SPA2000 SPX2000

User Manual: SPX2000

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English
Japan

SERVICE MANUAL

■ CONTENTS

SPECIFICATIONS ............................................................ 4

DIMENSIONS ..................................................................... 7

PANEL LAYOUT ................................................. 8

CIRCUIT BOARD LAYOUT ........................... 10

DISASSEMBLY PROCEDURE ....................................... 11

LSI PIN DESCRIPTION ........................................ 16

IC BLOCK DIAGRAM ............................................ 20

CIRCUIT BOARDS ................................................. 23

INSPECTIONS ................................................................ 29/32

TEST PROGRAM ........................................ 35/42

WRINTING PROGRAM ............................. 49

BULK OUT (ALL) ............................................................................. 50

INITIALIZING THE SPX2000 ............................................ 50

ERROR MESSAGE LIST ............................. 51/52

MIDI IMPLEMENTATION CHART .................................................... 53

MIDI DATA FORMAT ........................................................................ 54

PARTS LIST

BLOCK DIAGRAM

OVERALL CONNECTOR CIRCUIT DIAGRAM

OVERALL CIRCUIT DIAGRAM

PA 011695

200307-108000

（目次）

（総合仕様）

（寸法図）

（パネルレイアウト）

（ユニットレイアウト）

（分解手順）

（LSI 端子機能表）

（IC ブロック図）

（シート基板図）

（検査）

（テストプログラム）

（プログラムの書き込み）

（初期化）

（エラーメッセージ）

（ブロックダイアグラム）

（総コネクタ接続回路図）

（総回路図）

SPX2000

IMPORTANT NOTICE

This manual has been provided for the use of authorized Yamaha Retailers and their service personnel. It has been assumed

that basic service procedures inherent to the industry, and more specifically Yamaha Products, are already known and

understood by the users, and have therefore not been restated.

WARNING : Failure to follow appropriate service and safety procedures when servicing this product may result in

personal injury, destruction of expensive components and failure of the product to perform as

specified. For these reasons, we 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,

certification, recognition of any applicable technical capabilities, or establish a principal-agent

relationship of any form.

The data provided is believed to be accurate and applicable to the unit (s) indicated on the cover. The research engineering,

and service departments of Yamaha are continually striving to improve Yamaha products. Modifications are, therefore,

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.

WARNING : CHEMICAL CONTENT NOTICE !

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

(where applicable) components may also contain traces of chemicals found by the California Health and Welfare Agency

(and possibly other entities) to cause cancer and/or birth defects or other reproductive harm.

DO NOT PLACE SOLDER, ELECTRICAL/ELECTRONIC OR PLASTIC COMPONENTS IN YOUR MOUTH FOR ANY

REASON WHAT SO EVER!

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

eyes to solder/flux vapor!

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

handling food.

■WARNING

Components having special characteristics are marked Z and must be replaced with parts having specification equal to

those originally installed.

WARNING: THIS APPARATUS MUST BE EARTHED

IMPORTANT

THE WIRES IN THIS MAINS LEAD ARE COLOURED IN ACCORDANCE WITH THE FOLLOWING CODE:

GREEN-AND-YELLOW : EARTH

BLUE : NEUTRAL

BROWN : LIVE

As the colours of the wires in the mains lead of this apparatus may not correspond with the coloured markings identifying the

terminals in your plug, proceed as follows:

The wire which is coloured GREEN and YELLOW must be connected to the terminal in the plug which is marked by the letter

E or by the safety earth symbol or coloured GREEN and YELLOW.

The wire which is coloured BLUE must be connected to the terminal which is marked with the letter N or coloured BLACK.

The wire which is coloured BROWN must be connected to the terminal which is marked with the letter L or coloured RED.

* This applies only to products distributed by YAMAHA KEMBLE MUSIC (U.K.) LTD.

Z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ください。

SPX2000

LITHIUM BATTERY HANDLING

This product uses a lithium battery for memory back-up.

WARNING : Lithium batteries are dangerous because they can be exploded by improper handling. Observe the following

precautions when handling or replacing lithium batteries.

• Leave lithium battery replacement to qualified service personnel.

• Always replace with batteries of the same type.

• When installing on the PC board by soldering, solder using the connection terminals provided on the battery cells.

• Never solder directly to the cells. Perform the soldering as quickly as possible.

• Never reverse the battery polarities when installing.

• Do not short the batteries.

• Do not attempt to recharge these batteries.

• Do not disasemble the batteries.

• Never heat batteries or throw them into fire.

ADVARSEL!

Lithiumbatteri-Eksplosionsfare ved fejlagtig handtering. Udskiftning ma kun ske med batteri af samme fabrikat og type. lever

det brugte batteri tilbage til leverandren.

VARNING

Explosionsfara vid felaktigt batteribyte.

Anvand samma batterityp eller en ekvivalent typ som rekommenderas av apparattillverkaren.

Kassera anvant batteri enligt fabrikantens instruktion.

VAROITUS

Paristo voi rajahtaa, jos se on virheellisesti asennettu.

Vaihda paristo ainoastaan laitevalmistajan suosittelemaan tyyppiiin.

Havita kaytetty paristo valmistajan ohjeiden mukaisesti.

The following information complies with Dutch official Gazette 1995. 45; ESSENTIALS OF ORDER ON THE COLLECTION OF

BATTERIES.

• Please refer to the diassembly procedure for the removal of Back-up Battery.

• Leest u voor het verwijderen van de backup batterij deze beschrijving.

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。

SPX2000

■ SPECIFICATIONS

Analog Input/Output

Digital Input/Output

Controls

Keys

LEDs

LCD

Effects

Power Requirements

Dimensions

Net Weight

Operating free-air temperature range

Storage temperature range

Accessories

Option

General Specifications

INPUT L,R XLR-3-31 Balanced

Phone jack Balanced

AD converter, 24-bit linear 128-times oversampling (@Fs=44.1, 48 kHz)

64-times oversampling (@Fs=88.2, 96 kHz)

Level SW +4/–10 dBu

OUTPUT L,R XLR-3-32 Balanced

Phone jack Balanced

DA converter, 24-bit linear 128-times oversampling (@Fs=44.1, 48 kHz)

64-times oversampling (@Fs=88.2, 96 kHz)

Level SW +4/–10 dBu

AES/EBU IN XLR-3-31 Balanced

AES/EBU OUT XLR-3-32 Balanced

WORD CLOCK IN

MIDI IN

MIDI OUT/THRU

USB TO HOST USB 1.1

INPUT L, R for VOLUME

FOOT SW for TAP

[INPUT MODE], [METER], [BANK]

MEMORY [UNDO], [▲], [▼], [RECALL], [STORE]

EDIT [COMPARE], [▲ INC], [▼ DEC], [NEXT], [BACK]

[PARAMETER], [FINE], [UTILITY]

[BYPASS], [TAP]

[POWER ON/OFF]

Level Meter L, R 2 x 12 Segments LED

Effect No. 2 x 7 Segments LED

INPUT MODE [MONO]/[STEREO]

METER [INPUT]/[OUTPUT]

INPUT SOURCE [ANALOG]/[DIGITAL]

CLOCK [INT]/[AES/EBU]/[WC]

kHz [96]/[88.2]/[48]/[44.1]

MIDI [MIDI]

BANK [PRESET]/[USER]/[CLASSIC]

16 characters x 2 rows back-lit LCD

Back-lit color Green, Yellow, Magenta, Cyan, White,

Red (Error Message only)

PRESET 97

USER 99

CLASSIC 25

U.S./Canada 120V 25W 60Hz

Japan 100V 25W 50/60Hz

Others 230V 25W 50Hz

Height 45 mm

Depth 372.5 mm

Width 480 mm

4kg

5 — 40°C

–20 — 60°C

Japan 電源コード、プラグ変換アダプター、取扱説明書、保証書

Others Owner’s Manual, Power cable

Foot Switch FC5

（総合仕様）

（一般仕様）

SPX2000

Input/Output Characteristics

Analog Input Characteristics

*1 Sensitivity is the lowest level that will produce an output of +4dB(1.23V) or the nominal output level when the unit is set to maximum gain.

(level control is maximum position.)

*2 XLR-3-31 type connectors are balanced. (1=GND, 2=HOT, 3=COLD)

*3 Phone jacks are balanced. (Tip=HOT, Ring=COLD, Sleeve=GND)

*4 In these specifications, when dBu represents are specific voltage, 0 dBu is referenced to 0.775 Vrms.

*5 AD converter is 24-bit linear,128-times oversampling @Fs=44.1, 48 kHz, 64-times oversampling @Fs=88.2, 96 kHz

Analog Output Characteristics

*1 XLR-3-32 type connectors are balanced. (1=GND, 2=HOT, 3=COLD)

*2 Phone jacks are balanced. (Tip=HOT, Ring=COLD, Sleeve=GND)

*3 In these specifications, when dBu represents are specific voltage, 0 dBu is referenced to 0.775 Vrms.

*4 DA converter is 24-bit, 128-times oversampling @Fs=44.1, 48 kHz, 64-times oversampling @Fs=88.2, 96 kHz

Control I/O Characteristics

Digital Input Characteristics

*1 XLR-3-31 type connectors are balanced. (1=GND, 2=HOT, 3=COLD)

Digital Output Characteristics

*1 channel status of AES/EBU OUT

type: 2 audio channels

emphasis: NO

sampling frequency: depends on the internal configuration

*2 dither: word length 16 - 24-bit

*3 XLR-3-32 type connector is balanced. (1=GND, 2=HOT, 3=COLD)

Input Terminals

INPUT L, R

Level SW

+4 dBu

–10 dBu

Input Level

VR.

Max.:

+10 dB

Max.:

+10 dB

Actual

Load

Impedance

10 k Ω

For Use With

Nominal

600 Ω

Lines

Input Level Connector

XLR-3-31 type

(Balanced)

Phone jack

(TRS: Balanced)

Sensitivity

–6 dBu

(0.388 V)

–20 dBu

(0.0775 V)

Nominal

—

Max.

before clip

+14 dBu

(3.88 V)

0 dBu

(0.775 V)

Input Terminals

INPUT L, R

Level SW

+4 dBu

–10 dBu

Input Level

VR.

Nrminal:

0 dB

Nrminal:

0 dB

Actual

Load

Impedance

10 k Ω

For Use With

Nominal

600 Ω

Lines

Input Level Connector

XLR-3-31 type

(Balanced)

Phone jack

(TRS: Balanced)

Sensitivity

—

Nominal

+4 dBu

(1.23 V)

–10 dBu

(0.245 V)

Max.

before clip

+24 dBu

(12.28 V)

+10 dBu

(2.45 V)

Output Terminals

OUTPUT L, R

Actual

Source

Impedance

150 Ω

For Use With

Nominal

600 Ω Lines

Level SW

+4 dBu

–10 dBu

Output Level Connector

XLR-3-31 type (Balanced)

Phone jack (TRS: Balanced)

Nominal

+4 dBu

(1.23 V)

–10 dBu

(0.245 V)

Max.

before clip

+24 dBu

(12.28 V)

+10 dBu

(2.45 V)

Input Terminals Format Data Length Level Connector

AES/EBU IN AES/EBU 24-bit RS422 XLR-3-31 type (Balanced)

Input Terminals Format Data Length Level Connector

AES/EBU OUT AES/EBU Professional use 24-bit RS422 XLR-3-31 type (Balanced)

Terminals Format Level Connector

USB TO HOST USB 1.1 0 to 3.3 V B type USB Connector

MIDI IN MIDI — DIN Connector 5P

OUT/THRU MIDI — DIN Connector 5P

WORD CLOCK IN — TTL/75 ΩBNC Connector

（入出力特性）

SPX2000

Electrical Characteristics

Input Level VR is nominal when measured. Output impedance of signal generator:600ohms

Frequency Response

Fs=48 kHz: @20 Hz-20 kHz, reference to the nominal output level @1 kHz

Fs=96 kHz: @20 Hz-40 kHz, reference to the nominal output level @1 kHz

Gain Error

@1 kHz

*1 In these specifications, when dBu represents are specific voltage, 0 dBu is referenced to 0.775 Vrms.

Total Harmonic Distortion

*1 In these specifications, when dBu represents are specific voltage, 0 dBu is referenced to 0.775 Vrms.

*2 Total Harmonic Distortion is measured with a 18 dB/octave filter @80 kHz.

Hum & Noise

Fs=48/96 kHz

*1 Hum & Noise are measured with a 6 dB/octave filter @12.7 kHz;

equivalent to a 20 kHz filter with infinite dB/octave attenuation.

*2 In these specifications, when dBu represents are specific voltage, 0 dBu is referenced to 0.775 Vrms.

Crosstalk

@1 kHz

Input Output RL Conditions Min Typ Max Units

INPUT L, R OUTPUT L, R 600 ΩINPUT LEVEL SW: +4, OUTPUT LEVEL SW: +4 +2.0 +4.0 +6.0 dBu

INPUT LEVEL SW: –10, OUTPUT LEVEL SW: –10 –12.0 –10.0 –8.0 dBu

Input Output RL Conditions Min Typ Max Units

INPUT L, R OUTPUT L, R 600 Ω— –3.0 0.0 +1.0 dB

Input Output RL Conditions Min Typ Max Units

INPUT L, R OUTPUT L, R 600 ΩFs=48 kHz: +14 dBu @20 Hz-20 kHz, 0.05 %

INPUT LEVEL SW: +4,

OUTPUT LEVEL SW: +4

Fs=96 kHz: +14 dBu @20 Hz-40 kHz, 0.05 %

INPUT LEVEL SW: +4,

OUTPUT LEVEL SW: +4

Input Output RL Conditions Min Typ Max Units

INPUT L, R OUTPUT L, R 600 ΩRs=600 Ω, INPUT LEVEL VR: nominal –80 dBu

INPUT LEVEL SW: +4 /OUTPUT LEVEL SW: +4

Dynamic Range

Fs=48/96 kHz

Input Output RL Conditions Min Typ Max Units

INPUT L, R OUTPUT L, R 600 ΩAD + DA, INPUT LEVEL VR: max 106 dB

*1 Dynamic range are measured with a 6 dB/octave filter @12.7 kHz;

equivalent to a 20 kHz filter with infinite dB/octave attenuation.

Maximum voltage gain

@1 kHz

Input Output Conditions Min Typ Max Units

INPUT L, R OUTPUT L, R INPUT to OUTPUT –80 dB

Input Output RL Conditions Min Typ Max Units

INPUT L, R OUTPUT L, R 600 ΩRs=600 Ω, INPUT LEVEL VR: nominal +10 dB

INPUT LEVEL SW: +4 /OUTPUT LEVEL SW: +4

（電気的特性）

SPX2000

PARAMETER CONDITIONS MIN TYP MAX UNITS

Sampling Frequency

External Clock Frequency Range Normal Rate 39.69 50.88 kHz

Double Rate 79.38 101.76 kHz

Jitter of PLL DIGITAL IN Fs=44.1 kHz, Jitter ≤ 2ns 10 ns

DIGITAL IN Fs=48 kHz, Jitter ≤ 2ns 10 ns

DIGITAL IN Fs=39.69-50.88 kHz, Jitter ≤ 2ns 20 ns

DIGITAL IN Fs=88.2 kHz, Jitter ≤ 2ns 10 ns

DIGITAL IN Fs=96 kHz, Jitter ≤ 2ns 10 ns

DIGITAL IN Fs=79.38-101.76 kHz, Jitter ≤ 2ns 20 ns

Internal Clock Frequency word clock: int 44.1 kHz 44.1 kHz

word clock: int 48 kHz 48 kHz

word clock int 88.2 kHz 88.2 kHz

word clock: int 96 kHz 96 kHz

accuracy word clock int 44.1 kHz 50 ppm

word clock: int 48 kHz 50 ppm

word clock: int 88.2 kHz 50 ppm

word clock: int 96 kHz 50 ppm

jitter word clock: int 44.1 kHz 5 ns

word clock: int 48 kHz 5 ns

word clock : int 88.2 kHz 5 ns

word clock: int 96 kHz 5 ns

Signal Delay INPUT to OUTPUT(@Delay time=0.0 ms / Fs=96 kHz) 426 ns

Idle tone AD converter, peak@20 Hz–20 kHz –130 dB

145

480

350

50250 11.8

352.7

8372.5

Units : mm

（単位）

■ DIMENSIONS

（寸法図）

SPX2000

■ PANEL LAYOUT

■ Front Panel

w e tu o !0 !2 !5 !9 @0 @3!6!3 !7

!8 @4 @5

!4!1ryiq@6

@2 @1

q [INPUT L R] control

w Level meters

e [INPUT MODE] button/indicator

r [METER] button/indicator

t [INPUT SOURCE] indicator

y [CLOCK] indicator

u [MIDI] indicator

i [kHz] indicator

o Display

!0 Effect number indicator

!1 [BANK] button/indicator

!2 [STORE] button

!3 [▲]/[▼] buttons

!4 [RECALL] button

!5 [UNDO] button/LED

!6 [BACK] button

!7 [▲ INC]/[▼ DEC] buttons

!8 [NEXT] button

!9 [COMPARE] button/LED

@0 [PARAMETER] button/LED

@1 [FINE PARAM] button/LED

@2 [UTILITY] button/LED

@3 [BYPASS] button/LED

@4 [TAP] button/LED

@5 [FOOT SW] jack

@6 [POWER ON/OFF] button

q [INPUT L R]コントロール

w レベルメーター

e [INPUT MODE] ボタン/インジケーター

r [METER] ボタン/インジケーター

t [INPUT SOURCE]インジケーター

y [CLOCK]インジケーター

u [MIDI]インジケーター

i [kHz]インジケーター

o ディスプレイ

!0 エフェクト番号インジケーター

!1 [BANK] ボタン/インジケーター

!2 [STORE]ボタン

!3 [▲]/[▼]ボタン

!4 [RECALL]ボタン

!5 [UNDO] ボタン/LED

!6 [BACK]ボタン

!7 [▲INC] /[▼DEC]ボタン

!8 [NEXT]ボタン

!9 [COMPARE] ボタン/LED

@0 [PARAMETER] ボタン/LED

@1 [FINE PARAM] ボタン/LED

@2 [UTILITY] ボタン/LED

@3 [BYPASS] ボタン/LED

@4 [TAP] ボタン/LED

@5 [FOOT SW]端子

@6 [POWER ON/OFF]ボタン

（パネルレイアウト）

（フロントパネル）

SPX2000

@7 Grounding screw

@8 [AC IN] jack

@9 [MIDI OUT/THRU] connector

#0 [MIDI IN] connector

#1 [TO HOST USB] connector

#2 [WORD CLOCK IN] jack

#3 [AES/EBU OUT] jack

#4 [AES/EBU IN] jack

#5 [OUTPUT] jacks

#6 [OUTPUT –10 dBu/+4 dBu] switch

#7 [INPUT] jacks

#8 [INPUT –10 dBu/+4 dBu] switch

■ Rear Panel

（リアパネル）

@8 @9 #0 #3#1 #2

#6@7 #8

#4 #5

@7 アース用ネジ

@8 [AC IN]端子

@9 [MIDI OUT/THRU]端子

#0 [MIDI IN]端子

#1 [TO HOST USB]端子

#2 [WORD CLOCK IN]端子

#3 [AES/EBU OUT]端子

#4 [AES/EBU IN]端子

#5 [OUTPUT]端子

#6 [OUTPUT ‐10dBu/+4dBu]スイッチ

#7 [INPUT]端子

#8 [INPUT ‐10dBu/+4dBu]スイッチ

SPX2000

■ CIRCUIT BOARD LAYOUT

MAIN

FOOTSWPN3PN2

LCD MODULE

PN1VOL

JKOUTJKIN

POWER SUPPLY

UNIT

POWER

（ユニットレイアウト）

SPX2000

2. Top Cover

(Time required : About 2 min.)

2-1. Remove the rack angle L and R. (See procedure 1)

2-2. Remove the nine (9) screws marked [520]. The top cover

can then be removed. (Fig. 1)

1. Rack Angle

(Time required : About 1 min.)

1-1. Remove the three (3) screws marked [540A]. The rack

angle L can then be removed. (Fig. 1)

1-2. Remove the three (3) screws marked [540B]. The rack

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

Rack angle R

Rack angle L

(Fig. 1)

[520]: Bind Head Tapping Screw-S 3.0 x 6 MFZN2BL (EP630210)

[540]: Bind Head Tapping Screw-S 4.0 x 8 MFZN2BL (VI693100)

■ DISASSEMBLY PROCEDURE（分解手順）

[540A]

[520]

[540B]

[520]

Top cover

Internal knob (INPUT L)

External knob (INPUT R)

JKIN

JKOUT

MAIN

POWER button

（ボタンPSW）

2. トップカバー（所要時間：約2分）

2-1. ラックアングルL、Rを外します。(1項参照)

2-2. [520]のネジ9本を外し、トップカバーを外します。

(図1)

1. ラックアングル（所要時間：約1分）

1-1. [540A]のネジ3本を外し、ラックアングルLを外しま

す。(図1)

1-2. [540B]のネジ3本を外し、ラックアングルRを外しま

す。(図1)

（ラックアングルL）

（トップカバー）

（ラックアングルR）

＋バインドSタイト

(図1)

（ノブ内）

（ノブ外）

SPX2000

3. Front Panel

(Time required : About 3 min.)

3-1. Remove the rack angle L and R. (See procedure 1)

3-2. Remove the top cover. (See procedure 2)

3-3. Pull out the internal knob (INPUT L) and the external

knob (INPUT R). (Fig. 1)

3-4. Remove the screw marked [420] and three (3) screws

marked [430]. The front panel can then be removed.

(Fig. 2)

[420] [430]

● Top view ● Bottom view

(Fig. 2)

[420]: Flat Head Tapping Screw-S 3.0 x 6 MFAN2Y (WB451000)

[430]: Bind Head Tapping Screw-S 3.0 x 6 MFZN2BL (EP630210)

Front panel

4. JKIN Circuit Board, JKOUT Circuit Board

(Time required : About 3 minutes each.)

4-1. Remove the rack angle L and R. (See procedure 1)

4-2. Remove the top cover. (See procedure 2)

4-3. Remove the two (2) hexagonal nuts marked [130A]. The

JKIN circuit board can then be removed. (Fig. 3)

4-4. Remove the two (2) hexagonal nuts marked [130B]. The

JKOUT circuit board can then be removed.

(Fig. 3)

[130A][130B] [40][40][30][30][30] [40][50][30]

● Rear view

[30]: Bind Head Tapping Screw-B 3.0 x 8 MFZN2BL (EP600190)

[40]: Bind Head Tapping Screw-B 2.6 x 8 MFZN2BL (VB096700)

[50]: Bind Head Tapping Screw-S 3.0 x 6 MFZN2BL (EP630210)

[130]: Hexagonal Nut 9.0 x 11 (V2431400)

(Fig. 3)

JKIN

JKOUT

MAIN

3. フロントパネル（所要時間：約3分）

3-1. ラックアングルL、Rを外します。(1項参照)

3-2. トップカバーを外します。(2項参照)

3-3. ノブ内（INPUT L）とノブ外（INPUT R）を外します。

(図1)

3-4. [420]のネジ1本と[430]のネジ3本を外し、フロントパネ

ルを外します。(図2)

(図2)

Sタイト平頭

＋バインドSタイト

（フロントパネル）

4. JKIN、JKOUTシート（所要時間：各約3分）

4-1. ラックアングルL、Rを外します。(1項参照)

4-2. トップカバーを外します。(2項参照)

4-3. [130A]の特殊六角ナット2個を外し、JKINシートを外

します。(図3)

4-4. [130B]の特殊六角ナット2個を外し、JKOUTシートを

外します。(図3)

＋バインドBタイト

＋バインドSタイト

特殊六角ナット

(図3)

SPX2000

Battery VN103500

VN103600(Battery holder for VN103500)

Notice for back-up battery removal

Push the battery as shown in figure,

then the battery will pop up.

Druk de batterij naar beneden zoals

aangeven in de tekening, de batterij

springt dan naar voren.

Battery

Battery holder

(Fig. 4)

[60]: Bind Head Tapping Screw-S 3.0 x 6 MFZN2BL (EP630210)

[100]: Bind Head Tapping Screw-S 3.0 x 6 MFZN2BL (EP630210)

5. MAIN Circuit Board

(Time required : About 5 min.)

5-1. Remove the rack angle L and R. (See procedure 1)

5-2. Remove the top cover. (See procedure 2)

5-3. Remove the JKIN circuit board and JKOUT circuit

board. (See procedure 4)

5-4. Remove the eight (8) screws marked [30], the six (6)

screws marked [40] and the two (2) screws marked [50].

(Fig. 3)

5-5. Remove the eight (8) screws marked [60]. The MAIN

circuit board can then be removed. (Fig. 4)

6. Replacing the Lithium Battery

(Time required : About 3 min.)

6-1. Remove the rack angle L and R. (See procedure 1)

6-2. Remove the top cover. (See procedure 2)

6-3. You can replace the lithium battery from the MAIN

circuit board. (Fig. 4)

* The lithium battery is not part of the MAIN circuit board.

When you replace the MAIN circuit board, you should

remove the lithium battery from the board, and install in

the holder on the new circuit board.

* Important data should be backed up by BULK OUT (ALL)

function. (See page 50.)

7. Power Supply Unit

(Time required : About 3 min.)

7-1. Remove the rack angle L and R. (See procedure 1)

7-2. Remove the top cover. (See procedure 2)

7-3. Remove the four (4) screws marked [100]. The power

supply unit can then be removed. (Fig. 4)

[60]

MAIN

[100]

● Lithium Battery

Power supply unit

＋バインドSタイト

(図4)

5. MAINシート（所要時間：約5分）

5-1. ラックアングルL、Rを外します。(1項参照)

5-2. トップカバーを外します。(2項参照)

5-3. JKINシート、JKOUTシートを外します。(4項参照)

5-4. [30]のネジ8本、[40]のネジ6本、[50]のネジ2本を外しま

す。(図3)

5-5. [60]のネジ8本を外し、MAINシートを外します。(図4)

6. リチウム電池の交換（所要時間：約3分）

6-1. ラックアングルL、Rを外します。(1項参照)

6-2. トップカバーを外します。(2項参照)

6-3. MAINシート上より、リチウム電池を交換することが

できます。(図4)

※ リチウム電池は、MAINシートの構成部品ではありません。

MAINシートを交換する際には、本体のシートからリチウム

電池を取り外して、新しいシートに取り付けてください。

※ 重要なデータは、あらかじめ「BULK OUT (ALL)」機能でバッ

クアップしてください。（50ページ参照）

7. 電源ユニット（所要時間：約3分）

7-1. ラックアングルL、Rを外します。(1項参照)

7-2. トップカバーを外します。(2項参照)

7-3. [100]のネジ4本を外し、電源ユニットを外します。(図4)

（リチウム電池）

（電源ユニット）

SPX2000

[300]: Bind Head Tapping Screw-S 3.0 x 10 MFZN2Y (EP630630)

[350]: Hexagonal Nut 9.0 x 11 (V2431400)

[360]: Bind Head Tapping Screw-S 3.0 x 6 MFZN2BL (EP630210)

[380]: Bind Head Tapping Screw-S 3.0 x 6 MFZN2BL (EP630210)

(Fig. 5)

LED guide

8. VOL Circuit Board, FOOT SW Circuit

Board, POWER Circuit Board

(Time required : About 4 minutes each.)

8-1. Remove the rack angle L and R. (See procedure 1)

8-2. Remove the top cover. (See procedure 2)

8-3. Remove the front panel. (See procedure 3)

8-4. VOL Circuit Board

Remove the nut and the washer. The VOL circuit board

can then be removed. (Fig. 5)

8-5. FOOT SW Circuit Board

Remove the screw marked [360] and the hexagonal nut

marked [350]. The FOOT SW circuit board can then be

removed. (Fig. 5)

8-6. POWER Circuit Board

8-6-1. Pull out the POWER button from the POWER circuit

board.

8-6-2. Remove the two (2) screws marked [380]. The POWER

circuit board can then be removed. (Fig. 5)

9. PN1 Circuit Board, PN2 Circuit Board,

PN3 Circuit Board, LCD

(Time required : About 5 minutes each.)

