100 Ceramic Capacitor-B (chip) 1000P 50V K チ ッ プ セ ラ ( B ) 01
-035 US063100 Ceramic Capacitor-B (chip) 1000P 50V K チ ッ プ セ ラ ( B ) 01
C036 US061470 Ceramic Capacitor-CH(chip) 47P 50V J チ ッ プ セ ラ ( C H ) 01
C037 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C038 UF037100 Electrolytic Cap. (chip) 10 16V チ ッ プ ケ ミ コ ン 01
C039 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
-056 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C057 UF046470 Electrolytic Cap. (chip) 4.7 25V チ ッ プ ケ ミ コ ン 01
C058 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
-064 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C065 UF037100 Electrolytic Cap. (chip) 10 16V チ ッ プ ケ ミ コ ン 01
C066 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
-076 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C077 UF118470 Electrolytic Cap. (chip) 470 6.3V UUR0J4 チ ッ プ ケ ミ コ ン 01
C079 UF118470 Electrolytic Cap. (chip) 470 6.3V UUR0J4 チ ッ プ ケ ミ コ ン 01
C080 UF118470 Electrolytic Cap. (chip) 470 6.3V UUR0J4 チ ッ プ ケ ミ コ ン 01
* C081 WA122800 Electrolytic Cap.-HD 150.00 35V ケ ミ コ ン H D
* C082 WA122800 Electrolytic Cap.-HD 150.00 35V ケ ミ コ ン H D
C083 US064100 Ceramic Capacitor-B (chip) 0.0100 50V K チ ッ プ セ ラ ( B ) 01
* C084 WA122700 Electrolytic Cap.-HC 220.00 6.3V ケ ミ コ ン H C
* C085 WA122700 Electrolytic Cap.-HC 220.00 6.3V ケ ミ コ ン H C
C086 UF028100 Electrolytic Cap. (chip) 100 10V チ ッ プ ケ ミ コ ン 01
C087 UF028100 Electrolytic Cap. (chip) 100 10V チ ッ プ ケ ミ コ ン 01
C088 UF148100 Electrolytic Cap. (chip) 100 25V UUR1E1 チ ッ プ ケ ミ コ ン 01
C089 UF148100 Electrolytic Cap. (chip) 100 25V UUR1E1 チ ッ プ ケ ミ コ ン 01
C090 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C101 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
-108 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C110 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
-121 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C131 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C132 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C136 UF017470 Electrolytic Cap. (chip) 47 6.3V チ ッ プ ケ ミ コ ン 01
C137 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
-143 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C144 UF017470 Electrolytic Cap. (chip) 47 6.3V チ ッ プ ケ ミ コ ン 01
C146 US135330 Ceramic Capacitor-F (chip) 0.3300 16V Z チ ッ プ セ ラ ( F ) 01
C147 US135330 Ceramic Capacitor-F (chip) 0.3300 16V Z チ ッ プ セ ラ ( F ) 01
C148 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
-159 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C160 V J 9 0 3 7 0 0 Monolithic Ceramic Cap. CH 560P 50V J チ ップ積層セラコン 01
C161 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
-172 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C173 UF118330 Electrolytic Cap. (chip) 330 6.3V UUR0J3 チ ッ プ ケ ミ コ ン 01
C174 US044220 Ceramic Capacitor-B (chip) 0.0220 25V K チ ッ プ セ ラ ( B ) 01
C175 UF118220 Electrolytic Cap. (chip) 220 6.3V UUR0J2 チ ッ プ ケ ミ コ ン 01
C176 VR327300 Mylar Capacitor (chip) 0.0820 16V J チ ッ プ マ イ ラ ー 01
C178 US044220 Ceramic Capacitor-B (chip) 0.0220 25V K チ ッ プ セ ラ ( B ) 01
C180 US044220 Ceramic Capacitor-B (chip) 0.0220 25V K チ ッ プ セ ラ ( B ) 01
C181 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C182 V 6 2 0 0 9 0 0 Capacitor 1.0000 16V M チ ップフィルムコン 01
C184 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
C185 US145100 Ceramic Capacitor-F (chip) 0.1000 25V Z チ ッ プ セ ラ ( F ) 01
: New Parts RANK: Japan only
44
45
46
47
48
49
50
51
52
53
* V 9 6 7 9 5 0 0 LCD 液 晶 デ ィ ス プ レ イ
54
55
01V96
CIRCUIT DIAGRAM
CONTENTS(目次)
BLOCK DIAGRAM(ブロックダイアグラム)(002~006) .......... 3
OVERALL CONNECTOR CIRCUIT DIAGRAM
(総コネクタ接続回路図)......................................................... 8
CIRCUIT DIAGRAM(回路図)
AC .................................................................................... 9
DCA................................................................................ 10
DCD................................................................................ 11
FD (002~006) ................................................................. 12
ADA (002~004) .............................................................. 17
HA (002~004) ................................................................ 20
MAIN (002~013) ............................................................ 23
LCD ................................................................................ 35
PN1 (002~004)............................................................... 36
PN2 ................................................................................ 39
Note: See parts list for details of circuit board component parts.
