PIONEER ELECTRONIC CORPORATION 4-1, Meguro 1-Chome, Meguro-ku, Tokyo 153-8654, Japan
PIONEER ELECTRONICS SERVICE, INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A.
PIONEER ELECTRONIC (EUROPE) N.V. Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium
PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 501 Orchard Road, #10-00 Lane Crawford Place, Singapore 0923
c
PIONEER ELECTRONIC CORPORATION 1998
T - IZY MAR. 1998 Printed in Japan
Page 2
XS-R9
1. SAFETY INFORMATION
This service manual is intended for qualified service technicians ; it is not meant for the casual do-ityourselfer. Qualified technicians have the necessary test equipment and tools, and have been trained
to properly and safely repair complex products such as those covered by this manual.
Improperly performed repairs can adversely affect the safety and reliability of the product and may
void the warranty. If you are not qualified to perform the repair of this product properly and safely, you
should not risk trying to do so and refer the repair to a qualified service technician.
IMPORTANT
THIS PIONEER APPARATUS CONTAINS
LASER OF CLASS 1.
SERVICING OPERATION OF THE APPARATUS
SHOULD BE DONE BY A SPECIALLY
INSTRUCTED PERSON.
LABEL CHECK (For PD-R9(S) /ZY)
USYNLIG LASERSTRÅLING VED ÅBNING NÅR SIKKERHED SAFBRYDERE ER UDE AF FUNKTION.
UNDGÅ UDSÆTTELSE FOR STRÅLING
UNSICHTBARE LASER-STRAHLUNG TRITT AUS, WENN DECKEL
(ODER KLAPPE) GEÖFFNET IST! NICHT DEM STRAHL AUSSETZEN!
ADVARSEL
VARNING!
VRW1094
Avattaessa ja suojalukitus ohitettaessa olet alttiina näkymättömälle
lasersäteilylle. Älä katso säteeseen.
Osynlig laserstrålning när denna del
är öppnad och spärren är urkopplad.
Betrakta ej strålen.
VARO!
VARNING!
LASER DIODE CHARACTERISTICS
MAXIMUM OUTPUT POWER : 5 mw
WAVELENGTH : 780-785 nm
PRW1233
Additional Laser Caution
1. Laser Interlock Mechanism
The position of the switch (S610) for detecting loading
state is detected by the system microprocessor, and the
design prevents laser diode oscillation when the switch
(S610) is not on CLMP terminal side (CLMP signal is OFF
or high level.). Thus, the interlock will no longer function if
the switch (S610) is deliberately set to CLMP terminal side
(low level).
The interlock also does not function in the test mode ∗.
Laser diode oscillation will continue, if pin 1 of M51593FP
(IC101) on the PRE-AMP BOARD ASSY mounted on the
Pickup Assy is connected to GND, or pin 19 is connected
to low level (ON).
2. When the cover is opened, close viewing of the objective
lens with the naked eye will cause exposure to a Class 1
laser beam.
∗ : Refer to page 47.
2
Page 3
2. EXPLODED VIEWS AND PARTS LIST
NOTES:• Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List.
2.1 PACKING
The mark found on some component parts indicates the importance of the safety factor of the part.
•
Therefore, when replacing, be sure to use parts of identical designation.
Screws adjacent to mark on the product are used for disassembly.
Use nipper or other tool to cut the three sections
marked figure . Then remove the spacer.
While supporting the spindle motor shaft with
the stopper, put spacer on top of the motor base
(angled so it doesn't touch section ), and stick
the disc table on top (takes about 9 kg pressure).
Take off the spacer.
1
2
12
A
A
A
B
6.9mm
3.1mm
± 0.05mm
FFC Holder
Spacer
Spacer
Spacer Setting
Position
Spindle Motor
Carriage
Base
Disc
Table
(Pressure of
about 9kg)
PCB
B
XS-R9
5
Page 6
XS-R9
SINGLE MECHANISM ASSY PARTS LIST
•
Mark No. Description Part No.
1 Lever SwitchDSK1003
2 ScrewPBA1048
3 Rubber BeltPEB1193
4 Motor PulleyPNW1634
5 Tray Black VPNW2455
1. Part numbers in PCB diagrams match those in the schematic
diagrams.
