In compliance with Federal Regulations, following are reproduction of labels on, or inside the product relating to laser
product safety.
Caution : No connection of ground line if disassemble
the unit. Please connect the ground line on
rear panel, PCBs, Chassis and some others.
Cord ass'y *
(E30-)
Stopper(AC cord)
(J42-0355-08)
* Refer to parts list on page 41.
Illust. is RD-HD5MD.
KENWOOD Corp. certifies this equipment conforms to DHHS
Regulations No.21 CFR 1040. 10, Chapter 1, subchapter J.
DANGER : Laser radiation when open and interlock defeated.
AVOID DIRECT EXPOSURE TO BEAM.
Page 2
RD-HD5MD/HD7
FM indoor antenna (1)
(T90-0904-08)
AM loop antenna (1)
(T90-0903-08)
Remote control unit (1)
(A70-1625-08): RD-HD5MD(T)
(A70-1626-08): RD-HD5MD(M), RD-HD7(V)
(A70-1629-08): RD-HD7(E,T)
(A70-1630-08): RD-HD7(K)
Batteries (R6/AA) (2)
1 Remove the CD from the unit.
2 Press the CD 6 key.
3 Wait for some time and verify that the dis-
play appears as above.
4 Wait a few seconds and turn the unit OFF.
Note related to transportation and
movement
Before transporting or moving this unit, carry out
the following operations.
Condensation (of dew) may occur inside the unit when
there is a great difference in temperature between this
unit and the outside.
This unit may not function properly if condensation occurs. In this case, leave the unit for a few hours and
restart the operation after the condensation has dried
up.
Be specially cautious against condensation in a following circumstances:
When this unit is carried from one place to another
across a large difference in temperature, when the humidity in the room where this unit is installed increases,
etc.
Caution on condensation
Memory backup function
Stored contents which are cleared immediately
when power plug is unplugged from power outlet :
Clock display
N.B. function
Stored contents which will back-up after power
plug is unplugged from power outlet:
State of power (on or standby), A, P, S, Last input
selection, AUX level, Volume control value, Balance
control, Receiving band, Frequency, Preset station,
Program Timer, TONE
Operation to reset
The microcomputer may fall into malfunction (impossibility to operate, erroneous display, etc.) when the power
cord is unplugged while unit is ON or due to an external
factor. In this case, execute the following procedure to
reset the microcomputer and return it to normal condition.
Unplug the power cord from the power outlet, then while
holding the set key on the main unit depressed, plug the power
cord again.
÷ Please note that resetting the microcomputer clears
the contents stored in and it returns to condition
when it left the factory.
1. Turn the gear in the direction of the arrow using a bamboo stick and so on in the drawing through the hole on the loading chassis
bottom.
Note : Do not use a screw driver like a metallic instead of a bamboo stick.
(There is a danger of damaging the gear.)
2. Pull out the tray frontward by hand when it comes just out.
ADJUSTMENT
4
Page 5
RD-HD5MD/HD7
(1) Setting of Continuous Playback Mode
No.KeyDisplay/Function
1VOLUMESelect CREC-PLAY
2
Load a recordable disc.
3(MD)6
(MD)6
CREC (ZZZZ) (CREC address)
0300h cluster = recording start point
ó
CPLAY ?
4CPLAY MID
C = XXXX a = YY (error)
C1 error ADIP error
address MID = 0300h cluster
5STOP
CREC-PLAY
ó
(1) Setting of Continuous Recording Mode
No.KeyDisplay/Function
1VOLUMESelect CREC-PLAY
2
Load a recordable disc.
3(MD)CREC (ZZZZ) (CREC address)
0300h cluster = recording start point
CPLAY ?
4STOPCREC-PLAY
6
CIRCUIT DESCRIPTION
1. Initializing
1-1 Initializing Method
• While holding down the [SET] key, plugged in the
power cord to AC power wall outlet.
1-2 Initializing Operation
• During the initial operation, the display shows "INITIAL-
IZE "and after that it will be returned to standby condition.
2. Test Mode
2-1 Setting method of the Test Mode
Test ModeKeysSetting Method
CD Test ModeCD PLAY PAUSE Insert the AC cord to
MD Test ModeMD PLAY PAUSE AC wall outlet while
MD Mecha. Test MD RECholding down
Modethe left key.
2-2 Cancel of the test mode
• Initialized and cancel the test mode if pulling out the power cord.
2-3 Operation of the Test Mode
Key
CD Test ModeMD Test Mode
CD-PLAY/PAUSE
(cyclically change the modeTracking-Servo ON/OFF-
05 and 03 by pressing the key.
MENUCD double speed CD normal speed-
P.CALL UP
P.CALL DOWN
• CD Track number up
•The pickup travels outward in the stop mode.
• CD Track number down
• The pickup travels inward in the stop mode.
SET-
Operation
MD Track number up
MD Track number down
Stop the MD operation, and start the ALLERASE operation if the disc is recordable.
3. MD Test Mode for Adjustment
3-1 Contents of the Test Mode
3-2 Entering the Test Mode
• Turn the AC on while pressing the MD[REC] key.
3-3 Canceling the Test Mode
• Turn the AC off.
3-4 Key Operations for Adjustment
KEYSOPERATION
Volume/multi-controlSelect the mode or changed
the adjustment value.
MD PLAY/PAUSE
STOP
3-5 Selection of Adjustment Test Mode
• Whenever the [volume/multi-control] knob is turned the
adjustment test mode is selected.
No.LCDDESCRIPTIONSECTION
1TEMP ADJU
2LDPWR ADJU Laser power adjustment.4-6
3 LDPWR CHEC Laser power check.4-6
4EFBAL ADJU
5TE B. ADJAutomatic EF balance adjustment.4-8
6FBIAS ADJU Focus bias adjustment.4-9
7CREC-PLAY Continuous recording mode.3-7
For more information on each adjustment mode, refer to
each section of 4, "Electrical adjustment".
Fix the mode or adjustment value.
Skip to next step.
Cancel the selected mode and
changed to menu page.
Return to the state previous before.
The work of adjustment is unnecessary
in this mode.
EF balance adjustment
(Traverse adjustment).
Continuous playback mode.3-6
4-5
4-7
3-6 Continuous Playback Mode
3-7 Continuous Recording Mode
4. Electrical adjustment
4-1 Precaution during confirmation of Laser Diode
emission
During adjustment, do not view the emission of a laser
diode from just above for confirmation. This may damage your eyes.
5
Page 6
RD-HD5MD/HD7
TE1
VC
Oscilloscope
X33
ADJUSTMENT
+
-
V: 0.5V/div H: 10ms/div
INPUT: DC mode
Pick-up
Flexible board
Laser tap
No.
KeyDisplay/Function
1
Volume/multi-control
Select [TEMP ADJU]
2 PLAY[TEMP=xx (yy)]
(xx=compensation data, yy=setting temperature)
3
Volume/multi-control
Input "yy" with present temp..