9-1. Remove the rack angle L and R. (See procedure 1)

9-2. Remove the top cover. (See procedure 2)

9-3. Remove the front panel. (See procedure 3)

9-4. Remove the two (2) screws marked [300]. The LED

guide can then be removed. (Fig. 5)

Nut & Washer

[300]

[350]

[360]

[380]

VOL FOOT SW POWER

(図5)

（LEDガイド）

VOLシート、FOOT SWシート、POWERシート

（所要時間：各約4分）

8-1. ラックアングルL、Rを外します。(1項参照)

8-2. トップカバーを外します。(2項参照)

8-3. フロントパネルを外します。(3項参照)

8-4.

VOLシート

ナットとワッシャーを外し、VOLシートを外します。

(図5)

8-5.

FOOT SWシート

[360]のネジ1本と[350]の特殊六角ナット1個を外し、

FOOT SWシートを外します。(図5)

8-6.

POWERシート

8-6-1. POWERシートからボタンPSWを抜き取ります。

8-6-2. [380]のネジ2本を外し、POWERシートを外します。

(図5)

PN1シート、PN2シート、PN3シート、LCD

（所要時間：各約5分）

9-1. ラックアングルL、Rを外します。(1項参照)

9-2. トップカバーを外します。(2項参照)

9-3. フロントパネルを外します。(3項参照)

9-4. [300]のネジ2本を外し、LEDガイドを外します。(図5)

＋バインドSタイト

特殊六角ナット

＋バインドSタイト

SPX2000

Hooks

9-5. Remove the three (3) hooks from the LED guide. The

PN1 circuit board can then be removed. (Fig. 6)

9-6. Remove the two (2) hooks from the LED guide. The

PN2 circuit board can then be removed. (Fig. 6)

9-7. Remove the four (4) hooks from the LED guide. The

LCD can then be removed. (Fig. 6)

9-8. Remove the two (2) screws marked [200]. The PN3

circuit board can then be removed. (Fig. 7)

Hooks

PN2

PN1

LCD

LED guide

(Fig. 6) (Fig. 7)

[200]

PN3

[200]: Bind Head Tapping Screw-S 3.0 x 6 MFZN2BL (EP630210)

10. AC Inlet Assembly

(Time required : About 3 min.)

10-1. Remove the rack angle L and R. (See procedure 1)

10-2. Remove the top cover. (See procedure 2)

10-3. Remove the two (2) screws marked [150], the screw

marked [160] and the cord holder marked [170]. The

AC inlet assembly can then be removed. (Fig. 8)

(Fig. 8)

[150]

[160]

[150]: Bind Head Tapping Screw-B 3.0 x 8 MFZN2BL (EP600190)

[160]: Bind Head Screw 4.0 x 8 MFZN2BL (EG340360)

[170]: Cord Holder BK-1 (CB069250)

[170]

AC inlet assembly

（フック）

9-5. フック3箇所を外し、LEDガイドからPN1シートを外し

ます。(図6)

9-6. フック2箇所を外し、LEDガイドからPN2シートを外し

ます。(図6)

9-7. フック4箇所を外し、LEDガイドからLCDを外します。

(図6)

9-8. [200]のネジ2本を外し、PN3シートを外します。(図7)

（フック）

（LEDガイド）

(図6) (図7)

＋バインドSタイト

10. ACインレットAss’y （所要時間：約3分）

10-1. ラックアングルL、Rを外します。(1項参照)

10-2. トップカバーを外します。(2項参照)

10-3. [150]のネジ2本、[160]のネジ1本、[170]のインシュロッ

クタイ1本を外し、ACインレットAss’yを外します。

(図8)

＋バインドBタイト

＋バインド小ネジ

インシュロックタイ

（ACインレットAss’y）

SPX2000

■ LSI PIN DESCRIPTION

AK4393-VF-E2 (XW029A00) DAC (Digital to Analog Converter) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

CS5361-KS (X3447A00) ADC (Analog to Digital Converter) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

CS8405A-CS (XZ349A00) DIT (Digital Audio Interface Transmitter) . . . . . . . . . . . . . . . . . . . . . . . . . 19

CS8415A-CS (X2089A00) DIR (Digital Audio Interface Receiver) . . . . . . . . . . . . . . . . . . . . . . . . . . . 19

HD6417709SF133 (X2081A00) CPU (SH3) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 17

M37641M8-141FP (X2485200) CPU (USB 32K) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16

YM3436DK (XG948E00) DIR2 (Digital Format Interface Receiver) . . . . . . . . . . . . . . . . . . . . . . . . . . 19

YSS910-S (XV988A00) DSP6 (Digital Signal Processor) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18

NO. I/O FUNCTION

NAME PIN

NO. I/O FUNCTION

NAME

P61/DQ1

P60/DQ0

P57//W/(R//W)

P56//R(E)

P55/A0

P54//S0

P53//IBF0

P52/OBF0

CNVSS/VPP

/RESET

P51/TOUT/XCOUT

P50/XCIN

VSS

XIN

XOUT

VCC

AVCC

LPF

AVSS

P44/CNTR1

P43/CNTR0

P42/INT1

P41/INT0

P40//EDMA

P87//RTS1

P86//CTS1

P85/URXD1

P84/UTXD1

P83//RTS2/STXD

P82//CTS2/SRXD

P81/URXD2/SCLK

P80/UTXD2//SRDY

P37//RD

P36//WR

P35/SYNCOUT

P34/ØOUT

P33/DMAOUT

P32

P31

P30/RDY

I/O

Port 6

Port 5

Chip operation mode

Reset input

Port 5

Ground

Quartz crystal input

Quartz crystal output

Power supply +5V

Analog power supply +5V

Loop filter for synthesizer

Analog ground

Port 4

Port 8

Port 3

P17/AB15

P16/AB14

P15/AB13

P14/AB12

P13/AB11

P12/AB10

P11/AB9

P10/AB8

P07/AB7

P06/AB6

P05/AB5

P04/AB4

P03/AB3

P02/AB2

P01/AB1

P00/AB0

P27/DB7

P26/DB6

P25/DB5

P24/DB4

P23/DB3

P22/DB2

P21/DB1

P20/DB0

P74/OBF1

P73//IBF1//HLDA

P72//S1

P71//HOLD

P70//SOF

USB D+

USB D-

Ext. Cap

VSS

VCC

P67/DQ7

P66/DQ6

P65/DQ5

P64/DQ4

P63/DQ3

P62/DQ2

I/O

Port 1

Port 0

Port 2

Port 7

USB +voltage line interface

USB -voltage line interface

Power supply +3.3V

Ground

Power supply +5V

Port 6

M37641M8-141FP (X2485200) CPU (USB 32K)

MAIN: IC407

（LSI 端子機能表）

SPX2000

NO. I/O FUNCTION

NAME PIN

NO. I/O FUNCTION

NAME

100

101

102

103

104

MD1

MD2

Vcc(RTC)

XTAL2

EXTAL2

Vss(RTC)

NMI

IRQ0/IRL0/PTH0

IRQ1/IRL1/PTH1

IRQ2/IRL2/PTH2

IRQ3/IRL3/PTH3

IRQ4/PTH4

D31/PTB7

D30/PTB6

D29/PTB5

D28/PTB4

D27/PTB3

D26/PTB2

VssQ

D25/PTB1

VccQ

D24/PTB0

D23/PTA7

D22/PTA6

D21/PTA5

D20/PTA4

Vss

D19/PTA3

Vcc

D18/PTA2

D17/PTA1

D16/PTA0

VssQ

D15

VccQ

D14

D13

D12

D11

D10

VssQ

VccQ

VssQ

VccQ

A10

A11

A12

A13

VssQ

A14

VccQ

A15

A16

A17

A18

A19

A20

A21

Vss

A22

Vcc

A23

VssQ

A24

VccQ

A25

BS/PTK4

WE0/DQMLL

WE1/DQMLU/WE

WE2/DQMUL/ICIORD/PTK6

WE3/DQMUU/ISIOWR/PTK7

RD/WR

AUDSYNC/PTE7

VssQ

CS0/MCS0

VccQ

CS2/PTK0

CS3/PTK1

CS4/PTK2

CS5/CE1A/PTK3

CS6/CE1B

CE2A/PTE4

CE2B/PTE5

I/O

Mode control

Power supply +1.8 V

Crystal oscillator

Ground

Non-maskable interrupt request

Interrupt request / Port H

Data bus / Port B

Ground

Data bus / Port B

Power supply +3.3 V

Data bus / Port B

Data bus / Port A

Ground

Data bus / Port A

Power supply +1.8 V

Data bus / Port A

Ground

Data bus

Power supply +3.3 V

Data bus

Ground

Data bus

Power supply +3.3 V

Data bus

Address bus

Ground

Address bus

Power supply +3.3 V

Address bus

Ground

Address bus

Power supply +3.3 V

Address bus

Ground

Address bus

Power supply +1.8 V

Address bus

Ground

Address bus

Power supply +3.3 V

Address bus

Bus cycle / Port K

Read strobe

Select signal (D7-D0) / D QM (SDRAM)

Select signal (D15-D8) / D QM (SDRAM) / Write enable

Select signal (D23-D16) / D QM (SDRAM) / I/O read / Port K

Select signal (D31-D24) / D QM (SDRAM) / I/O write / Port K

Read / Write

AUD cycle / Port E

Ground

Chip select / Mask ROM chip select

Power supply +3.3V

Chip select / Port K

Chip select / Chip enable / Port K

Chip select / Chip enable

Chip enable / Port E

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

177

178

179

180

181

182

183

184

185

186

187

188

189

190

191

192

193

194

195

196

197

198

199

200

201

202

203

204

205

206

207

208

CKE/PTK5

RAS3L/PTJ0

PTJ1

CASL/PTJ2

VssQ

CASU/PTJ3

VccQ

PTJ4

PTJ5

DACK0/PTD5

DACK1/PTD7

PTE6

PTE3

RAS3U/PTE2

PTE1

TDO/PTE0

BACK

BREQ

WAIT

RESETM

ADTRG/PTH5

IOIS16/PTG7

ASEMD0/PTG6

ASEBRKAK/PTG5

PTG4/CKIO2

AUDATA3/PTG3

AUDATA2/PTG2

Vss

AUDATA1/PTG1

Vcc

AUDATA0/PTG0

TRST/PTF7/PINT15

TMS/PTF6/PINT14

TDI/PTF5/PINT13

TCK/PTF4/PINT12

IRLS3/PTF3/PINT11

IRL2/PTF2/PINT10

IRLS1/PTF1/PINT9

IRLS0/PTF0/PINT8

MD0

Vcc(PLL1)

CAP1

Vss(PLL1)

Vss(PLL2)

CAP2

VCC(PLL2)

AUDCK/PTH6

Vss

Vcc

XTAL1

EXTAL1

STATUS0/PTJ6

STATUS1/PTJ7

TCLK/PTH7

/IRQOUT

VssQ

CKIO

VccQ

TXD0/SCPT0

SCK0/SCPT1

TXD1/SCPT2

SCK1/SCPT3

TXD2/SCPT4

SCK2/SCPT5

RTS2/SCPT6

RXD0/SCPT0

RXD1/SCPT2

Vss

RXD2/SCPT4

Vcc

CTS2/IRQ5/SCPT7

MCS7/PTC7/PINT7

MCS6/PTC6/PINT6

MCS5/PTC5/PINT5

MCS4/PTC4/PINT4

VssQ

WAKEUP/PTD3

VccQ

RESETOUT/PTD2

MCS3/PTC3/PINT3

MCS2/PTC2/PINT2

MCS1/PTC1/PINT1

MCS0/PTC0/PINT0

DRAK0/PTD1

DRAK1/PTD0

DREQ0/PTD4

DREQ1/PTD6

RESETP

MD3

MD4

MD5

AVss

AN0/PTL0

AN1/PTL1

AN2/PTL2

AN3/PTL3

AN4/PTL4

AN5/PTL5

AVcc

AN6/DA1/PTL6

AN7/DA0/PTL7

AVss

I/O

CK enable / Port K

RAS address bus / Port J

Port J

CAS address bus / Port J

Ground

CAS address bus / Port J

Power supply +3.3 V

Port J

DMA acknowledge / Port D

Port E

RAS address bus / Port E

Port E

Test data / Port E

Bus acknowledge

Bus request

Hardware wait request

Manual reset

Analog trigger / Port H

Write protect / Port G

ASE mode / Port G

ASE break acknowledge / Port G

Port G / Clock output

AUD data / Port G

Ground

AUD data / Port G

Power supply +1.8 V

AUD data / Port G

Test reset / Port F / Port interruption

Test mode switch / Port F / Port interruption

Test data / Port F / Port interruption

Test clock / Port F / Port interruption

Interrupt request / Port F / Port interruption

Mode control

Power supply +1.8 V

Capacitor

Ground

Capacitor

Power supply +1.8 V

AUD clock / Port H

Ground

Power supply +1.8 V

Crystal oscillator

Processor status / Port J

Timer clock / Port H

Interrupt request output

Ground

System clock input / output

Power supply +3.3 V

Data transmission / SCI port

Serial clock / SCI port

Data transmission / SCI port

Serial clock / SCI port

Data transmission / SCI port

Serial clock / SCI port

Transmit request / SCI port

Data reception / SCI port

Ground

Data reception / SCI port

Power supply +1.8 V

Transmit clear / Interrupt request / SCI port

Mask ROM chip select / Port C / Port interruption

Ground

Standby mode Interrupt request output / Port D

Power supply +3.3 V

Reset output / Port D

Mask ROM chip select / Port C / Port interruption

DMA acknowledge / Port D

DMA request / Port D

Power on reset

Chip active

Mode control

Analog ground

Analog input / Port L

Analog power supply +3.3 V

Analog input / Analog output / Port L

Analog ground

HD6417709SF133 (X2081A00) CPU (SH3)

MAIN: IC004

SPX2000

NO. I/O FUNCTIONNAME PIN

NO. I/O FUNCTIONNAME

Vdd

Vss

Vdd5

/SYNCI

/SYNCO

Vdd5

CKI

CKO

CKSEL

Vss

MCKS

/SSYNC

/IC

/TEST

BTYP

/IRQ

TRIG

Vdd5

Vss

/CS

/WR

/RD

CA7

CA6

CA5

CA4

CA3

CA2

CA1

Vss

Vdd

CD15

CD14

CD13

CD12

CD11

CD10

CD09

CD08

CD07

CD06

Vss

Vdd

Vdd5

CD05

CD04

CD03

CD02

CD01

CD00

/WAIT

Vss

SI0

SI1

SI2

SI3

SI4

SI5

SI6

SI7

Vss

Vdd5

SO0

SO1

SO2

SO3

SO4

SO5

SO6

SO7

Vss

DB00

DB01

DB02

DB03

DB04

DB05

DB06

DB07

DB08

DB09

DB10

DB11

DB12

Vdd5

Vdd

I/O

Power supply (3.3 V)

Ground

System master clock input (60 MHz or 30 MHz)

System master clock output (High or 30 MHz)

Power supply (5 V)

Sync. signal input

Sync. signal output

Power supply (5 V)

System clock input (30 MHz)

System clock output (30 MHz)

System master clock select (0: 60 MHz, 1: 30 MHz)

Ground

Serial I/O master clock input (128 x Fs)

Serial I/O Sync. signal output

Initial clear (RESET)

Test mode setting (0: Test, 1: Normal)

Data bus type select (0: 8 bit, 1: 16 bit)

IRQ output

Trigger signal input/output

Power supply (5 V)

Ground

chip select signal input

Write signal input

Read signal input

Address bus of internal register

Ground

Power supply (3.3 V)

Data bus of internal register

Ground

Power supply (3.3 V)

Power supply (5 V)

Data bus of internal register

WAIT output

Ground

Serial data input

Ground

Power supply (5 V)

Serial data output

Ground

Parallel data bus

Power supply (5 V)

Power supply (3.3 V)

100

101

102

103

104

105

106

107

108

109

110

111

112

113

114

115

116

117

118

119

120

121

122

123

124

125

126

127

128

129

130

131

132

133

134

135

136

137

138

139

140

141

142

143

144

145

146

147

148

149

150

151

152

153

154

155

156

157

158

159

160

161

162

163

164

165

166

167

168

169

170

171

172

173

174

175

176

Vss

DB13

DB14

DB15

DB16

DB17

DB18

DB19

DB20

DB21

DB22

Vss

Vdd

DB23

DB24

DB25

DB26

DB27

DB28

DB29

DB30

DB31

TIMO/DBOB

Vss

Vdd5

DA00

DA01

DA02

DA03

DA04

DA05

DA06

DA07

Vss

DA08

DA09

DA10

DA11

DA12

DA13

DA14

DA15

Vss

Vdd

(n.c)

Vdd5

DA16

DA17

DA18

DA19

DA20

DA21

DA22

DA23

Vss

DA24

DA25

DA26

DA27

DA28

DA29

DA30

DA31

Vdd5

Vss

A00

A01

A02

A03

A04

A05

A06

A07

A08

A09

Vss

Vdd

A10

A11

A12

A13

A14

A15/RAS

A16/CAS

A17/CE

/WE

/OE

Vdd5

I/O

Ground

Parallel data bus

Ground

Power supply (3.3 V)

Parallel data bus

Timing signal output/ Parallel data bus output/ input

Ground

Power supply (5 V)

Memory data bus

Ground

Memory data bus

Ground

Power supply (3.3 V)

Not used

Power supply (5 V)

Memory data bus

Ground

Memory data bus

Power supply (5 V)

Ground

Memory address (SRAM, PSRAM, DRAM)

Ground

Power supply (3.3 V)

Memory address (SRAM, PSRAM, DRAM)

Memory address (SRAM, PSRAM)

Memory address (SRAM, PSRAM), /RAS (DRAM)

Memory address (SRAM, PSRAM), /CAS (DRAM)

Memory address (SRAM), /CE (PSRAM)

Memory write enable signal

Memory output enable signal

Power supply (5 V)

YSS910-S (XV988A00) DSP6 (Digital Signal Processor) MAIN: IC303

SPX2000

NO. I/O FUNCTIONNAME PIN

NO. I/O FUNCTIONNAME

CDOUT

/CS

/EMPH

RXP0

RXN0

VA+

AGND

FILT

/RST

RMCK

RERR

RXP1

RXP2

RXP3

I/O

Data out (SPI)

Control port chip select (SPI)

Pre-emphasis

AES3/SPDIF receiver port

Positive analog power supply +5V

Analog ground

PLL loop filter

Reset

Input section recovered master clock

Receiver error

Additional AES3/SPDIF receiver port

RXP4

OSCLK

OLRCK

SDOUT

INT

OMCK

DGND

VL+

H//S

RXP5

RXP6

CDIN

CCLK

I/O

Additional AES3/SPDIF receiver port

Serial audio output bit clock

Serial audio output left/right clock

Serial audio output data

Interrupt

User data

System clock

Digital ground

Positive logic power supply +5V

Hardware/software mode control

Additional AES3/SPDIF receiver port

Serial control data in (SPI)

Control port clock

CS8415A-CS (X2089A00) DIR (Digital Audio Interface Receiver) MAIN: IC401

NO. I/O FUNCTIONNAME PIN

NO. I/O FUNCTIONNAME

DAUX

HDLT

DOUT

VFL

OPT

SYNC

MCC

MCB

MCA

SKSY

P256

LOCK

Vss

DIM1

DIM0

DOM1

DOM0

KM1

Auxiliary input for audio data

Asynchronous buffer operation flag

Audio data output

Parity flag output

Fs x 1 Synchronous output signal for DAC

Fs x 1 Synchronous output signal for DSP

Fs x 64 Bit clock output

Fs x 1 Word clock output

Fs x 128 Bit clock output

Fs x 256 Bit clock output

Clock synchronization control input

Crystal oscillator connection or external

clock input

Crystal oscillator connection

VCO oscillating clock connection

PLL lock flag

Logic section power (GND)

PLL time constant switching output

Data input mode selection

Data output mode selection

Clock mode switching input 1

RSTN

Vdda

CTLN

PCO

(NC)

CTLP

Vssa

TSTN

KM2

KM0

FS1

FS0

CSM

EXTW

DDIN

Vdd

ERR

EMP

CD0

CCK

CLD

System reset input

VCO section power (+5V)

VCO control input N

PLL phase comparison output

VCO control input P

VCO section power (GND)

Test terminal. Open for normal use

Clock mode switching input 2

Clock mode switching input 0

Channel status sampling frequency

display output 1

Channel status sampling frequency

display output 0

Channel status output method selection

External synchronous auxiliary input

word clock

EIAJ (AES/EBU) data input

PLL word clock output

Logic section power (+5 V)

Data error flag output

Channel status emphasis control code

output

3-wire type microcomputer interface data

output

3-wire type microcomputer interface clock

input

3-wire type microcomputer interface load

input

YM3436DK (XG948E00) DIR2 (Digital Format Interface Receiver)

MAIN: IC205

NO. I/O FUNCTIONNAME PIN

NO. I/O FUNCTIONNAME

SDA/CDOUT

AD0//CS

AD2

RXP

DGND2

VD2+

DGND4

DGND3

/RST

NC1

NC2

ILRCK

ISCLK

SDIN

I/O

Serial control data I/O (I

C) / Data out (SPI)

Address bit 0 (I

C) / Control port chip select (SPI)

Address bit 2 (I2C)

Auxiliary AES3 Receiver port

Digital ground

Positive digital power supply (+5V)

Digital ground

Reset

Not used

Serial audio input left/right clock

Serial audio bit clock

Serial audio data port

TCBL

NC3

NC4

NC5

INT

OMCK

DGND

VD+

H//S

TXN

TXP

AD1/CDIN

SCL/CCLK

I/O

Transmit channel status block start

Not used

Interrupt

User data

Master clock

Digital ground

Positive digital power supply (+5V)

Hardware/software control mode select

Differential line drivers

Address bit 1 (I

C) / Serial control data in (SPI)

Control port clock

CS8405A-CS (XZ349A00) DIT (Digital Audio Interface Transmitter) MAIN: IC405

SPX2000

NO. I/O FUNCTIONNAME PIN

NO. I/O FUNCTIONNAME

/RST

M//S

LRCK

SCLK

MCLK

GND

SDOUT

DIV

/HPF

DIF

I/O

Reset

Master/slave mode

Left right clock

Serial clock

Master clock

Digital power supply +5V

Ground

Logic power supply +3.3V

Serial audio data output

Divider

High pass filter enable

Digital input format

TST

AINL+

AINL-

GND

AINR-

AINR+

VCOM

REFGND

FILT+

Mode selection

Test

Differential left channel analog input

Ground

Analog power supply +5V

Differential right channel analog input

Common voltage

Reference ground

Positive voltage reference

CS5361-KS (X3447A00) ADC (Analog to Digital Converter) MAIN: IC603

NO. I/O FUNCTIONNAME PIN

NO. I/O FUNCTIONNAME

DVSS

DVDD

MCLK

/PD

BICK

SDATA

LRCK

SMUTE//CS

DFS

DEM0/CCLK

DEM1/CDTI

DIF0

DIF1

DIF2

Digital ground

Digital power supply

Master clock

Power down mode

Audio serial data clock

Audio serial data input

L/R clock

Soft mute

Double speed sampling mode

De-emphasis enable

Digital input format

BVSS

VREFL

VREFH

AVDD

AVSS

AOUTR-

AOUTR+

AOUTL-

AOUTL+

VCOM

P//S

CKS0

CKS1

CKS2

Substrate ground

Low level voltage reference

High level voltage reference

Analog power supply +5 V

Analog ground

Rch negative analog output

Rch positive analog output

Lch negative analog output

Lch positive analog output

Common voltage output

Parallel/serial select

Master clock select

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

MAIN: IC701

Vss

VDD

TC74VHC04FT (X0195A00)

Hex Inverter

MAIN: IC207, 501

TC74VHCT08AFT (X3586A00)

TC74VHC08FT (XV891A00)

Quad 2 Input AND

MAIN: IC404

IC005, 107

VSS

VDD

TC74VHC00FT

(X2313A00)

Quad 2 Input NAND

MAIN: IC209

42A

52B

62Y

7Vss

VDD

11 4Y

10 3B

93A

83Y

■ IC BLOCK DIAGRAM

（IC ブロック図）

SPX2000

TC74VHC32FT (XY945A00)

Quad 2 Input OR

MAIN: IC012

TC74VHC244FT (XW234A00)

Octal 3-State Bus Buffer

MAIN: IC403

TC74VHCT245AFT (XT744A00)

Octal 3-State Bus Transceiver

MAIN: IC103-106, 203, 606

TC74VHC74FT (XV892A00)

Dual D-Type Flip-Flop

MAIN: IC206

74LVX4245MTCX (X3097A00)

Dual Supply Octal Bus Transceiver

MAIN: IC101, 102

Vcc

GND

D1R

SN75124NSR (XV930A00)

Triple Line Receiver

MAIN: IC406

GND

Vcc

INPUTS OUTPUTS

PR CLR CLK D Q Q

1CLR

1CK

1PR

GND

VCC

2CLR

CLR

2CK

2PR

CLR

1A1

2Y4

1A2

2Y3

1A3

2Y2

1A4

2Y1

120

219

318

417

516

615

714

813

912

10 11

VDD (Vcc)

1Y1

2A4

1Y2

2A3

1Y3

2A2

1Y4

2A1

(GND) Vss

VCCA

DIR

GND

VCCB

GND

10 12

GND

116

215

314

413

512

611

710

8 9

Vcc

TC7SH04FU (XS775A00)

Inverter Gate

MAIN: IC003, 210, 402, 605

µPC4570G2 (XF291A00)

Dual Operational Amplifier

MAIN: IC601, 602, 651, 652, 703, 753

4-V

CH1

Output1

CH2

-DC Voltage Supply

Inverting

Input 1

Non-Inverting

Input 1

+DC Voltage Supply

Non-Inverting

Input 2

Output2

Inverting

Input 2

GND

VCC

OUT Y

IN A

TC74VHC14FT

(XV890A00)

Hex Inverter

MAIN: IC208

GND

VDD

SPX2000

NJM4556AL (XP844A00)

Dual Operational Amplifier

MAIN: IC704, 754

TLC2932IPWR (XV064A00)

PLL

MAIN: IC204

2345678

OUT

A-IN

A+IN

B-IN

BOUT

-V +V

LOGIC V

SELECT

VCO OUT

-A

-B

PFD OUT

LOGIC GND

VCO V

BIAS

COIN

VCO GND

VCO INHBIT

PFD INHIBIT

LOGIC GND

-A

PFD OUT

COIN

BIAS

VCO GND

LOGIC V

-B

CHARGE PUMPDETECTOR

PFD INHIBIT

VCO INHBIT

VCO V

VCO OUT

SELECT

BLAS CONTROL

VCO OUTPUT

MUX

1/2

NJM2904V(TE1) (XR532A00)

Dual Operational Amplifier

MAIN: IC002

4-V

Output A

Non-Inverting

Input A

-DC Voltage Supply

+DC Voltage

Supply

Output B

Inverting

Input B

Non-Inverting

Input B

Inverting

Input A

■ CIRCUIT BOARDS CONTENTS

FOOTSW (X4199B0) ............................................. 28

JKIN (X4199B0) ..................................................... 28

JKOUT (X4199B0) ................................................. 28

MAIN (X498B0) ................................................. 24/26

PN1 (X4199B0) ...................................................... 23

Note : See parts list for details of circuit board conponent parts.

PN2 (X4199B0) ...................................................... 23

PN3 (X4199B0) ...................................................... 23

POWER (X4199B0)................................................ 28

VOL (X4199B0) ...................................................... 28

（シート基板図目次）

注：シートの部品詳細は、パーツリストをご参照ください。

SPX2000

■ CIRCUIT BOARDS（シート基板図）

●PN3 Circuit Board

to MAIN-CN503

STORE

UNDO

RECALL BACK

COM

PARE

INC

DEC

PARAMETER

FINE PARAM

UTILITY

BYPASS

TAP

to MAIN-CN501

●PN1 Circuit Board ●PN2 Circuit Board

Pattern side

（パターン側）

Pattern side

（パターン側）

Component side

（部品側）

Pattern side

（パターン側）

to MAIN-CN502

Component side

（部品側）

Component side

（部品側）

2NAP-WB05310-1

SPX2000

●MAIN Circuit Board

to VOL-CN601 to PN1-CN001 to LCD

to POWER SUPPLY UNIT-CN51

L (MONO)

INPUT OUTPUT

+4dBu -10dBu L+4dBu -10dBu

to JKIN-CN401to JKOUT-CN501

2NAP-WB05300-1

SPX2000

Component side

to PN2-CN101 to PN3-CN201 to FOOTSW-CN701

AES/EBU MIDI

R IN OUT IN OUT/THRU

USB

(TO HOST)

WORD CLOCK

2NAP-WB05300-1

（部品側）

SPX2000

●MAIN Circuit Board

2NAP-WB05300-2

SPX2000

Pattern side

2NAP-WB05300-2

（パターン側）

SPX2000

2NAP-WB05310-2

●JKIN Circuit Board

Component side

(MONO)

to MAIN-CN601

INPUT

to MAIN-CN701

OUTPUT

FOOT SW

to MAIN-CN002

POWER

to POWER SUPPLY UNIT-CN1

to AC inlet assembly

INPUT

to MAIN-CN602

Pattern side

（パターン側）

Pattern side

（パターン側）

Pattern side

（パターン側）

Pattern side

（パターン側）

Pattern side

（パターン側）

Component side

（部品側）

Component side

（部品側）

Component side

（部品側）

Component side

（部品側）

●JKOUT Circuit Board

●FOOTSW Circuit Board

●VOL Circuit Board

●POWER Circuit Board

（部品側）

SPX2000

■ INSPECTIONS

1. Preparations

1-1. Conditions

Use following conditions unless otherwise specified.