2. A comparison between the main parts of PCB and schematic
diagrams is shown below.
Symbol In PCB
Diagrams
BCE
BCE
D
Symbol In Schematic
Diagrams
BCEBCE
BCE
DGGSS
BCE
DGS
Part Name
Transistor
Transistor
with resistor
Field effect
transistor
4
3. The parts mounted on this PCB include all necessary parts for
several destinations.
For further information for respective destinations, be sure to
check with the schematic diagram.
4. View point of PCB diagrams.
Connector
Capacitor
SIDE A
P.C.Board
Chip Part
SIDE B
B
Resistor array
3-terminal
regulator
4.1 COMPACT DISC PLAYER [PD-R9(S)]
4.1.1 MECHANISM BOARD ASSY
MECHANISM BOARD ASSY
A
C
SPINDLE
MOTOR
INSIDE
M
CARRIAGE
MOTOR
M
(PNP1239-C)
CN405
B
SIDE A
D
30
A
1234
Page 31
1
CN102
C
MAIN
ASSY
B
MAIN
ASSY
B
CN103
C
(ANP7204-D)
(ANP7204-D)
J701
D
TO PICKUP
ASSY
CN102
SINGLE
MECHANISM
ASSY
CN610
A
IC451
IC452
IC401
IC501
IC601
IC602
VR601
VR602
Q401
VC451
4.1.2 MAIN ASSY
234
XS-R9
A
B
C
D
SIDE ASIDE B
1
2
3
B
4
31
Page 32
1
XS-R9
4.1.3 REAR ASSY
23
4
A
REAR ASSY
C
B
CN402
B
CN401
Q151
MJ-R5/ZY
MAIN ASSY
IC301
IC303
B
IC302
IC351
Q353 Q354
IC352
Q351
Q352
C
Q202
Q201 Q203
IC102 IC101
Q101
IC201
E
CN103 : CD1
CN104 : CD2
Q104
Q106
Q107
Q102
Q103
D
(ANP7204-D)
32
SIDE A
C
1234
Page 33
1
234
XS-R9
A
REAR ASSY
C
B
C
(ANP7204-D)
D
SIDE B
C
1
2
3
4
33
Page 34
1
XS-R9
4.1.4 FRONT ASSY
A
B
FRONT ASSY
D
23
FRONT ASSY
D
4
C
D
CN408
B
(ANP7204-D)
(ANP7204-D)
SIDE ASIDE B
34
D
1234
Page 35
1
234
4.2 REMIX EFFECTOR [EF-R9(S)]
XS-R9
4.2.1 FRONT AND HEADPHONE ASSEMBLIES
FRONT ASSY
F
HEADPHONE ASSY
G
E
CN603
CN601
E
A
(ANP7251-A)
B
SIDE A
FRONT ASSY
F
G
1
HEADPHONE ASSY
2
C
(ANP7251-A)
D
SIDE B
GF
3
4
35
Page 36
XS-R9
4.2.2 MAIN ASSY
J601
G
A
B
1
MAIN ASSY
E
23
4
C
CN101
(CD1)
H
CN102
C
CN101
(CD2)
C
SX-R9/ZY
MAIN
ASSY
F
CN602
CN104
(ANP7251-A)
D
Q651-Q658IC601
Q102Q531Q109IC201
IC401-IC404
Q106
Q108
IC204
Q603
IC502 IC501
Q101 Q104IC101IC102
IC202
IC205
Q301-Q304IC310IC301-IC304
IC306-IC309
Q103Q201 Q202
Q105IC405-IC410
SIDE A
36
E
1234
Page 37
1
(
)
234
XS-R9
MAIN ASSY
E
A
B
C
ANP7251-A
D
SIDE B
E
1
2
3
4
37
Page 38
1
23
XS-R9
4.3 REMIX CONTROL MIXER [MX-R9(S)]
4.3.1 MAIN AND VR ASSEMBLIES
A
MAIN ASSY
H
E
CN102
B
4
C
D
VR ASSY
I
SIDE A
38
HI
1234
Page 39
5
678
XS-R9
A
IC101
Q101
B
VR102 VR103
VR104 VR105
IC102
Q106
C
Q102-Q105
D
(ANP7207-C)
SIDE A
HI
5
6
7
8
39
Page 40
A
Y
B
XS-R9
1
MAIN ASSY
H
23
4
C
D
VR ASS
I
SIDE B
40
HI
1234
Page 41
5
678
XS-R9
A
B
R ASSY
C
D
(ANP7207-C)
SIDE B
HI
5
6
7
8
41
Page 42
XS-R9
Mark No. Description Part No.