注:シートの部品詳細はパーツリストをご参照下さい。
01V96
BLOCK DIAGRAM 002 (01V96) 1
LCD Module
CN2(23P)
LCD MAIN 2
Contrast
CN1 CN006 IC019(80P)
(24P) (24P)
LCD controller
W/40Kbyte SRAM
Bias (S1D13704F)
circuit
DC/DC
converter Backlight LCD Reset
(5V→25V) circuit
+5V
3
PN2
CN501(17P), ADA
LED/SW
MATRIX
CN502(15P),
CN503(38P)
Analog I/O
X30 2ch/line STEREO L/R (See Page 5)
SM OUT
Crystal 2ch/line MONI L/R
oscillator CR OUT
4
Encoders
60MHz 2ch/line
2 OMNI 1-4
1/4 OMNI OUT 1-4 /
2ch/line
CN301(14P) 8 SDATA 1-16
AIN 1-16 /
DPS block
CN701(30P), (See Page 4) DFS
CN702(26P),
CN105(14P) CN703(16P) Master clock (MCLK, 64Fs, Fs)
PN1 2ch/line
IC709~IC711(20P)
2Tr DIN
( 8 x 3bit)
DSP6 x 2 2ch/line
2Tr DOUT CN002(38P),
SDRAM 16M x 4 CN951(15P),
DRAM 4M x 4
SLOT2 IN
4ch/line
2
/
CN952(17P) 5
IC701~IC703(20P)
SLOT2 OUT /
TA701~TA703
Sink driver
Digital I/O
(8 x 4bit)
System Reset
D-Latch
2
LED/SW
MATRIX
4ch/line
4ch/line 2TR RMCK1
4
SLOT1 IN / IC007
SLOT1 OUT / 2ch/line DIR 2TR IN DIGITAL
CS8420
IC704~IC706(20P)
(COAXIAL)
TA704~TA706
LED source
4
( 8 x 4bit)
System Reset
D-Latch
4ch/line IC501(28P)
driver
JK002
CN101(30P),
2ch/line DIT
IC011 2TR OUT
DIGITAL
6
Encoders
IC712(64P)
Counter G/A
2Tr Reset
WORD
IC009 CLOCK JK005
IN
FD
75Ω
IC010 JK006
Multiplexer
(8:1 x 3)
JK001
/
Servo driver
oscillator oscillator
(8bit x 3)
D-Latch
Motor
17
( x 17 )
Selector Crystal
88.2K x256 SL clock WC ATI IC456
Multiplexer
21MHz
Position
(4:1 x 4)
IC144(44P)
System Reset
DIR Reset CPU
M37641 CN001
9
IC002 TO HOST
(80P) USB
USB Reset
IC001(208P)
A/D
D/A
01V96
BLOCK DIAGRAM 003 (01V96) INS SEND 1-4
SO58
IC201 SO59 INS SEND 5-8
OAUX1-4 INS SEND 9-12
OAUX5-8 SI41 (208P) SO60
DIRECT OUT 1-4
1 SI42
DSP7
SO61
SO62
DIRECT OUT 5-8
DIRECT OUT 9-12
OBUS1-2 SO63
SI36
SO52
SO53
SO55
SO56
SO57
16M SDRAM
IC205(50P)
SI46
SI47
SI49
SI50
SI51
SO12
SO13
SO14
SO62 SI38 SO57 SLOT1OUT 5-8
SI10
INS SEND 13-16
SI8
SI9
OBUS3-4 DSP7 DIRECT OUT 21-24 SI39 SO58 SLOT1OUT 9-12
SO63 INS SEND 17-20
SI36
SO52
SO53
SO55
SO56
SO57
SI49
SI50
SI51
SO55
SO56
SO57
SI36 SI26
SI32
16M SDRAM DIRECT OUT 21-24
SI27
SI33
MONITOR,AUX,BUS,ST,
DIRECT OUT 25-28 SI28 OSC,Input(37-40)
SI34
IC207(50P) DIRECT OUT 29-32
SI29
SI35 DIRECT OUT
SI30
SI31
CX3SM /CX3SL
CX3AUX1-4
CX3AUX5-8
SI32
CX3BUS1-4
CX3BUS5-8
IC201-204 SI33
SI34
SO62
SO63
SO49
SO50
SO51
SO44
SO45
SO46
SO47
Input
SI22