• INPUT VOLUME: MAX

• Level select switch: +4dBu side (both input and output)

• Analog output load: 600 Ω

• Word clock (FS): 96kHz

To select the word clock, press the UTILITY key several

times and when "CLOCK SOURCE" appears on the

LCD, press the INC/DEC key.

• 0dBu = 0.775Vrms

• 0dBFS = 0dB, full scale

• Oscillator output impedance: 150 Ω.

A sine wave is output.

• Input impedance of oscilloscope, level meter, etc.: 100

kΩ or more

• Noise measurement is corrected with 12.7kHz, -6dB/

octave low pass filter. (Use average values instead of

effective values for measurement.)

• Cross talk and distortion ratio measurement is corrected

with 80kHz, -18dB/octave low pass filter.

• For check items other than “2-7”, turn on the BYPASS

key and keep the BYPASS LED lit while checking.

1-2. Measuring Instruments

• Use System Two CASCADE Control Software APWIN

Version 2.22 of Audio Precision Co. or its equivalent.

• Noise meter (Use LMV-1817 of READER Corp. or

the equivalent when measuring the noise.)

1-3. Writing Programs

If the main program is not the latest version, it must be

upgraded to the latest program. For the details, refer to

"Method for Writing the Program" on page 49.

[2] Frequency response (both L and R)

Condition:

1kHz is used as reference of the permissible range.

[3] Level difference between left and right

The range of difference in the gain measured in [1] above

is specified as follows.

[4] Residual noise (both L and R)

Condition: The input function should be turned off.

Permissible range

Within 1dB

Input frequency Input level Permissible range

20 Hz +4 dBu -1．5∼+0．5 dB

40 kHz +4 dBu -1．5∼+0．5 dB

Input frequency Input level Specified output level Permissible range

1 kHz +4 dBu +14 dBu +14±2 dBu

[5] Crosstalk between left and right

Condition:

The R channel input function should be turned off when

signals are inputted to the L channel.

The L channel input function should be turned off when

signals are inputted to the R channel.

Permissible range

-80 dBu or below

Input frequency Output level L(R) Permissible range R (L)

1 kHz +22 dBu -58 dBu or below

2-2. When ANALOG INPUT/OUTPUT WORD

CLOCK is INT 48kHz

Condition:

Signals are inputted through ANALOG INPUT L, R

(PHONE) and output from ANALOG OUTPUT L, R

(PHONE).

2. Check Items

2-1. When ANALOG INPUT/OUTPUT WORD

CLOCK is INT 96kHz

Condition:

Signals are inputted through ANALOG INPUT L, R

(XLR) and output from ANALOG OUTPUT L, R

(XLR).

[1] Gain (both L and R)

Connecting hot and cold terminals of OUTPUT L, R to

GND respectively provides the same result.

ANALOG IN

SPX2000

ANALOG OUT

AES/EBU IN

WCLK IN

USB TO HOST

AES/EBU OUT

MIDI IN

MIDI OUT

SYSTEM TWO

• Connect the powered

speaker to the ANALOG

OUT terminal when

executing Test item 2-8

Sound Check.

SPX2000

2-3. Checking ANALOG INPUT/OUTPUT Level

Select Switch

Condition:

Signals are inputted through ANALOG INPUT L, R

(PHONE) and output from ANALOG OUTPUT L, R

(PHONE).

The level select switch should be set to -10dBu side (both

input and output) and WORD CLOCK INT should be

set to 48kHz.

[1] Gain (both L and R)

2-4. Checking DIGITAL OUT

Condition: Use the System Two.

Signals are inputted through ANALOG INPUT L, R

(XLR) and output from AES/EBU OUT.

a. WORD CLOCK INT 96kHz

Condition: Set WORD CLOCK INT to 96kHz.

[1] Gain (AES/EBU OUT)

Input frequency Input level Specified output level Permissible range

1 kHz -10 dBu 0 dBu 0±2 dBu

Input frequency Input level Specified output level Permissible range

1 kHz +4 dBu -10 dBFS -10±2 dBFS

[2] Frequency response (AES/EBU OUT)

Condition:

1kHz is used as reference of the permissible range.

[3] Distortion ratio (AES/EBU OUT)

Input frequency Input level Permissible range

20 Hz +4 dBu -1．0∼+0．5 dB

40 kHz +4 dBu -1．0∼+0．5 dB

2-5. Checking DIGITAL IN

Condition: Use the System Two.

Signals are inputted through AES/EBU IN and output

from ANALOG OUT L, R (XLR).

Select AES/EBU for the word clock.

Setting: Input selection

Press the UTILITY key and when "INPUT SOURCE"

appears on the LCD, press the INC key.

Setting is completed when the asterisk (*) mark moves

to the "DIGITAL" position.

Press the BACK key and execute WORD CLOCK

selection.

a. 96kHz

Condition: Make frequency setting (Sample Rate) of the

System Two to 96kHz.

[1] Gain (both L and R)

[2] Frequency response (both L and R)

Condition:

1kHz is used as reference of the permissible range.

[3] Distortion ratio (both L and R)

b. 48kHz

Condition: Make frequency setting (Sample Rate) of the

System Two to 48kHz.

[1] Distortion ratio (both L and R)

Input frequency Output level Permissible range

1 kHz -1 dBFS 0.01 % or below

Input frequency Output level Permissible range

1 kHz -1 dBFS 0.02 % or below

Input frequency Input level Specified output level Permissible range

1 kHz -10 dBFS +14 dBu +14±2 dBu

Input frequency Input level Permissible range

20 Hz -10 dBFS -1．0∼+0．5 dB

40 kHz -10 dBFS -1．0∼+0．5 dB

Input frequency Output level Permissible range

1 kHz +22 dBu 0.01 % or below

Input frequency Output level Permissible range

1 kHz +23 dBu 0.02 % or below

[1] Distortion ratio (both L and R)

Permissible range

-80 dBu or below

b. WORD CLOCK INT 48kHz

Condition: Set WORD CLOCK INT to 48kHz.

[1] Distortion ratio (AES/EBU OUT)

Input frequency Output level Permissible range

1 kHz +23 dBu 0.02 % or below

[2] Residual noise (both L and R)

Condition: The input function should be turned off.

SPX2000

Supplementary)

After this test, press the UTILITY key again and when

"INPUT SOURCE" appears on the LCD, press the DEC

key. Setting is completed when the asterisk (*) mark

moves to the "ANALOG" position. Press the BACK key

and execute WORD CLOCK selection.

2-6. PLL Operation Range of WORD CLOCK

IN, DIGITAL IN

Condition: Use the System Two.

Signals are inputted through ANALOG INUT L, R

(XLR) and output from OUTPUT L, R (XLR).

The WORD CLOCK should be selected as follows.

When checking WORD CLOCK IN: WORD CLOCK

When checking DIGITAL IN: AES/EBU

a. 96kHz + 6% (101.76kHz)

Condition:

Make frequency setting (Sample Rate) of the System

Two to 96kHz + 6%

[1] Distortion ratio (both WORD CLOCK IN and

DIGITAL IN)

b. 44.1kHz - 10% (39.69kHz)

Condition:

Make frequency setting (Sample Rate) of the System

Two to 44.1kHz - 10%

[1] Distortion ratio (both WORD CLOCK IN and

DIGITAL IN)

2-7. Jitter Measurement

Condition: User the System Two.

Select Sec and PK.

Select BW: 700Hz to 100kHz.

Use AES/EBU OUT for checking.

a. WORD CLOCK INT

Condition:

Select the value of the WORD CLOCK according to the

following table.

[1] Jitter

Input frequency Output level Permissible range

1 kHz +23 dBu 0.03 % or below

b. WORD CLOCK EXT

Condition: Select the WORD CLOCK as follows.

When checking WORD CLOCK IN: WORD CLOCK

When checking DIGITAL IN: AES/EBU

For the System Two frequency setting (Sample Rate),

select the value for according to the table below.

[1] Jitter (both WORD CLOCK IN and DIGITAL IN)

2-8. Checking Produced Sound

Check EFFECT functions (DSP6 operation check) by listening.

ANALOG INPUT, ANALOG OUTPUT

Condition

• WORD CLOCK: INT96kHz

• Input sound signals through ANALOG INPUT L and R

(XLR), recall the PRESET programs listed below one

after another and adjust the INPUT VOLUME so that

the CLIP of the LEVEL METER does not light up with

any program.

To recall the PRESET programs, press the UP/DOWN

key to have a number flash in the 7-segment and press

the RECALL key.

PRESET programs to be checked

Program 08: AMBIENCE

Program 58: ROGER ON THE 12

Program 61: SYMPHONIC

Program 78: DYNA FILTER

Inspection:

Recall the PRESET programs and check the signal

through the speaker for at least 15 seconds. Perform this

check on all 4 types of the PRESET programs. Operate

the INPUT VOLUME and check that the output level

varies.

Judgment criteria 1: The EFFECT sounds are output.

Judgment criteria 2: No noise is included in the output.

WORD CLOCK Permissible range

EXT 44．1 kHz 4 nsec or below

EXT 48 kHz 4 nsec or below

EXT 88．2 kHz 4 nsec or below

EXT 96 kHz 4 nsec or below

Input frequency Output level Permissible range

1 kHz +23 dBu 0.03 % or below

WORD CLOCK Permissible range

INT 44．1 kHz 2 nsec or below

INT 48 kHz 2 nsec or below

INT 88．2 kHz 2 nsec or below

INT 96 kHz 2 nsec or below

SPX2000

■ 検査

1．準備

1−1．条件

◇ 特に指定しないときは以下の条件とします。

・ INPUT VOLUME: MAX

・レベル切替SW: ＋4dBu側(入力、出力共)

・アナログ出力の負荷は、600Ωとします。

・ワードクロック(FS)は96kHzにします。

なお、ワードクロックの切り替えをするには、

UTILITYキーを何度か押しLCDに CLOCK SOURCE

が表示されたところで、INC/DECキーを押します。

・ 0dBu＝0．775Vrms

・ 0dBFS＝0デシベル・フルスケール

・発振器の出力インピーダンスは150Ωとします。

正弦波を出力します。

・オシロスコープ、レベル計等の入力インピーダンス

は100kΩ以上とします。

・ノイズ測定は12．7kHz、−6dB／OCTのLPFで補正し

ます。(実効値ではなく平均値での測定とします。)

・クロストークと歪率の測定は80kHz、−18dB／OCTの

LPFで補正します。

・検査項目2−7以外はBYPASSキーをオンにして、

BYPASSの LEDを点灯させた状態で検査します。

1−2．測定器

・Audio Precision社System Two CASCADE制御ソフト

ウェアAPWIN Version 2.22と同等品を使用します。

・ノイズメーター(READER社 LMV-1817または同等品

をノイズ測定時に使用します)

2．検査項目

2−1．ANALOG INPUT/OUTPUTのWORD CLOCK

INT96kHz時検査

条件 ANALOG INPUT L、R(XLR)から入力し、ANALOG

OUTPUT L、R(XLR)から出力します。

q利得 (L／R共)

OUTPUT L、Rのホット、コールド端子をそれぞれGND

に接続しても同様の結果が得られます。

wf 特 (L／R共)

条件許容範囲は1kHzを基準とします。

eL／R 間のレベル差

qで測定した利得の差の範囲を以下の様に規定しま

す。

r残留ノイズ (L／R共)

条件入力をOFFにします。

tL／R 間のクロストーク

条件 Lchに信号を入力した時は、Rchの入力をOFFに

します。

Rchに信号を入力した時は、Lchの入力をOFFに

します。

入力周波数入力レベル規定出力レベル許容範囲

1kHz ＋4dBu ＋14dBu ＋14±2dBu

入力周波数入力レベル許容範囲

20Hz ＋4dBu −1．5∼＋0．5dB

40kHz ＋4dBu −1．5∼＋0．5dB

許容範囲

1dB以内

許容範囲

−80dBu以下

入力周波数出力レベルL(R) 許容範囲R(L)

1kHz ＋22dBu −58dBu以下

ANALOG IN

SPX2000

ANALOG OUT

AES/EBU IN

WCLK IN

USB TO HOST

AES/EBU OUT

MIDI IN

MIDI OUT

SYSTEM TWO

1−3．プログラムの書き込み

本体プログラムが、最新バージョンになっていない場

合、最新のプログラムにバージョンアップする必要が

あります。詳しくは、49ページの「プログラムの書き込

み」を参照してください。

・パワードスピーカーは、検査項

目2 −8 の音だし検査時に

ANALOG OUTと接続します。

SPX2000

2−2．ANALOG INPUT/OUTPUTのWORD CLOCK

INT48kHz時検査

条件 ANALOG INPUT L、R(PHONE)から入力し、ANALOG

OUTPUT L、R(PHONE)から出力します。

q歪率 (L／R共)

w残留ノイズ (L／R共)

条件入力をOFFにします。

2−3．

ANALOG INPUT/OUTPUTのレベル切替SWの検査

条件 ANALOG INPUT L、R(PHONE)から入力し、 ANALOG

OUTPUT L、R(PHONE)から出力します。

レベル切替SWは−10dBu側(入出力共)、WORD

CLOCK INTは48kHzです。

q利得 (L／R共)

2−4．DIGITAL OUTの検査

条件 System Twoを使用します。

ANALOG INPUT L、R(XLR)から入力し、AES/EBU

OUTから出力します。

a． WORD CLOCK INT96kHz

条件 WORD CLOCK INTは96kHzにします。

q利得 (AES／EBU OUT)

wf 特 (AES/EBU OUT)

条件許容範囲は1kHzを基準とします。

e歪率 (AES/EBU OUT)

b． WORD CLOCK INT48kHz

条件 WORD CLOCK INTは48kHzにします。

q歪率(AES／EBU OUT)

2−5．DIGITAL INの検査

条件 System Twoを使用します。

AES/EBU INから入力し、ANALOG OUT L、R(XLR)か

ら出力します。

WORD CLOCKはAES/EBUを選択します。

設定入力の切替

UTILITYキーを押しLCDに INPUT SOURCE が表示さ

れたところで INCキーを押します。

“＊”マークが DIGITAL に移動したら設定完了です。

BACKキーを押し、ワードクロックの切り替え操作を

します。

a． 96kHz

条件

System Twoの周波数設定(Sample Rate)を96kHzにします。

q利得 (L／R共)

wf 特 (L／R共)

条件許容範囲は1kHzを基準とします。

e歪率 (L／R共)

b． 48kHz

条件

System Twoの周波数設定(Sample Rate)を48kHzにします。

q歪率 (L／R共)

補足) このテスト後、再びUTILITYキーを押しLCDに INPUT

SOURCE が表示されたところでDECキーを押します。

“＊”マークが ANALOG に移動したら設定完了です。

BACKキーを押し、ワードクロックの切り替え操作を

します。

入力周波数出力レベル許容範囲

1kHz ＋23dBu 0．02％以下

許容範囲

−80dBu以下

入力周波数入力レベル規定出力レベル許容範囲

1kHz −10dBu 0dBu 0±2dBu

入力周波数入力レベル規定出力レベル許容範囲

1kHz ＋4dBu −10dBFS −10±2dBFS

入力周波数入力レベル許容範囲

20Hz ＋4dBu −1．0∼＋0．5dB

40kHz ＋4dBu −1．0∼＋0．5dB

入力周波数出力レベル許容範囲

1kHz −1dBFS 0．01％以下

入力周波数出力レベル許容範囲

1kHz −1dBFS 0．02％以下

入力周波数入力レベル規定出力レベル許容範囲

1kHz −10dBFS ＋14dBu ＋14±2dBu

入力周波数入力レベル許容範囲

20Hz −10dBFS −1．0∼＋0．5dB

40kHz −10dBFS −1．0∼＋0．5dB

入力周波数出力レベル許容範囲

1kHz ＋23dBu 0．01％以下

入力周波数出力レベル許容範囲

1kHz ＋23dBu 0．02％以下

SPX2000

2−6．WORD CLOCK IN，DIGITAL INのPLL動作範囲

条件 System Twoを使用します。

ANALOG INPUT L、R(XLR)から入力し、ANALOG

OUTPUT L、R(XLR)から出力します。

WORD CLOCKは以下を選択します。

WORD CLOCK INの検査時 : WORD CLOCK

DIGITAL INの検査時 : AES/EBU

a． 96kHz＋6％(101.76kHz)

条件 System Twoの周波数設定(Sample Rate)を96kHz＋6％

にします。

q歪率 (WORD CLOCK IN，DIGITAL IN共)

b． 44.1kHz−10％(39.69kHz)

条件 System Twoの周波数設定(Sample Rate)を44.1kHz−10

％にします。

q歪率 (WORD CLOCK IN，DIGITAL IN共)

2−7．ジッター測定

条件 System Twoを使用します。

Sec，PKを選択します。

BW:700Hz to 100kHz を選択します。

AES/EBU OUTで検査します。

a． WORD CLOCK INT

条件 WORD CLOCKは、下記表の値を選択します。

qジッター

b． WORD CLOCK EXT

条件 WORD CLOCKは以下を選択します。

WORD CLOCK INの検査時 : WORD CLOCK

DIGITAL INの検査時 : AES/EBU

System Twoの周波数設定(Sample Rate)は、下記表の値

を選択します。

qジッター (WORD CLOCK IN，DIGITAL IN共)

2−8．音だし

EFFECT機能(DSP6動作確認)を聴感で確認します。

ANALOG INPUT、ANALOG OUTPUT

条件・WORD CLOCK: INT96kHz

・ANALOG INPUT L,R(XLR) から音楽信号を入れ、下記

のPRESETプログラムを順にリコールし、どのプログ

ラムでも LEVEL METER の CLIP が点灯しないよう

にINPUT VOLUME を調整しておきます。

なお、PRESETプログラムのリコール方法は、UP/

DOWNキーを押し7セグに数字を点滅させ、RECALL

キーを押します。

確認するPRESETプログラム

プログラム08: AMBIENCE

プログラム58: ROGER ON THE 12

プログラム61: SYMPHONIC

プログラム78: DYNA FILTER

検査 PRESETプログラムをリコールし、スピーカーで信号

を最低15秒間確認します。

4種類のPRESETプログラム総てに対して行います。

INPUT VOLUMEを操作して出力レベルが変化するこ

とを確認します。

判定基準1: EFFECT音が出ていることを確認します。

判定基準2: ノイズが含まれていないことを確認します。

入力周波数出力レベル許容範囲

1kHz ＋23dBu 0．03％以下

入力周波数出力レベル許容範囲

1kHz ＋23dBu 0．03％以下

WORD CLOCK 許容範囲

INT 44．1 kHz 2nsec以下

INT 48 kHz 2nsec以下

INT 88．2 kHz 2nsec以下

INT 96 kHz 2nsec以下

WORD CLOCK 許容範囲

EXT 44．1 kHz 4nsec以下

EXT 48 kHz 4nsec以下

EXT 88．2 kHz 4nsec以下

EXT 96 kHz 4nsec以下

SPX2000

■ TEST PROGRAM

● Preparation

1) Cables

XLR (AES/EBU): 1 pc.

MIDI: 1 pc.

USB: 1 pc.

FC5 or OPEN JACK: 1 pc.

5) Program Version Check

If the main program is not the latest version, it must be upgraded to the latest program. For the methods to

check the program version and to write, refer to "Method for Writing the Program" on page 49.

(1) After starting the USB-MIDI driver

operation, click on "Thru ON/OFF". 



(2) Clicking on this circle (1-1) will set

USB=MIDI to THRU.



If USB has become invalid by

SPX2000 USB initialization, press the

[OK] key to end the operation and sta

up the USB-MIDI driver once again.

* Download the USB-MIDI driver from the YSISS Home Page.

(YSISS URL >>http://plaza.yamaha.co.jp/ysiss/exindex.nsf)

3) Personal Computer (PC): DOS/V machine

Using the USB cable, connect the USB connector of the main unit and the PC. Make settings

for the USB-MIDI driver on the PC.

For the USB driver, use a Windows 9x type one. (Use of the Windows 2000 or XP, USB

driver does not provide proper operation.)

4) Settings for USB-MIDI driver

In the "control panel" display on the PC, double click on "USB-MIDI Driver" to start up the

USB-MIDI driver and then make settings.

2) Measuring Instruments

Oscillator (output impedance: 150 Ω)

Oscilloscope (input impedance: 100 kΩ or more)

SPX2000

Example of panel display

MCS(PLLP2)

Ver.Check

● Starting Testing

Turn on the power while pressing "UTILITY" and "NEXT" keys

Entry screen

SERVICE TEST

SPX2000 V1.00

Displayed for a few seconds only.

NEXT POWER

UTILITY

● Operation Procedure

Key on panel Function

[MEMORY UP] Selection of test numbers in increasing direction

[MEMORY DOWN] Selection of test numbers in decreasing direction

[RECALL] Starting execution of the selected test number

[UNDO] Forcing to stop the test being executed.

* Stopping may not be available depending on test items.

[NEXT] Manual input of OK in the test judged by a testing person.

[BACK] Manual input of NG in the test judged by a testing person.

Test name

Test description and result

Test number

Meanings of displayed test results

OK Normal Details of the test that ended as normal are displayed on the left.

NG Error Details of the test in which an error occurred are displayed on the left.

-- Not tested yet

The test result is kept until the power is turned off. (It is cleared when the power is turned off.)

When re-testing, a new test result is written over the previous test result.

It is not possible to restore the "not tested" state for those items that have already been tested. ("not tested"

state is restored when the power is turned off.)

The LCD back light is white while testing. (this is applicable to tests other than the back light test)

SPX2000

● Outline of Tests

1. MCS (PLLP2) test

Reg. (00, 0f, 10, 16) of PLLP2 is read and written for

comparison check. Reg.12 (Ver.) is read and displayed.

A0..A4 and D0..D15 are checked.

Reg.12 cannot be checked automatically because it is a

read only Reg.

Example of execution screen

MCS(PLLP2)

When testing starts, "testing..." appears on the screen.

"OK" is displayed when the MCS test ends with a

satisfactory result and "NG" when it ends with an

abnormality detected.

● List of check items

Item Test name Outline of check item Judgment

1 MCS(PLLP) Check the register of the gate array PLLP2 by reading/writing. Auto

2 BATT Check the voltage of the back-up battery/ Auto

4 DSP6,SIO Check the register of DSP6 by reading/writing and SIO connection. Auto

5MIDI Check MIDI OUT ➝ IN transmission and reception. Auto

6 USB MIDI Check the USB circuit by initializing it and then executing loopback on the external PC. Auto

7 AES/EBU IN/OUT Check AES/EBU IN/OUT DIGITAL by executing loopback. Semi-auto

(DIO)

8 WORD CLOCK Count the Fs of the oscillator using WCLK IN and check the lock state of PLL. Semi-auto

9 LCD

Check that the back-light lights up in each color and the entire screen is displayed in black and white.

Visual check

10 PANEL LED Check that LEDs (including 7-segment LEDs) light up in the specified order. Visual check

11 PANEL ALL LED Check that all LEDs light up in respective colors, Visual check

12 PANEL SW Check switches by pressing them in the specified order, Semi-auto

13 ANALOG IN/OUT Check analog input/output. Visual check

14 NG LOG Check that a list of test numbers resulted in NG is displayed.

2. BATT test

The back-up battery is checked automatically with its

voltage measured by A/D.

Example of execution screen

BATTERY

When testing starts, "testing..." appears on the screen.

"OK" is displayed when the battery test ends with a

satisfactory result and "NG" when the measured battery

voltage is 2.8V or lower.

There is no test program specified for No. 3.

4. DSP6, SIO test

The register of DSP6 is read and written to check the

condition of Data BUS and Address BUS.

The data is read and written in the DRAM of DSP6 via

the register for the comparative check.

The OUT METER SIO connection of DSP6 is checked

by sending and receiving the signal.

Example of execution screen

DSP6 bit23,3,0

When testing starts, "testing..." appears on the screen.

"OK" is displayed when the DSP6 test ends with a

satisfactory result and "NG" when it ends with an

abnormality detected.

Caution

Cancellation of the test is invalid while it is being

executed.

SPX2000

5. MIDI test

The character string "SCI2: TEST¥n" (¥n=0Ah) is sent

from MIDI OUT to MIDI IN at 31.25 Kbps to check if

the sent string and the received one are identical.

Preparation

Connect the MIDI OUT and MIDI IN connectors of the

main unit.

Example of execution screen

MIDI

If no signal is received, "NG" is displayed in about 2

seconds.

When testing starts, "testing..." appears on the screen.

"OK" is displayed when the MIDI test ends with a

satisfactory result and "NG" when it ends with an

abnormality detected.

Caution

Cancellation of the test is invalid while it is being

executed.

6. USB MIDI test

After initialization of the USB, it is checked automatically

using the loopback of the USB connected PC.

Preparation

Using the general purpose USB cable, connect the USB

connector of the main unit and the PC.

Make USB-MIDI driver settings on the PC. (Thru On)

Example of execution screen

USB MID

If no signal is received, "NG" is displayed after about

10 seconds. (The waiting time is set longer than that for

the MIDI test because USB response may be slower

depending on PCs.)

When testing starts, "testing..." appears on the screen.

"OK" is displayed when the MIDI test ends with a

satisfactory result and "NG" when it ends with an

abnormality detected.

Caution

Cancellation of this test is invalid while it is being

executed.

7. AES/EBU IN/OUT (DIO) test

AES/EBU OUT DIGITAL ➝ AES/EBU IN DIGITAL

is checked by using SIO of DSP.

Preparation

Connect AES/EBU OUT DIGITAL and AES/EBU IN

DIGITAL of the main unit.

Example of execution screen

AES/EBU IN/OUT

When testing starts, "testing..." appears on the screen.

When "DIO disconnect!" is displayed, disconnect the

AES/EBU signal which is connected IN -> OUT.

When preparation is completed, press the [NEXT]

switch. To cancel this test in this stage, press either

[UNDO] or [BACK] switch.

When the [NEXT] switch is pressed, testing starts again

and "testing..." appears on the screen.

"OK" is displayed when the DIO test ends with a

satisfactory result and "NG" when it ends with an

abnormality detected.

Caution

1) DIR Lock flag is read by Gate Array (and checked after

waiting for about 100mS after starting SIO

transmission/reception).

2) DIT, DIR, CDIN, CDOUT are read and written to check

RUN bit (0 x 40 of Reg4)

SPX2000

8. WORD CLOCK test

The external oscillator OUT -> WORD CLOCK IN is

counted by PLLP2 for automatic check.

(Fs=44.1/48/88.2/96kHz)

The lock condition of PLL is checked by reading the

UNLOCK signal when the clock has been stabilized after

the FS was changed (after about 200 ms).

The unlock condition of PLL is checked by pulling off

the cable connected to WORD CLOCK IN.

Preparation

Connect the external oscillator and WORD CLOCK IN

of the main unit.

Set the output clock of the external oscillator to 44.1kHz.

Example of execution screen

WORD CLOCK

When testing starts, "testing..." appears on the screen.

When "Fs=48kHz OK?" appears on the screen, change

the output clock of the external oscillator to Fs=48kHz.

When preparation is completed, press the [NEXT]

switch.

To cancel testing in this stage, press either [UNDO] or

[BACK] switch.

When testing starts, "testing..." appears on the screen.

When "Fs=88.2kHz OK?" appears on the screen, change

the output clock of the external oscillator to Fs=88.2kHz.

When preparation is completed, press the [NEXT]

switch.To cancel testing in this stage, press either

[UNDO] or [BACK] switch.

When testing starts, "testing..." appears on the screen.