Mark No. Description Part No.
5. PCB PARTS LIST
NOTES:•Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List.
The mark found on some component parts indicates the importance of the safety factor of the part.
•
Therefore, when replacing, be sure to use parts of identical designation.
When ordering resistors, first convert resistance values into code form as shown in the following examples.
•
Ex.1 When there are 2 effective digits (any digit apart from 0), such as 560 ohm and 47k ohm (tolerance is shown by J=5%,
and K=10%).
1P15/ANI5NCO––
2P16/ANI6NCO––
3P17/ANI7NCO––
4AVssAVss–GND
5P130/AN00UNITICheck input of the unit board (L : unit board check)
6P131/AN01NCO––
7AVref1AVref1–+5V
8P70/SI2/RxDSQSOICD subcode input
9P71/SO2/TxDCD DATAOData output of CD decoder
10 P72/ÅPSCK2/ASCKCD CLKOClock for CD decoder communication
11 P20/S11DISP SI/EXP STB I/O Data input for display communication
12 P21/SO1DISP SOOData output for display communication
13 P22/ÅPSCK1DISP CLKOClock output for display communication
14 P23/STBNCO––
15 P24/BUSYNCO––
52
Page 53
No. Pin Function Pin NameI/O Function
16 P25/SIO/SDA0NCO––
17 P26/S00/SDA1DSP DATAOCD DSP data output
18 P27/SCK0/SCLDSP CLKOCD DSP clock output
19 P40/AD0NCO––
20 P41/AD1NCO––
21 P42/AD2NCO––
22 P43/AD3NCO––
23 P44/AD4NCO––
24 P45/AD5NCO––
25 P46/AD6NCO––
26 P47/AD7NCO––
27 P50/A8DSP XRSTODSP reset output (L : reset)
28 P51/A9P ONODSP power supply ON/OFF (H :ON)
29 P52/A10DISP INT0ONot used
30 P53/A11DISP INT1ONot used
31 P54/A12RQ1ODSP WRITE (Writing request)
32 P55/A13RQ2ODSP READ (Reading request)
33 VssVss–GND
34 P56/A14GF1IDSP data compare/delay time
35 P57/A15P3IDSP sampling memory
36 P60TESTICD TEST input (L : TEST mode)
37 P61INSDICarriage inside SW input (L : inside)
38 P62OPENITray OPEN SW (L : OPEN completion)
39 P63CLAMPITray CLAMP SW (L : CLAMP completion)
40 P64/RDLOUTOLoading motor output (LOUT, LIN: Stop ; L, H = CLOSE ; H, L = OPEN)
41 P65/WRLINORefer to LOUT (pin 40)
42 P66/WAITRASOD-RAM reset output (Pulse output when switching the function CD)
43 P67/ASTBDMUTEOOptical digital output mute (H : mute)
44 P30/T00LEDOFront LED output (H : lights up)
45 P31/T01LDONOLaser diode output (L : lights up)
46 P32/T02MUTEOCD mute (H : mute)
47 P33/TI1GFSICD GFS signal input
48 P34/TI2SENSICD sense signal input
49 P35/PCLXLATOCD decoder latch output
50 P36/BUZXTAL OFFOCD decoder crystal ON/OFF (H : ON)
51 P37ICRTOCD decoder reset output (L : reset)
52 P120/RTP0NCO––
53 P121/RTP1NCO––
54 P122/RTP2NCO––
55 P123/RTP3NCO––
56 P124/RTP4NCO––
57 P125/RTP5SB R/EI/O System bus request/enable
58 P126/RTP6SB SIISystem bus data input
59 P127/RTP7SB SOOSystem bus data output
60 RESETRESET–Microprocessor reset input (L :reset)
61 P00/INTP0/TI00SCORICD sync. signal input
62 P01/INTP1/TIO1SBCLKISystem bus clock input
63 P02/INTP2DISP CSI/O Display communication data start / end input and output (↑ : start, ↓ : end)