4 PLAY [TEMP=✽✽SA]
[TEMP ADJU] in writing data
+
-
Laser
power meter
Digital
voltmeter
Objective lens of
optical pick up
TP2
TP1
X33
ADJUSTMENT
1. Laser Power Adjustment
No.KeyDisplay/Function
1
Volume/
multi-control
[LDPWR ADJU]
Load recordable disc
2Load the disc and lazer on
a 0.9mW) $xx] read power
(xx=power value)
3 EJECT
PLAY
Unload the disc and laser on
4 4/¢Move the pickup to check the laser power with
laser power meter sensor
5
Volume/
multi-control
Adjust "xx" so that the power meter shows 0.9mW.
6 PLAYa 7.0mW) $xx] writing power
7
Volume/
multi-control
Adjust "xx" so that the power meter shows 7.0mW.
This adjustment should be carried out in 15 secs.
8 PLAYLaser power off
Display shows [LDPWR ADJU] after [LDPWR<$xx]
to save the data in E2PROM
Start from No.2 if readjust.
2. Laser Power Check
No.KeyDisplay/Function
1
Volume/multi-control
[LDPWR CHEC]
2 PLAY c 0.9mW) $xx]
(xx=0.85 to 0.95mW)
3 PLAY c 7.0mW) $xx]
Laser power meter: 7.0±1.0mW✽
VOM:optical pickup indication value ±10%✽
In this case, lop = 82.5 mA
lop(mA) = Reading of digital voltmeter(mV)/1(Ω)
(optical pick-up label)
KMS
260B
27x40
B0825
CIRCUIT DESCRIPTION
4-2 Precaution on handling of Optical pick-up
(KMS-260B)
The laser diode in an optical pick-up is easy to be subject to electrostatic destruction. Therefore, solder-bridge
the laser tap on the flexible board when handling the
optical pick-up.
When removing the flexible board from the connector,
make a solder bridge in advance, then remove the board.
Be careful not to remove the solder bridge before inserting the connector. Moreover, take careful measures
against electrostatic destruction. The flexible board is cut
easily. Handle the flexible board with care.
4-3 Precaution during adjustment
1) Perform the adjustment and confirmation marked with “O”
in the order shown in the table when the parts below are
replaced.
OpticalBD board
1.Temperature compensation offset adjustmentXOOO
2.Laser power adjustmentOOXO
3.Traverse adjustmentOOXO
4.Focus bias adjustmentOOXO
5.Error rate confirmationOOXO
2) In the test mode, perform the adjustment. After adjustment is completed, cancel the test mode.
3) Perform the adjustment in the order described.
4) Use the following tools and measurement equipment.
• CD test disc TGYS-1
• Laser power meter
• Oscilloscope (with bandwidth of more than 40 MΩ)
(Calibrate the probe before measurement.)
• Digital voltmeter
• Thermometer
5) Take care that VC and GND (ground) are not connected
on the oscilloscope when two or more signals are monitored on the oscilloscope. (VC and GND are short-circuited in this case.)
4-4 Creating the recordable continuous recording
disc
This disc is used for focus bias adjustment and error rate
confirmation. How to create the recordable continuous
recording disc is 3-7.
4-5 Offset Adjustment
6
pick-upIC7D3IC1,IC2,IC6
4-6 Laser Power Check and Adjustment
Laser power setting in playback and recording modes.
Preparation
1. Remove the MD mechanism from the unit.
2. Connect the digital voltmeter to TP1 and TP2 on X33
pcb.
3. Remove the top plate from traverse unit.
4. Remove the magnetic head.
5. Remount the MD mechanism to the unit
4-7 EF Balance(Traverse Adjustment)
Connection :
Page 7
RD-HD5MD/HD7
1. Recordable Disc
No.KeyDisplay/Function
1Connect the oscilloscope to TE1 and VC in X33 pcb
2
Volume/
multi-control
Select [EFBAL ADJU]
3Load the recordable disc
4 PLAY[EFBAL MO-W]
5 PLAY[EF=$✻✻MOW]
6
Volume/
multi-control
Write power adjustment. Adjust the waveform as follows.
7 PLAYDisplay shows [EF=$✻✻MOR] after [EFB=✻✻xSAVE]
to save the data in E2PROM.
Mode changes write to read
Focus and disc servo are on. Tracking servo off.
8
Volume/
multi-control
Read power adjustment. Adjust the waveform as follows.
9 PLAY
Save the data in E2PROM.
Display shows [EFBAL MO-P]
PLAY
Display shows [EF=$✻✻MOP]
(Pickup travels to search pits and tune the servo to on.)
10
Volume/
multi-control
Adjust the waveform as follows.
11 PLAYDisplay shows[EFB=✻✻xSAVE]
to save the data in E2PROM.
Display shows [EFBAL CD] disc motor stops.
12 EJECTUnload disc.
2. Pre Master Test Disc(TGYS-1)
No.KeyDisplay/Function
1 Load the disc(TGYS-1).
2 PLAY[EF=$✻✻CD] servo is on
3
Volume/
multi-control
Adjust the waveform as follows.
4Save the data in E2PROM.
Display shows[EFB=✻✻xSAVE] in brief time.
EF PHASE
5 EJECTUnload disc.
No.KeyDisplay/Function
1. CD Error Rate
1
Volume/
multi-control
[CREC-PLAY]
2Load the test disc(TGYS-1)
3 PLAYDisplay shows [CPLAY MID]
3TE B. MO-W (Automatic Adjustment Mode Indication)
• Writing Power
Automatic Adjustment
4Display shows
EFB = XXX SAVE in brief time and
Next step
save the data in E2PROM.
5
TE B. MO-R (Automatic Adjustment Mode Indication)
• Reading Power
=Low Reflection • Groove
Automatic Adjustment
6Display shows
EFB = XXX SAVE in brief time and
MD
No.KeyDisplay/Function
Next step
7
TE B. MO-P (Automatic Adjustment Mode Indication)
• Reading Power
=Low Reflection • PIT
Automatic Adjustment
8Display shows
EFB = XXX SAVE in brief time and
Next step
save the data in E2PROM.
9
EFBAL CHANGE (Unload a disc)
0Load a pre-master test disc(TGYS-1).
-
MDTE B. CD (Automatic Adjustment Mode Indication)
• Reading Power
=High Reflection • PIT
=Display shows
save the data in E2PROM.
EFB = XXX SAVE in brief time and
EF PHASE menu
save the data in E2PROM.
CIRCUIT DESCRIPTION
4-9 Focus Bias Adjustment
Use the special disc(continuous recorded disc)
During this adjustment, the oscilloscope changes in units of
about 2%. Adjust so that the waveform comes nearest to the
specified value. (MO groove read power traverse adjustment)
(Traverse waveform)
Specification : A = B
Notes :
1. Data is erased during MO write when a recorded disc is
used for this adjustment.