When "Fs=96kHz OK?" appears on the screen, change

the output clock of the external oscillator to Fs=96kHz.

When preparation is completed, press the [NEXT]

switch.To cancel testing in this stage, press either

[UNDO] or [BACK] switch.

When testing starts, "testing..." appears on the screen.

When "WC disconnect!" appears on the screen,

disconnect the WORD CLOCK OUT signal which is

connected IN -> OUT.

When preparation is completed, press the [NEXT]

switch.To cancel testing in this stage, press either

[UNDO] or [BACK] switch.

"OK is displayed when the WORD CLOCK test ends

with a satisfactory result and "NG" when it ends with an

abnormality detected.

Caution

1) Various types of FS for PLL LOCK test are produced

by the external oscillator.

FS=44.1kHz, 48kHz, 88.2kHz, 96kHz

9. LCD test

The LCD back-light (LED) is turned on in 3 colors

respectively and checked visually.

The entire LCD screen is displayed in black and white

alternately and checked visually.

Example of execution screen

"Red" appears on the screen and the LCD back-color

lights in red.

"Green" appears on the screen and the LCD back-color

lights in green.

"Blue" appears on the screen and the LCD back-color

lights in blue.

"White" appears on the screen and the LCD back-color

lights in white.

If LCD back-color check result is satisfactory, press the

[NEXT] switch but if it is not, press the [BACK] switch

to make this test end.

When the above four colors have been confirmed and

the [NEXT] switch is pressed at the fourth color, dots

on the entire LCD screen are turned on and off repeatedly.

Check that the entire screen is displayed in black and

white.

Check that no dot is missing on the entire screen.

Check that the display contrast is in good condition.

When the check results of above 3 items are satisfactory,

press the [NEXT] switch but if they are not, press the

[BACK] switch.

"OK" appears on the screen when the LCD test ends

with a satisfactory result and "NG" when it ends with an

abnormality detected.

SPX2000

10. PANEL LED test

Whether the LEDs on the panel light up in the specified

order or not is checked visually.

Example of execution screen.

PANEL LED

LEDs light up in the lighting order as specified.

All LEDs light up at the end or the lighting order.

If LEDs light properly, press the [NEXT] switch but if

not press the [BACK] switch.

"OK" appears on the screen when the PANEL LED test

ends with a satisfactory result and "NG" when it ends

with an abnormality detected.

Caution

1) For the lighting order, refer to Fig. 1.

2) Only the meter L/R segments light up at the same time.

All the others light up independently.

3) The 7 seg LEDs light up in the order of 0, 1, 2 on the

left and 0, 1, 2 on the right.

LED lighting order: Fig. 1

11. PANEL ALL LED test

When only red LEDs light up, check that no different

color exists.

When only green LEDs light up, check that no different

color exists.

When only orange LEDs light up, check that no different

color exists.

Example of execution screen

PANEL ALL LED

"RED LEDs" appears on the screen and all red LEDs

light up.

"GREEN LEDs" appears on the screen and all red LEDs

light up.

"ORANGE LEDs" appears on the screen and all red

LEDs light up.

If LEDs light up by each color correctly, press the

[NEXT] switch but if not, press the [BACK] switch to

make this test end.

"OK" appears on the screen when the PANEL ALL LED

test ends with satisfactory test result but "NG" when it

ends with an abnormality detected.

SPX2000

12. PANEL SW test

Press all the switches on the panel in the specified order,

and their response is checked automatically.

Example of execution screen

PANEL SW

The name of the switch to be pressed is displayed on the

LCD. After confirmation of that switch being pressed,

the name of the switch to be pressed next is displayed.

When "FOOT SW" appears at the end, insert the OPEN

jack into the FOOT SW terminal.

The infinite loop is effective until the expected switch is

pressed. In order to force testing to end, press the

[BACK] switch to make the test in the NG state.

"OK" appears on the screen when the PANEL SW test

ends with satisfactory test result but "NG" when it ends

with an abnormality detected.

Caution

Refer to Fig. 2 for the operation procedure.

Button operation order: Fig. 2

14. NG LOG

The numbers of tests that ended as NG are displayed as a list.

Among all tests that have been executed, the numbers

of the tests whose final test result was NG are displayed.

Example of execution screen

NG 1,2,3,4,5,8,

10,12

When some tests have not been executed and the

executed tests have all resulted as OK, the numbers of

those that have not been executed are displayed.

NOT TESTED 3,5,

8,10

To return to the test menu number selection screen from

the NG LOG display screen, press one of [UNDO],

[RECALL] and [NEXT] switches.

13. ANALOG IN/OUT test

Enter the test waveform through the ANALOG input and

check the waveform at ANALOG output.

Example of execution screen

ANALOG IN/OUT

As DSP6 is 96kHz through setting, the DSP input/output

waveforms should be identical.

If the check result is OK, press the [NEXT] switch and

if NG, press the [BACK] switch.

"OK" appears on the screen when the ANALOG IN/

OUT test ends with satisfactory test result but "NG" when

it ends with an abnormality detected.

SPX2000

● 準備

1) ケーブル類

XLR(AES/EBU): 1本

MIDI: 1本

USB: 1本

FC5またはOPEN JACK: 1個

■ テストプログラム

* USB-MIDIドライバーは、ヤマハCSセンターホームページのダウンロードページからダウンロードしてください。

(URL >>http://plaza.yamaha.co.jp/ysiss/index.nsf)

(1)起動後「Thru ON/OFF」をチェッ

クします。



(2)この○(1-1)をクリックすると、

USB-MIDIがTHRUになります。



SPX2000のUSB初期化で、一度USB

が無効になった場合、[OK]を押して終

了後、再度USB-MIDIドライバを起動

します。



5）プログラムバージョンの確認

本体プログラムが、最新バージョンになっていない場合、最新のプログラムにバージョンアップする必要がありま

す。プログラムのバージョンの確認および書き込み方法は、49ページの「プログラムの書き込み」を参照してくださ

い。

3) パーソナルコンピューター（PC）: DOS/V機

本体のUSBコネクタとパソコンとをUSBケーブルで接続します。

パソコンに、USB-MIDIドライバの設定をします。

USBドライバーは、Windows9x系のものを用います。

(Windows2000,XPのUSBドライバーでは、正常に動作をしません。)

4）USB-MIDIドライバの設定

パソコンの「コントロールパネル」->「USB-MIDI Driver」をダブルクリックして、USB-MIDI

ドライバを起動した後、設定をします。

2) 測定器

発振器（出力インピーダンスは150Ωとします。）

オシロスコープ（入力インピーダンスは100kΩ以上とします。）

SPX2000

テスト結果表示の説明

OK 正常左側に正常終了テスト詳細が表示されます

NG エラー左側にエラーが発生したテスト詳細が表示されます

-- 未テスト

テスト結果は、電源OFFされるまで保持されます（電源OFFで揮発します）。

再テスト時は、以前のテスト結果に新しいテストが上書きされます。

既にテストした項目を、未テスト状態に戻すことはできません（電源OFFで未テストに戻ります）。

テスト中のLCDバックライトは、白です（但しバックライトテスト以外）。

テスト名

テスト詳細と結果表示

テスト番号

パネル表示例

MCS(PLLP2)

Ver.Check

● 操作方法

パネル上のキー機能

[MEMORY UP] テスト番号の順方向選択

[MEMORY DOWN] テスト番号の逆方向選択

[RECALL] 選択したテスト番号の実行開始

[UNDO] 実行中のテストの強制中止

* 但しテスト項目によっては不可能なものもあります

[NEXT] テスト者（人間）が判定するテストでの手動OK入力

[BACK] テスト者（人間）が判定するテストでの手動NG入力

● 起動方法

「UTILITY」+「NEXT」を押しながら電源ONします。

エントリー画面

SERVICE TEST

SPX2000 V1.00

数秒だけ表示

NEXT POWER

UTILITY

SPX2000

● 検査項目一覧

項目検査名称検査項目の概要判定

1 MCS(PLLP) ゲートアレー PLLP2 のレジスタをW/Rし判定自動

2 BATT バックアップ用電池の電圧を判定自動

4 DSP6,SIO DSP6のレジスタをW/Rし判定、SIO接続判定自動

5 MIDI MIDI OUT-->INの送受信を判定自動

6 USB MIDI USB回路の初期化、外部PCでLoopBackし判定自動

7 AES/EBU IN/OUT AES/EBU IN/OUT DIGITALをLoopBackし判定半自

(DIO)

8 WORD CLOCK オシレータのFsをWCLK INでカウント、PLLのLOCK判定半自

9 LCD バックライト色別点灯、全画面を黒・白表示目視

10 PANEL LED LED（7セグLEDを含む）が規定の順序で点灯目視

11 PANEL ALL LED 全LEDの色別点灯目視

12 PANEL SW SWを規定順に押して判定半自

13 ANALOG IN/OUT アナログ入出力の検査目視

14 NG LOG テスト結果、NGだったテスト番号の一覧表示

● 各テストの説明

1. MCS(PLLP2) test

内容 PLLP2のReg.(00, 0f, 10, 16)をW/Rして比較判定と、

Reg.12(Ver.)の読出し表示します。

A0..A4とD0..D15をチェックします。

Reg.12はReadOnlyのReg.なので自動判定できません。

実行画面例

MCS(PLLP2)

テストが開始されると、“testing...” が表示されます。

MCS テストが正常終了すれば、“OK” が表示されます。

もし、異常終了すれば、“NG”' が表示されます。

2. BATT test

内容バックアップ用電池の電圧をA/Dで測定し自動判定し

ます。

実行画面例

BATTERY

テストが開始されると、“testing...” が表示されます。

バッテリーテストが正常終了すれば、“OK” が表示されま

す。もし、バッテリー電圧が2.8V以下ならば、“NG” が表示

されます。

3. N0. 3のテストプログラムはありません

SPX2000

6. USB MIDI test

内容 USBを初期化後、USB接続したパソコンのLoopBackで

自動判定をします。

準備本体のUSBコネクタとパソコンとを汎用のUSBケー

ブルで接続します。

パソコンに、USB-MIDIドライバの設定をします。

（Thru On）

実行画面例

USB MID

信号が受信できない場合、約10秒後にNGの判定になりま

す。(パソコンのUSB反応が遅いものがあるため、MIDI test

より待ち時間を長くしています)

テストが開始されると、“testing...” が表示されます。

USB テストが正常終了すれば、“OK” が表示されます。

もし、異常終了すれば、“NG” が表示されます。

注意事項

このテスト中のキャンセル操作は無効です。

7. AES/EBU IN/OUT(DIO) test

内容 AES/EBU OUT DIGITAL-->AES/EBU IN DIGITALを

DSPのSIOを使用して判定します。

準備本体のAES/EBU OUT DIGITALと、AES/EBU IN

DIGITALを接続します。

実行画面例

AES/EBU IN/OUT

テストが開始されると、“testing...” が表示されます。

“DIO disconnect!” と表示したら、IN->OUT 接続されてい

る AES/EBU 信号を切り離します。

準備が終わったら、[NEXT] スイッチを押します。

ここでキャンセルをする場合、[UNDO] [BACK] スイッチ

のどちらかを押します。

[NEXT] スイッチが押されると、引き続きテストが始ま

り、“testing...” が表示されます。

DIO テストが正常終了すれば、“OK” が表示されます。

もし、異常終了すれば、“NG” が表示されます。

4. DSP6, SIO test

内容 DSP6のRegisterをWrite/ReadしてDataBUS, Address

BUSの良否を判定します。

DSP6 のDRAMにRegister経由でWrite/Readして比較判

定します。

DSP6のOUT METER SIO結線を、信号の送受信で判定

します。

実行画面例

DSP6 bit23,3,0

テストが開始されると、“testing...” が表示されます。

DSP6 テストが正常終了すれば、“OK” が表示されます。

もし、異常終了すれば、“NG” が表示されます。

注意事項

このテスト中のキャンセル操作は無効です。

5. MIDI test

内容 MIDI OUT-->MIDI IN に31.25Kbpsで文字列“SCI2:

TEST￥n”(￥n=0Ah)を送受信し、同一かどうかを検査

します。

準備本体のMIDI OUTとMIDI INコネクタを接続します。

実行画面例

MIDI

信号が受信できない場合、約2秒後にNGの判定になりま

す。

テストが開始されると、“testing...” が表示されます。

MIDI テストが正常終了すれば、“OK” が表示されます。

もし、異常終了すれば、“NG”' が表示されます。

注意事項

このテスト中のキャンセル操作は無効です。

SPX2000

注意事項

1) DIR Lock flagは、Gate Array にてReadします(SIO送受信開

始後約100mS待って判定)。

2) DIT,DIR,CDIN,CDOUTのWrite/ReadでRUN bit(Reg4の

0x40)を確認します。

8. WORD CLOCK test

内容外部オシレータOUT --> WORD CLOCK INをPLLP2で

カウントして自動判定します。

(Fs=44.1/48/88.2/96kHz)

PLLのLOCKチェックは、FS変更後クロックが安定す

るのを待って(約200ms後)、UNLOCK信号をReadし判

定します。

PLLのUnLockチェックはWORD CLOCK INに接続さ

れているケーブルを抜いて検査します。

準備外部のオシレータと、本体のWORD CLOCK INを接続

します。

外部オシレータの出力クロックを、44.1kHz に設定し

ます。

実行画面例

WORD CLOCK

テストが開始されると、“testing...” が表示されます。

“Fs=48kHz OK?” と表示したら、外部オシレータの出力ク

ロックを、Fs=48kHz に変更します。

準備が終わったら、[NEXT] スイッチを押します。

ここでキャンセルをする場合、[UNDO] [BACK] スイッチ

のどちらかを押します。

テストが開始されると、“testing...” が表示される。

“Fs=88.2kHz OK?” と表示したら、外部オシレータの出力

クロックを、Fs=88.2kHz に変更します。

準備が終わったら、[NEXT] スイッチを押します。

ここでキャンセルをする場合、[UNDO] [BACK] スイッチ

のどちらかを押します。

テストが開始されると、“testing...” が表示されます。

“Fs=96kHz OK?” と表示したら、外部オシレータの出力ク

ロックを、Fs=96kHz に変更します。

準備が終わったら、[NEXT] スイッチを押します。

ここでキャンセルをする場合、[UNDO] [BACK] スイッチ

のどちらかを押します。

テストが開始されると、“testing...” が表示されます。

“WC disconnect!” と表示したら、IN->OUT 接続されてい

るWORD CLOCK OUT信号を切り離します。

準備が終わったら、[NEXT] スイッチを押します。

ここでキャンセルをする場合、[UNDO] か [BACK] スイッ

チのどちらかを押します。

WORD CLOCK テストが正常終了すれば、“OK” が表示さ

れます。もし、異常終了すれば、“NG” が表示されます。

注意事項

1) PLLのLOCK検査用各種FSは、外部のオシレータで発生させ

ます。

FS=44.1kHz, 48kHz, 88.2kHz, 96kHz

9. LCD test

内容 3色のLCDバックライト(LED)を、色別に点灯し、目視

で確認します。

LCDの画面全体を黒と白の繰り返し表示にし、目視判

定します。

実行画面例

“Red” が表示されて、LCD のバックカラーが赤色に発色

します。

“Green” が表示されて、LCD のバックカラーが緑色に発色

します。

“Blue” が表示されて、LCD のバックカラーが青色に発色

します。

“White” が表示されて、LCD のバックカラーが白色に発色

します。

LCD のバックカラーの発光色に問題がなければ、[NEXT]

スイッチを押します。

異常があれば、[BACK] スイッチを押してこのテストを終

了します。

上記の4色が問題なく確認できて 4色目で [NEXT] スイッ

チを押すと、LCD の全ドットON, OFF を繰り返し表示し

ます。

全画面が、黒,白表示されることを確認します。

全画面に、ドット欠けがないことを確認します。

表示コントラストが正常であることを確認します。

上記3項目が正常に確認できたら、[NEXT] スイッチを押

します。

異常があれば、[BACK] スイッチを押します。

LCD テストが正常終了すれば、“OK” が表示されます。

もし、異常終了すれば、“NG” が表示されます。

SPX2000

11. PANEL ALL LED test

内容赤色のLEDのみ点灯するので、違う色がないかを確認

します。

緑色のLEDのみ点灯するので、違う色がないかを確認

します。

橙(オレンジ)色のLEDのみ点灯するので、違う色がな

いかを確認します。

実行画面例

PANEL ALL LED

“RED LEDs” が表示されて、赤色LED が全て発光します。

“GREEN LEDs” が表示されて、緑色LED が全て発光しま

す。

“ORANGE LEDs” が表示されて、橙(オレンジ)色LED が

全て発光します。

10. PANEL LED test

内容パネル上のLEDが規定の順序で点灯するかを目視で

確認します。

実行画面例

PANEL LED

点灯順序に従い、LED を点灯します。

最後に、全ての LED を点灯します。

正常に点灯する場合、OKとして、[NEXT]を押します。

NGの場合、[BACK]を押します。

PANEL LED テストが正常終了すれば、“OK” が表示され

ます。もし、異常終了すれば、“NG” が表示されます。

注意事項

1) 点灯順序は図1を参照してください。

2) メーターL/Rのみ、左右同時に点灯します。それ以外は、単独

点灯します。

3) 7segLEDは左0,1,2 右0,1,2の順で点灯します。

LED点灯順序：図1

色別にLED が発光するので、その都度、LED が正常に発光

していたら、[NEXT] スイッチを押します。

異常があれば、[BACK] スイッチを押してこのテストを終

了します。

PANEL ALL LED テストが正常終了すれば、“OK” が表示

されます。

もし、異常終了すれば、“NG” が表示されます。

SPX2000

12. PANEL SW test

内容パネル上の全てのスイッチを規定順序通り押して反

応するか検査します(自動判定)。

実行画面例

PANEL SW

LCDに、押すべきスイッチ名称を表示します。

押されたことが確認できたら、次の押すべきスイッチ名称

を表示します。

最後に、FOOT SWと表示されたら、OPEN JACKをFOOT

SW端子に挿入します。

期待するスイッチが押されるまで無限ループです。

テストを強制終了したい場合は、[BACK]を押し、テスト

NGとします。

PANEL SW テストが正常終了すれば、“OK” が表示され

ます。もし、異常終了すれば、“NG” が表示される。

注意事項

操作順序は図2を参照してください。

ボタン操作順序：図2

13. ANALOG IN/OUT test

内容アナログ入力からテスト波形を入力し、アナログ出力

波形を測定します。

実行画面例

ANALOG IN/OUT

DSP6 は96kHzのスルー設定となるため、DSP入出力波形

は同一です。

OKなら、[NEXT] を押します。

NGなら、[BACK] を押します。

ANALOG IN/OUT テストが正常終了すれば、“OK” が表示

されます。もし、異常終了すれば、“NG” が表示されます。

14. NG LOG

内容テスト結果が、NGであったテスト番号を、列挙表示し

ます。

全テストが実施されて、テスト別に最後のテスト結果が

NGであったテスト番号を列挙します。

画面実行例

NG 1,2,3,4,5,8,

10,12

一部のテストが未テスト状態で、既に実施済みのテストが

全てOKだった場合、未テスト番号を列挙します。

NOT TESTED 3,5,

8,10

NG LOG 表示からテストメニュー番号選択に戻るには、

[UNDO], [RECALL], [NEXT]いずれかのスイッチを押しま

す。

SPX2000

■ WRITING PROGRAM

本体プログラムが、最新バージョンになっていない場合、最新

のプログラムにバージョンアップします。

最新のプログラムはYSISSホームページよりダウンロードし

てください。

(URL >>http://plaza.yamaha.co.jp/ysiss/index.nsf)

1. プログラムのバージョンの確認方法

UTILITYキーを押しながら SPX2000本体の電源を入

れるとLCD画面に本体プログラムのバージョンが表

示されます。

3) バージョンアッププログラム(VerUp.exe)を起動しま

す。

4) Browseボタンを押して書き込む本体プログラム(ファ

イル名は SPX2K.pgm)を選択します。

5) Loadボタンを押すとプログラムの書き込みが開始さ

れます。プログラム書き込み中は、本体電源を切った

り、ケーブルを抜いたりしないでください。

6) 1の方法で、プログラムのバージョンを確認します。

BYPASS

PARAMETER POWER

Example of panel display / エントリー画面

OS UPDATE

2. プログラムの書き込み方法

以下の手順に従い、本体プログラムを書き込みます。

1) PCと SPX2000を USBケーブルで接続します。

(PCに YAMAHA USB-MIDIドライバーがインストー

ルされていること。また、USB-MIDIドライバーの設定

が Through=Off であること。)

2) PARAMETERキーと BYPASSキーを押しながら

SPX2000本体の電源を入れます。

キーは、SPX2000本体の画面に"OS UPDATE"と表示さ

れるまで、押しつづけます。

POWER

UTILITY

If the main program is not the latest version, it must be upgraded

to the latest program.

Download the latest program from the YSISS Home Page.

(YSISS URL >>http://plaza.yamaha.co.jp/ysiss/exindex.nsf)

1. Confirming Program Version

While pressing the [UTILITY] key, turn on the main

power to the SPX2000. Then, the version of the main

program appears on the LCD screen.

2. Writing Program

Use the following procedure to write the main program.

1) Using the USB cable, connect the PC and SPX2000.

(The YAMAHA USB-MIDI driver must be installed in

the PC. Also, the setting of the USB-MIDI driver should

be Through=Off.)

2) While pressing the PARAMETER key and BYPASS key,

turn on the main power to SPX2000. Keep pressing these

keys until "OS UPDATE" appears on the screen of

SPX2000.

3) Start up the version upgrading program (VerUp.exe).

4) Press the [Browse] button and select the program of the

main unit to be written (file name: SPX2K.pgm)

5) Press the [Load] button to initiate writing of the program.

While the program is being written, do not turn off the

power to the main unit or disconnect the cable.

6) Check the version of the program according to the

method described in 1. Confirming Program Version

above.

（プログラムの書き込み）

SPX2000

■ BULK OUT (ALL)

■ INITIALIZING THE SPX2000

SPX2000 のシステム情報、MIDI プログラムチェンジテーブ

ル、エフェクト情報をまとめて他の機器に転送します。

情報の転送には「MIDI PORT GENERAL 」機能で設定したポー

トが使用されます。

1 「BULK OUT(ALL)」機能を選択する

[UTILITY]ボタンを何回か押して、「BULK OUT(ALL)」

を選択します。

（SPX2000 の情報を他の機器に転送する）

2 情報の転送を開始する

[▲INC] ボタンを押して、転送を開始します。

情報の転送中はディスプレイに「Transmitting..」の文字

が表示されます。

情報の転送が終了すると、ディスプレイに

「Completed!」の文字が約1 秒間表示されます。

NOTE: INPUT MODE 、METER の情報は転送される内容に含まれ

ません。

SPX2000 を工場出荷時の状態に戻します。

以下の操作をすると、USER バンクのエフェクトがすべて消

去されます。初期化の前に必要に応じて、「BULK OUT(ALL)」

機能でバックアップを取るなどしてください。

1 電源をOFFにする

SPX2000 の電源がON になっている場合は、一度電源

をOFF にします。

2 初期化の準備をする

[STORE] ボタンを押したまま、電源をON にします。

→以下の画面が表示されます。

（初期化）

3 初期化する

[▲INC] ボタンを押して、SPX2000 を初期化します。

初期化をキャンセルする場合には、[▲INC] 以外のボ

タンを押してください。

You can transmit the SPX2000’s system settings, MIDI program

change tables, and effect data to another device.

This data will be transmitted from the port specified by the

“MIDI PORT GENERAL” setting.

1 Select the “BULK OUT (ALL)” function

Press the [UTILITY] button several times to select

“BULK OUT (ALL).”

(Transmitting SPX2000 data to another device)

2 Start transmission

Press the [▲ INC] button to start transmission.

While the data is being transmitted, the display will

indicate “Transmitting...”

When transmission is completed, the display will indi-

cate “Completed!” for approximately one second.

NOTE: The INPUT MODE and METER settings are not included

with the transmitted data.

BULK OUT(ALL)

PUSH INC

BULK OUT(ALL)

PUSH INC

Here’s how to return the SPX2000 to its factory-set condi-tion.

The following procedure will erase all effects in the USER

bank. If necessary, use the “BULK OUT (ALL)” function

to back up your data before you proceed.

1 Turn off the power

If the SPX2000 is powered-on, turn the power off.

2 Prepare for initialization

While holding down the [STORE] button, turn on the

power.

➝The following screen will appear.

3 Initialize

Press the [▲ INC] button to initialize the SPX2000.

If you decide not to initialize, press any button other

than [▲ INC].

Factory Preset?

PUSH INC

Factory Preset?

PUSH INC

SPX2000

■ ERROR MESSAGE LIST

Error message Message content/Action

Low Battery! The internal backup battery has run down.

If the battery goes dead, the internal data will be lost. Press any button to cancel the error message.

Then immediately use the “BULK OUT (ALL)” function to save the internal data on your computer

or on external device. After you have saved the data, replace the backup battery (lithium battery).

MIDI Framing Error! A MIDI framing error has occurred.

Press any button to cancel the error message. Then try transmitting the MIDI data once again.

MIDI OUT is NOT Selected! Since the “MIDI OUT/THRU” connector is set to “THRU,” MIDI messages cannot be transmitted.

If you want to transmit MIDI messages, use the “MIDI OUT SETUP” function to set the [MIDI

OUT/THRU] connector to “OUT.”

MIDI Overrun Error! A MIDI overrun error has occurred.

Press any button to cancel the error message. Then try transmitting the MIDI data once again.

MIDI Parity Error! A MIDI parity error has occurred.

Press any button to cancel the error message. Then try transmitting the MIDI data once again.

MIDI Rx Buffer Full! The MIDI reception buffer is full.

Press any button to cancel the error message. Then try transmitting the MIDI data once again. If

the error occurs again, try increasing the spacing between the MIDI data that is transmitted, or take

other measures to prevent a large amount of MIDI data from being transmitted at once.

NO FINE PARAMETER This effect has no Fine parameters.

Effects of the CLASSIC bank have no Fine parameters; this message will appear if you press the

[FINE PARAM] button for an effect of the CLASSIC bank. Use the [PARAMETER] button to

select Basic parameters.

Not Available in Compare Mode! You pressed an unavailable button while comparing the effect (while the [COMPARE] LED is

blinking). Press the [COMPARE] button to defeat Compare before you perform the desired

operation.

Operation Locked! The button etc. you attempted to operate has been disabled by the “OPERATION LOCK” function.

Defeat the restriction as necessary.

PORT GENERAL is Selected OFF! MIDI messages cannot be transmitted because the MIDI port (GENERAL) is turned OFF.

If you want to transmit MIDI messages, set the “MIDI PORT GENERAL” setting to the port that

you want to use for MIDI message transmission and reception.

U## Program is Empty! There is no effect to recall.

Please re-select an effect to recall.

Sync Error! The clock of the received digital input signal differs from the SPX2000’s operating clock.

This BANK is Protected! You selected the PRESET bank or CLASSIC bank as the effect store-destination.

Since the PRESET bank and CLASSIC bank are read-only, you cannot change store to these

effects, or change the effect name, protect setting, or display background color. Press any button to

cancel the error message. Then select a store-destination from the USER bank.

This Program is Protected! The effect store-destination is protected.

Press any button to cancel the error message. Then defeat the protect setting as desired.

USB Rx Buffer Full! The USB reception buffer is full.

Press any button to cancel the error message. Then try transmitting the MIDI data once again. If

the error occurs again, try increasing the spacing between the MIDI data that is transmitted, or take

other measures to prevent a large amount of MIDI data from being transmitted at once.

WRONG WORD CLOCK! The word clock signal from an external device has been interrupted, or is a frequency to which the

SPX2000 cannot synchronize. Check whether there are any problems with the connection from

the device supplying the word clock, and verify that the word clock settings are correct.