SI23
SI24
SI25
SI26
16M SDRAM
IC208(50P)
CX3SM /CX3SL
FX1SEND1-4
FX3SEND1-4
FX2SEND1-4
FX4SEND1-4
CX3BUS1-4
CX3BUS5-8
CX3AUX1-4
CX3AUX5-8
OBUS1-2
OBUS3-4
OBUS5-6
OAUX1-4
OAUX5-8
AD IN 1-2 SI0
3 AD IN 3-4 SI1
AD IN 5-6 SI2
AD IN 7-8 SI3
AD IN 9-10 SI4
AD IN 11-12 SI5
AD IN 13-14 SI6
AD IN 15-16 SI7
FX1SEND1-4 FX1RTN1-4
SI0 SO0
SI1 IC301 SO1
FX3SEND1-4 FX3RTN1-4
SI2 (176P) SO2
SI3 SO3
FX1RTN1-4
SI4 DSP6 SO4
FX2 RTN1-4
SI5 SO5
FX3 RTN1-4
SI6 EFFECT SO6
FX4RTN1-4
SI7 (FX1/3) SO7
4M DRAM x2 IC303(40P),
IC304(40P)
SI5 SO5
FX3 RTN1-4
2TrDIN SI10 FX4 RTN1-4
SI6 EFFECT SO6
SI7 (FX2/4) SO7
IC305(40P),
4M DRAM x2 IC306(40P)
FX1RTN 1-4
SI18
FX3RTN1-4 SI19
FX2RTN1-4 SI20
FX4RTN1-4 SI21
DSP Block
6
28CA1-8826666-3 BLOCK DIAGRAM 003 (01V96)
4
G
CH1-4
SW101 PHANTOM
+48V (See Page 3)
CH5-8
SW501
CH9-12
SW901
CN101(16P), CN131(16P),
CN552(11P), CN931(16P),
JK101 CN901(16P) CN954(11P)
A
IC101 CN002(38P), CN501(17P),
INPUT 1 JK102 IC103(24P) CN951(15P), CN502(15P),
IC102 A/D
B PAD HA AINL CN952(17P) CN503(38P)
-1
SW102 VR101
SDOUT SDATA-1/2
CS5361-KS
GAIN AINR
MCLK
20dB
LRCK
SCLK
/RST
IC202
M0
JK103
DFS
-1
INSERT I/O 1 64Fs
Fs
A JK201
ADA Reset
INPUT 2 JK202 MCLK
IC201
B
SW202 VR201
JK203
INSERT I/O 2
MCLK.64Fs.Fs.RESET.DFS
JK301
F
A
INPUT 3 JK302
B IC301
SW302 VR302 IC302
JK303
INSERT I/O 3
IC303 SDATA-3/4
JK401 (24P)
A IC401
INPUT 4 IC402
JK402
B
SW402 VR401
JK403
INSERT I/O 4
JK501
A
INPUT 5 JK502
B IC501
IC502
JK503 SW502 VR501
INSERT I/O 5
IC503 SDATA-5/6
JK601 (24P)
A
INPUT 6 JK602 IC601 IC602
B
INSERT I/O 6
E
JK701
A
INPUT 7 JK702
B
IC701 IC702
JK703 SW702 VR701
INSERT I/O 7
IC703 SDATA-7/8
MCLK.64Fs.Fs.RESET.DFS
JK801 (24P)
A
INPUT 8 JK802 IC801 IC802
B CN501(17P),
CN502(15P),
JK803 SW802 VR801 CN503(38P) CN002(38P),CN951(15P),CN952(17P)
INSERT I/O 8 IC151(28P) IC153 IC155 JK151
AOUTL MUTE
STEREO L/R SDATA LPF
JK901 MUTE STEREO OUT L
A
DF . D/A
INPUT 9 JK902 AK4393
B IC154 IC156 JK152
IC901 AOUTR MUTE
JK903 IC902 LPF
MCLK
LRCK
SW902 VR901
64Fs BICK
DFS
MUTE
/RESET /PD
Fs
DFS
IC903 SDATA-9/10
JKA01 (24P)
A
INPUT 10 JKA02 ICA01 ICA02
B
D
INSERT I/O 10 IC251(28P) IC253 IC255 JK251
MUTE
JKB01 OMNI_1/2 SDATA AOUTL LPF
MUTE
A DF . D/A
INPUT 11 AK4393
OMNI OUT 1
JKB02
MCLK.64Fs.Fs.RESET
IC254 IC256
B JK252
ICB01 MUTE
ICB02 AOUTR LPF
MCLK
LRCK
64Fs BICK
JKB03
DFS
DFS
Fs
ICB03 SDATA-11/12