2. If the traverse waveform is difficult to be monitored, connect an oscilloscope as shown in the figure below.
4-8 Automatic EF Balance Adjustment
• Automatic EF balance adjustment is performed.
* Notes :
1. The relation between the C1 error and focus bias value
is shown in the figure below. Points “a” and “b” in the
figure are detected by the above adjustment. Focal
position “C” is automatically obtained from points “a”
and “b” by calculation.
2. The C1 error rate fluctuates. Therefore, perform the
adjustment according to the observed mean value.
C1 error
Focus bias value
4-10 Error Rate Check
7
Page 8
RD-HD5MD/HD7
CIRCUIT DESCRIPTION
5. Pin Description of Microprocessor
Pin No.Pin NameI/OPin Description
1PLL DATAOData output to PLL IC.
2PLL CLKOClock output to PLL IC.
3FAN CONTROL-Unused.
4SYS DATAOData output to M61510FP (IC204) and M62429P (IC203).
5M61510FP CLKOData output to M61510FP (IC204).
6M62429P CLKOClock output to M62429P (IC203).
7CEIDetection port of AC off.
8BYTE-Connected to ground.
9CNVSS-Connected to ground.
10XCINIClock input (32.768kHz).
11XCOUTOClock output (32.768kHz).
12RESETIReset signal input for microprocessor.
13XOUTOMain clock output (1MHz).
14VSS-Connected to ground.
15XINIMain clock input (1MHz).
16VCC-Power supply.
17NMI-Connected to VCC.
18REMOCON INIInput port of remote control signal.
19RDS CLKIRDS clock input (E/T type only).
20BL KCKIClock signal (88.2kHz) output.
21PLL H/LOSwitching port of reference current for CD DSP.
22STEREOIStereo signal input of tuner.
23SDIDetection terminal of SD signal for TUNER.
24LIMITIDetection port of CD limit switch.
25CD D. ON-Unused.
26MLDOCommand load signal output to CD DSP.
27RDS DATAIRDS data input (E/T type only).
28CD SPEEDOPlay back output port of hi-speed for CD.
29MD RXIData input from MD mechanism microprocessor.
30MD TXOTransmission data output to MD mechanism microprocessor.
31FLT DATAOData output to FL driver.
32RXDIData input from EEPROM writer.
33FLT CLKOClock output to FL driver.
34FLT CSOCS output to FL driver.
35M DATAOCommand data output to CD DSP.
36STATIStatus signal input from CD DSP.
37MLCKOCommand clock signal output to CD DSP.
38MD CEOCE of MD mechanism .
39MD RESETOReset signal output to MD mechanism.
40BLUE LED CONTOControl port of blue led.
41NC-Unused.
42SUBQIData input for CD sub Q data.
43CD SQCKOClock output for CD sub Q data.
44R/W SELECTIGCTL & APC control.
45OFFTPKOSwitching port of capacitance for RF bright side envelope detection.
46FLT RESETOReset signal output to FL driver.
47D MUTEOMute control for CD DSP.
48CD LD ONOControl port of CD laser diode.
49CD RESETOReset output to DSP IC.
50CD DC OFFOPower control of 4channel BTL driver.
51DISC OPENOControl port of CD tray motor driver.
52DISC UPOControl port of CD lift motor driver.
53DISC DOWNOControl port of CD lift motor driver.
54DISC CLOSEOControl port of CD tray motor driver.
8
55TMCOSpeed control port for CD mechanism.
Page 9
RD-HD5MD/HD7
CIRCUIT DESCRIPTION
Pin No.Pin NameI/OPin Description
56CD SW4IUnclamp switch (SW4) input of CD mechanism.
57CD SW5IT.U High-A switch (SW5) input of CD mechanism.
58CD SW7IHolder Home switch (SW7) input of CD mechanism.
59CD SW6IT.U High-B switch (SW6) input of CD mechanism.
60CD SW3ILoad /Clamp switch (SW3) input of CD mechanism.
61CD SW11IPhoto2 (SW11) input of CD mechanism.
62VCC-Power supply for microprocessor.
63CD BOSSIBoss sensor input of CD mechanism.
64VSS-GND
65CD SW8IHolder-H switch (SW8) input of CD mechanism.
66CD SW2ITray Close/HP switch (SW2) input of CD mechanism.
67CD SW1ITray Open switch (SW1) input of CD mechanism.
68SENSORISensor input of CD mechanism.
69MD D. CONODigital control port for level shift IC (IC206).
70PROTECT2IDetection port of protection2.
71PROTECT1IDetection port of protection1.
81MDOMode control data output to D/A converter.
82MCOMode control clock output to D/A converter.
83MLOMode control latch output to D/A converter.
84ST BY LED GOTimer LED (green) control terminal.
85ST BY LED ROStandby LED (red) control terminal.
86ENCODER AIInput port of rotary encoder (volume).
87ENCODER BIInput port of rotary encoder (volume).
88TU DC OFFOPower control port for tuner.
89FAN INIDetection port for fan level.
90~92KEY(1~3)IKey signal inputs.
93LEVEL LIInput port of REC amplifier.
94LEVEL RIInput port of REC amplifier.
95PLL CEOPLL chip enable.
96AVSS-Analog ground.
97N.C-Unused.
98VREF-A/D,D/A reference voltage.
99AVCC-Microprocessor power supply.
6-2 Audio Selector / E. Volume IC : M61510FP (IC204)
Pin No.Pin NameI/OPin Description
1REF INIInput pin of the reference amplifier.
2REF OUTOOutput pin of the reference amplifier.
3,40CD(L,R)IInput pin of the CD.
4,39MD(L,R)IInput pin of the MD.
5,38TAPE(L,R)IInput pin of the Tape play.
6,37TUNER(L,R)IInput pin of the TUNER.
7,36AUX(L,R)IInput pin of the AUX.
8,35IN VOL OUT(1,2)OOutput pin of the input volume 1 and 2.
9,34IN REC-COOutput pin of the volume input selector B1and B2.
10,33VSEL A OUT-Capacitor connection pin for the volume changing noise reduction.
11,32LOUD(1,2)-Frequency characteristic setting pin in the loudness part.
12,31BI(1,2)-Frequency characteristic setting pin in the tone control (Bass).
13,30BO(1,2)-Frequency characteristic setting pin in the tone control (Bass).
14,29MI(1,2)-Frequency characteristic setting pin in the tone control (Mid).
15,28MO(1,2)-Frequency characteristic setting pin in the tone control (Mid).
16,27TRE(1,2)-Frequency characteristic setting pin in the tone control (Treble).
17,26VSEL B OUT(1,2)OOutput pin of the volume input selector B1and B2.