64 P03/INTP3CUT INI/O Cut-in REC start input (L output at not used)
65 P04/INTP4NCO––
66 P05/INTP5NCO––
67 P06/INTP6NCO––
68 Vddvdd–+5V
69 X2X2–Main system clock
70 X1X1–––
71 ICIC–––
72 XT2XT2–––
73 P07/XT1FCOKICD focus OK input (H : OK)
74 AVddAVdd–+5V
75 AVref0AVref0–––
76 P10/ANI0KEYIMain key A/D input
77 P11/ANI1JOGIPAD/remix controller JOG A/D input
78 P12/ANI2B - REMI/O Not used (L output)
79 P13/ANI3NC–––
80 P14/ANI4NC–––
1P15/AN15BP2HICD2 music signal High-pass
2P16/AN16KEY1IKey data input (A/D)
3P17/AN17KEY2IKey data input
4AvssGND–GND
5P130/ANO0–––––
6P131/ANO1–––––
7Avref1AVref1–Connect to VD5V
8P70/SI2/RxD–––––
9P71/SO2/TxDTESTIL : test mode IN
10 P72/SCK2/ASCK–––––
11 P20/SI1DISP SIIDisplay communication DATA IN
12 P21/SO1DISP SOODisplay communication DATA OUT
13 P22/SCK1DISP CLKIDisplay communication CLK
14 P23/STB–––––
15 P24/BUSY–––––
16 P25/SI0/SB0/SDA0–––––
17 P26/SO0/SB1/SDA1I2C DATAOIIC DATA for DSP
18 P27/SCK0/SCLI2C CLKOIIC CLK for DSP
19 P40/AD0LED8OL : SAMPLER
20 P41/AD1LED7OL : OLD
21 P42/AD2LED6OL : KEYCON
22 P43/AD3LED5OL : FLANGER
23 P44/AD4LED4OL : PAN
24 P45/AD5LED3OL : ECHO
25 P46/AD6LED2OL : DELAY
57
Page 58
XS-R9
No. Pin FunctionPin NameI/O Function
26 P47/AD7LED1OL : EFFECT ON
27 P50/A8–––––
28 P51/A9–––––
29 P52/A10–––––
30 P53/A11–––––
31 P54/A12–––––
32 P55/A13–––––
33 VssGNDD–GND
34 P56/A14–––––
35 P57/A15–––––
36 P60–––––
37 P61–––––
38 P62–––––
39 P63–––––
40 P64/RD–––––
41 P65/WR–––––
42 P66/WAIT–––––
43 P67/ASTB–––––
44 P30/TO0DSPMOH : DSP MUTE
45 P31/TO1PWROH : DSP power ON
46 P32/TO2INH2OH : HP MUTE
47 P33/TI1BB2OL : CD1 L : CD1 H : MUTE H : CD2 L : /2
48 P34/TI2AA2OL : CD1 L : CD1 H : MUTE H : CD2 L : /2
49 P35/PCLDSPROL : DSP RESET
50 P36/BUZHPMTOH : HP MUTE
51 P37INH1OH : MUTE
52 P120/RTP0BB1OL : REMIXH : CD1L : MUTEH : CD2
53 P121/RTP1AA1OL : REMIXH : CD1L : MUTEH : CD2
54 P122/RTP22DSPOL : CH2 DSP signal ON
55 P123/RTP32D2ROL : CH2 DIRECT signal ON
56 P124/RTP41DSPOL : CH1 DSP signal ON
57 P125/RTP51D1ROL : CH1 DIRECT signal ON
58 P126/RTP6JOGBIJog input
59 P127RTP7JOGAIJog input
60 RESETRESET–RESET
61 P00/INTP0/TI00DSP CSIDisplay communication chip select
62 P01/INTP1/TI01–––––
63 P02/INTP2DSP4OOLD sound output control
64 P03/INTP3DSP3ONC
65 P04/INTP4DSP2ODSP general purpose port connection
66 P05/INTP5DSP1IH : during sampler memory
67 P06/INTP6–––––
68 VddVD5–VD5V
69 X2X2–OSC (4.19MHz)
70 X1X1–OSC (4.19MHz)
71 VppVpp–OSC (4.19MHz)
72 XT2–––––
73 XT1/P07–––––
74 AVddAVdd–Connect to VD5V
75 AVref0AVref0–Connect to VD5V
76 P10/ANI0BP1LICD1 music signal Low-pass
77 P11/ANI1BP2LICD2 music signal Low-pass
78 P12/ANI2BP2MICD1 music signal intermediate-pass
79 P13/ANI3BP2MICD2 music signal intermediate-pass
80 P14/ANI4BP1HICD1 music signal high-pass
Removes the Tray in accordance with the next process so that the
hook of Tray may not break.