JKC01 (24P)
A
INPUT 12 JKC02 ICC01 ICC02
B IC351(28P) IC353 IC355 JK351
OMNI_3/4 MUTE
JKC03 SWC02 VRC01 SDATA AOUTL LPF
MUTE
INSERT I/O 12 DF . D/A OMNI OUT 3
ICE01 AK4393
JKD01 ICD01
HA IC354 IC356
ICD02 JK352
INPUT13 MUTE
AOUTR
MCLK
LPF
LRCK
64Fs BICK
DFS
/RESET /PD
DFS
Fs
HA ICF02 DF . D/A
AK4393
MONITOR OUT L
IC454 IC456
JK452
ICF01 SWF01 VRF01 GAIN MUTE
JKG01 ICF03 SDATA-15/16 AOUT R LPF
MCLK
LRCK
64Fs BICK
INPUT16
HA ICG02 MONITOR OUT R
MCLK
DFS
Fs
IC552
IC552
VRG01 GAIN
BA
BA
CN101(16P),
CN552(11P), MONITOR /2TR IN VR551
IC551 CN901(16P) JK551
BA
2TR IN L BA ATT MUTE 2TR OUT L
(Analog I/O, AD/DA)
Hard: Analog Block
SW551
IC553
JK551
IC551 BA ATT MUTE 2TR OUT R
2TR IN R BA
VR651
HPA
JK651
IC651 MUTE
PHONES
HPA MUTE
01V96
B
5
01V96
BLOCK DIAGRAM 005 (01V96)
(Gain Reduction) METER METER (Out Meter)
OFF COMP
x 12
STEREO R
+48V
STEREO L
1 INPUT PATCH
SOLO R
(each 4ch )
SOLO L
AUX 1
AUX 8
BUS1
BUS2
BUS3
BUS4
BUS5
BUS6
BUS7
BUS8
ON
A METER
INSERT METER INSERT INSERT
[INPUT] INPUT 1(...32) ON LEVEL BAL
(1-12) PAD (Gain Reduction) METER STEREO L
B SOLO 4BAND OUTPUT
METER (Out Meter) ATT DELAY
PEAK METER EQ
0 SIGNAL
20 GAIN METER INSERT INSERT
[INSERT I/O] -60~ -16
ON LEVEL
(1-12) PAN STEREO R
4BAND INPUT Same as stereo master L
AD AD 1-12 GATE ATT
EQ DELAY
PAN
Keyin (Gain Reduction)
PEAK 12ch Group(1-12,13-24....)
METER METER (Out Meter)
SIGNAL LFE
AUX 1-8 (Gain Reduction) (Out Meter)
x2 METER METER
ON AUX
COMP
PRE/POST
[INPUT] AD AD 13-14
(13-14) METER
COMP INSERT INSERT INSERT
METER
GAIN ON LEVEL
2 -26~ +4 Keyin
Self or Stereo Link 4BAND OUTPUT
BUS 1(...8)
ATT
DIRECT OUT 1(...32) EQ DELAY
PEAK
[2TR IN] (L) SIGNAL
CH15/16
RCA /2TR IN ON LEVEL
ST IN 1-4 PAN BUS to STEREO
[INPUT] AD AD 15 METER
(15) SOLO
METER
[2TR GAIN PEAK
(R) -26~ +4 SIGNAL AUX1(...8)
IN] ON LEVEL
RCA The same the above
4BAND PAN
ATT
[INPUT] EQ
AD AD 16
(16)
Stereo Configuration PAN L
GAIN
LFE SOLO TRIM
[2TR IN]
-26~ +4 RCA R
SOLO L
16
[SLOT] SLOT SLOT 1-16 PRE/POST ON AUX SOLO R MONITOR
SOLO LOGIC
/2TR IN MONITOR OUT
MONITOR TRIM LEVEL
OUTPUT SOLO
8 DA
BUS1-8 L
3
MONO
8
[ADAT IN] ADAT 1-8 8 [MONITOR OUT]
AUX1-8
DA R
PHONES
2 LEVEL
[2TR IN DIGITAL] 2TRD L/R
COAXIAL
[PHONES]
METER METER OSCILLATOR
EFFECT SINE100Hz
8 SINE1kHz LEVEL ON OMNI 1
AUX1-8 FX1 SEND 1-2 2 DA
SINE10kHz STEREO
SELECT
SURROUND L