SPX2000

エラーメッセージメッセージの内容/対処方法

Low Battery! 内蔵バックアップバッテリーが消耗しています。

バッテリーが切れると内部のデータが消えてしまいます。どれかボタンを押してエラーを解除

したあと、至急「BULK OUT(ALL)」機能」使って、コンピューターなどの外部機器にデータを保存

してください。また、データの保存が完了したら、バックアップバッテリー（リチウム電池）の交

換をしてください。

MIDI Framing Error! MIDI フレーミングエラーが発生しました。

どれかボタンを押してエラーを解除したあと、もう一度MIDIデータを送り直してみてください。

MIDI OUT is NOT Selected! [MIDI OUT/THRU] 端子が「THRU」に設定されているため、MIDIメッセージが送信できません。

MIDIメッセージを送信する場合は「MIDI OUT SETUP」機能で[MIDI OUT/THRU] 端子を「OUT」

に設定してください。

MIDI Overrun Error! MIDIオーバーランエラーが発生しました。

どれかボタンを押してエラーを解除したあと、もう一度MIDIデータを送り直してみてください。

MIDI Parity Error! MIDIパリティエラーが発生しました。

どれかボタンを押してエラーを解除したあと、もう一度MIDI データを送り直してみてください。

MIDI Rx Buffer Full! MIDI の受信バッファーが一杯になりました。

どれかボタンを押してエラーを解除したあと、もう一度MIDI データを送り直してみてください。

エラーが再発する場合にはMIDI データの送信間隔をあけるなどして、一度に大量のMIDI デー

タが送り込まれないようにしてください。

NO FINE PARAMETER FINE パラメーターがありません。

CLASSICバンクのエフェクトにはFINEパラメーターがありません。このため、CLASSICバンク

のエフェクトで[FINE PARAM]ボタンを押すと、このメッセージが表示されます。 [PARAMETER]

ボタンを使って基本パラメーターを選択してください。

Not Available in Compare Mode! エフェクト効果の比較中([COMPARE] LED 点滅中)に使用できないボタンを押しました。

[COMPARE] ボタンを押して比較を解除してからボタン操作をしてください。

Operation Locked! 今操作したボタン類は「OPERATION LOCK」機能によって、使用できなくなっています。必要に

応じて操作の制限を解除してください。

PORT GENERAL is Selected OFF! MIDIポート(GENERAL)の設定がOFFになっているため、MIDIメッセージが送信できません。

MIDIメッセージを送信する場合は「MIDI PORT GENERAL」機能でMIDIメッセージの送受信に

使うポートを設定してください。

U## Program is Empty! リコールするエフェクトがありません。リコールするエフェクトを選択しなおしてください。

Sync Error! 受信しているデジタル入力信号とSPX2000の動作しているCLOCKが違います。

This BANK is Protected! エフェクトのストア先がPRESETバンクまたはCLASSICバンクになっています。

PRESETバンクやCLASSICバンクは読み出し専用のためエフェクトのストアやエフェクト名の

変更、プロテクトの設定、ディスプレイ背景色の変更ができません。どれかボタンを押してエラー

を解除したあと、USERバンクからストア先を選択してください。

This Program is Protected! エフェクトのストア先にプロテクトがかかっています。

どれかボタンを押してエラーを解除したあと、必要に応じてプロテクトを解除してください。

USB Rx Buffer Full! USBの受信バッファーが一杯になりました。

どれかボタンを押してエラーを解除したあと、もう一度MIDIデータを送り直してみてください。

エラーが再発する場合にはMIDIデータの送信間隔をあけるなどして、一度に大量のMIDIデータ

が送り込まれないようにしてください。

WRONG WORD CLOCK! 外部からのワードクロック信号が途切れているか、SPX2000で同期可能な周波数ではありませ

ん。ワードクロックを供給する機器との接続やワードクロックの設定に問題がないかご確認く

ださい。

■ エラーメッセージリスト

SPX2000

■ MIDI IMPLEMENTATION CHART

YAMAHA [PROFESSIONAL MULTI-EFFECT PROCESSOR] Date: 12 MAY 2003

Model: SPX2000

MIDI Implementation Chart

Version: 1.0

Function... Transmitted Recognized Remarks

Basic

Channel

Default

Changed

1–16

Memorized

Mode

Default

Messages

Altered

**************

OMNI OFF/OMNI ON

Memorized

Note

Number True Voice X

**************

0–127*1

Velocity Note On

Note Off

O 9nH, v=1-127*1

After Key’s

Ch’s

Pitch Bend X X

Control

Change 0-32 X O*1

0:Bank Select MSB

1-30:*4

31:Mix Balance

32:Bank Select LSB

Program

Change :True#

**************

O 0–127*1 Assignable

Program Change

Table

System Exclusive O*2 O*2 *3

Common

:Song Pos.

:Song Sel.

:Tune

System

Real Time

:Clock

:Commands

Aux

Messages

:All Sound Of

:Reset All Cntrls

:Local ON/OFF

:All Notes OFF

:Active Sense

:Reset

Notes

*1 receive if switch is on.

*2 transmit/receive if exclusive switch is on.

*3 Bulk Dump/Request, Parameter Change/Request

*4 Effect Control(Depend On Program)

Mode 1: OMNI ON, POLY

Mode 3: OMNI OFF, POLY

Mode 2: OMNI ON, MONO

Mode 4: OMNI OFF, MONO

O: Yes

X: No

SPX2000

■ MIDI DATA FORMAT

'tx' indicates that the SPX2000 can transmit the message. 'rx' indicates

that the SPX2000 can receive the message.

1.1 CHANNEL MESSAGE

1.2 SYSTEM REALTIME MESSAGE

1.3 EXCLUSIVE MESSAGE

■1.3.1 Bulk dump

The SPX2000 handles the following types of data as bulk dumps.

■1.3.2 Parameter Change

The SPX2000 handles the following types of data as parameter changes.

2.1 NOTE OFF (8n)

If the SPX2000 receives this message when a freeze-type effect has been

recalled, it will stop playing the sampled data.

• Reception conditions

This message is received if the following two conditions are satisﬁed.

1) The “MIDI RECEIVE” setting (page 23) is “NOTE ON/OFF = ON”.

2) The channel on which the MIDI message is transmitted matches the

SPX2000’s MIDI channel, or the SPX2000’s MIDI channel is set to

OMNI.

• Format

STATUS 1000nnnn 8n Note off message

DATA 0nnnnnnn nn Note number

0vvvvvvv vv Velocity (ignored)

2.2 NOTE ON (9n)

When the SPX2000 receives this message, it will control the recalled

effect.

The effects that respond to this message and the controlled content are as

follows.

• Reception conditions

This message is received if the following two conditions are satisﬁed.

1) The “MIDI RECEIVE” setting (page 23) is “NOTE ON/OFF = ON”.

2) The channel on which the MIDI message is transmitted matches the

SPX2000’s MIDI channel, or the SPX2000’s MIDI channel is set to

OMNI.

• Format

STATUS 1001nnnn 9n Note on message

DATA 0nnnnnnn nn Note number

0vvvvvvv vv Velocity (1-127:on, 0:off)

2.3 CONTROL CHANGE (Bn)

When the SPX2000 receives this message, it will operate in one of two

ways. The operation will depend on the content of the ﬁrst two bytes of

data. If the data begins with a value of 01h-1Fh, the parameter speciﬁed

by the control change parameter list will be controlled. If the data begins

with a value of either 00h or 20h, the program change table (A/B/C) will

be switched.

• Reception conditions

This message is received if the following two conditions are satisﬁed.

1) The “MIDI RECEIVE” setting (page 23) is “CTL CHANGE = ON”.

2) The channel on which the MIDI message is transmitted matches the

SPX2000’s MIDI channel, or the SPX2000’s MIDI channel is set to

OMNI.

• Format

If the data begins with 01h-1Fh

STATUS 1011nnnn Bn Control change

DATA 000nnnnn nn Control number (1-31)

0vvvvvvv vv Control Value (0-127)

1. Format summary

Command rx/tx function

8n NOTE OFF rx Control internal effects

9n NOTE ON rx Control internal effects

Bn CONTROL CHANGE rx Control parameters

Cn PROGRAM CHANGE rx Change programs

Command rx/tx function

F8 TIMING CLOCK rx MIDI clock

FE ACTIVE SENSING rx Check MIDI cable connections

FF RESET rx Clear running status

Command rx/tx function

F0 43 0n 7E ...

F7 BULK DUMP DATA rx/tx Bulk dump data

F0 43 2n 7E ...

F7 BULK DUMP REQUEST rx Bulk dump request

Data name rx/tx function

S rx/tx System setup data and request

E rx/tx Effect program and request

P rx/tx Program change table and request

Command rx/tx function

F0 43 1n 1E 09 ...

F7 RARAMETER CHANGE rx/tx Parameter changes speciﬁc to the

SPX2000

F0 43 3n 1E 09 ...

F7 PARAMETER REQUEST rx Parameter requests speciﬁc to the

SPX2000

Type (HEX) rx/tx function

1 (01) rx/tx Edit buffer

3 (03) rx/tx System setup data

4 (04) rx/tx System backup data

16 (10) rx/tx Functions (recall, store, title, clear)

17 (11) rx/tx Functions (undo, compare)

18 (12) rx Functions (effect)

20 (14) rx/tx Functions (attribute (Protect), LCD Back

Color)

33 (21) rx/tx Remote Meter

2. Format details

DYNA.FILTER (P76)

DYNA.FLANGE (P77)

DYNA.PHASER (P78) Modulation

FREEZE (P97)

FREEZE A (C23)

FREEZE B (C24)

Start recording, playing the sam-

pled data

PITCH CHANGE A (C19)

PITCH CHANGE D (C22) Change pitch

REVERB & GATE (C18) Open the gate

This message is received if the following two conditions are satisfied.

1) The “MIDI RECEIVE” setting is “NOTE ON/OFF = ON”.

2) The channel on which the MIDI message is transmitted matches the

SPX2000’s MIDI channel, or the SPX2000’s MIDI channel is set to

OMNI.

This message is received if the following two conditions are satisfied.

1) The “MIDI RECEIVE” setting is “NOTE ON/OFF = ON”.

2) The channel on which the MIDI message is transmitted matches the

SPX2000’s MIDI channel, or the SPX2000’s MIDI channel is set to

OMNI.

This message is received if the following two conditions are satisfied.

1) The “MIDI RECEIVE” setting is “CTL CHANGE = ON”.

2) The channel on which the MIDI message is transmitted matches the

SPX2000’s MIDI channel, or the SPX2000’s MIDI channel is set to

OMNI.

SPX2000

Equation for converting the control value into parameter

data (CurValue)

paramSteps = paramMax - paramMin;

curValue = (Control Value * paramSteps)/127;

If the data begins with 00h or 20h

STATUS 1011nnnn Bn Control change

DATA 00000000 00 Bank Select MSB

00000000 00 Bank number MSB (0); fixed

at 0

STATUS 1011nnnn Bn Control change

DATA 00100000 20 Bank Select LSB

000000vv vv

Bank number LSB (0, 1, 2); 0:

table A, 1: table B, 2: table

STATUS 1100nnnn Cn Program change

DATA 0vvvvvvv vv Program number (0-127)

2.4 PROGRAM CHANGE (Cn)

When the SPX2000 receives this message, it will recall the effect speciﬁed

by the content of the program change table (page 22).

• Reception conditions

This message is received if the following two conditions are satisﬁed.

1) The “MIDI RECEIVE” setting (page 23) is “PGM CHANGE = ON”.

2) The channel on which the MIDI message is transmitted matches the

SPX2000’s MIDI channel, or the SPX2000’s MIDI channel is set to

OMNI.

• Format

STATUS 1100nnnn Cn Program change

DATA 0nnnnnnn nn Program number (0-127)

2.5 TIMING CLOCK (F8)

This message is used for tempo synchronization of the effect. Twenty-

four of these messages are received per quarter note.

• Reception conditions

This message is received if the “TEMPO SOURCE” setting (page 23) is

set to a tempo synchronization source of “MIDI.”

• Format

STATUS 11111000 F8 Timing clock

2.6 ACTIVE SENSING (FE)

Once the SPX2000 has received this message, failure to receive a message

of any kind for an interval longer than 400 ms will cause it to initialize

MIDI communication settings such as running status.

• Format

STATUS 11111110 FE Active sensing

2.7 SYSTEM RESET (FF)

When the SPX2000 receives this message, it will initialize MIDI commu-

nication settings such as running status.

• Format

STATUS 11111111 FF System reset

2.8 SYSTEM EXCLUSIVE MESSAGE (F0)

■2.8.1 BULK DUMP/BULK DUMP REQUEST

Bulk Dump messages are used to bulk dump SPX2000 data to a con-

nected MIDI device (see page 21) , or to receive data from a connected

MIDI device to overwrite internal settings of the SPX2000.

Bulk Dump Request messages request a bulk dump of data from the

SPX2000.

• Reception conditions

This message is received if the following two conditions are satisﬁed.

1) The “MIDI RECEIVE” setting (page 23) is “SYEX BLKDMP = ON”.

2) The device number within the MIDI message matches the

SPX2000’s MIDI channel, or the SPX2000’s MIDI channel is set to

OMNI.

• Transmission conditions

This message is transmitted when either of the following conditions

are met.

• The “BULK OUT (ALL)” function is executed to perform a bulk

dump.

• A Bulk Dump Request message is received.

• Data conversion

The data portion is handled by converting seven words of 8-bit data

into eight words of 7-bit data.

[Converting actual data into bulk data]

d[0~6]: Actual data

b[0~7]: Bulk data

b[0] = 0;

for( I=0; I<7; I++){

if( d[I]&0x80){

b[0] |= 1<<(6-I);

}

b[I+1] = d[I]&0x7F;

}

[Restoring bulk data into actual data

d[0~6]: Actual data

b[0~7]: Bulk data

for( I=0; I<7; I++){

b[0] <<= 1;

d[I] = b[I+1]+(0x80&b[0]);

}

■2.8.1.1 System Setup Data Bulk Dump Format

This bulk-dumps the SPX2000’s setup memory except for the program

change table.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0000nnnn 0n n=0-15 (Device number=Device

No-1)

FORMAT No. 01111110 7E Universal bulk dump

COUNT HIGH 0ccccccc ch data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C ‘L’

01001101 4D ‘M’

00100000 20 ‘ ’

00111000 38 ‘8’

01000100 44 ‘D’

00110001 31 ‘1’

DATA NAME 01010011 53 ‘S’

00000010 02

00000000 00 No.256 = Current

BLOCK INFO. 0ttttttt tt total block number(minimum

number is 0)

0bbbbbbb bb current block number(0-total

block number)

DATA 0ddddddd ds Setup data of block[bb]

0ddddddd de

CHECK SUM 0eeeeeee ee ee=(Invert(‘L’+ c+de)+1)&0x7F

EOX 11110111 F7 End of exclusive

■2.8.1.2 System Setup Data Bulk Dump request Format

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0010nnnn 2n n=0-15 (Device number=Device

No-1)

FORMAT No. 01111110 7E Universal bulk dump

01001100 4C ’L’

01001101 4D ‘M’

00100000 20 ‘ ’

00111000 38 ‘8’

01000100 44 ‘D’

00110001 31 ‘1’

DATA NAME 01010011 53 ‘S’

00000010 02

00000000 00 No.256 = Current

EOX 11110111 F7 End of exclusive

This message is received if the following two conditions are satisfied.

1) The “MIDI RECEIVE” setting is “PGM CHANGE = ON”.

2) The channel on which the MIDI message is transmitted matches the

SPX2000’s MIDI channel, or the SPX2000’s MIDI channel is set to

OMNI.

This message is received if the following two conditions are satisfied.

1) The “MIDI RECEIVE” setting is “SYEX BLKDMP = ON”.

2) The device number within the MIDI message matches the

SPX2000’s MIDI channel, or the SPX2000’s MIDI channel is set to

OMNI.

When the SPX2000 receives this message, it will recall the effect specified

by the content of the program change table.

This message is received if the “TEMPO SOURCE” setting is set to a

tempo synchronization source of “MIDI.”

Bulk Dump messages are used to bulk dump SPX2000 data to a con-

nected MIDI device, or to receive data from a connected MIDI device to

overwrite internal settings of the SPX2000.

Bulk Dump Request messages request a bulk dump of data from the

SPX2000.

SPX2000

■2.8.1.3 System Setup Data Bulk Dump request Format

This bulk-dumps the data of the speciﬁed effect.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0000nnnn 0n n=0-15 (Device number=Device

No-1)

FORMAT No. 01111110 7E Universal bulk dump

COUNT HIGH 00000000 00 data count = ch(0x00) * 128

+ cl(0x72) = 114

COUNT LOW 01110010 72

01001100 4C ‘L’

01001101 4D ‘M’

00100000 20 ‘ ’

00111000 38 ‘8’

01000100 44 ‘D’

00110001 31 ‘1’

DATA NAME 01000101 45 ‘E’

0mmmmmmm mh 0-220(Program no.P1-97,C1-

25,U1-99),256(EDIT BUFFER)

0mmmmmmm ml

BLOCK INFO. 0ttttttt tt total block number(minimum

number is 0)

0bbbbbbb bb current block number(0-total

block number)

DATA 0ddddddd ds Effect Program data of

block[bb]

0ddddddd de

CHECK SUM 0eeeeeee ee ee=(Invert(‘L’+...de)

+1)&0x7F

EOX 11110111 F7 End of exclusive

The second and third byte of DATA NAME specify the program num-

ber.

0:PRESET1 – 96:PRESET97

97:CLASSIC1 – 121:CLASSIC25

122:USER1 – 220:USER99

256:EDIT BUFFER

For reception by the SPX2000, only USER 1-99 or EDIT BUFFER are

valid. (120-220, 256)

■2.8.1.4 Effect Program Bulk Dump request Format

The second and third byte of DATA NAME specify the program number.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0010nnnn 2n n=0-15 (Device number=Device

No-1)

FORMAT No. 01111110 7E Universal bulk dump

01001100 4C ‘L’

01001101 4D ‘M’

00100000 20 ‘ ’

00111000 38 ‘8’

01000100 44 ‘D’

00110001 31 ‘1’

DATA NAME 01000101 45 ‘E’

0mmmmmmm mh 0-220(Program no.P1-97,C1-

25,U1-99),

256(EDIT BUFFER)

0mmmmmmm ml

EOX 11110111 F7 End of exclusive

The second and third byte of DATA NAME specify the program num-

ber.

122:USER1 – 220:USER99

256:EDIT BUFFER

■2.8.1.5 Program change table Bulk Dump Format

This bulk-dumps the program change table data.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0000nnnn 0n n=0-15 (Device number=Device

No-1)

FORMAT No. 01111110 7E Universal bulk dump

COUNT HIGH 0ccccccc ch data count = ch * 128 + cl

COUNT LOW 0ccccccc cl

01001100 4C ‘L’

01001101 4D ‘M’

00100000 20 ‘ ’

00111000 38 ‘8’

01000100 44 ‘D’

00110001 31 ‘1’

DATA NAME 01010000 50 ‘P’

00000010 02

00000000 00 No.256 = Current

BLOCK INFO. 0ttttttt tt total block number

(minimum number is 0)

0bbbbbbb bb current block number

(0 - total block number)

DATA 0ddddddd ds Program change table data of

block[bb]

0ddddddd de

CHECK SUM 0eeeeeee ee ee=(Invert

(‘L’+...+de)+1) &0x7F

EOX 11110111 F7 End of exclusive

■2.8.1.6 Program change table Bulk Dump request

Format

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0010nnnn 2n n=0-15 (Device number=Device

No-1)

FORMAT No. 01111110 7E Universal bulk dump

01001100 4C ‘L’

01001101 4D ‘M’

00100000 20 ‘ ’

00111000 38 ‘8’

01000100 44 ‘D’

00110001 31 ‘1’

DATA NAME 01010000 50 ‘P’

00000010 02

00000000 00 No.256 = Current

EOX 11110111 F7 End of exclusive

■2.8.2 Program change table Bulk Dump request For-

mat

When the SPX2000 receives a Parameter Change message, the SPX2000

setting speciﬁed by the content will be controlled. When the SPX2000

receives a Parameter Change Request message, it will transmit a Parame-

ter Change message in reply.

• Reception conditions

This message is received if the following two conditions are satisﬁed.

1) The “MIDI RECEIVE” setting (page 23) is “SYEX PRMCHG = ON”.

2) The device number within the MIDI message matches the

SPX2000’s MIDI channel, or the SPX2000’s MIDI channel is set to

OMNI.

• Transmission conditions PARAMETER CHANGE only

This message is transmitted when either of the following conditions

are met.

• The SPX2000’s state has changed due to a received Parameter Change

• A Parameter Change Request message is received

■2.8.2.1 Parameter change (Edit Buffer)

This message modiﬁes the value of a parameter in the edit buffer.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0001nnnn 1n n=0-15 (Device number=Device

No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00000001 01 Edit Buffer

0eeeeeee ee Element no.(if 'ee' is 0,

'ee' will be expanded to two

bytes)

0ppppppp pp Parameter no.

0ccccccc cc Channel no.

DATA 0ddddddd dd data

EOX 11110111 F7 End of exclusive

This message is received if the following two conditions are satisfied.

1) The “MIDI RECEIVE” setting is “SYEX PRMCHG = ON”.

2) The device number within the MIDI message matches the

SPX2000’s MIDI channel, or the SPX2000’s MIDI channel is set to

OMNI.

SPX2000

■2.8.2.2 Parameter request (Edit Buffer)

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0011nnnn 3n n=0-15 (Device number=

Device No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00000001 01 Edit Buffer

0eeeeeee ee Element no.(if 'ee' is 0,

'ee' will be expanded to two

bytes)

0ppppppp pp Parameter no.

0ccccccc cc Channel no.

EOX 11110111 F7 End of exclusive

■2.8.2.3 Parameter change (System Setup Memory)

This message modiﬁes the value of a parameter in system setup memory.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0001nnnn 1n n=0-15 (Device number=

Device No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00000011 03 System Setup data

0eeeeeee ee Element no.(if 'ee' is 0,

'ee' will be expanded to two

bytes)

0ppppppp pp Parameter no.

0ccccccc cc Channel no.

DATA 0ddddddd dd data

EOX 11110111 F7 End of exclusive

■2.8.2.4 Parameter request (System Setup Memory)

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0011nnnn 3n n=0-15 (Device number=

Device No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00000011 03 System Setup data

0eeeeeee ee Element no.(if 'ee' is 0,

'ee' will be expanded to two

bytes)

0ppppppp pp Parameter no.

0ccccccc cc Channel no.

EOX 11110111 F7 End of exclusive

■2.8.2.5 Parameter change (System Backup Memory)

This message modiﬁes the value of a parameter in system backup mem-

ory.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0001nnnn 1n n=0-15 (Device number=

Device No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00000011 04 System Backup data

0eeeeeee ee Element no.(if 'ee' is 0,

'ee' will be expanded to two

bytes)

0ppppppp pp Parameter no.

0ccccccc cc Channel no.

DATA 0ddddddd dd data

EOX 11110111 F7 End of exclusive

■2.8.2.6 Parameter request (System Backup Memory)

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0011nnnn 3n n=0-15 (Device number=

Device No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00000011 04 System Backup data

0eeeeeee ee Element no.(if 'ee' is 0,

'ee' will be expanded to two

bytes)

0ppppppp pp Parameter no.

0ccccccc cc Channel no.

EOX 11110111 F7 End of exclusive

■2.8.2.7 Parameter change (Function call : Program

store/recall)

When the SPX2000 receives this message, it will store or recall the speci-

ﬁed effect, and will then use this message to transmit the state following

the change. At this time, the device number will be the MIDI channel of

the SPX2000. If the MIDI channel is OMNI, the device number will be 1.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0001nnnn 1n n=0-15 (Device number=

Device No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00010000 10 Function call

00ffffff ff function

0mmmmmmm mh number High

0mmmmmmm ml number Low

DATA 0ccccccc ch channel High

0ccccccc cl channel Low

EOX 11110111 F7 End of exclusive

■2.8.2.8 Parameter change (Function call : title)

When the SPX2000 receives this message, it will edit the speciﬁed effect

name, and will then use this message to transmit the state following the

change. At this time, the device number will be the MIDI channel of the

SPX2000. If the MIDI channel is OMNI, the device number will be 1.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0001nnnn 1n n=0-15 (Device number=

Device No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00010000 10 Function call

01000100 44 Effect Program title

0mmmmmmm mh number High

0mmmmmmm ml number Low

DATA 0ddddddd dd title 1

:::

0ddddddd dd title x(depend on the pro-

gram)

EOX 11110111 F7 End of exclusive

■2.8.2.9 Parameter request (Function call : title)

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0011nnnn 3n n=0-15 (Device number=Device

No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00010000 10 Function call

01000100 44 Effect Program title

0mmmmmmm mh number High

0mmmmmmm ml number Low

EOX 11110111 F7 End of exclusive

For the function and number, refer to the table in “2.8.2.8 Parameter

change (Function call: title).”

function number channel rx/tx

Effect Program Recall 0x04 1-221 0 rx/tx

Effect Program Store 0x24 123-221 0 rx/tx

function number size

Effect Program Title 0x44

1-221

(1-122:response

only)

SPX2000

■2.8.2.10 Parameter change (Function call : Program

clear)

When the SPX2000 receives this message, it will erase the speciﬁed effect

name, and will then use this message to transmit the state following the

change. At this time, the device number will be the MIDI channel of the

SPX2000. If the MIDI channel is OMNI, the device number will be 1.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0001nnnn 1n n=0-15 (Device number=Device

No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00010000 10 Function call

01100100 64 Effect Program clear func-

tion

0mmmmmmm mh number High

0mmmmmmm ml number Low

EOX 11110111 F7 End of exclusive

■2.8.2.11 Parameter change (Function call : Undo)

When the SPX2000 receives this message, it will perform the same opera-

tion as if the [UNDO] button had been pressed, and will then use this

message to transmit the state following the change. At this time, the

device number will be the MIDI channel of the SPX2000. If the MIDI

channel is OMNI, the device number will be 1.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0001nnnn 1n n=0-15 (Device number=Device

No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00010001 11 Function call

00100010 24 Undo

00000000 00

DATA 00000000 00

00000000 00

EOX 11110111 F7 End of exclusive

■2.8.2.12 Parameter change (Function call : Compare)

When the SPX2000 receives this message, it will perform the same opera-

tion as if the [COMPARE] button had been pressed, and will then use this

message to transmit the state following the change. At this time, the

device number will be the MIDI channel of the SPX2000. If the MIDI

channel is OMNI, the device number will be 1.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0001nnnn 1n n=0-15 (Device number=Device

No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00010001 11 Function call

01000100 44 Compare

00000000 00

DATA 00000000 00

00000000 00

EOX 11110111 F7 End of exclusive

■2.8.2.13 Parameter change (Function call : Event

Effect)

When the SPX2000 receives this message while a freeze-type effect is

recalled, it will perform the same operation as if the RECORD parameter

or PLAY parameter is selected and the [▼ DEC] button pressed. The con-

tents of the function will determine whether the RECORD parameter or

the PLAY parameter is selected.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0001nnnn 1n n=0-15 (Device number=Device

No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00010010 12 Function call Effect Event

0000ffff 0f function

00000000 00

0ppppppp pp Release:0, Press:1

DATA 00000000 00

0eeeeeee ee Effect number (0)

EOX 11110111 F7 End of exclusive

*This will not function if the effect type is wrong.

■2.8.2.14 Parameter change (Function call:

attribute(Protect))

When the SPX2000 receives this message, it will switch Protect on/off for

the speciﬁed effect, and will then use this message to transmit the state

following the change. At this time, the device number will be the MIDI

channel of the SPX2000. If the MIDI channel is OMNI, the device num-

ber will be 1.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0001nnnn 1n n=0-15 (Device number=Device

No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00010100 14 Function call

00000100 04 attribute

0mmmmmmm mh number High

0mmmmmmm ml number Low

DATA 0ttttttt tt attribute(protect:0x0001,

normal:0x0000)

0ttttttt tt

EOX 11110111 F7 End of exclusive

■2.8.2.15 Parameter request (Function call:

attribute(Protect))

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0011nnnn 3n n=0-15 (Device number=Device

No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00010100 14 Function call

00000100 04 attribute

0mmmmmmm mh number High

0mmmmmmm ml number Low

EOX 11110111 F7 End of exclusive

For the function and number, refer to the table in “2.8.2.14 Parameter

change (Function call: attribute (Protect)).”