(1) Remove the Bonnet. (three screws)
(2) Move the Tray to the open position by pressing the OPEN/
CLOSE ( ) button of Front Panel.
(3) Remove the Tray Panel. (Remove two hooks of Tray Panel, and
pull it up in the top.)
(4) Push in the Tray.
(5) Remove the Clamper Base. (Remove four hooks of Clamper
Base.)
(6) Remove the Front Panel.
(7) Pull out the Tray.
Tray Panel
Hook
Hook
Front Panel
Disc Tray
A
A
2. Servo Mechanism Assy
(1) Move the Tray and Clamper Base. (Refer to paragraph 1.)
(2) Remove four screws of Clamper and remove one screw of
ground wire under the condition (Tray open position) that Servo
Mechanism Assy falls down.
Cut a Binder which lead wire is bundled with nipper on the
Loading Base.
Screw
Gear
Pulley
mark
Drive Gear
Lever Switch
B
Lead Wires
Rubber Belt
Hook
Lever
F
D
Servo Mechanism
Assy
Screw
Earth Lead
Float Base
Clamp Cam
CB
C
Clamper Base
A
Note: Make it the next when you pull out the Tray by hand.
1) Pull the right end of the Clamp Cam in the Front Panel
A
direction.
Servo Mechanism falls down, and Clamper is canceled, and Tray
opens about 2cm.
Clamper Base
Tray
Front Panel
Tray Panel
E
Loading Base
Fig. 2
3. Float Base (Fig.2)
(1) Remove Servo Mechanism Assy. (Refer to paragraph 2.)
(2) Turn the Drive Gear to the clockwise direction fully.
Float Base is raised when Clamp Cam is fully turned to the
counterclockwise direction.
(3) Remove the Float Base after you remove Lead Wires from the
hook part of Float Base.
Note: It means that gear doesn't engage when Clamp Cam doesn't
1) Engage the mark rotation part of Drive Gear and mark of
Loading Base.
2) Turn the Lever of Clamp Cam to the counterclockwise
direction.
D
rotate even if Drive Gear rotates.
In this case, put gear together in accordance with the next
process in the right position, and it turns Drive Gear.
E
F
62
Fig. 1
A
part of
Clamp Cam
Page 63
XS-R9
A
A
C
A
A
A
A
A
MAIN Assy
Fig. 1
B
B
Hook
Left side
Right side
Front Panel
Front Panel
E
Hook
E
D
D
Fig. 2
4. Clamp Cam
(1) Remove the Float Base. (Refer to paragraph 3.)
(2) Remove the Gear Pulley and Drive Gear.
(3) Pull it up after you turn the Clamp Cam to the counterclockwise
direction fully.
5. How to Attach the Clamp Cam
(1) Attaches the Clamp Cam with pushing down Lever Switch on
the Loading Base to the loft side.
6. How to Attach the Float Base
(1) It turns Clamp Cam to the counterclockwise direction fully, and
attach the Float Base. (As for the details of the way of turning
Clamp Cam, refer to paragraph 3.)
Remove the Float Base.
7. How to Attach the Tray
(1) Turns the Drive Gear to the counterclockwise direction, and
lowers the Servo Mechanism Assy fully.
(2) Turn the Drive Gear to the counterclockwise direction, and
engage of Drive Gear and the mark of Loading Base.
(3) Insert the tray.
Note 1: Gear doesn't engage when Servo Mechanism Assy doesn't
fall down even if Drive Gear rotates. Perform step (2) in
this case, and it turns Drive Gear one more time.
being inserted completely. When it is received, a power
supply is raised to the Servo Mechanism Assy automatically.