When 96kHz FX3,4 cannot be used. SURROUND R
5
Soft: Mixer Block
01V96
BLOCK DIAGRAM 006 (01V96) 1
10
[0dBu = 0.775Vrms]
[0dBFS = Full Scale]
11
Level Diagram
28CA1-88266666-6 BLOCK DIAGRAM 006 (01V96)
7 12
01V96
1 OVERALL CONNECTOR CIRCUIT DIAGRAM (01V96)
LCD PN1 (1/2) PN2
14P
14P
CN105 CN301
23P
PN1 (2/2)
2 (PARAMETER WHEEL)
3P
3P
CN104 CN201
11P
38P
38P
11P
CN503 CN002 CN954 CN552
34P
34P
CN001 CN704
16P
15P
15P
16P
CN502 CN951 CN931 16P CN901
17P
17P
16P
CN501 CN952 CN131 CN101
CN201 CN301
4P 8P
5 Note) When the mark in the diagram indicates pin 1 of the connector, connectors are connected pin 1 to pin n,
AC pin 2 to pin (n-1),…, pin (n-1) to pin 2, and pin n to pin 1 where "n" represents the last pin number of the connector.
Connectors without the mark are connected pin 1 to pin 1,…, and pin n to pin n.
Power 図中の▲印はコネクタの1ピンを表し、1ピンとnピン、2ピンと(n-1)
ピン、
・・・、
(n-1)
ピンと2ピン、nピンと1ピンが接続されます。
Transformer ▲印のないコネクタ同士は、1ピンと1ピン、
・・・、nピンとnピンが接続されます。なお、nはコネクタのピン数を表します。
AC Inlet Assembly AC Cord
4P
2P
CN102 CN101
(電源トランス) (ACインレットAss'y)
POWER ON/OFF
to Power Transformer
to AC Inlet Assembly
(ACインレットAss'y)
Destination F101
J, U, V KB000790 T4AL 250V
H, B, W, K KB000750 T2AL 250V 3
Capacitor
TO SERVICE PERSONNEL
Critical Components Information
Components having special characteristics are marked and must be replaced with parts having
specifications equal to those originally installed.
32
1
1: INPUT 1: OUTPUT
1
2 2: COMMON
3 3 3: OUTPUT
2: INPUT
3: COMMON
4 REGULATOR +15V
32
1
1: INPUT 1: OUTPUT
1
2 2: GND 2: INPUT
3 3: OUTPUT 3: COMMON
6 REGULATOR -15V
to Power Transformer
to HA-CN551
REGULATOR -15V
8 to ADA-CN953
REGULATOR +5V
REGULATOR -5V
10
11
(1P) : Metal Oxide Film Resistor (酸化金属被膜抵抗)
( F ) : Metal Film Resistor (金属被膜抵抗)
( マ ) : Mylar Capacitor (マイラーコンデンサー) TO SERVICE PERSONNEL
Critical Components Information
(セ ) : Ceramic Capacitor (セラミックコンデンサー) Components having special characteristics are marked and must be replaced with parts having
specifications equal to those originally installed.
12 DCA CIRCUIT DIAGRAM (01V96)
28CC1-8826685-1 1
10
to FD-CN002
DC-DC CONVERTER
to Power Transformer 4
DC-DC CONVERTER
TO SERVICE PERSONNEL
Critical Components Information
Components having special characteristics are marked and must be replaced with parts having
specifications equal to those originally installed.