■2.8.2.16 Parameter change (Function call: LCD Back

Color)

When the SPX2000 receives this message, it will change the display

background color of the speciﬁed effect, and will then use this message

to transmit the state following the change. At this time, the device

number will be the MIDI channel of the SPX2000. If the MIDI channel

is OMNI, the device number will be 1.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0001nnnn 1n n=0-15 (Device number=Device

No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00010100 14 Function call

01100100 64 LCD Back Color

0mmmmmmm mh number High

0mmmmmmm ml number Low

DATA 0ccccccc cc color(0:Green,1:Yellow,

2:Magenta,3:Cyan,4:White)

0ccccccc cc

function number

Effect Program Clear 0x64 123-221

function channel

Freeze Play button 0x00 0

Freeze Record button 0x01 0

function number

Effect Program Attribute

0x04 1-221(1-122:response

only)

SPX2000

EOX 11110111 F7 End of exclusive

■2.8.2.17 Parameter request (Function call: LCD Back

Color)

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0011nnnn 3n n=0-15 (Device number=Device

No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00010100 14 Function call

01100100 64 LCD Back Color

0mmmmmmm mh number High

0mmmmmmm ml number Low

EOX 11110111 F7 End of exclusive

For the function and number, refer to the table in “2.8.2.16 Parameter

change (Function call: LCD Back Color).”

■2.8.2.18 Parameter change (Remote Meter)

When the SPX2000 receives a Parameter Request (Remote Meter) mes-

sage, it will transmit this message. The content is data for the speciﬁed

meter. This is transmitted at 50 msec intervals for ten seconds. If you

want meter data to continue being transmitted, you must transmit a

Request message at intervals of less than ten seconds. However if the port

is being used for other communication, transmission of meter data may

be interrupted.

The device number used when transmitting meter data will be the MIDI

channel of the SPX2000. If the MIDI channel is OMNI, the device num-

ber will be 1.

When the SPX2000 receives a Request message with an Address UL =

0x7F, transmission of all meter data will be halted immediately. Transmis-

sion will also stop if the power is turned off and on again while transmit-

ting meter data, or if the MIDI port setting is changed.

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0001nnnn 1n n=0-15 (Device number=Device

No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00100001 21 Remote meter

0mmmmmmm mm ADDRESS UL

0mmmmmmm mm ADDRESS LU

0mmmmmmm mm ADDRESS LL

DATA 0ddddddd dd Data1 H

0ddddddd dd Data1 L

EOX 11110111 F7 End of exclusive

■2.8.2.19 Parameter request (Remote Meter)

• Format

STATUS 11110000 F0 System exclusive message

ID No. 01000011 43 Manufacture’s ID number

(YAMAHA)

SUB STATUS 0011nnnn 3n n=0-15 (Device number=Device

No-1)

GROUP ID 00011110 1E MODEL ID (signal processor)

MODEL ID 00001001 09 SPX2000

ADDRESS 00100001 21 Remote meter

0mmmmmmm mm ADDRESS UL

0mmmmmmm mm ADDRESS LU

0mmmmmmm mm ADDRESS LL

0ccccccc ch Count H

0ccccccc cl Count L

EOX 11110111 F7 End of exclusive

function number

Effect Program LCD Back Color

0x64 1-221(1-

122:response only)

WARNING

Components having special characteristics are marked and must be replaced with parts having

specification equal to those originally installed.

Notes : DESTINATION ABBREVIATIONS

The numbers “QTY” show quantities for each unit.

The parts with “--” in “PART NO.” are not available as spare parts.

This mark “ } ” in the REMARKS column means these parts are interchangeable.

The second letter of the shaded ( ) part number is O, not zero.

The second letter of the shaded ( ) part number is I, not one.

M: South African model

O : Chinese model

Q : South-east Asia model

T : Taiwan model

U : U.S.A. model

V : General export model (110V)

W: General export model (220V)

N,X: General export model

Y : Export model

A : Australian model

B : British model

C : Canadian model

D : German model

E : European model

F : French model

H : North European model

I : Indonesian model

J : Japanese model

K : Korean model

CONTENTS

OVERALL ASSEMBLY ............................................... 2

ELECTRICAL PARTS ...................................... 5 – 15

PARTS LIST

（総組立）

（電気部品）

（目次）

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

使用ください。

部品価格ランクは、変更になることがあります。

QTY欄に記されている数字は、各ユニット当たりの使用個数です。

PART NO.が“--”の部品は、サービス用部品として準備されておりません。

REMARKS欄の「｝」マークの部品は、併用部品です。

網掛けの付いたPART NO. の2番目の文字は「ゼロ」ではなく「オー」です。

網掛けの付いたPART NO. の2番目の文字は「イチ」ではなく、「アイ」です。

SPX2000

OVERALL ASSEMBLY

500

520

410

430

400

430

570

380

390

210

300

550 560

300 350

360

330

260

180

200

250

420

220

140

160

30 150

130

100

510

530

540

10c

520

10a

10b

10a

110a

110b

110h

110f

110d

200

110e 110c

110g

Rubber cap

（ラバーキャップ）

WC049600

See page 5. PN3 circuit board

See page 3, 5.

Rubber cap

（ラバーキャップ）

WC049600

See page 5.

（総組立）

SPX2000

440 280 290 470

460

45070

• Pic. 1 MAIN-POWER SUPPLY wiring

MAIN

POWER SUPPLY UNIT

170 470

• Pic. 2 AC INLET-POWER wiring

POWER SUPPLY UNITAC INLET

POWER

PARAM button

WB435900 TAP button

WB436000

BRIGHT button

WB436100

MEMO button

WB435800

• PN3 circuit board (See page 5.)

PN3

140a

140b

140c

140d

140e 140f

140g

140d

• AC inlet assembly

to POWER-CN301

to POWER SUPPLY UNIT

SPX2000

REF NO.

PART NO. DESCRIPTION REMARKS

QTY

: New Parts RANK: Japan only

RANK

OVERALL ASSEMBLY SPX2000 (WB42170)

*10 Bottom Chassis

10a Bind Head Tapping Screw-S 3.0X6 MFZN2BL 401

10b Bind Head Screw 4.0X8 MFZN2BL 01

10c Rubber Foot Black T1.6 401

*20 Circuit Board MAIN

30 Bind Head Tapping Screw-B 3.0X8 MFZN2BL 801

40 Bind Head Tapping Screw-B 2.6X8 MFZN2BL 601

50 Bind Head Tapping Screw-S 3.0X6 MFZN2BL 201

60 Bind Head Tapping Screw-S 3.0X6 MFZN2BL 801

70 Cord Binder S-72B L=50 01

*80 PS Cover

90 Power Supply Unit ZWS50AF-5/J 19

100 Bind Head Tapping Screw-S 3.0X6 MFZN2BL 401

110 PN Circuit Board Assembly (WB43570)

*110a Circuit Board JKIN (WB42730)

*110b Circuit Board JKOUT (WB42740)

*110c Circuit Board PN3 with Button (WB42710)

*110d Circuit Board PN1 with Cap (WB42690)

*110e Circuit Board PN2 with Cap (WB42700)

*110f Circuit Board VOL (WB42750)

*110g Circuit Board FOOTSW (WB42760)

*110h Circuit Board POWER (WB42720)

130 Hexagonal Nut 9.0X11 401

*140 AC Inlet Assembly AC INLET VH 3P/5P

140a AC Inlet 3P M1908-C 03

140b Connector Housing VH 3P 01

140c Connector Housing VH 5P 01

140d Connector Pin SVH-21T-P1.1 401

140e Tube Black M5.0 (CH00428)

140f Earth Lug (WA11050)

140g Ferrite Core FR25/15/12-1400L 04

150 Bind Head Tapping Screw-B 3.0X8 MFZN2BL 201

160 Bind Head Screw 4.0X8 MFZN2BL 01

170 Cord Holder BK-1 01

180 PCB Spacer KGPS-16RF DPX1000 2 01

200 Bind Head Tapping Screw-S 3.0X6 MFZN2BL 201

*210 LED Guide

*220 Film Red

*250 LCD EW10212YMR

260 Spacer (WB43100) 2

280 Cord Holder BK-1 01

290 Ferrite Core FR25/15/12-1400L 04

300 Bind Head Tapping Screw-S 3.0X10 MFZN2Y 201

330 JACK Angle (WB45090)

350 Hexagonal Nut 9.0X11 01

360 Bind Head Tapping Screw-S 3.0X6 MFZN2BL 01

380 Bind Head Tapping Screw-S 3.0X6 MFZN2BL 201

*390 Front Panel

*400 Button Guide

*410 Window

*420 Flat Head Screw-S 3.0X6 MFAN2Y

430 Bind Head Tapping Screw-S 3.0X6 MFZN2BL 301

*440 Connector Assembly VH&VH 4P 340L

*450 Cable 20P 180mm P=1.0

460 Lithium Battery CR2032 03

470 Adhesive Tape 12X50 303

*500 Top Cover

510 Label MULTI (WB55000)

520 Bind Head Tapping Screw-S 3.0X6 MFZN2BL 901

*530 Angle Bracket, Rack 2

540 Bind Head Tapping Screw-S 4.0X8 MFZN2BL 601

*550 Knob Internal INPUT L

*560 Knob External INPUT R

*570 Button POWER ON/OFF

ACCESSORIES

Adaptor, AC Cord KPR-24 J 06

AC Cord J 7A 125V 3P 2.5m J 06

AC Cord CSA U,C,V 08

AC Cord VDE H,W,K 08

AC Cord BS 3P B 10

WB424200

EP630210

EG340360

CB043750

WB053000

EP600190

VB096700

EP630210

CB040540

WB451300

V9702900

EP630210

AAX51260

AAX51270

AAX51240

AAX51220

AAX51230

AAX51280

AAX51290

AAX51250

V2431400

WB440900

V5065200

LB015030

LB015050

LB101710

VC362700

EP600190

EG340360

CB069250

WA624500

EP630210

WB435200

WB550100

WB448400

CB069250

VC362700

EP630630

V2431400

EP630210

WB423800

WB426500

WB424600

WB451000

EP630210

WB440800

WB639200

VN103500

VA126100

WB424400

EP630210

WB424500

VI693100

WB426700

WB426800

WB426600

VQ240200

VT119800

VB927800

VB928000

VP204400

総組立

ボトムシャーシＡｓｓ’ｙ

＋バインドＳタイト

＋バインド小ネジ

ゴム脚

ＭＡＩＮシート

＋バインドＢタイト

＋バインドＳタイト

束線止め

ＰＳカバー

電源ユニット

＋バインドＳタイト

ＰＮシートＡｓｓ’ｙ

ＪＫＩＮシート

ＪＫＯＵＴシート

ＰＮ３シート

ＰＮ１シート

ＰＮ２シート

ＶＯＬシート

ＦＯＯＴＳＷシート

ＰＯＷＥＲシート

特殊六角ナット

インレットＡｓｓ’ｙ

ＡＣインレット３Ｐ

ハウジング

圧着端子

スミチューブクロ

アースラグＴＩ０４３２

フェライトコア

＋バインドＢタイト

＋バインド小ネジ

インシュロックタイ

ＰＣＢスペーサ

＋バインドＳタイト

ＬＥＤガイド

カラーフィルム

液晶ディスプレイ

スペーサ

インシュロックタイ

フェライトコア

＋バインドＳタイト

ＪＡＣＫアングル

特殊六角ナット

＋バインドＳタイト

フロントパネル印刷品

ボタンガイドＰＳＷ

ウインドウ印刷品

Ｓタイト平頭

＋バインドＳタイト

束線＃２０

バンカード

リチウム電池

粘着テープ

トップカバープレス品

ラベル規格

＋バインドＳタイト

ラックアングル印刷品

＋バインドＳタイト

ノブ内印刷品

ノブ外印刷品

ボタンＰＳＷ

付属品

変換アダプター

電源コード

部品名

SPX2000

REF NO.

PART NO. DESCRIPTION REMARKS

QTY

: New Parts RANK: Japan only

RANK

ELECTRICAL PARTS（電気部品）

ELECTRICAL PARTS SPX2000

*Circuit Board FOOTSW (WB42760)(X4199B0)

*Circuit Board JKIN (WB42730)(X4199B0)

*Circuit Board JKOUT (WB42740)(X4199B0)

*Circuit Board PN1 (WB42690)(X4199B0)

*Circuit Board PN2 (WB42700)(X4199B0)

*Circuit Board PN3 (WB42710)(X4199B0)

*Circuit Board POWER (WB42720)(X4199B0)

*Circuit Board VOL (WB42750)(X4199B0)

*Circuit Board MAIN (X4198B0)

*Circuit Board FOOTSW (WB42760)(X4199B0)

*Circuit Board JKIN (WB42730)(X4199B0)

*Circuit Board JKOUT (WB42740)(X4199B0)

*Circuit Board PN1 (WB42690)(X4199B0)

*Circuit Board PN2 (WB42700)(X4199B0)

*Circuit Board PN3 (WB42710)(X4199B0)

*Circuit Board POWER (WB42720)(X4199B0)

*Circuit Board VOL (WB42750)(X4199B0)

*A Button, MEMO STORE,RECALL,UP,DOWN,

UNDO/REDO

*B Button, PARAM BACK,NEXT,INC,DEC,

COMPARE

*C Button, TAP TAP

*D Button, BRIGHT PARAMETER,FINE PARAM, 4

UTILITY,BYPASS

*E Rubber Cap INPUT MODE,METER,BANK 3

*10 Jumper Wire FVP=2.0C26SB14-140

*20 Jumper Wire FVP=2.0C26SB10-140

*30 Jumper Wire FVP=2.0C26SB15-140

*40 Jumper Wire FVP=2.0C26SB7-100

*50 Jumper Wire FVP=2.0C26SB2-220

C301 Capacitor 0.010 VA1 J.U.C.S 01

CN001 Cable Holder 51048 14P TE 01

CN101 Cable Holder 51048 10P TE 01

CN201 Cable Holder 51048 15P TE 01

CN301 Base Post Connector VA 2P SE 01

CN401 Wire Trap 52147 7P TE 01

CN501 Wire Trap 52147 6P TE 01

CN601 Cable Holder 51048 7P TE 01

CN701 Cable Holder 51048 2P TE 01

D001 Diode 1SS355 TE-17 01

D002 Diode 1SS355 TE-17 01

D101 Diode 1SS355 TE-17 01

D201 Diode 1SS355 TE-17 01

-214 Diode 1SS355 TE-17 01

EM701 LC Filter DSS6NB32A271Q93A 01

JK401 Phone Jack HLJ0544 STREO INPUT L 03

JK402 Phone Jack HLJ0544 STREO INPUT R 03

JK501 Phone Jack HLJ0544 STREO OUTPUT L 03

JK502 Phone Jack HLJ0544 STREO OUTPUT R 03

JK701 Phone Jack HLJ0544 MONO. FOOT SW 03

*LD001 LED (chip) Yellow TLYV1020 J,K MIDI

*LD002 LED (chip) Yellow TLYV1020 J,K CLOCK INT

LD003 LED (chip) Green TLGU1020 CLIP L -48 01

LD004 LED (chip) Green TLGU1020 CLIP L -24 01

*LD005 LED (chip) Yellow TLYV1020 J,K CLIP L -9

*LD006 LED (chip) Yellow TLYV1020 J,K METER INPUT

*LD007 LED (chip) Yellow TLYV1020 J,K CLOCK AES/EBU

LD008 LED (chip) Green TLGU1020 CLIP L -42 01

*LD009 LED (chip) Yellow TLYV1020 J,K CLIP L -18

*LD010 LED (chip) Yellow TLYV1020 J,K CLIP L -6

*LD011 LED (chip) Yellow TLYV1020 J,K METER OUTPUT

*LD012 LED (chip) Yellow TLYV1020 J,K CLOCK WC

LD013 LED (chip) Green TLGU1020 CLIP L -36 01

*LD014 LED (chip) Yellow TLYV1020 J,K CLIP L -15

*LD015 LED (chip) Yellow TLYV1020 J,K CLIP L -3

*LD016 LED (chip) Yellow TLYV1020 J,K INPUT SOURCE ANALOG

*LD017 LED (chip) Yellow TLYV1020 J,K 96kHz

LD018 LED (chip) Green TLGU1020 CLIP L -30 01

AAX51290

AAX51260

AAX51270

AAX51220

AAX51230

AAX51240

AAX51250

AAX51280

WB053000

AAX51290

AAX51260

AAX51270

AAX51220

AAX51230

AAX51240

AAX51250

AAX51280

WB435800

WB435900

WB436000

WB436100

WC049600

VU073800

WB639500

WB639600

VV153500

WC109500

V7682800

VI879200

VI878800

VI879300

VP245600

VK025100

VF728300

VI878500

VI878000

VT332900

VI243100

LB302070

LB301800

WC153200

WA588100

WC153200

WA588100

WC153200

WA588100

WC153200

WA588100

電気部品

ＦＯＯＴＳＷシート

ＪＫＩＮシート

ＪＫＯＵＴシート

ＰＮ１シート

ＰＮ２シート

ＰＮ３シート

ＰＯＷＥＲシート

ＶＯＬシート

ＭＡＩＮシート

ＦＯＯＴＳＷシート

ＪＫＩＮシート

ＪＫＯＵＴシート

ＰＮ１シート

ＰＮ２シート

ＰＮ３シート

ＰＯＷＥＲシート

ＶＯＬシート

ボタンＭＥＭＯ

ボタンＰＡＲＡＭ

ボタンＴＡＰ

ボタン照光

ラバーキャップ

２６７８ジャンパーワイヤ

ジャンパーワイヤ

２６７８ジャンパーワイヤ

ジャンパーワイヤ

規格認定コンＫＨ

ケーブルホルダー

ベースツキポスト

ワイヤートラップ

ケーブルホルダー

ダイオード

ＬＣフィルター

ホーンコネクタ

チップＬＥＤキ

チップＬＥＤミド

チップＬＥＤキ

チップＬＥＤミド

チップＬＥＤキ

チップＬＥＤミド

チップＬＥＤキ

チップＬＥＤミド

部品名

SPX2000

REF NO.

PART NO. DESCRIPTION REMARKS

QTY

: New Parts RANK: Japan only

RANK

*LD019 LED (chip) Yellow TLYV1020 J,K CLIP L -12

LD020 LED (chip) Red TLSU1020 CLIP L 0 01

*LD021 LED (chip) Yellow TLYV1020 J,K INPUT SOURCE DIGITAL

*LD022 LED (chip) Yellow TLYV1020 J,K 88.2kHz

LD023 LED (chip) Green TLGU1020 CLIP R -48 01

LD024 LED (chip) Green TLGU1020 CLIP R -24 01

*LD025 LED (chip) Yellow TLYV1020 J,K CLIP R -9

*LD026 LED (chip) Yellow TLYV1020 J,K INPUT MODE MONO

*LD027 LED (chip) Yellow TLYV1020 J,K 48kHz

LD028 LED (chip) Green TLGU1020 CLIP R -42 01

*LD029 LED (chip) Yellow TLYV1020 J,K CLIP R -18

*LD030 LED (chip) Yellow TLYV1020 J,K CLIP R -6

*LD031 LED (chip) Yellow TLYV1020 J,K INPUT MODE STEREO

*LD032 LED (chip) Yellow TLYV1020 J,K 44.1kHz

LD033 LED (chip) Green TLGU1020 CLIP R -36 01

*LD034 LED (chip) Yellow TLYV1020 J,K CLIP R -15

*LD035 LED (chip) Yellow TLYV1020 J,K CLIP R -3

LD036 LED (chip) Green TLGU1020 CLIP R -30 01

*LD037 LED (chip) Yellow TLYV1020 J,K CLIP R -12

LD038 LED (chip) Red TLSU1020 CLIP R 0 01

*LD101 LED (chip) Yellow TLYV1020 J,K PRESET

LD102 LED Red LT1D40A 7 SEG. 01

LD103 LED Red LT1D40A 7 SEG. 01

*LD104 LED (chip) Yellow TLYV1020 J,K USER

LD105 LED Red LT1D40A 7 SEG. 01

LD106 LED Red LT1D40A 7 SEG. 01

*LD107 LED (chip) Yellow TLYV1020 J,K CLASSIC

LD108 LED Red LT1D40A 7 SEG. 01

LD109 LED Red LT1D40A 7 SEG. 01

LD110 LED Red LT1D40A 7 SEG. 01

LD111 LED Red LT1D40A 7 SEG. 01

LD112 LED Red LT1D40A 7 SEG. 01

LD113 LED Red LT1D40A 7 SEG. 01

LD114 LED Red LT1D40A 7 SEG. 01

LD115 LED Red LT1D40A 7 SEG. 01

LD116 LED Red LT1D40A 7 SEG. 01

LD117 LED Red LT1D40A 7 SEG. 01

LD201 LED GL3JV804BOPE UNDO/REDO 01

LD202 LED GL3JV804BOPE COMPARE 01

*LD203 LED (chip) Yellow TLYV1020 J,K PARAMETER

*LD204 LED (chip) Yellow TLYV1020 J,K FINE PARAM

*LD205 LED (chip) Yellow TLYV1020 J,K UTILITY

LD206 LED (chip) Red TLSU1020 BYPASS 01

LD207 LED Yellow LT1H40A TAP 01

SW001 Tact Switch SKQNAED010 METER 01

SW002 Tact Switch SKQNAED010 INPUT MODE 01

SW101 Tact Switch SKQNAED010 BANK 01

SW201 Tact Switch SKQNAED010 STORE 01

SW202 Tact Switch SKQNAED010 DOWN 01

SW203 Tact Switch SKQNAED010 UNDO/REDO 01

SW204 Tact Switch SKQNAED010 INC 01

SW205 Tact Switch SKQNAED010 NEXT 01

SW206 Tact Switch SKQNAED010 PARAMETER 01

SW207 Tact Switch SKQNAED010 UTILITY 01

SW208 Tact Switch SKQNAED010 UP 01

SW209 Tact Switch SKQNAED010 RECALL 01

SW210 Tact Switch SKQNAED010 BACK 01

SW211 Tact Switch SKQNAED010 DEC 01

SW212 Tact Switch SKQNAED010 COMPARE 01

SW213 Tact Switch SKQNAED010 FINE PARAM 01

SW214 Tact Switch SKQNAED010 BYPASS 01

SW215 Tact Switch SKQNAED010 TAP 01

SW301 Push Switch ESB92S23B J.U.C.S POWER ON/OFF 02

VR601 Rotary Pot. A10.0K RK09722 INPUT L/R 06

*Circuit Board MAIN (X4198B0)

Vinyl Wire Black AWG30 UL1571 (V806100)

5 Bind Head Screw 3.0X8 MFZN2BL 01

10 Jumper Wire FVP=2.0C26SB7-60 01

*20 Jumper Wire FVP=2.0C26SB6-60

WC153200

WA587900

WC153200

WA588100

WC153200

WA588100

WC153200

WA588100

WC153200

WA588100

WC153200

WA587900

WC153200

V3670000

WC153200

V3670000

WC153200

V3670000

V5710700

WC153200

WA587900

V3670200

VV056000

V3127000

V4441400

WB053000

VB659000

VT645200

VY689700

チップＬＥＤキ

チップＬＥＤアカ

チップＬＥＤキ

チップＬＥＤミド

チップＬＥＤキ

チップＬＥＤミド

チップＬＥＤキ

チップＬＥＤミド

チップＬＥＤキ

チップＬＥＤミド

チップＬＥＤキ

チップＬＥＤアカ

チップＬＥＤキ

ＬＥＤ

チップＬＥＤキ

ＬＥＤ

チップＬＥＤキ

ＬＥＤ

チップＬＥＤキ

チップＬＥＤアカ

ＬＥＤ

タクトＳＷ

プッシュＳＷ

二軸ロータリーＶＲ

ＭＡＩＮシート

スズコート線黒

＋バインド小ネジ

２６７８ジャンパーワイヤ

部品名

SPX2000

REF NO.

PART NO. DESCRIPTION REMARKS

QTY

: New Parts RANK: Japan only

RANK

BT001 Battery Holder CR2032 03

C001 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C002 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C003 Electrolytic Cap. (chip) 100 6.3V 01

C004 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-010 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C011 Ceramic Capacitor-B (chip) 1000P 50V K 01

C012 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-015 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C016 Electrolytic Cap. (chip) 4.7 25V 01

C017 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-026 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C027 Ceramic Capacitor-SL(chip) 470P 50V J 01

C028 Ceramic Capacitor-SL(chip) 470P 50V J 01

C029 Monolithic Ceramic Cap. 1.0 10V K 01

C030 Monolithic Ceramic Cap. 1.0 10V K 01

C031 Electrolytic Cap. (chip) 100 6.3V 01

C032 Ceramic Capacitor-CH(chip) 22P 50V J 01

C033 Ceramic Capacitor-CH(chip) 22P 50V J 01

C036 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-045 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C101 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-109 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C201 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-207 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C208 Electrolytic Cap. (chip) 47 6.3V 01

C209 Ceramic Capacitor-F (chip) 0.3300 16V Z 01

C210 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C211 Ceramic Capacitor-F (chip) 0.3300 16V Z 01

C212 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-223 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C224 Ceramic Capacitor-SL(chip) 560P 50V J 01

C225 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-235 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C236 Electrolytic Cap. (chip) 220 6.3V UUR0J2 01

C237 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C238 Ceramic Capacitor-B (chip) 0.0220 25V K 01

C239 Electrolytic Cap. (chip) 330 6.3V UUR0J3 01

C240 Mylar Capacitor (chip) 0.0820 16V J 01

C241 Ceramic Capacitor-B (chip) 0.0220 25V K 01

C242 Ceramic Capacitor-B (chip) 0.0220 25V K 01

C243 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C244 Capacitor 1.0000 16V M 01

C245 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-247 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C301 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-320 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C401 Mylar Capacitor (chip) 0.15 50V J

C402 Mylar Capacitor (chip) 0.0039 16V G 01

C403 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C404 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C405 Electrolytic Cap. (chip) 1 50V 01

C406 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C407 Electrolytic Cap. (chip) 1 50V 01

C408 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-410 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C411 Electrolytic Cap. (chip) 1 50V 01

C412 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C413 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C414 Ceramic Capacitor-CH(chip) 33P 50V J 01

C415 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C416 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C417 Ceramic Capacitor-CH(chip) 10P 50V D 01

C418 Ceramic Capacitor-CH(chip) 10P 50V D 01

C419 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C420 Ceramic Capacitor-SL(chip) 680P 50V J 01

C421 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-425 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C426 Electrolytic Cap. (chip) 10 16V 01

C427 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

VN103600

US145100

UF018100

US145100

US063100

US145100

UF046470

US145100

US062470

V4771700

UF018100

US061220

US145100

UF017470

US135330

US145100

US135330

US145100

US062560

US145100

UF118220

US145100

US044220

UF118330

VR327300

US044220

US145100

V6200900

US145100

V9074200

VS026900

US145100

UF066100

US145100

UF066100

US145100

UF066100

US145100

US061330

US145100

US061100

US145100

US062680

US145100

UF037100

US145100

バッテリーホルダー

チップセラ（Ｆ）

チップケミコン

チップセラ（Ｆ）

チップセラ（Ｂ）

チップセラ（Ｆ）

チップケミコン

チップセラ（Ｆ）

チップセラ（ＳＬ）

チップ積層セラコン

チップケミコン

チップセラ（ＣＨ）

チップセラ（Ｆ）

チップケミコン

チップセラ（Ｆ）

チップセラ（ＳＬ）

チップセラ（Ｆ）

チップケミコン

チップセラ（Ｆ）

チップセラ（Ｂ）

チップケミコン

チップマイラー

チップセラ（Ｂ）

チップセラ（Ｆ）

チップフィルムコン

チップセラ（Ｆ）

チップマイラー

チップセラ（Ｆ）

チップケミコン

チップセラ（Ｆ）

チップケミコン

チップセラ（Ｆ）

チップケミコン

チップセラ（Ｆ）

チップセラ（ＣＨ）

チップセラ（Ｆ）

チップセラ（ＣＨ）

チップセラ（Ｆ）

チップセラ（ＳＬ）

チップセラ（Ｆ）

チップケミコン

チップセラ（Ｆ）

部品名

SPX2000

REF NO.