18,25VOL IN(1,2)IInput pin of the main volume.
19,24VOL OUT(1,2)OOutput pin of the main volume.
20VCC-Power supply (+5.0V)
21DATAIInput pin of the serial data.
22CLKIClock input.
23GND-GND
41REC-B2OREC-B2 output.
42REC-B1OREC-B1 output.
10
Page 11
RD-HD5MD/HD7
CIRCUIT DESCRIPTION
6-3 Rec Amplifier : BA6138 (IC205)
Pin No.Pin NameI/OPin Description
1MUTE-Mute control pin(Unused)
2OUT1OL ch output
3DET1-Unused
4IN1IInput of REC output (L ch)
5GND-GND
6IN2IInput of REC output (R ch)
7DET2-Unused
8OUT2OR ch output
9VCC-Power supply (+5.0V)
6-4 DSP IC : MN6627482WB( IC502)
Pin No.Pin NameI/OPin Description
1BCLKO Bit clock output for SRDATA.
2LRCKOL, R clock signal output.
3SRDATAOSerial data output.
4DVDD1-Digital power supply.
5DVSS1-Digital ground.
6TXODigital audio interface signal output.
7MCLKICPC command clock signal input.
8MDATAICPU command data signal input.
9MLDICPU command load signal input.Load
10SENSEOSense signal output(OFT, FESL, NACEND, NAJEND, SFG).
11FLOCKOFocus servo signal output.
12TLOCKOTracking servo signal output.
13BLKCKO Sub code block clock output. fBLKCK = 75Hz
14SQCKISub code Q data clock input pin.
15SUBQOSub code Q data signal output pin..
16DMUTEIConnected to be ground.Mute
17STATO Status signal output.
18RSTIReset signal input.Reset
19SMCKO
20PMCKO
21TRVOTraverse forced feed output.
22TVDOTraverse drive output.
23PCO Spindle motor on signal output. L : ON (Default)
24ECMODrive signal output for spindle motor (forced mode output).
25ECSODrive signal output for spindle motor (servo error signal output).
26KICKOKick pulse output for tracking driver.
27TRDOTracking servo drive output.
28FODOFocus drive output.
29VREFIReference power supply for DA output section.
30FBALOFocus balance adjusting output.
31TBALOTracking balance adjusting output.
32FEIFocus error signal input (analog input).
33TEITracking error signal input (analog input).
34RFENVIRF envelope signal input (analog input).
35VDETI/O Software vibrating detection monitor output when command isDetected
36OFTIOff track signal input.Off Track
8.4672MHz clock signal output when MSEL is H.
4.2336MHz clock signal output when MSEL is L.
88.2kHz clock signal output when default.
Play signal output when command is carry out.
Vibrating detection signal input when default.
executed.
Active
HL
Play
11
Page 12
RD-HD5MD/HD7
CIRCUIT DESCRIPTION
Pin No.Pin NameI/OPin Description
37TRCRSITrack cross signal input pin (analog input).
38RFDETIRF detector signal input pin.Detected
39BDOIDrop out signal input.Drop Out
40LDONO Laser on signal output.ON
41PLLF2I/O PLL loop filter switching pin.
42TOFSOTracking offset adjusting output.
43WVELODouble speed status signal output.
44ARFIRF signal input.
45IREFIReference current input pin.
46DRFIDSL bias pin.
47DSLFI/O DSL loop filter pin.
48PLLFI/O PLL loop filter pin.
49VCOFI/O VCO loop filter pin.
50AVDD2-Analog power supply for DSL, PLL, and DA output section.
51AVSS2-Analog ground for DSL, PLL, and DA output section.
52EFM/CK384O
53PCK/DSLBOPLL clock output (fPCK = 4.3218MHz) or DSL balance output.
54VCOF2I/O Jitter free VCO loop filter pin.
55SUBCO Sub code serial output.
56SBCKIClock input for sub code serial output.
57VSS-GND
58X1ICrystal oscillation circuit input. f =16.9344MHz, 33.8688MHz
59X2OCrystal oscillation circuit output. f =16.9344MHz, 33.8688MHz
60VDD-Power supply for crystal oscillation circuit.
61BYTCKO
62CLDCKOSub code frame clock signal output (fCLDCK = 7.35kHz) when
63FCLKO Crystal frame clock signal output (fFCLK = 7.35kHz) when
64IPFLAGOInterpolation flag signal output.
65FLAGOFlag signal output.
66CLVSOSpindle servo phase synchronism signal output.CLV
67CRCOSub code CRC checked output.OKNG
68DEMPHO De-emphasis detection signal output.ON
69RESYOwhen IOSEL is H.
70IOSELISwitching pin for mode.
71TESTITest pin.Normal
72AVDD1-Analog power supply for audio output section.
73OUTLOL ch audio output.
74AVSS1-Analog ground for audio output section.
75OUTROR ch audio output.
76RSELIRSEL is L when bright level is L.
EFM signal output when IOSEL is H.
16.9344MHz clock output when IOSEL is L.
Bite clock signal output when IOSEL is H.
Traverse stop signal output when IOSEL is L.
General IO pin when default.
command is carry out.
General IO pin when default.
command is carry out.
Re-frame synchronism signal RESY output of frame synchronism
H : Synchronized L : Non synchronized
• RF signal polarity assignment pin when default.
RSEL is H when bright level is H.
• General IO pin when command is executed.
RF signal polarity assignment is set by command.
Stop Mode
Active
HL
Double
Speed
12
Page 13
RD-HD5MD/HD7
CIRCUIT DESCRIPTION
Pin No.Pin NameI/OPin Description
77CSELI
78PSELI
79MSELI
80SSELI
6-5 D/A Converter : PCM1742 (IC507)
Pin No.Pin NameI/ODescription
1BCKIAudio data bit clock input.
2DATAIAudio data digital input.
3LRCKIAudio data latch enable input.
4DGND-Digital ground.
5VDD-Digital power supply (+3.3V).
6VCC-Analog power supply (+5V).
7VOUTLOAnalog output for L-channel.
8VOUTROAnalog output for R-channel.
9AGND-Analog ground.
10VCOM-Common voltage decoupling.
11ZEROROZero flag output for R-channel.
12ZEROLOZero flag output for L-channel.
13MDIMode control data input.
14MCIMode control clock input.
15MLIMode control latch input.
16SCKISystem clock input.
Designation of oscillation frequency.
H : f = 33.8688MHz L : f = 16.9344MHz
Test pin (Normal : L ) when IOSEL is H.
SRDATA input when IOSEL is L.
SMCK output when IOSEL is H. Switching pin of frequency.
H : SMCK = 8.4672MHz L : SMCK = 4.2336MHz
LRCK input when IOSEL is L.
H : Lch data, L : Rch data SMCK = 4.2336MHz (Fixed)
SUBQ output mode switching pin when IOSEL is H.