E
REMIX EFFECTOR [EF-R9 (S)]
1. MAIN ASSY (Fig.1)
(1) Remove the Bonnet (three screws of the rear part).
(2) Remove the seven screws that MAIN ASSY is fixed, and
unhook two Hooks . (Fig.1).
(3) Remove the MAIN ASSY .
2. Front Panel (Fig.2)
(1) Remove the Bonnet (three screws of the rear part).
(2) Remove the two screws which fixes Front Panel.
(3) Unhook the two Hooks which fixes Front Panel, and make
Front Panel slide into the front, and remove Front Panel.
A
B
C
D
E
63
Page 64
XS-R9
REMIX CONTROL MIXER [MX-R9 (S)]
1. MAIN ASSY (Fig.1 to Fig.3)
(1) Take off a Sheet .
(2) Remove the five screws which fixes the Bottom Plate. (Fig.1).
(3) Remove the Bottom Plate .
(4) Remove seven knobs . (Fig.2).
(5) Remove 13 screws ( mark) which fixes the MAIN ASSY.
(Fig.3).
(6) Remove the MAIN ASSY.
Bottom Plate
A
D
C
(Bottom side)
B
C
E
B
B
A
Sheet
B
E
REAR
E
E
E
MAIN Assy
E
E
Fig. 3
FRONT
(Bottom side)
2. Cross Fader VR (Fig.4)
(1) Pull out a Fader Knob .
(2) Remove the two screws which fixes the Cross Fader Cover.
(3) Remove the Fader Cover .
F
G
H
Fig. 1
D
D
D
D
D
D
Fig. 2
D
G
F
G
Fader Cover
H
Fig. 4
64
Page 65
7.2.2 TEST MODE
7.2.2.1 COMPACT DISC PLAYER [PD-R9 (S) ]
1. Single Operation Method
• As this product is a system product, operation with assembled components.
• When single operation can not be avoided, supply power etc. according to the following method.
REAR
C
ASSY
SIDE A
XS-R9
For CD player operation by itself,
short circuit the "TEST MODE"
terminals. Release the short circuit
after the operation is complete.
MAIN
B
ASSY
SIDE B
Short circuit
• Provide the following potentials to the terminals of the figure.
– 7V+ 7V
+ 5V
65
Page 66
XS-R9
2. Operation Method When The Components Are Assembled
(1) How To Enter The Test Mode
How to Enter the Test Mode Connection Condition
Method 1Short circuit the TEST pin after the power on.Connect with the power supply jig.
Method 2Short circuit the TEST pin or send the $A25F code by function CD during power on.Connect with the receiver
(Refer to the setup/release the test mode of section 6.1.2 Adjustment.)
Note : • When test mode is 2, set the remix to off and stop the CD.
• A companion is not only SX-R9, and it thinks in the case of the power supply jig as well in the test mode.
When TEST terminal is short-circuited under the condition that a bus is never received after the reset, ignores the information of bus
and judge it POWER ON state, and perform the independent movement.
(2) The Condition When Test Mode Was Entered
Function Make it a CD forcibly. (Only when it is connected with the power supply jig.)
PowerMake it power on condition forcibly. (Only when it is connected with the power supply jig.)
DisplaySend it to the time information of the display data with "TEST2". Turn on and off the front LED.
(3) Release The Test Mode
How to release the TEST mode The movement of the CD after the TEST mode release
Method 1 Release it with power OFF.It becomes usual standby condition. (When it is connected with the receiver.)
Method 2 Release it by short circuit the TEST pin.It usually moves under the condition of function CD.
(4) Movement and Key Reception in the Test Mode (it correspond with the remote control unit or bus
communication.)
CD Main Key Key Command Movement
STOP keySTOPSTOP (Turn off all servos.)
EJECT keyEJECTEject / Load
REPEAT keyREPEATLD-on, Focus on
keySpindle kick
keyTracking off/on
, key ,Slider outside/inside
Test check of the Remix Control Mixer (Connect to Stereo Tuner Amplifier and Remix Control Mixer in the CD TEST mode.)