PART NO. DESCRIPTION REMARKS

QTY

: New Parts RANK: Japan only

RANK

C428 Electrolytic Cap. (chip) 10 16V 01

C429 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C430 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C431 Ceramic Capacitor-CH(chip) 10P 50V D 01

-433 Ceramic Capacitor-CH(chip) 10P 50V D 01

C501 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C502 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C503 Electrolytic Cap. (chip) 47 16V 01

C504 Electrolytic Cap. (chip) 47 16V 01

C505 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

-508 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C509 Ceramic Capacitor-B (chip) 0.0100 50V K 01

C510 Ceramic Capacitor-B (chip) 0.0100 50V K 01

C601 Electrolytic Cap. 47.00 50.0V 01

C602 Electrolytic Cap. 47.00 50.0V 01

C603 Electrolytic Cap. 22.00 25.0V 01

C604 Ceramic Capacitor-SL(chip) 150P 50V J 01

C605 Ceramic Capacitor-CH(chip) 47P 50V J 01

C606 Ceramic Capacitor-CH(chip) 33P 50V J 01

C607 Ceramic Capacitor-SL(chip) 150P 50V J 01

C608 Ceramic Capacitor-CH(chip) 33P 50V J 01

C609 Electrolytic Cap. 22.00 25.0V 01

-611 Electrolytic Cap. 22.00 25.0V 01

C612 Ceramic Capacitor-SL(chip) 100P 50V J 01

C613 Ceramic Capacitor-SL(chip) 100P 50V J 01

C615 Electrolytic Cap. 100.00 25.0V 01

C617 Electrolytic Cap. 100.00 25.0V 01

C618 Electrolytic Cap. 22.00 25.0V 01

C619 Ceramic Capacitor-CH(chip) 47P 50V J 01

C620 Ceramic Capacitor-SL(chip) 120P 50V J 01

C621 Ceramic Capacitor-CH(chip) 47P 50V J 01

C622 Ceramic Capacitor-SL(chip) 120P 50V J 01

C623 Mylar Capacitor 1000P 50V J 01

C626 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C627 Electrolytic Cap. 22.00 25.0V 01

C628 Electrolytic Cap. 47.00 25.0V 01

C629 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C630 Electrolytic Cap. 100.00 25.0V 01

C631 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

*C632 Electrolytic Cap. 22.00 50.0V

C633 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C634 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

*C636 Electrolytic Cap. 220.00 25.0V

C639 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C640 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C651 Electrolytic Cap. 47.00 50.0V 01

C652 Electrolytic Cap. 47.00 50.0V 01

C653 Electrolytic Cap. 22.00 25.0V 01

C654 Ceramic Capacitor-SL(chip) 150P 50V J 01

C655 Ceramic Capacitor-CH(chip) 47P 50V J 01

C656 Ceramic Capacitor-CH(chip) 33P 50V J 01

C657 Ceramic Capacitor-SL(chip) 150P 50V J 01

C658 Ceramic Capacitor-CH(chip) 33P 50V J 01

C659 Electrolytic Cap. 22.00 25.0V 01

-661 Electrolytic Cap. 22.00 25.0V 01

C662 Ceramic Capacitor-SL(chip) 100P 50V J 01

C663 Ceramic Capacitor-SL(chip) 100P 50V J 01

C665 Electrolytic Cap. 100.00 25.0V 01

C667 Electrolytic Cap. 100.00 25.0V 01

C668 Electrolytic Cap. 22.00 25.0V 01

C669 Ceramic Capacitor-CH(chip) 47P 50V J 01

C670 Ceramic Capacitor-SL(chip) 120P 50V J 01

C671 Ceramic Capacitor-CH(chip) 47P 50V J 01

C672 Ceramic Capacitor-SL(chip) 120P 50V J 01

C673 Mylar Capacitor 1000P 50V J 01

C676 Ceramic Capacitor-CH(chip) 10P 50V D 01

C677 Ceramic Capacitor-CH(chip) 47P 50V J 01

C678 Ceramic Capacitor-CH(chip) 22P 50V J 01

*C701 Electrolytic Cap. 22.00 50.0V

C702 Mylar Capacitor 0.1000 50V J 01

UF037100

US145100

US061100

US145100

UF037470

US145100

US064100

UU167470

UU147220

US062150

US061470

US061330

US062150

US061330

UU147220

US062100

UU148100

UU147220

US061470

US062120

US061470

US062120

UA353100

US145100

UU147220

UU147470

US145100

UU148100

US145100

WC153700

US145100

WC153600

US145100

UU167470

UU147220

US062150

US061470

US061330

US062150

US061330

UU147220

US062100

UU148100

UU147220

US061470

US062120

US061470

US062120

UA353100

US061100

US061470

US061220

WC153700

UA355100

チップケミコン

チップセラ（Ｆ）

チップセラ（ＣＨ）

チップセラ（Ｆ）

チップケミコン

チップセラ（Ｆ）

チップセラ（Ｂ）

ケミコンＦＷ

チップセラ（ＳＬ）

チップセラ（ＣＨ）

チップセラ（ＳＬ）

チップセラ（ＣＨ）

ケミコンＦＷ

チップセラ（ＳＬ）

ケミコンＦＷ

チップセラ（ＣＨ）

チップセラ（ＳＬ）

チップセラ（ＣＨ）

チップセラ（ＳＬ）

マイラーコン

チップセラ（Ｆ）

ケミコンＦＷ

チップセラ（Ｆ）

ケミコンＦＷ

チップセラ（Ｆ）

ケミコンＳＭＥ

チップセラ（Ｆ）

ケミコンＳＭＥ

チップセラ（Ｆ）

ケミコンＦＷ

チップセラ（ＳＬ）

チップセラ（ＣＨ）

チップセラ（ＳＬ）

チップセラ（ＣＨ）

ケミコンＦＷ

チップセラ（ＳＬ）

ケミコンＦＷ

チップセラ（ＣＨ）

チップセラ（ＳＬ）

チップセラ（ＣＨ）

チップセラ（ＳＬ）

マイラーコン

チップセラ（ＣＨ）

ケミコンＳＭＥ

マイラーコン

部品名

SPX2000

REF NO.

PART NO. DESCRIPTION REMARKS

QTY

: New Parts RANK: Japan only

RANK

*C704 Electrolytic Cap. 22.00 50.0V

C705 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C706 Ceramic Capacitor-F (chip) 0.1000 25V Z 01

C707 Mylar Capacitor 0.1000 50V J 01

C708 Electrolytic Cap. 22.00 25.0V 01

C709 Electrolytic Cap. 47.00 25.0V 01

C710 Mylar Capacitor 0.1000 50V J 01

C711 Mylar Capacitor 0.1000 50V J 01

C712 Mylar Capacitor 1200P 50V J 01

C714 Mylar Capacitor 180P 50V J 01

C715 Mylar Capacitor 180P 50V J 01

C719 Ceramic Capacitor-CH(chip) 33P 50V J 01

C720 Ceramic Capacitor-CH(chip) 33P 50V J 01

*C721 Electrolytic Cap. 100.00 50.0V

*C722 Electrolytic Cap. 100.00 50.0V

C724 Electrolytic Cap. 100.00 25.0V 01

C726 Electrolytic Cap. 100.00 25.0V 01

C727 Electrolytic Cap. (chip) 47 16V 01

*C728 Mylar Capacitor 270P 50V J

C729 Mylar Capacitor 680P 50V J 01

C762 Mylar Capacitor 1200P 50V J 01

C764 Mylar Capacitor 180P 50V J 01

C765 Mylar Capacitor 180P 50V J 01

C769 Ceramic Capacitor-CH(chip) 33P 50V J 01

C770 Ceramic Capacitor-CH(chip) 33P 50V J 01

*C771 Electrolytic Cap. 100.00 50.0V

*C772 Electrolytic Cap. 100.00 50.0V

C774 Electrolytic Cap. 100.00 25.0V 01

C776 Electrolytic Cap. 100.00 25.0V 01

*C778 Mylar Capacitor 270P 50V J

C779 Mylar Capacitor 680P 50V J 01

C780 Ceramic Capacitor-CH(chip) 22P 50V J 01

*C801 Electrolytic Cap. 470.00 50.0V

*C802 Mylar Capacitor (chip) 0.0056 50V J

*C803 Electrolytic Cap. 47.00 50.0V

*C804 Electrolytic Cap. 470.00 25.0V

*-806 Electrolytic Cap. 470.00 25.0V

*C807 Mylar Capacitor 0.1600 50V J

*C808 Mylar Capacitor 0.1600 50V J

*C809 Electrolytic Cap. 220.00 25.0V

*C810 Electrolytic Cap. 220.00 25.0V

*C811 Mylar Capacitor 0.1600 50V J

*C812 Electrolytic Cap. 330.00 16.0V

*C813 Mylar Capacitor 0.1800 50V J

*C814 Mylar Capacitor 0.1800 50V J

C815 Mylar Capacitor 0.1300 50V J 01

*C816 Electrolytic Cap. 470.00 25.0V

*C817 Electrolytic Cap. 470.00 25.0V

C818 Mylar Capacitor 0.1500 50V J

*C819 Electrolytic Cap. 220.00 25.0V

*C820 Electrolytic Cap. 470.00 25.0V

CN002 Wire Trap 52147 2P TE 01

*CN101 FFC Connector 52806 20P TE

CN401 USB Connector USB 4P SE TO HOST USB

CN501 Wire Trap 52147 14P TE 01

CN502 Wire Trap 52147 10P TE 01

CN503 Wire Trap 52147 15P TE 01

CN601 Cable Holder 51048 7P TE 01

CN602 Wire Trap 52147 7P TE 01

CN701 Cable Holder 51048 6P TE 01

CN801 Base Post Connector VH 4P TE 01

D001 Diode RB500V-40 01

D201 Diode 1SS355 TE-17 01

D401 Diode 1SS355 TE-17 01

D701 Diode 1SS355 TE-17 01

-703 Diode 1SS355 TE-17 01

D752 Diode 1SS355 TE-17 01

D753 Diode 1SS355 TE-17 01

D801 Diode 1SS355 TE-17 01

D802 Diode 1SS355 TE-17 01

WC153700

US145100

UA355100

UU147220

UU147470

UA355100

UA353120

UA352180

US061330

WC153900

UU148100

UF037470

UA352270

UA352680

UA353120

UA352180

US061330

WC153900

UU148100

UA352270

UA352680

US061220

WB828700

VR330000

WC153800

WB879900

UA355160

WC153600

UA355160

WC153500

UA355180

UA355130

WB879900

UA355150

WC153600

WB879900

VK024600

WA528800

V9020800

VK025800

VF728200

VF667600

VI878500

VK025100

VI878400

LB932040

V2376600

VT332900

ケミコンＳＭＥ

チップセラ（Ｆ）

マイラーコン

ケミコンＦＷ

マイラーコン

チップセラ（ＣＨ）

ケミコンＳＭＥ

ケミコンＦＷ

チップケミコン

マイラーコン

チップセラ（ＣＨ）

ケミコンＳＭＥ

ケミコンＦＷ

マイラーコン

チップセラ（ＣＨ）

ケミコンＡＳＦ

チップマイラー

ケミコンＳＭＥ

ケミコンＡＳＦ

マイラーコン

ケミコンＳＭＥ

マイラーコン

ケミコンＳＭＥ

マイラーコン

ケミコンＡＳＦ

マイラーコン

ケミコンＳＭＥ

ケミコンＡＳＦ

ワイヤートラップ

ＦＦＣコネクタ

ＵＳＢコネクタＢ

ワイヤートラップ

ケーブルホルダー

ワイヤートラップ

ケーブルホルダー

ベースポスト

ダイオード

部品名

SPX2000

REF NO.

PART NO. DESCRIPTION REMARKS

QTY

: New Parts RANK: Japan only

RANK

D803 Diode RB160L-60 01

D804 Diode RB160L-40 TE25 01

D805 Diode RB160L-60 01

D806 Diode RB160L-40 TE25 01

-808 Diode RB160L-40 TE25 01

DA401 Diode Array DAN217 0.3A X2 01

DA402 Diode Array 1SS372 TE85L 01

DA403 Diode Array 1SS372 TE85L 01

EM201 LC Filter DSS6NF31C223Q93A 01

EM202 LC Filter DSS6NF31C223Q93A 01

EM301 LC Filter DSS6NF31C223Q93A 01

EM401 EMI Filter (chip) NFM3DCC101U1H3L 01

EM402 LC Filter DSS6NB32A271Q93A 01

EM403 LC Filter DSS6NB32A271Q93A 01

EM601 LC Filter DSS6NB32A271Q93A 01

EM602 LC Filter DSS6NB32A271Q93A 01

EM651 LC Filter DSS6NB32A271Q93A 01

EM652 LC Filter DSS6NB32A271Q93A 01

EM701 LC Filter DSS6NB32A271Q93A 01

EM702 LC Filter DSS6NB32A271Q93A 01

EM751 LC Filter DSS6NB32A271Q93A 01

EM752 LC Filter DSS6NB32A271Q93A 01

EM801 LC Filter DSS6NF31C223Q93A 01

EM805 LC Filter DSS6NF31C223Q93A 01

-807 LC Filter DSS6NF31C223Q93A 01

IC001 IC UPC2918T-E1 REGULATOR +1.8V 03

IC002 IC NJM2904V(TE1) OP AMP 02

IC003 IC TC7SH04FU INVERTER 01

IC004 IC HD6417709SF133 CPU 12

IC005 IC TC74VHC08FT AND 01

IC006 IC M62023FP SYSTEM RESET 03

IC007 IC S-80130ANMC-JCP-T2 SYSTEM RESET 01

IC009 IC W986416DH-7 SDRAM 64M 08

*IC010 IC MX29LV160ABTC-7 FL FLASH ROM 16M

*IC011 IC M5M5V216ATP-55HI SRAM 2M

IC012 IC TC74VHC32FT OR 01

IC101 IC 74LVX4245MTCX TRANSCEIVER 03

IC102 IC 74LVX4245MTCX TRANSCEIVER 03

IC103 IC TC74VHCT245AFT TRANSCEIVER 07

-106 IC TC74VHCT245AFT TRANSCEIVER 07

IC107 IC TC74VHC08FT AND 01

IC201 IC S1L51252F32S000 PLLP2(GATE ARRAY) 08

IC202 IC M51953AFP SYSTEM RESET 01

IC203 IC TC74VHCT245AFT TRANSCEIVER 07

IC204 IC TLC2932IPWR PLL 06

IC205 IC YM3436DK DIR2 11

IC206 IC TC74VHC74FT D-FF 01

IC207 IC TC74VHC04FT INVERTER 01

IC208 IC TC74VHC14FT INVERTER 02

*IC209 IC TC74VHC00FT NAND

IC210 IC TC7SH04FU INVERTER 01

IC301 IC MSM514260E-60JS DRAM 4M 07

IC302 IC MSM514260E-60JS DRAM 4M 07

IC303 IC YSS910-S DSP6 10

IC401 IC CS8415A-CS DIR 06

IC402 IC TC7SH04FU INVERTER 01

IC403 IC TC74VHC244FT BUFFER 03

IC404 IC TC74VHCT08AFT AND

IC405 IC CS8405A-CS DIT 06

IC406 IC SN75124NSR LINE RECEIVER 05

IC407 IC M37641M8-141FP CPU (USB 32K) 09

*IC408 Photo Coupler PC410L0NIP

IC501 IC TC74VHC04FT INVERTER 01

*IC502 IC S-80145ANMC-JC6-T2 SYSTEM RESET

IC601 IC UPC4570G2 OP AMP 03

IC602 IC UPC4570G2 OP AMP 03

IC603 IC CS5361-KS ADC 08

IC605 IC TC7SH04FU INVERTER 01

IC606 IC TC74VHCT245AFT TRANSCEIVER 07

IC651 IC UPC4570G2 OP AMP 03

V8409200

VS597600

V8409200

VS597600

VV556300

V9424900

VD542700

VQ761400

VI243100

VD542700

X2157A00

XR532A00

XS775A00

X2081A00

XV891A00

X2163A00

X3848A00

XZ414B00

X4916A00

X3226A00

XY945A00

X3097A00

XT744A00

XV891A00

X3775A00

XW422A00

XT744A00

XV064A00

XG948E00

XV892A00

X0195A00

XV890A00

X2313A00

XS775A00

XV077B00

XV988A00

X2089A00

XS775A00

XW234A00

X3586A00

XZ349A00

XV930A00

X2485200

V9924900

X0195A00

X4069A00

XF291A00

X3447A00

XS775A00

XT744A00

XF291A00

ダイオード

ダイオードアレイ

ＬＣフィルターＥＭＩ

エミフィルチップ

ＬＣフィルター

ＬＣフィルターＥＭＩ

ＩＣ

フォトカプラ

ＩＣ

部品名

SPX2000

REF NO.

PART NO. DESCRIPTION REMARKS

QTY

: New Parts RANK: Japan only

RANK

IC652 IC UPC4570G2 OP AMP 03

IC701 IC AK4393-VF-E2 DAC 07

IC702 IC NJM78L05UA REGULATOR +5V 02

IC703 IC UPC4570G2 OP AMP 03

IC704 IC NJM4556AL OP AMP 02

IC753 IC UPC4570G2 OP AMP 03

IC754 IC NJM4556AL OP AMP 02

*IC801 IC NJM78M15DL1A REGULATOR +15V

*IC802 IC NJM79M15DL1A REGULATOR -15V

IC803 IC NJM78M05DL1A(TE1) REGULATOR +5V 02

IC804 IC PQ033Y3H3ZP REGULATOR +3.3V 04

JK401 Cannon Connector NC3FBH1 AES/EBU IN 06

JK402 Cannon Connector NC3MAH AES/EBU OUT 04

JK403 BNC Connector 1P YKS11-0067 WORD CLOCK IN 05

JK404 DIN Connector 5P3 YKF51-50 MIDI IN,OUT/THRU 04

JK601 Cannon Connector NC3FBH1 INPUT L 06

JK651 Cannon Connector NC3FBH1 INPUT R 06

JK701 Cannon Connector NC3MAH OUTPUT L 04

JK751 Cannon Connector NC3MAH OUTPUT R 04

K401 Cannon Angle 02

K402 Cannon Angle 02

K601 Cannon Angle 02

K651 Cannon Angle 02

K701 Cannon Angle 02

K751 Cannon Angle 02

K801 Heat Sink PUE16-30 (WB08520)

L001 Ferrite Bead BL02RN1-R62T4 01

L003 Noise Filter ZJY51R5-2P 04

L201 Ferrite Bead BL02RN1-R62T4 01

L202 Coil SSB44-331 330uH 03

L401 Ferrite Bead BL02RN1-R62T4 01

-405 Ferrite Bead BL02RN1-R62T4 01

L406 Pulse Transformer TB06A015 05

L407 Pulse Transformer TB06A015 05

L408 Noise Filter ZJY51R5-2P 04

L410 Ferrite Bead FL5R200QNT 20uH 01

-413 Ferrite Bead FL5R200QNT 20uH 01

L414 Common Mode Coil DLP31SN121SL2L 03

R001 Carbon Resistor (chip) 3.0K 63M J 01

R002 Carbon Resistor (chip) 10.0K 63M J 01

R003 Carbon Resistor (chip) 2.0K 63M J 01

R004 Carbon Resistor (chip) 100.0 63M J 01

R005 Carbon Resistor (chip) 100.0K 63M J 01

R006 Carbon Resistor (chip) 1.0M 63M J 01

R007 Carbon Resistor (chip) 10.0K 63M J 01

R011 Carbon Resistor (chip) 10.0K 63M J 01

R012 Carbon Resistor (chip) 10.0K 63M J 01

R017 Carbon Resistor (chip) 220.0 63M J 01

R020 Carbon Resistor (chip) 10.0K 63M J 01

R021 Carbon Resistor (chip) 10.0K 63M J 01

R022 Carbon Resistor (chip) 0 63M J 01

R026 Carbon Resistor (chip) 33.0 63M J 01

R027 Carbon Resistor (chip) 33.0 63M J 01

R028 Carbon Resistor (chip) 0 63M J 01

R029 Carbon Resistor (chip) 10.0K 63M J 01

R030 Carbon Resistor (chip) 1.0K 63M J 01

R033 Carbon Resistor (chip) 22.0 63M J 01

R034 Carbon Resistor (chip) 10.0 63M J 01

R035 Carbon Resistor (chip) 47.0 63M J 01

-051 Carbon Resistor (chip) 47.0 63M J 01

R052 Carbon Resistor (chip) 0 63M J 01

-056 Carbon Resistor (chip) 0 63M J 01

R102 Carbon Resistor (chip) 100.0 63M J 01

R103 Carbon Resistor (chip) 3.3K 63M J 01

R104 Carbon Resistor (chip) 10.0K 63M J 01

-108 Carbon Resistor (chip) 10.0K 63M J 01

R201 Carbon Resistor (chip) 10.0K 63M J 01

-204 Carbon Resistor (chip) 10.0K 63M J 01

R205 Carbon Resistor (chip) 100.0 63M J 01

R206 Carbon Resistor (chip) 0 63M J 01

XF291A00

XW029A00

XJ598A00

XF291A00

XP844A00

XF291A00

XP844A00

X3942A00

X3943A00

XS534A00

X2589A00

V9234300

VS133700

V6415900

VK519000

V9234300

VS133700

V7539800

GE300610

VP246300

GE300610

V7716400

GE300610

V7930100

VP246300

VB835000

V5239100

RD356300

RD357100

RD356200

RD355100

RD358100

RD359100

RD357100

RD355220

RD357100

RD350000

RD354330

RD350000

RD357100

RD356100

RD354220

RD354100

RD354470

RD350000

RD355100

RD356330

RD357100

RD355100

RD350000

ＩＣ

キャノンコネクタ

１ＰＢＮＣコネクタ

ＤＩＮコネクタ２連

キャノンコネクタ

キャノン金具（横形）

ヒートシンク

フェライトビーズ

ノイズフィルター

フェライトビーズ

コイル３３０Ｕ

フェライトビーズ

パルストランス

ノイズフィルター

コイル２０Ｕ

コモンモードコイル

チップ抵抗

部品名

SPX2000

REF NO.

PART NO. DESCRIPTION REMARKS

QTY

: New Parts RANK: Japan only

RANK

R209 Carbon Resistor (chip) 150.0 63M J 01

R210 Carbon Resistor (chip) 1.5K 63M J 01

R211 Carbon Resistor (chip) 68.0 63M J 01

-217 Carbon Resistor (chip) 68.0 63M J 01

R218 Carbon Resistor (chip) 100.0 63M J 01

R219 Carbon Resistor (chip) 47.0 63M J 01

R220 Carbon Resistor (chip) 0 63M J 01

R221 Carbon Resistor (chip) 47.0 63M J 01

R222 Carbon Resistor (chip) 68.0 63M J 01

R223 Carbon Resistor (chip) 47.0 63M J 01

-225 Carbon Resistor (chip) 47.0 63M J 01

R226 Metal Film Resistor (chip) 750.0 1/10 D 01

R227 Metal Film Resistor (chip) 3.3K 1/10 D 01

R228 Metal Film Resistor (chip) 3.3K 1/10 D 01

R229 Metal Film Resistor (chip) 330.0 1/10 D 01

R230 Metal Film Resistor (chip) 3.0K 1/10 D 01

R231 Carbon Resistor (chip) 0 63M J 01

-235 Carbon Resistor (chip) 0 63M J 01

R236 Carbon Resistor (chip) 100.0 63M J 01

R237 Carbon Resistor (chip) 68.0 63M J 01

R238 Carbon Resistor (chip) 0 63M J 01

-241 Carbon Resistor (chip) 0 63M J 01

R301 Carbon Resistor (chip) 47.0 63M J 01

R302 Carbon Resistor (chip) 0 63M J 01

R401 Carbon Resistor (chip) 47.0 63M J 01

R402 Metal Film Resistor (chip) 3.9K 1/10 D 01

R403 Carbon Resistor (chip) 47.0 63M J 01

R404 Carbon Resistor (chip) 47.0K 63M J 01

-406 Carbon Resistor (chip) 47.0K 63M J 01

R408 Carbon Resistor (chip) 0 63M J 01

R409 Carbon Resistor (chip) 10.0K 63M J 01

R410 Carbon Resistor (chip) 10.0K 63M J 01

R411 Carbon Resistor (chip) 5.6K 63M J 01

R412 Carbon Resistor (chip) 4.7K 63M J 01

R413 Carbon Resistor (chip) 1.0K 63M J 01

R414 Carbon Resistor (chip) 1.0K 63M J 01

R415 Carbon Resistor (chip) 2.2K 63M J 01

R416 Carbon Resistor (chip) 110.0 63M J 01

R417 Carbon Resistor (chip) 110.0 63M J 01

R418 Carbon Resistor (chip) 680.0 63M J 01

R419 Carbon Resistor (chip) 22.0K 63M J 01

R420 Carbon Resistor (chip) 47.0 0.1 J 01

R421 Carbon Resistor (chip) 22.0K 63M J 01

R422 Carbon Resistor (chip) 75.0 0.1 J 01

R423 Carbon Resistor (chip) 220.0 63M J 01

R424 Carbon Resistor (chip) 33.0 1/4 J 01

R425 Carbon Resistor (chip) 33.0 1/4 J 01

R426 Carbon Resistor (chip) 1.5K 63M J 01

R427 Carbon Resistor (chip) 47.0 63M J 01

R428 Carbon Resistor (chip) 47.0 63M J 01

R501 Carbon Resistor (chip) 33.0 1/4 J 01

-510 Carbon Resistor (chip) 33.0 1/4 J 01

R511 Carbon Resistor (chip) 10.0K 63M J 01

R512 Carbon Resistor (chip) 220.0 63M J 01

R513 Carbon Resistor (chip) 150.0 1/4 J

R514 Carbon Resistor (chip) 180.0 1/4 J 01

R515 Carbon Resistor (chip) 180.0 1/4 J 01

R516 Carbon Resistor (chip) 10.0K 63M J 01

R517 Carbon Resistor (chip) 10.0K 63M J 01

R518 Carbon Resistor (chip) 1.0K 63M J 01

R519 Carbon Resistor (chip) 1.0K 63M J 01

R520 Carbon Resistor (chip) 10.0K 63M J 01

R521 Carbon Resistor (chip) 10.0K 63M J 01

R601 Carbon Resistor 82.0K 1/4 J 01

R602 Carbon Resistor 82.0K 1/4 J 01

R603 Metal Film Resistor 10.0K 1/4 F 01

R604 Metal Film Resistor 10.0K 1/4 F 01

R605 Metal Film Resistor 7.5K 1/4 F 01

*R606 Carbon Resistor 750.0K 1/4 J

*R607 Metal Film Resistor 30.0K 1/4 F

RD355150

RD356150

RD354680

RD355100

RD354470

RD350000

RD354470

RD354680

RD354470

VI194600

VI196100

VI193700

VI196000

RD350000

RD355100

RD354680

RD350000

RD354470

RD350000

RD354470

VI196400

RD354470

RD357470

RD350000

RD357100

RD356560

RD356470

RD356100

RD356220

RD355110

RD355680

RD357220

RD254470

RD357220

RD254750

RD355220

RD154330

RD356150

RD354470

RD154330

RD357100

RD355220

RD155150

RD155180

RD357100

RD356100

RD357100

HF757820

VC328800

VC328500

HF758750

VC329900

チップ抵抗

チップ金被抵抗

チップ抵抗

チップ金被抵抗

チップ抵抗

カーボン抵抗

金属被膜抵抗

カーボン抵抗

金属被膜抵抗

部品名

SPX2000

REF NO.