H : Q code buffer use mode L : CLDCK synchronism mode
BCLK input when IOSEL is L.
Q code buffer use mode
Active
HL
6-6 Digital Signal Processor : CXD2664R (X33, IC1)
Pin No.Pin NameI/OPin Description
1MNT0I/O Monitor output.
2~4MNT(1~3)OMonitor output.
5VDC0-CORE power supply.
6SWDT-Data input for microcomputer serial interface.
7SCLK-Shift clock input for microcomputer serial interface.
8XLAT-Latch input for microcomputer serial interface. Latched at the falling edge.
9VSC0-CORE GND.
10SRDTOData output for microcomputer serial interface.
11SENSO
12XRSTIReset input. Low : reset
13SQSYODisc subcode Q sync/ADIP sync output.
14DQSYOU-bit CD or MD format subcode Q sync output when the digital in source is CD or MD.
15RPWRILaser power switching. High : recording power, Low : playback power
16XINTOInterrupt request output. Low when the interrupt status occurs.
17TXIEnable signal input for recording data output. High : enable
18VDIO0-I/O power supply.
19OSCIICrystal oscillation circuit input.
20OSCOI/O Crystal oscillation circuit output. (Input when OSCN = high.)
Outputs the internal status corresponding to the microcomputer serial
interface address.
13
Page 14
RD-HD5MD/HD7
CIRCUIT DESCRIPTION
Pin No.Pin NameI/OPin Description
21OSCNIControl for feedback resistor and inverter inside oscillation circuit.
22VSIO0-I/O GND.
OSCI pin input frequency switching.
23XTSLI
24,25DIN (0,1)IDigital audio interface signal input (0,1).
26DOUTODigital audio interface signal output.
27DATAII3-wire data input for recording.
28LRCKII3-wire LR clock input for recording.
29XBCKII3-wire bit clock input for recording.
30VDC1-CORE power supply.
31VSC1-CORE GND.
32ADDTIData input from A/D converter.
33DADTOREC monitor output/decoding audio data output.
34LRCKOLR clock output to external audio block.
35XBCKOBit clock output to external audio block.
36F256O256Fs output.
37XWEOExternal DRAM write enable output.
38XOEOExternal DRAM read enable output.
39DRVDD0-DRAM interface power supply.
40DRVSS0-DRAM interface GND.
41A11OExternal DRAM address output.
42~45D3,D0,D2,D1I/O External DRAM data bus.
46XCASOExternal DRAM XCAS output.
47XRASOExternal DRAM XRAS output.
48~56
57VDC2-CORE power supply.
58VSC2-CORE GND.
59,60A04,A03OExternal DRAM address output.
61DRVDD1-DRAM interface power supply.
62DRVSS1-DRAM interface GND.
63,64TEST(0,1)IConnect to the analog power supply.
65TEST2ONo connected.
66AVD1-Analog power supply.
67ASYOOPlayback EFM full-swing output.
68ASYIIPlayback EFM comparator slice voltage input.
69BIASIPlayback EFM comparator bias current input.
70RFIIPlayback EFM RF signal input.
71AVS1-Analog GND.
72PCOO
73FILIIFilter input for master PLL of playback digital PLL and recording EFM PLL.
74FILOOFilter output for master PLL of playback digital PLL and recording EFM PLL.
75CLTVI
76PEAKIPeak hold signal input for quantity of light.
77BOTMIBottom hold signal input for quantity of light.
78ABCDISignal input for quantity of light.
79FEIFocus error signal input.
80AUX1IAuxiliary input 1.
81VCICenter voltage input.
82ADIOOTest. No connected.
A09~A10,A07,A00,
A06,A01,A05,A02
512Fs (22.5792MHz) when XTSL 1 (command) =low and XTSL = high.
1024Fs (45.1584MHz) when XTSL 1 = low and XTSL = low.
2048Fs (90.3168MHz) whe
OExternal DRAM address output.
Phase comparison output for master PLL of playback digital PLL and
recording EFM PLL.
Internal VCO control voltage input for master PLL of playback digital PLL
and recording EFM PLL.
14
Page 15
RD-HD5MD/HD7
CIRCUIT DESCRIPTION
Pin No.Pin NameI/OPin Description
83ADRTIVoltage input for the upper limit of the A/D converter operating range.
84ADRBIVoltage input for the lower limit of the A/D converter operating range.
85SEISled error signal input.
86TEITracking error signal input.
87AVD2-Analog power supply.
88AVS2-Analog GND.
89DCHGIConnect to the low-impedance power supply.
90APCIError signal input for laser digital APC.
91ADFGIADIP binary FM signal input.
92VDIO1-I/O power supply.
93VSIO1-I/O GND.
94F0CNOCurrent source setting output for RF amplifier.
95VDC3-CORE power supply.
96VSC3-CORE GND.
97XLRFOControl latch signal output for RF amplifier.
98CKRFOControl clock signal output for RF amplifier.
99DTRFOControl data signal output for RF amplifier.
100APCROReference PWM output for laser APC.
101LDDROPWM output for laser digital APC.
102TRDROTracking servo drive PWM output (-).
103TFDROTracking servo drive PWM output (+).
104FFDROFocus servo drive PWM output (+).
105FRDROFocus servo drive PWM output (-).
106FS4O4Fs output.
107SRDROSled servo drive PWM output (-).
108SFDROSled servo drive PWM output (+).
109SPRDOSpindle servo drive output. (PWM (-) or polarity)
110SPFDOSpindle servo drive output. (PWM (+) or PWM absolute value)
111FGINISpindle CAV servo FG input.
112~114TST(1~3)ITest. Connect to GND.
115EFMOOLow during playback. EFM (encoding data) output during recoding.
116VDIO2-I/O power supply.
117VSIO2-I/O GND.
118VDC4-CORE power supply.
119VSC4-CORE GND.
120MDDT1IMD DATA mode 1 switching input. (Low : normal mode, High : MD-DATA mode 1)
6-7 MD RF AMP : CXA2523AR (X33, IC2)
Port No.Port NameI/ODescription
1IIRF signal (I) input.
2JIRF signal (J) input.
3VCOCenter voltage input.
4~7A~DICurrent input pin of main beam servo signal (A~D).
8, 9E, FICurrent input pin of main beam servo signal (E,F).
10PDIAPC amplifier input.
11APCOLaser APC output.
12APCREFIReference voltage input for laser power setting.
13GND-GND
14TEMP IITemperature sensor connection pin.
15TEMP RITemperature sensor connection pin (outputs reference voltage).
16SWDTIControl data signal input from DSP (IC1).
17SCLKIControl clock signal input from DSP (IC1).