to MAIN-CN004 7
(セ ) : Ceramic Capacitor (セラミックコンデンサー)
X X : not installed (実装しない)
2
OP AMP
3
MULTIPLEXER
OP AMP
MULTIPLEXER
5 TRANSCEIVER
to MAIN-CN704
6
D-FF D-FF
TRANSCEIVER
8
9
D-FF D-FF
10
to DCD-CN202
11
Interface Section
28CC1-8826674-2 FD CIRCUIT DIAGRAM 002 (01V96)
12
12
OP AMP
3
OP AMP
4
OP AMP
MULTIPLEXER OP AMP
5
OP AMP
OP AMP
7
OP AMP
8
MULTIPLEXER
OP AMP
10
(セ ) : Ceramic Capacitor (セラミックコンデンサー)
1 1
2 2
3 3 1
2
3 1: INPUT
1: OUTPUT 1: OUTPUT 2: GND
2: COMMON 2: COMMON 3: OUTPUT
3: INPUT 3: INPUT 4: GND
1 fader 4 fader
OP AMP OP AMP
OP AMP OP AMP
5
2 fader 5 fader
6
OP AMP OP AMP
OP AMP OP AMP
8
3 fader 6 fader
9
OP AMP OP AMP
OP AMP OP AMP
10
7 fader 10 fader
OP AMP OP AMP
OP AMP OP AMP
4
5
8 fader 11 fader
6
OP AMP OP AMP
OP AMP OP AMP
8
9 fader 12 fader
OP AMP
9
OP AMP
OP AMP OP AMP
µPC2912T-E1(X2091A00)
REGULATOR +12V
4
10
1
2
3 1: INPUT 酸金 : Metal Oxide Film Resistor (酸化金属被膜抵抗)
2: GND (セ ) : Ceramic Capacitor (セラミックコンデンサー)
3: OUTPUT
4: GND
( マ ) : Mylar Capacitor (マイラーコンデンサー) 11
13 fader 16 fader
OP AMP OP AMP
OP AMP OP AMP
4
5
STEREO
14 fader fader
6
OP AMP OP AMP
OP AMP OP AMP
8
15 fader
µPC2912T-E1(X2091A00)
REGULATOR +12V
9
OP AMP
4
OP AMP
1
2
3 1: INPUT
2: GND
10 3: OUTPUT
4: GND
11
酸金 : Metal Oxide Film Resistor (酸化金属被膜抵抗)
(セ ) : Ceramic Capacitor (セラミックコンデンサー)
( マ ) : Mylar Capacitor (マイラーコンデンサー)
Fader Drive Section (CH13-STEREO)
12 28CC1-8826674-6 1 FD CIRCUIT DIAGRAM 006 (01V96)
16
256FS
MCLK
to MAIN-CN502 2
H: Normal Rate
H: Double Rate
DFS_ADA
10
11
13
14
1
ADA CIRCUIT DIAGRAM 003 (01V96) OMNI OUT 1 OMNI OUT 2 OMNI OUT 3 OMNI OUT 4 MONITOR OUT L MONITOR OUT R
01V96
STEREO OUT L STEREO OUT R (BAL) (BAL) (BAL) (BAL) (BAL) (BAL)
(BAL) (BAL)
to HA-CN552
7 NJM78L05UA(XJ598A00)
REGULATOR +5V
OP AMP OP AMP OP AMP OP AMP
8
1
2
3
1: OUTPUT
9 2: COMMON
3: INPUT
REGULATOR +5V REGULATOR +5V REGULATOR +5V REGULATOR +5V
10
DAC DAC DAC DAC
11
12
13
TRANSCEIVER REGULATOR +5V
128FS
256FS
MCLK
STEREO STEREO HA Circuit Board HA Circuit Board HA Circuit Board HA Circuit Board
OMNI OMNI OMNI OMNI MONITOR MONITOR MONITOR MONITOR
OUT L OUT R OUT 1 OUT 2 OUT 3 OUT 4 OUT L OUT R OUT L OUT R
CPU
INVERTER 4
Photo Coupler
LINE DRIVER
5
INVERTER LINE RECEIVER
LINE RECEIVER
INVERTER INVERTER
8
TRANSCEIVER
TRANSCEIVER LINE DRIVER
TRANSCEIVER
9
10
4 to ADA-CN131
10
GAIN 1
GAIN 2
GAIN 3
GAIN 4
GAIN 5
GAIN 6
11
12
PAD 20dB 1 PAD 20dB 2 PAD 20dB 3 PAD 20dB 4 PAD 20dB 5 PAD 20dB 6
13
14
15
INPUT A INPUT B INSERT I/O INPUT A INPUT B INSERT I/O INPUT A INPUT B INSERT I/O INPUT A INPUT B INSERT I/O INPUT A INPUT B INSERT I/O INPUT A INPUT B INSERT I/O