Control Mixer Movement
REMIX keyREMIX LED light up/light out
SAMPLE MEMORY keySAMPLE segment of receiver light up/light out
SAMPLE MODE/PLAY key SAMPLE LED light up/light out
LOOP keyLOOP LED light up/light out
CUE keyCUE LED light up/light out
PLAY / PAUSE keyPLAY LED light up/light out
MASTER TEMPO keyMASTER TEMPO LED light up/light out
TEMPO RESET keyReceiver displays "TEMPO" ↔ time indication
TAP / AUTO CUE keyAUTO CUE segment of receiver light up/light out
66
Page 67
7.2.2.2 REMIX EFFECTOR [EF-R9 (S) ]
1. Single Operation Method
• As this product is a system product, operation with assembled components.
• When single operation can not be avoided, supply power etc. according to the following method.
XS-R9
Short circuit
For Remix Effector operation by itself,
short circuit the "TEST MODE"
terminals. Release the short circuit
after the operation is complete.
MAIN ASSY
B
SIDE A
• Provide the following potentials to the terminals
of the figure.
+ 12V
+ 5.6V
+ 7V
– 7V
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XS-R9
2. Operation Method When The Components Are Assembled
TEST MODE : ON
• Method : Short circuit the TEST pin during the power on.
E
MAIN ASSY
SIDE B
Short circuit
(FRONT)
Note : A companion is not only SX-R9, and it thinks in the case of the power supply jig as well in the test mode.
When TEST terminal is short-circuited under the condition that a bus is never received after the reset, ignore the information of display
communication and judge it POWER ON state, and perform the independent movement in the Remix ON state.
TEST MODE : CANCEL
• Method : Set to the power standby or AC off.
TEST MODE : CHANGE
Effector Main Key MovementSW1234567
EFFECT ON/OFFDSP mute release at LED light up
(S701)DSP mute on at LED light out
DELAYCD1/CD2 DSP ON××××
(S702)Through via DSP DRAM
ECHOCD1 / CD2 DSP ON××××
(S703)DSP through
PAN (S704)CD1 direct××××××
FRANGER (S709)CD2 directЧЧЧЧЧ×
KEYCONCD1 / CD2 DSP ON××××
(S710)DSP key control
OLD (S711)Direct via CD1 fader×××××
SAMPLE (S712)Direct via CD2 fader×××××
∗ HP monitor changes by each parameter
• Block Diagram
CD1
CD2
68
UP : → CD1&2 → CD1 → CD2 → MUTE
DW : CD1&2 ← CD1 ← CD2 ← MUTE ←
IC501
SW 1
DSP
DRAM
Short
circuit
SW 2
SW 3
SW 4
SW 6
IC308
SW 5
OUTPUT
SW 7
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7.2.2.3 REMIX CONTROL MIXER [MX-R9 (S) ]
1. Single Operation Method
• As this product is a system product, operation with assembled components.
• When single operation can not be avoided, supply power etc. according to the following method.
MAIN ASSY
H
SIDE A
XS-R9
• Provide the following potentials to the terminals of the figure.
+ 5V
– 22V
12Vp-p
– 22V
12Vp-p
– 33.5V
FLAC 1
GND
FLAC 2
GND
TEST MODE
Short circuit
For REMIX CONTROL MIXER operation
by itself, short circuit the "TEST MODE"
terminals. Release the short circuit
after the operation is complete.
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XS-R9
2. Operation Method When The Components Are Assembled
TEST MODE : ON
• Method 1 : Short circuit the TEST pin during the power on.
• Method 2 : Input A65F with the remote control unit during the
system power on.
SIDE B
H
MAIN ASSY
Short circuit
(FRONT)
Note : A companion is not only SX-R9, and it thinks in the case of the power supply jig as well in the test mode.
When TEST terminal is short-circuited under the condition that a bus is never received after the reset, ignore the information of display
communication and judge it POWER ON state, and perform the independent movement in the Remix ON state.
TEST MODE : CANCEL
• Method 1 : Set to the power standby or AC off.
• Method 2 : Short circuit the TEST pin during test mode.
TEST MODE : CHANGE
• Method 1 : Press TAP button during test mode.
• Method 2 : Switch as →TEST → All light up → All light out → Pattern 1 → Pattern 2 → Pattern 3 → Pattern 4 → Key check
1 TEST Display
• Six characters : Normal display excepting -TEST-