18XLATIControl latch signal input from DSP (IC1).Latch
19XSTBYIStandby setting pin.Normal ope.Standby
Active
HL
15
Page 16
RD-HD5MD/HD7
CIRCUIT DESCRIPTION
Port No.Port NameI/ODescription
20F0CNTIInternal current setting pin.
21VREFOReference voltage output (unused).
22EQADJI/O Center frequency setting pin for EQ.
233TADJI/O Center frequency setting pin for BPF3T.
24VCC-Power supply.
25WBLADJI/O Center frequency setting pin for BPF22.
26TEOTracking error signal output.
27CSLED-Capacitor (LPF) connection pin for sled error signal.
28SEOSled error signal output.
29ADFMOADIP FM signal output.
30ADINIADIP signal comparator input.
31ADAGC-ADIP AGC capacitor connection pin.
32ADFGOADIP binary signal output.
33AUXOAuxiliary output /temperature signal output.
34FEOFocus error signal output.
35ABCDOI-V amplifier output pin.
36BOTMO Bottom hold signal output of RF/ABCD.
37PEAKOPeak hold signal output of RF/ABCD.
38RFORF equalizer output pin.
39RFAGC-Capacitor connection pin for RF AGC.
40AGCIIRF AGC input.
41COMPOO User comparator output pin (unused).
42COMPPIUser comparator non-inversion input pin.
43ADDCI/O Capacitor connection pin of feed-back circuit for ADIP amplifier.
44OPOOUser OP amplifier output (unused).
45OPNIUser OP amplifier inversion input.
46RFOORF amplifier output.
47MORFIIInput pin of RF signal for groove with AC coherence.
48MORFOOOutput pin of RF signal for groove.
Active
HL
6-8 4ch BTL Driver : BA5815FM (X33, IC4)
Pin No.Pin NameI/OPin Description
1FWDIInput for loading forward.
2REVIInput for loading reverse.
3VCNTIOutput control terminal for loading.
4FIN1ICH1 PWM forward input.
5RIN1ICH1 PWM reverse input.
6FIN2ICH2 PWM forward input.
7RIN2ICH2 PWM reverse input.
8VCC1-VCC1(PRE,LD,CH1,CH2)
9L (+)OInverted output of loading.
10L (-)ONot inverted output of loading.
11SL (-)OInverted output of CH2.
12SL (+)ONot inverted output of CH2.
13FCS (-)OInverted output of CH1.
14FCS (+)ONot inverted output of CH1.
15TRK (+)ONot inverted output of CH4.
16TRK (-)OInverted output of CH4.
17SP (-)ONot inverted output of CH3.
18SP (+)OInverted output of CH3.
19GND-GND
20VCC2-VCC2(CH3,CH4)
21MUTEIMute control.
22OPOUT3OOutput of CH3 OP-AMP.
16
Page 17
RD-HD5MD/HD7
CIRCUIT DESCRIPTION
Pin No.Pin NameI/OPin Description
23OPIN3 (-)IInverted input of CH3 OP-AMP.
24OPIN3 (+)INot inverted input of CH3 OP-AMP.
25OPOUT4OOutput of CH4 OP-AMP.
26OPIN4 (-)IInverted input of CH4 OP-AMP.
27OPIN4 (+)INot inverted input of CH4 OP-AMP.
28BIASIInput for reverse voltage (bias).
6-9 Head Coil Driver : BD7910FV (X33, IC8)
Pin No.Pin NameI/OPin Description
1VregINIRegulator Input & Regulator Power Supply
2RegGND-Regulator GND
3RegSEL-Regulator Select Pin
4VGIDrive Voltage Input for Power MOS
5VDDIInput of Supply Voltage for EFM Signal Source
6PDGND-Pre Drive GND
7EFMIEFM Signal Input
8MUTE-Mute Control (High : Active)
9SDTIIAudio Serial Data Input Pin
10LRCKIL/R Channel Clock Pin
11MCLKIMaster Clock Input Pin
12SCLKIAudio Serial Data Clock Pin
13PWADIADC Power Down & Reset Mode Pin "L" : Power Down Mode
14PWDAIDAC Power Down & Reset Mode Pin "L" : Power Down Mode
15AOUTLOOutput Pin of Analog L channel
16AOUTROOutput Pin of Analog R channel
17
Page 18
RD-HD7
HEADPHONE BOARD
FRONT BOARD
RM301
SW301
SW309
SW310
SW311
SW312
CP108
PHONES
JACK101
FLT301
LED301
ZD301
SW305
SW303
SW302
SW304
SW313
SW314
LED302
SW315
SW316
SW322
SW321
SW320
SW319
SW318
SW317
CP301
AUX/TAPE
TUNER
POWER
SOUND
STANDBY/TIMER
MD/EJECT
CD1 CLOSE
SKIP UP
STOP
MD PLAY
CD1 PLAY
CD PLAY
LUG
SET
CD3 PLAY
CD2 PLAY
CD2 CLOSE
CD3 CLOSE
MENU
J319
J352
R153
R152
J318
J317
J350
J349
R327
J358
+
C309
J313
J312
J302
J303
J301
R303
J314
C307
J315
J311
J310
J309
J320
R312
J304
C312
J357
J351
J308
J306
J356
R309
VR301
MD REC
SKIP DOWN
11
21
202
1
J348
R317
R325
J347
R328
R329
R330
R331
C301
R318
J316
C157
C156
J100
R326
C302
R314
R313
RG
R302
J322
J321
R301
C306
C305
C304
C303
R315
R319
J344
R307
R306
R305
R304
R308
C308
J341
J327
J336
J335
R332
J353
J342
J345
R321
R320
J343
J340
J323
R333
R334
R339
R336
R335
C313
R341
R338
J330
R337
J331
J332
J334
J333
R342
J337
C314
R346
C311
R311
J325
R310
C310
J326
C317
J329
J338
321
6433
EB
605651
EB
EB
Q302
Q301
Q303
IC301
IC301
SW312
FLT301
LED301
SW309
SW310
SW311
RM301
HEADPHONE BOARD
JACK101
HEADPHONE
SW305
SW316
SW315
CP505
SW301
LED302
CP506
SW304
ZD301
CP301
SW306
SW314
SW313
CP508
SW307
CD CNT BOARD
SW30
CP507
SW323
SW324
SW302
SW303
CP108
FRONT BOARD
Q301
Q302
Q303
AUX/TAPE
STANDBY/TIMER
J356
POWER
C312
MD REC
R153
J360
565160
J317
J318
J313
J314
J312
TUNER
MD PLAY
CD PLAY
STOP
MD/EJECT
J301
J358
J302
R303
C309
J303
C307
SET
MENU
R309
LUG
SKIP UP
SKIP DOWN
VR301
J357
J596
115
216
J592
J593
J594
J595
CD EJECT
SOURCE
RANDOM
R327
R312
J349
J350
J319
SOUND
R152
J583
J582
J597
J598
J599
J315
J311
J359
J310
J309
J320
J304
J305
J306
J307
J308
J353
J586
J587
J590
J591
39
382
151 6
51
1
J588
J589
DISPLAY
REPEAT
I -
R314
R313
C302
R326
R328
C314
J327
J346
J351
R329
R330
R331
J348
R346
R
L
C157
C156
R322
J323
R334
R333
J341
J344
C308
R308
R307
R306
R305
R304
C304
R317
C301
R325
J347
J316
R318
C305
C306
R315
R319
C303
J342
J352
J340
R321
R320
R311
R302
R301
J322
J321
J325
J339
C317
J326
J343
J328
R310
C310
202
121
J335
J337
J336
R332
J345
J330
J332
R337
C311
R335
C313
R339
R336
R338
R342
R323
R324
J333
J334
R340
R344
R341
J331
1
32
64
33
BEBE
BE
1819
RD-HD5MD
ACEG IBDFHJ
PC BOARD
1
2
3
Refer to the schematic diagram for the value of resistors and capacitors.