1 1 1 2 2 2 3 3 3 4 4 4 5 5 5 6 6 6
CH9-12 ON/OFF
3
to ADA-CN931
4
10
GAIN 11
GAIN 12
GAIN 10
GAIN 7
GAIN 9
GAIN 8
11
12
PAD 20dB 7 PAD 20dB 8 PAD 20dB 9 PAD 20dB 10 PAD 20dB 11 PAD 20dB 12
13
14
15
INPUT A INPUT B INSERT I/O INPUT A INPUT B INSERT I/O INPUT A INPUT B INSERT I/O INPUT A INPUT B INSERT I/O INPUT A INPUT B INSERT I/O INPUT A INPUT B INSERT I/O
7 7 7 8 8 8 9 9 9 10 10 10 11 11 11 12 12 12
PHONES
1 HA CIRCUIT DIAGRAM 004 (01V96) 01V96
3
OP AMP OP AMP
5
MONITOR PHONES LEVEL
OUT LEVEL
to ADA-CN954
8
GAIN 13 GAIN 14 GAIN 15 GAIN 16
9
CH15/16/2TR IN
10
OP AMP
OP AMP OP AMP
11 OP AMP
12
13
µPC2918T-E1(X2157A00) µPC29M33T-E1(XU965A00)
REGULATOR +3.3V
REGULATOR +1.8V 2
4 2
OP AMP
1 1
3
2
3 1: INPUT 3
2: GND 1: INPUT
REGULATOR +3.3V 3: OUTPUT 2: COMMON
4: GND 3: OUTPUT
4
CLOCK BUFFER
5
REGULATOR +1.8V
6
SDRAM 64M
CPU
7
10
OR
11
AND 12
Lithium Battery
X X : not installed (実装しない) 15
Battery VN103500 Battery
VN103600(Battery holder for VN103500)
Notice for back-up battery removal Push the battery
as shown in figure,then the battery will pop up. CPU (SH-3) block
Druk de batterij naar beneden zoals aangeven in de
tekening de batterij springt dan naar voren. Battery holder
16
28CC1-8826668-2 5 MAIN CIRCUIT DIAGRAM 002 (01V96)
23
17
D-FF
OR
2 TRANSCEIVER
to LCD-CN1
LCD CONTROLLER
3 D-FF
AND AND
DC-DC CONVERTER
to DCA-CN303
to DCD-CN205
7
8
LCD controler, DC/DC converter block
28CC1-8826668-3 MAIN CIRCUIT DIAGRAM 003 (01V96)
24
4
TRANSCEIVER TRANSCEIVER TRANSCEIVER
TRANSCEIVER TRANSCEIVER
TRANSCEIVER TRANSCEIVER
6
TRANSCEIVER
7
BUFFER
TRANSCEIVER
TRANSCEIVER
TRANSCEIVER 9
10
11
2
TRANSCEIVER
TRANSCEIVER
4
INVERTER
5 NAND
6
PLL
SYSTEMRESET INVERTER
7 TRANSCEIVER
9
DIR2
10
PLLP2
11
12
13
14
15
16
X X : not installed (実装しない)
Clock system block
( F ) : Metal Film Resistor (金属被膜抵抗)
17 28CC1-8826668-5 ( マ ) : Mylar Capacitor (マイラーコンデンサー)
MAIN CIRCUIT DIAGRAM 005 (01V96)
26 (フ) : Film Capacitor (フィルムコンデンサー)
2
SDRAM 16M SDRAM 16M
4
DSP7 DSP7
10
BUFFER
SDRAM 16M
11
12
DSP7 DSP7
13
SDRAM 16M 14
15
16
DSP7 block
28CC1-8826668-6 ( F ) : Metal Film Resistor (金属被膜抵抗) MAIN CIRCUIT DIAGRAM 006 (01V96) 17
( マ ) : Mylar Capacitor (マイラーコンデンサー) 27
DRAM 4M DRAM 4M
6
DSP6 DSP6
10
DRAM 4M DRAM 4M
11
12
13
D-FF
D-FF
14
15 DSP6 block
28CC1-8826668-7 MAIN CIRCUIT DIAGRAM 007 (01V96)
28
16
6
MULTIPLEXER ATSC2A
MULTIPLEXER
10
1
MAIN CIRCUIT DIAGRAM 009 (01V96) 01V96
INVERTER
INVERTER
2
AND
SYSTEM RESET
3 D-FF
DIR2
INVERTER
4
INVERTER
5 D-FF
OR
7
ATSC2A
8 TC7SET32FU