PART NO. DESCRIPTION REMARKS

QTY

: New Parts RANK: Japan only

RANK

R608 Metal Film Resistor 7.5K 1/4 F 01

*R609 Metal Film Resistor 30.0K 1/4 F

R610 Carbon Resistor 39.0 1/4 J 01

*R611 Carbon Resistor 750.0K 1/4 J

R612 Metal Film Resistor 56.0K 1/4 F 01

R613 Carbon Resistor 39.0 1/4 J 01

R614 Metal Film Resistor 4.7K 1/4 F 01

R615 Metal Film Resistor 10.0K 1/4 F 01

R616 Metal Film Resistor 22.0K 1/4 F 01

R617 Metal Film Resistor 2.7K 1/4 F 01

R618 Metal Film Resistor 3.0K 1/4 F 01

R619 Metal Film Resistor 2.2K 1/4 F 01

R620 Metal Film Resistor 1.0K 1/4 F 01

R621 Metal Film Resistor 2.2K 1/4 F 01

R622 Carbon Resistor 150.0 1/4 J 01

R623 Carbon Resistor 150.0 1/4 J 01

R624 Metal Film Resistor 22.0K 1/4 F 01

R625 Metal Film Resistor 1.5K 1/4 F

R626 Metal Film Resistor 4.7K 1/4 F 01

R629 Carbon Resistor (chip) 0 63M J 01

R630 Carbon Resistor (chip) 47.0 63M J 01

-632 Carbon Resistor (chip) 47.0 63M J 01

R633 Carbon Resistor (chip) 0 63M J 01

R634 Carbon Resistor (chip) 47.0 63M J 01

R635 Carbon Resistor (chip) 47.0 63M J 01

R636 Carbon Resistor (chip) 100.0 63M J 01

R637 Carbon Resistor (chip) 47.0 63M J 01

R638 Carbon Resistor (chip) 100.0 63M J 01

R639 Carbon Resistor (chip) 100.0 63M J 01

R640 Carbon Resistor (chip) 10.0K 63M J 01

R641 Carbon Resistor (chip) 10.0K 63M J 01

R642 Metal Film Resistor (chip) 75.0K 1/10 D 01

-645 Metal Film Resistor (chip) 75.0K 1/10 D 01

*R646 Carbon Resistor 750.0K 1/4 J

R651 Carbon Resistor 82.0K 1/4 J 01

R652 Carbon Resistor 82.0K 1/4 J 01

R653 Metal Film Resistor 10.0K 1/4 F 01

R654 Metal Film Resistor 10.0K 1/4 F 01

R655 Metal Film Resistor 7.5K 1/4 F 01

*R656 Carbon Resistor 750.0K 1/4 J

*R657 Metal Film Resistor 30.0K 1/4 F

R658 Metal Film Resistor 7.5K 1/4 F 01

*R659 Metal Film Resistor 30.0K 1/4 F

R660 Carbon Resistor 39.0 1/4 J 01

*R661 Carbon Resistor 750.0K 1/4 J

R662 Metal Film Resistor 56.0K 1/4 F 01

R663 Carbon Resistor 39.0 1/4 J 01

R664 Metal Film Resistor 4.7K 1/4 F 01

R665 Metal Film Resistor 10.0K 1/4 F 01

R666 Metal Film Resistor 22.0K 1/4 F 01

R667 Metal Film Resistor 2.7K 1/4 F 01

R668 Metal Film Resistor 2.2K 1/4 F 01

R669 Metal Film Resistor 3.0K 1/4 F 01

R670 Metal Film Resistor 1.0K 1/4 F 01

R671 Metal Film Resistor 2.2K 1/4 F 01

R672 Carbon Resistor 150.0 1/4 J 01

R673 Carbon Resistor 150.0 1/4 J 01

R692 Metal Film Resistor (chip) 75.0K 1/10 D 01

-695 Metal Film Resistor (chip) 75.0K 1/10 D 01

*R696 Carbon Resistor 750.0K 1/4 J

R701 Carbon Resistor (chip) 68.0 63M J 01

R702 Carbon Resistor (chip) 0 63M J 01

R703 Carbon Resistor (chip) 100.0 63M J 01

R704 Carbon Resistor (chip) 0 63M J 01

-706 Carbon Resistor (chip) 0 63M J 01

R708 Carbon Resistor (chip) 0 63M J 01

R709 Metal Film Resistor 1.5K 1/4 F

R710 Metal Film Resistor 1.5K 1/4 F

R711 Metal Film Resistor 6.8K 1/4 F 01

R713 Metal Film Resistor 1.5K 1/4 F

VC328500

VC329900

HF754390

HF758750

VC330600

HF754390

VC328000

VC328800

VC329600

VC327400

VC327500

VC327200

VC326500

VC327200

HF755150

VC329600

VC326800

VC328000

RD350000

RD354470

RD350000

RD354470

RD355100

RD354470

RD355100

RD357100

VI199500

HF758750

HF757820

VC328800

VC328500

HF758750

VC329900

VC328500

VC329900

HF754390

HF758750

VC330600

HF754390

VC328000

VC328800

VC329600

VC327400

VC327200

VC327500

VC326500

VC327200

HF755150

VI199500

HF758750

RD354680

RD350000

RD355100

RD350000

VC326800

VC328400

VC326800

金属被膜抵抗

カーボン抵抗

金属被膜抵抗

カーボン抵抗

金属被膜抵抗

カーボン抵抗

金属被膜抵抗

チップ抵抗

チップ金被抵抗

カーボン抵抗

金属被膜抵抗

カーボン抵抗

金属被膜抵抗

カーボン抵抗

金属被膜抵抗

カーボン抵抗

金属被膜抵抗

カーボン抵抗

チップ金被抵抗

カーボン抵抗

チップ抵抗

金属被膜抵抗

部品名

SPX2000

REF NO.

PART NO. DESCRIPTION REMARKS

QTY

: New Parts RANK: Japan only

RANK

R714 Metal Film Resistor 1.5K 1/4 F

R715 Metal Film Resistor 6.8K 1/4 F 01

R717 Carbon Resistor 39.0 1/4 J 01

R718 Metal Film Resistor 9.1K 1/4 F 01

R719 Metal Film Resistor 2.2K 1/4 F 01

R721 Metal Film Resistor 1.0K 1/4 F 01

R722 Carbon Resistor 39.0 1/4 J 01

R723 Metal Film Resistor 10.0K 1/4 F 01

R724 Metal Film Resistor 10.0K 1/4 F 01

R725 Metal Film Resistor 11.0K 1/4 F 01

*R726 Metal Film Resistor 82.00 1/4 F

R727 Metal Film Resistor 10.0K 1/4 F 01

R728 Metal Film Resistor 20.0K 1/4 F 01

R729 Metal Film Resistor 20.0K 1/4 F 01

R730 Metal Film Resistor 18.0K 1/4 F 01

R731 Metal Film Resistor 18.0K 1/4 F 01

R732 Metal Film Resistor 75.00 1/4 F 01

R733 Metal Film Resistor 75.00 1/4 F 01

R734 Carbon Resistor 47.0K 1/4 J 01

R735 Carbon Resistor 47.0K 1/4 J 01

R736 Carbon Resistor (chip) 6.8K 0.1 J 01

R737 Carbon Resistor (chip) 6.8K 0.1 J 01

R738 Carbon Resistor (chip) 10.0K 0.1 J 01

R739 Carbon Resistor (chip) 33.0K 0.1 J 01

R740 Carbon Resistor (chip) 100.0K 0.1 J 01

R741 Carbon Resistor (chip) 100.0K 0.1 J 01

R746 Metal Film Resistor 2.7K 1/4 F 01

R747 Metal Film Resistor 2.7K 1/4 F 01

R759 Metal Film Resistor 1.5K 1/4 F

R760 Metal Film Resistor 1.5K 1/4 F

R761 Metal Film Resistor 6.8K 1/4 F 01

R763 Metal Film Resistor 1.5K 1/4 F

R764 Metal Film Resistor 1.5K 1/4 F

R765 Metal Film Resistor 6.8K 1/4 F 01

R767 Carbon Resistor 39.0 1/4 J 01

R768 Metal Film Resistor 9.1K 1/4 F 01

R769 Metal Film Resistor 2.2K 1/4 F 01

R771 Metal Film Resistor 1.0K 1/4 F 01

R772 Carbon Resistor 39.0 1/4 J 01

R773 Metal Film Resistor 10.0K 1/4 F 01

R774 Metal Film Resistor 10.0K 1/4 F 01

R775 Metal Film Resistor 11.0K 1/4 F 01

*R776 Metal Film Resistor 82.00 1/4 F

R777 Metal Film Resistor 10.0K 1/4 F 01

R778 Metal Film Resistor 20.0K 1/4 F 01

R779 Metal Film Resistor 20.0K 1/4 F 01

R780 Metal Film Resistor 18.0K 1/4 F 01

R781 Metal Film Resistor 18.0K 1/4 F 01

R782 Metal Film Resistor 75.00 1/4 F 01

R783 Metal Film Resistor 75.00 1/4 F 01

R784 Carbon Resistor 47.0K 1/4 J 01

R785 Carbon Resistor 47.0K 1/4 J 01

R786 Carbon Resistor (chip) 6.8K 0.1 J 01

R787 Carbon Resistor (chip) 6.8K 0.1 J 01

R796 Metal Film Resistor 2.7K 1/4 F 01

R797 Metal Film Resistor 2.7K 1/4 F 01

R801 Carbon Resistor (chip) 1.0K 63M J 01

R802 Carbon Resistor (chip) 68.0 1/4 J 01

R803 Carbon Resistor (chip) 110.0 1/4 J 01

R804 Carbon Resistor (chip) 2.7K 63M J 01

R805 Carbon Resistor (chip) 110.0 1/4 J 01

R806 Carbon Resistor (chip) 68.0 63M J 01

R807 Carbon Resistor (chip) 10.0K 63M J 01

R808 Metal Film Resistor (chip) 39.0K 1/10 D 01

R809 Metal Film Resistor (chip) 75.0K 1/10 D 01

-815 Metal Film Resistor (chip) 75.0K 1/10 D 01

RA001 Resistor Array 10KX4 01

-025 Resistor Array 10KX4 01

RA101 Resistor Array 10KX4 01

-106 Resistor Array 10KX4 01

VC326800

VC328400

HF754390

VC328700

VC327200

VC326500

HF754390

VC328800

VC328900

VC323700

VC328800

VC329500

VC329400

VC323600

HF757470

RD256680

RD257100

RD257330

RD258100

VC327400

VC326800

VC328400

VC326800

VC328400

HF754390

VC328700

VC327200

VC326500

HF754390

VC328800

VC328900

VC323700

VC328800

VC329500

VC329400

VC323600

HF757470

RD256680

VC327400

RD356100

RD154680

RD155110

RD356270

RD155110

RD354680

RD357100

VI198800

VI199500

RE047100

金属被膜抵抗

カーボン抵抗

金属被膜抵抗

カーボン抵抗

金属被膜抵抗

カーボン抵抗

チップ抵抗

金属被膜抵抗

カーボン抵抗

金属被膜抵抗

カーボン抵抗

金属被膜抵抗

カーボン抵抗

チップ抵抗

金属被膜抵抗

チップ抵抗

チップ金被抵抗

抵抗アレイ

部品名

SPX2000

REF NO.

PART NO. DESCRIPTION REMARKS

QTY

: New Parts RANK: Japan only

RANK

RA201 Resistor Array 10KX4 01

RA401 Resistor Array 47KX4 01

RA402 Resistor Array 47KX4 01

RA501 Resistor Array 10KX4 01

SW601 Slide Switch SSSU141800 INPUT -10dBu/+4dBu 03

SW701 Slide Switch SSSU122-S09N0 OUTPUT -10dBU/+4dBu 01

*T801 Inverter Transformer 19LDH-132

TA501 Transistor Array TD62783AF(EL)

TA502 Transistor Array TD62783AF(EL)

TA503 Transistor Array TD62309F(EL) 04

TA504 Transistor Array TD62309F(EL) 04

TH801 Protector Switch RUE300 3.00A 30V 03

TR001 Digital Transistor DTC143XKA TP 01

TR401 Transistor 2SC2412K Q,R,S 01

TR402 Transistor 2SC2412K Q,R,S 01

TR501 Digital Transistor DTC114EKA TP 01

-506 Digital Transistor DTC114EKA TP 01

TR701 Transistor 2SD1979 S,T 01

TR702 Transistor 2SD1979 S,T 01

TR703 Digital Transistor DTC114EKA TP 01

TR704 Digital Transistor DTC114EKA TP 01

TR705 Transistor 2SA1576A T106 01

TR751 Transistor 2SD1979 S,T 01

TR752 Transistor 2SD1979 S,T 01

TR801 Transistor 2SC2712 GR 01

TR802 Transistor 2SC3709A O,Y 03

X001 Quartz Crystal Unit 11MHz MA-406 02

X201 Quartz Crystal Unit 49.152MHz DSO751SB

X202 Quartz Crystal Unit 45.1584M DSO751SB

X301 Quartz Crystal Unit 60MHz DSO751S 06

X401 Quartz Crystal Unit 16MHz SMD-49 04

ZD801 Zener Diode HZK3CTR 3.3V 01

ZD802 Zener Diode RLZ11B 11.0V 01

AC Inlet 3P M1908-C 03

*LCD EW10212YMR

Lithium Battery CR2032 03

Power Supply Unit ZWS50AF-5/J 19

RE047100

RE047470

RE047100

V8190000

VU120200

WB440600

V9615500

VY703900

VV458100

V3033500

VV556400

VV655400

V2993500

VV655400

VR936300

V2993500

VV925400

V9702100

WA002000

V8904500

V8904400

VZ156100

VP864900

V9544100

VK040100

V5065200

WB448400

VN103500

V9702900

抵抗アレイ

スライドＳＷ

インバータトランス

トランジスタアレイ

ポリスイッチ

デジタルトランジスタ

トランジスタ

デジタルトランジスタ

トランジスタ

デジタルトランジスタ

トランジスタ

水晶振動子

水晶発振器

水晶振動子

ツェナーダイオード

ＡＣインレット３Ｐ

液晶ディスプレイ

リチウム電池

電源ユニット

部品名

CONTENTS

BLOCK DIAGRAM（ブロックダイアグラム） ..............................3

OVERALL CONNECTOR CIRCUIT DIAGRAM

（総コネクタ接続回路図）................................................................. 4

OVERALL CIRCUIT DIAGRAM（総回路図）

MAIN (001-009) ........................................................... 5 – 13

PN1-3, POWER, JKIN, JKOUT, VOL, FOOTSW .............. 14

CIRCUIT DIAGRAM

Note : See parts list for details of circuit board conponent parts.

Notation for Circuit Diagrams

How to identify inter-sheet connectors（シート間コネクタの読み方について）

The 3-digit number indicates the destination page.

Signal name

This indicates the location of the counter inter-sheet connector.

(The alphabet indicates horizontal direction and the number

indicates vertical direction.)

（目次）

注：シートの部品詳細は、パーツリストをご参照ください。

（回路図表記上の注意）

（3桁の数字は信号の行先ページを示します。）

対応するシート間コネクタのあるロケーションを示します。

（アルファベットが水平方向、数字が垂直方向）

（信号名）

ABCDEFGH

SPX2000

■ BLOCK DIAGRAM

28CA1-8828882

MAIN

FOOTSW

PN3

PN2

PN1

JKIN

JKOUT

VOL

OUT

WORD CLOCK

USB

TO HOST

AES/EBU

L (MONO)

INPUT

OUTPUT

+4dBu

-10dBu

+4dBu

-10dBu

OUT/

THRU

MIDI

VR601

CN601 CN602

CN001 CN501

CN101

CN502

CN201

CN503

CN701 CN002

KEY x 2

LED x 14

METER (x 24)

BACK LIGHT LED

LCD 16 x 2

MEMORY

7 seg LED ( x 14)

KEY x 1

LED x 3

/SC [7-5]

KEY x 15 /SC [6-0]

LD [5-0]

LED x 7

LD [8]

JK701

FOOT SW

14P

14P20P

20P

10P

15P

CN601

CN701

CN401

CN501

/KD [0]

/KD [2-1], TKD /KD [2-0], TKD

+3.3D

IC501

TR505, 506

IC105

(20P)

TR501-503

INVERTER

+5D

/CSLCD

DB5V [7-0]

TRANSCEIVER

BLD [2-0]

PORT

/CS0

/CS2

/CS3

/CS5

/CS6

TAP LED

SC [7-0]

LED [9-0]

DRIVER

TR504

TA503, 504

DRIVER

Switch LED

SCAN

DRIVER

TA501, 502

LED DATA

DRIVER

xtal/extal

155,156

199-201,203

182,184,190

23-26,28,30-32

13-18,20,21,91,92

159

180

193

190

144

180

8,9

19 26 39,40

14,15

70,71

2,9

2,9 4,5

25,26

21,12,13

21,16,17

1,2,75-80

199 197 200

177

131

125

73,75,

101,63 149,150,

157-159

179

113

118

117

107

112

170

202

168 174

96,98,99,

101,102

X001

11MHz

X301

60MHz

+3.3D

+3.3D +3.3D +3.3B

+3.3B

+1.8D

CPU

SH7709S (X2081A00)

CPU 132MHz/BUS 44MHz

clock mode: 2 (PLL x 4)

CS0:16bit

CS2:16bit

CS3:16bit

CS4:16bit

CS5:16bit

CS6:16bit

big endian

IC004 (208P)

/SYSRES SYSTEM

RESET

IC007

CS_DIR

CS_DIT

PLLINH

/RESADA

/RES_2TR

/RESDSP

/RESDIR

/RESUSB

+5D

+5D 3

10 83

5,3,7

4-6

20,21

5,6

1,7

22,23

IC404

13 12

+5D +5D

IC204 (14P)

IC201 (208P)

IC009 (54P) IC010 (54P)

IC002

IC006 IC101, 102 (24P)

IC011 (44P)

+5D

CPUD [15-0]

/CS3

/CS0

/CS2

PLL

TLC2932 PLLP2

Clock Generator

IC205 (44P)

PLL

DIR2

X201

49MHz

X202

45MHz

/CSUSB

/CSLCD

/CSDSP601

CSIO5V

M265FS/M128FS/M64FS/MWC/MSYNC

M64FS/MWC/ANA256FS

ANA256FS

/ANAMUTE

/MUTE2TR01

/MUTEADDA

/CS5, /CS6

64Mbit

SDRAM

IC301 (40P)

4Mbit

DRAM

IC302 (40P)

4Mbit

DRAM

16Mbit

FLASH ROM 2Mbit

SRAM

Battery

Control

LEVEL CHANGE

LVX4245 x 2

/CSDSP6

/CSIO5V

RX_MIDI

TX_MIDI

/RESUSB

DB5V [7-0]

/CSUSB

+5D

+5D L406

L407

USB CPU

M37641M8

IC407 (80P)

X401

16MHz

Receiver

SN75124

IC406

IC408

JK404

CN401

JK403

BNCWCIN

DB5V [15-0]

Pulse

Trans

Pulse

Trans

DIR

CS8415

IC401 (28P)

DIT

CS8405

IC405 (28P)

CS_DIT, /RES_2TR

M265FS/M64FS/MWC

AES_WC256

CS_DIR, /RES_2TR

JK751

SW701

SW601

JK701

JK501

JK401

JK402

JK502

JK651

JK601

JK401

JK402

/ANAMUTE

/POWERMUTE

+15A

+5D +5A

+15A

IC601, 602 IC601

IC651

IC651, 652

+15A

-15A

IC703

IC704

IC753

IC754

ATT

IC703

BA HA

IC753

ATT

D/A

AK4393

A/D

CS5361

/RESADA

/MUTEADDA

MUTE

2ch/line

/MUTE2TR01

/MUTEADDA

DSP6

IC303 (176P)

/RESDSP

/CSDSP6_1

DB5V [15-0]

M128FS/MSYNC

IC701 (28P)

IC603 (24P)

INPUT

LCD MODULE

ANAIN

AESOUT

AESIN

CKIO1

(44MHz)

ABCDEFGH

SPX2000

VOL

CN601

CN602

CN001

CN501

CN101

CN101CN201

CN701

CN801

CN301

CN502

CN503

CN002

PN1

Metal fitting + nut



（金具 + ナット）



LCD MODULE

LDG LDG

+5LD

110

PN3

Metal fitting + nut

（金具 + ナット）

Metal fitting + nut

（金具 + ナット） Metal fitting + nut

（金具 + ナット）

Metal fitting + screw

（金具 + ネジ）



Metal fitting

+ screw

（金具 + ネジ）



FOOTSW

LDG

LED,LCD

+5LD

+5DA

DC/DC

+15V reg

IC801

+15A (Op Amp, DAC)

+5A (ADC/DAC)

-15A (Op Amp)

-15V reg

IC802

+5V reg

IC803

+1.8V reg

IC001

+3.3V reg

IC804

CPU

+5D

+3.3D

+1.8D

Power off (CPU)

Power off DET

Mute Drive Audio-MUTE (Output Tr MUTE)

SH3, DSP6, ATSC2, memory

SH3

AES/EBU DA AD

CN701

CN501

CN601

CN401

DSP6, PLL, USB, AES/EBU, memory, ADC/DAC

GND

DAG

MAIN

POWER SUPPLY

UNIT

POWER

AC INLET

3-core AC cord

（3芯ACコード）!

FG frame

（筐体）

117

1716

JKIN

JKOUT

Power supply and Audio MUTE/Power Off signal（電源及びAudio MUTE/Power Off信号）

Ground (wiring between pattern in P.C.B. and sheet)（グランド（基板内パターン及びシート間配線））

Function block（機能ブロック）

Signal connection（信号接続）

PN2

P.C.B. installation

screw

（基板取付ネジ）

P.C.B. installation

screw

（基板取付ネジ）

P.C.B. installation

screw

（基板取付ネジ）

P.C.B. installation screw

（基板取付ネジ）

P.C.B. installation screw

（基板取付ネジ）

P.C.B. installation screw

（基板取付ネジ）

Toothed ground lug

+ screw

（歯付きアースラグ

+ ネジ）

Metal fitting

+ screw

（金具 + ネジ）



Metal fitting

+ screw

（金具 + ネジ）



Metal fitting

+ screw

（金具 + ネジ）



Metal fitting

+ screw

（金具 + ネジ）



Metal fitting

+ screw

（金具 + ネジ）



Metal fitting

+ screw

（金具 + ネジ）



Metal fitting

+ screw

（金具 + ネジ）



CN51

CN1

■ OVERALL CONNECTOR CIRCUIT DIAGRAM

WARNING

Components having special characteristics are marked

and must be

replaced with parts having specification equal to those originally installed.

28CA1-8828882 1

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ください。

SPX2000

■ OVERALL CIRCUIT DIAGRAM 001 (MAIN 1/9)

XWVUTSRQPONMLKJ I HGFEDCBA

CPU

to FOOTSW-CN701

REGULATOR

+1.8V

SYSTEM RESET

BATTERY CONTROL

SDRAM

64M

FLASH ROM

16M

SRAM

INVERTER

AND

not used

(for check)

Detection voltage: 2.7V

Detection voltage: 3.0V

socket

XX : not installed（未実装部品）

not installed

Battery VN103500

VN103600(Battery holder for VN103500)

Notice for back-up battery removal.

Push the battery as shown in figure,

then the battery will pop up.

Druk de batterij naar beneden zoals

aangeven in de tekening, de batterij

springt dan naar voren.

Battery

Battery holder

µPC2918T-E1(X2157A00)

REGULATOR +1.8V

21: INPUT

2: GND

3: OUTPUT

4: GND

RB500V-40 (V2376600)

DIODE

1: ANODE

2: CATHODE

28CC1-8828883-1 2

■ OVERALL CIRCUIT DIAGRAM 001 (MAIN 1/9)

SPX2000

■ OVERALL CIRCUIT DIAGRAM 002 (MAIN 2/9)

PQ ONMLKJ I HGFEDCBA

AND

LEVEL CHANGE

TRANSCEIVER

XX : not installed（未実装部品）

28CC1-8828883-2 1 ■ OVERALL CIRCUIT DIAGRAM 002 (MAIN 2/9)

SPX2000

■ OVERALL CIRCUIT DIAGRAM 003 (MAIN 3/9)

XWVUTSRQPONMLKJ I HGFEDCBA

XX : not installed（未実装部品）

( F ) : Metal Film Resistor（金属皮膜抵抗）

（マ） : Mylar Capacitor（マイラコンデンサ）

（フ） : Film Capcitor（フィルムコンデンサ）

（セ） : Ceramic Capcitor（セラミックコンデンサ）

INVERTER

NAND

PLLP2

(Clock Generator)

INVERTER NAND

RESET

INVERTER

TRANSCEIVER

PLL

DIR2

D-FF

28CC1-8828883-3 1 ■ OVERALL CIRCUIT DIAGRAM 003 (MAIN 3/9)

SPX2000

■ OVERALL CIRCUIT DIAGRAM 004 (MAIN 4/9)

XWV U T S RQ PONM L K J I HG F E D CB A

DRAM

DSP6

not installed

28CC1-8828883-4 1 ■ OVERALL CIRCUIT DIAGRAM 004 (MAIN 4/9)

SPX2000

■ OVERALL CIRCUIT DIAGRAM 005 (MAIN 5/9)

PQONMLKJIHGFEDCBA

( F ) : Metal Film Resistor（金属皮膜抵抗）

（マ） : Mylar Capacitor（マイラコンデンサ）

（セ） : Ceramic Capcitor（セラミックコンデンサ）

BUFFER

INVERTER

DIR

MUTE

DIT

MUTE

LINE RECEIVER

Photo Coupler

USB CPU

USB

TO HOST

MIDI

OUT/THRU

AES/EBU

WORD

CLOCK

OUT

DAN217 (VV556300)

DIODE ARRAY 0.3AX2

1: ANODE1

2: CATHODE2

3: CATHODE1,

ANODE2

1SS372 (V9424900)

DIODE ARRAY

1: ANODE1

2: CATHODE2

3: CATHODE1,

ANODE2

28CC1-8828883-5 1 ■ OVERALL CIRCUIT DIAGRAM 005 (MAIN 5/9)

SPX2000

■ OVERALL CIRCUIT DIAGRAM 006 (MAIN 6/9)

PQ ONMLKJ I HGFEDCB A

XX : not installed（未実装部品）

INVERTER RESET

Transistor

Array

Transistor

Array

to PN1-CN001

to PN2-CN101

to PN3-CN201

（セ） : Ceramic Capcitor（セラミックコンデンサ）

28CC1-8828883-6 4 ■ OVERALL CIRCUIT DIAGRAM 006 (MAIN 6/9)

SPX2000

■ OVERALL CIRCUIT DIAGRAM 007 (MAIN 7/9)

PQ ONMLKJ I HGFEDCB A

XX : not installed（未実装部品）

( F ) : Metal Film Resistor（金属皮膜抵抗）

（マ） : Mylar Capacitor（マイラコンデンサ）

to JKIN-CN401

to VOL-CN601

INPUT

(MONO)

OP AMP

OP AMP OP AMP

ADC

INVERTER

TRANSCEIVER

OP AMP

OP AMP OP AMP

INPUT

28CC1-8828883-7 2 ■ OVERALL CIRCUIT DIAGRAM 007 (MAIN 7/9)

SPX2000

■ OVERALL CIRCUIT DIAGRAM 008 (MAIN 8/9)

PQ ONMLKJ I HGFEDCB A

NJM78L05UA(XJ598A00)

REGULATOR +5V

1: OUTPUT

2: COMMON

3: INPUT

123

XX : not installed（未実装部品）

( F ) : Metal Film Resistor（金属皮膜抵抗）

（マ） : Mylar Capacitor（マイラコンデンサ）

OP AMP OP AMP

OP AMP

MUTE

OP AMP

DAC

REGULATOR

+5V

to JKOUT-CN501

OUTPUT

28CC1-8828883-8 2 ■ OVERALL CIRCUIT DIAGRAM 008 (MAIN 8/9)

ABCDEFGH

SPX2000

■ OVERALL CIRCUIT DIAGRAM 009 (MAIN 9/9)

NJM78M15DL1A(X3942A00)

REGULATOR +15V

1: INPUT

2: GND

3: OUTPUT

NJM79M15DL1A(X3943A00)

REGULATOR -15V

1: COMMON

2: INPUT

3: OUTPUT

NJM78M05DL1A(XS534A00)

REGULATOR +5V

1: INPUT

2: GND

3: OUTPUT

REGULATOR

+15V

REGULATOR

+5V

REGULATOR

-15V

REGULATOR

+3.3V

( F ) : Metal Film Resistor（金属皮膜抵抗）

（マ） : Mylar Capacitor（マイラコンデンサ）

RB160L-60 (V8409200)

DIODE

1: ANODE

2: CATHODE

RB160L-40 (VS597600)

DIODE

1: ANODE

2: CATHODE

PQ033Y3H3ZP(X2589A00)

REGULATOR +3.3V

1: DC INPUT

2: DC OUTPUT

3: GND

4: VO (sense)

5: ON/OFF CONTROL

6: DC OUTPUT

HZK3CTR3.3V (V9544100)

ZENER DIODE

1: ANODE

2: CATHODE

RLZ11B11.0V (VK040100)

ZENER DIODE

1: ANODE

2: CATHODE

to POWER SUPPLY

UNIT-CN51

28CC1-8828883-9 2 ■ OVERALL CIRCUIT DIAGRAM 009 (MAIN 9/9)

ABCDEFGH

SPX2000

■ OVERALL CIRCUIT DIAGRAM (PN1-3, POWER, JKIN, JKOUT, VOL, FOOTSW)

PN2

PN1

PN3

FOOTSW

VOL

POWER

JKOUT

JKIN

to MAIN-CN501

to MAIN-CN502

to MAIN-CN503

to MAIN-CN601

to MAIN-CN701

to MAIN-CN602

to MAIN-CN002

to POWER SUPPLY

UNIT-CN1

to AC INLET

OUTPUT

INPUT

L (MONO)

INPUT

FOOT

CLASSIC

28CC1-8828884 2

■ OVERALL CIRCUIT DIAGRAM (PN1-3, POWER, JKIN, JKOUT, VOL, FOOTSW)

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ください。

SPA2000 SPX2000

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