4
5
6
7
Page 19
KLNPRTMOQS
J901
J931
J932
J915
J5
R950
C159
C158
C161
C160
J167
C162
C163
R149
R151
J102
J103
RL101
J101
J169
J170
C182
C183
I
C151
C196
J141
RL103
C145
J165
C147
C127
R147
C143
J106
R129
J121
J120
J118
C164
J114
J113
C148
C137
J139
J131
J108
J105
J129
C138
J130
C149
J128
GOI
R134
C115
J122
R128
IGO
J119
J132
J133
GOI
R131
R127
C142
C144
L101
J107
R160
R159
J127
L102
R130
J104
J109
R164
R165
J110
J116
C153
C143B
J162
C146
J111
ACAC
C124
AC
C123
AC
C122
C121
R138
R137
212
G
J138
C118
OGI
J117
J123
C125
J134
I
J135
NEUTRAL
LIVE
BLACK
WHITE
214
F102
F104
J199
J125
C109
O
C120
C135
C134
C126
R132
J140
R126
I
C198
R903
J924
C927
C919
R915
J126
R135
OGI
R136
OG
J112
C150
R913
C915
C917
C911
C197
R917
VR901
J926
R909
C907
C913
C935
C925
R945
R947
BBEEEEBBBBEEEEBB
J923
C921
R933
R927
J925
R935
R937
J922
R943
C933
R901
R905
C901
R921
R919
R925
R911
C905
R907
R953
C937
R923
J911
J912
C939
WHITE
J921
C909
C929
C923
R931
R929
C931
J920
VR903
J919
J918
R949
R939
R941
R951
J913
J917
J916
J9
C11
J115
J13
OG
C112
R29
J12
R28
C20
C19
R26
R25
R9
C13
R23
J10
R196
R148
R146
R13
R19
C9
R11
R21
C3
C15
C7
C17
C5
R27
C12
J8
R20
J14
J6
J4
R15
R18
R17
R167
GND2
C906
C914
C908
VR904
C934
R914
J910
R912
C940
C912
C920
C918
C916
R916
VR902
J930
R918
R910
J929
R928
R948
R952
R942
C938
R940
J909
J914
J928
C922
C926
C928
R934
J902
C932
J903
R944
J927
J906
R906
R902
R904
C902
R922
R926
R920
R908
R924
R932
C924
C910
R936
R930
C930
J904
J905
R938
J908
J907
C936
R946
C16
C14
J2
C10
R24
R22
R16
R30
115
J3
J1
C8
R7
R12
R14
C18
C4
C6
R10
R8
R2
C1
R5
R1
R3
R4
C2
R6
WHITE
GND1
J11
CN900
CP901
CP902
Q924
Q920
Q106
CN101
ZD106
D112
JACK102
JACK104
AUX INPLAY INREC OUT
TAPE
SUPER
WOOFER
PRE OUT
RL
SPEAKERS
Q112
D193
JACK103
D190
D191
D192
CP101
CN105
CP113
CN116
D116
Q107
CN109
CN108
CN104
Q108
CP116
CN103
Q111
Q110
D106
D102
+9V,+5V REG BOARD
CN115
CP115
POWER BOARD
CP110
CN111
CP111
+6.3V,+5V REG BOARD
ZD103
Q104
ZD104
CP109
CN112
Q903
Q905
Q911
Q915
CN107
Q921
Q919
Q923
D901
Q907
Q901
D903
Q909
Q917
Q913
CP1
Q3
D1
D2
CP112
D117
Q113
MAIN BOARD
CN903
Q904
Q906
Q916
Q912
AMP BOARD (RD-HD7MD)
Q910
Q908
D902
Q902
213
F103
WH
BK
YEL
3
1
SW101
POWER SEL BOARD
CN115
Q922
Q918
Q914
D904
Q4
IC1
Q1
AMP BOARD (RD-HD5MD)
Q2
CP2
13
13
31
2
12
1
21
15
1
18
61
8
24
61
81
16
111
18
81
11013
16
41
113
16
12
1
21 12
8
EEB
EB
B
B
E
B
E
B
E
SG
D
SG
D
SG
D
SG
D
B
E
B
E
B
E
B
E
B
E
B
E
B
E
EB
E
B
B
E
E
E
B
E
B
B
B
B
E
E
B
E
B
E
BE
E
B
BE
BE
BE
IC105
IC107
IC106
IC101
IC104
IC103
IC108
IC109
IC102
J148
J146
J150
J149
J154
R166
J153
J155
J156
R133
R139
J164
J166
R143
R145
R142
J142
R140
R163
J144
J143
J147
R141
R144
R101
R154
C102
R102
C103
C104
R105
R106
C105
R109
R110
R107
R111
R112
R150
C165
C101
C166
C106
R108
R103
R104
J136
EB
J145
C152
T101
J137
R162
R161
R158
D110
D105
D107
Q109
D111
D115
PC BOARD(Component side view
1
2
3
4
5
6
)
7
2021
Refer to the schematic diagram for the value of resistors and capacitors.