OR
10
to ADA-CN952
3
TRANSCEIVER
4
BUFFER
to ADA-CN951
INVERTER
6
TRANSCEIVER
TRANSCEIVER
DIR
7
DIT
9
to ADA-CN002
AND
AND
10
X X : not installed (実装しない)
( F ) : Metal Film Resistor (金属被膜抵抗)
( マ ) : Mylar Capacitor (マイラーコンデンサー)
11
2Tr Digital I/O, ADA I/F block
28CC1-8826668-10 2 MAIN CIRCUIT DIAGRAM 010 (01V96)
31
12
TRANSCEIVER
2
SLOT
BUFFER
TRANSCEIVER
D-FF D-FF 2
D-FF to PN1-CN101
D-FF
7
to PN1-CN102
8
D-FF D-FF
DECODER 10
11
INVERTER PN (Scan, LED source) I/F block
28CC1-8826668-12 MAIN CIRCUIT DIAGRAM 012 (01V96)
33
12
2 TRANSCEIVER
DECODER
to FD-CN001
TRANSCEIVER
5
DECODER
6 TRANSCEIVER
TRANSCEIVER
8
TRANSCEIVER
GATEARRAY
to PN1-CN103
10
4
to MAIN-CN006 to LCD Module
5
DC-DC Output voltage LCD contrast
B curve
OP AMP
7
DC-DC CONVERTER
OP AMP
1
PN1 CIRCUIT DIAGRAM 002 (01V96) 01V96
5
AUX1 AUX2 AUX3 AUX4 AUX5 AUX6 AUX7 AUX8 HIGH HIGH-MID LOW-MID LOW ST IN 1-2 ST IN 3-4 SOLO
<FADER MODE> <FADER MODE> <FADER MODE> <FADER MODE> <FADER MODE> <FADER MODE> <FADER MODE> <FADER MODE> <SELECTED <SELECTED <SELECTED <SELECTED
CHANNEL> CHANNEL> CHANNEL> CHANNEL>
6 HOME 1-16 17-32 MASTER REMOTE SEL ST IN 1/3 SEL ST IN 2/4 SOLO ST IN 1/3 SOLO ST IN 2/4 ON STEREO ON ST IN 1/3 ON ST IN 2/4
(METER) <LAYER> <LAYER> <LAYER> <LAYER>
<FADER MODE>
10
PN1 (1/2)
11
3
SCENE DIO/SETUP MIDI UTILITY Ø/INS/DLY PAN/ PAIR/ PATCH STORE Cursor Down Cursor Up RECALL
<DISPLAY <DISPLAY <DISPLAY <DISPLAY <DISPLAY ROUTING GROUP <DISPLAY <SCENE <SCENE <SCENE <SCENE
ACCESS> ACCESS> ACCESS> ACCESS> ACCESS> <DISPLAY <DISPLAY ACCESS> MEMORY> MEMORY> MEMORY> MEMORY>
ACCESS> ACCESS>
AUX1
<FADER MODE>
AUX2
<FADER MODE>
AUX3
<FADER MODE>
AUX4
<FADER MODE>
AUX5
<FADER MODE>
AUX6
<FADER MODE>
AUX7
<FADER MODE>
AUX8
<FADER MODE>
5
HOME
(METER)
1-16
<LAYER>
17-32
<LAYER>
MASTER
<LAYER>
REMOTE
<LAYER>
SEL ST IN 1/3 SEL ST IN 2/4 SOLO ST IN 1/3 SOLO ST IN 2/4 ON STEREO ON ST IN 1/3 ON ST IN 2/4 6
<FADER MODE>
PN1 (1/2) 10
11
PN1 SW MATRIX
28CC1-8826675-3 PN1 CIRCUIT DIAGRAM 003 (01V96)
37 12
to MAIN-CN702
3 PN1 (2/2)
PN1 (1/2) PARAMETER WHEEL
to MAIN-CN703
5
to PN2-CN301
7
to MAIN-CN701
PN1 ENCODER
28CC1-8826675-4 1 PN1 CIRCUIT DIAGRAM 004 (01V96)
9 38
1 2
<USER <USER
DEFINED DEFINED
KYES> KYES>
<USER
1
<USER
2 4
DEFINED KYES> DEFINED KYES>
ST IN 1/3 ST IN 2/4
3 4
<USER <USER
DEFINED DEFINED
KYES> KYES>
3 4
<USER <USER 5
DEFINED KYES> DEFINED KYES>
to PN1-CN105
5 6
<USER <USER
DEFINED DEFINED
KYES> KYES>
5 6
<USER <USER
DEFINED KYES> DEFINED KYES> 6
7 8
<USER <USER
DEFINED DEFINED
KYES> KYES>
7 8
<USER <USER
DEFINED KYES> DEFINED KYES> 7