Page 20
UWYAAACVXZABAD
Q200
IN
DIGITAL
OUT
Q201
Q202
Q501
CN201
CN502
D502
IC504
D200
JACK200
JACK201
CP201
CP203
ZD200
D501
CP701
IC203
CN206
CP302
CP202
ZD201
CP205
ZD202
CP204
IC701
CP102
IC205
CP303
C250
C213
C253
C252
C234
C228
C226
C545
C546
C214
R118
R117
C181
C107
C212
R230
C251
C233
C263
C264
C230
C223
C229
C224
XTAL700
XTAL701
C702
C712
C205
C204
C232
C217
C231
C261
C262
1
4
5
8
C524
R537
C522
R443
C540
1
11
9
C539
C258
C703
C850
C259
R242
C254
C235
R818
R783
R817
R782
R813
R778
R781
R816
R553
R554
R290
EB
13
11310118
1
122
41
9
10
1
2
291
28
391
382
2
EB
E
GOI
B
R291
R235
C580
C553
C565
R556
C560
J508
J509
C563
R557
C572
R596
19
C551
R567
R568
C561
C535
C532
C534
X501
C519
C216
C502
L501
C501
C521
C573
R550
C549
R563
1
51
9
R564
R566
R565
R523
R534
R540
R561
C575
J359
R164
R163
R165
R166
R161
R162
GND301
J341
J340
FROM AMP BOARD
CD R
TRANSMITER
GRAY
VCC
GND
VIN
MD L
MD R
MD OPTION
PAR T
CD L
MD OPTION
MD-X
MD-O
ANALOG5V
RECEIVER
VCC
VOUT
BLACK
TO TUNER PACK
EEPROM WRITER
MD OPTION PART
FROM MD MECHA BOARD
MD 5V
GND
PLATE
FROM CD MECHA BOARD
BKT301
3CD
OPTION
3 CD LODER
CONTROL
PAR T
L
R
DRIVE 2 & D/A
OPTION PART
DRIVE2&D/A OPTION
FE
TE
FROM FRONT BOARD
SK5MD//SK5
BKT302
IC505
MD OPTION PART
TUNER OPTION PART
E
211
202
61
B
NO MD OPTION PART
Q203
Q102
Q101
IC204
IC508
Q507
IC501
Q701
Q702
Q700
IC201
IC202
IC206
IC700
IC502
IC506
Q508
IC503
Q503
Q504
Q502
Q506
D503
IC507
D708
D504
Q110
Q111
Q505
D706
D201
C255
R232
C240
R224
R222
C244
C242
C246
C257
R227
R229
C249
R228
R226
C248
C238
R578
C544
C541
R599
C543
R575
R234
R233
R573
R576
R562
R215
R218
R220
22
21
42
1
14
85
R221
R219
R214
R248
R113
R114
C180
R116
R115
C243
C245
C247
C241
C239
R225
R223
R231
C256
R217
R216
C548
R706
R707
C701
R855
C700
R705
R704
R708
C704
R710
R713
R714
R715
C201
R810
R801
R701
R702
C547
R803
C710
R804
R805
R807
R802
C711
R700
R703
R850
R723
R722
R826
R711
R709
R716
R212
C210
C211
R202
C203
R203
C206
R206
R207
C209
R208
85
14
R210
C208
R204
R250
C202
R213
R251
R253
R721
R239
R735
R730
R731
R729
R727
R720
R717
R238
8
5
814
71
1
4
C526
R526
R525
R433
R527
C523
R809
R756
R753
R754
R424
R751
R757
R435
R734
R733
R718
R743
R806
R744
R580
R536
R535
R531
R533
R532
R740
R524
R436
R724
R539
R529
R530
R528
R752
R765
R791
R749
R747
R748
R746
R745
C402
C404
R766
R767
C403
R438
R764
R437
R732
J519
J520
R574
R600
C542
R589
C265
R577
R579
R796
R793
C707
C708
C706
R792
R244
R243
R790
R795
R794
R820
R583
R588
C266
R590
R245
R246
R598
R584
R789
R776
R775
R777
R784
R774
R812
R811
R785
R808
R761
R759
R758
C705
R773
R772
R771
R770
R768
R769
C576
C577
C260
R249
R247
R241
R240
R209
R211
C207
R205
C709
BD201
R504
R502
R506
R501
J502
R522
R236
R505
R413
R414
R237
R252
C581
J501
C552
C555
C554
R569
C559
C550
C215
R415
R570
R559
R560
R558
R434
R441
R429
R432
R430
J510
J511
R431
R587
R591
R592
R440
R439
R586
C570
C406
C566
C569
R593
R595
R594
C571
R585
R552
R442
C405
C401
C578
R546
C558
R555
R544
R542
C529
R545
C533
R547
J505
C536
C531
C537
C538
R543
C530
J507
C506
R548
J513
J506
J512
C562
R549
R551
R582
R581
C564
R514
C509
C508
C512
R515
C513
C527
C528
C510
40
1
916
44
1
11
12
22
33
34
23
81
61
60
41
21
C516
R518
C515
R516
R519
C518
R517
R520
C514
C568
C511
J504
J503
R507
1732
161
C517
J514
R503
C505
R719
C520
R513
R512
C504
R509
C525
C503
R511
R712
R508
C507
R510
C574
C557
R571
J516
J517
J518
R572
C556
C579
J515
R416
C567
RESET
51
100
1
3031
50
80
81
1528
141
LR
5V
FE
TE
80
20
EBEB
EB
EB
EB
EB
EB
EB
EB
EB
EB
EB
EB
EB
EB
PC BOARD
1
2
3
AUDIO: SIDE A
HEADPHONE
CONTROL SIDE A
4
5
HEADPHONE CONTROL SIDE B
6
7
Refer to the schematic diagram for the value of resistors and capacitors.
AUDIO: SIDE B
2223
Page 21
ABDFHJCEG I
3.3V
3.2V
2.8V
0V
3.3V
3.3V
2.5V
0.2V
3.3V
3.3V
2.6V
1.8V
3.2V
3.3V
3.3V
3.3V
2.6V
3.3V
3.3V
2.6V
6.3V
3.3V
2.6V
3.3V
3.3V
2.6V
3.3V
5.0V
2.8V
3.3V
4.5V
3.3V
IC2
IC1
IC5
IC8
(X33-1320-00) (A/2)
IC9
CN3
D3
Q1
Q5Q6
Q2
Q4
Q3
Q11
RF AMP
HEAD
DRIVER
REC
ADJUSTMENT
APC
LD
CHANGE
-OVER
D1
D2
ON/OFF
LD
DIGITAL
Q7
M
M
M
to HEAD
RF
OUT
AUDIO SERIAL
DATA I N
Q12
DSP
AUDIO SERIAL
DATA OUT
MEMORY IC
2.6V AVR
KMS-262E(T25-0123-05)
to
(BOTTOM
VIEW)
4847464544434241403938
37
13
14
15
1617181920
21
22
23
24
MORFO
MORFI
RFO
OPN
OPO
ADD
COMPP
COMPO
AGCI
RFAGC
RF
PEAK
GND
TEMPI
TEMPR
SWDT
SCLK
XLAT
XSTBY
FOCNT
VREF
EQADJ
3TADJ
VCC
1
2
3
4
5
6
7
8
9
10
11
12
36
35
34
33
32
31
30
29
28
27
26
25
I
J
VC
A
B
C
D
E
F
PD
APC
APCREF
BOTM
ABCD
FE
AUX
ADFG
ADAGC
ADIN
ADFM
SE
CSLED
TE
WELAD
TRK-
TRK+
FCS-
FCS+
K
PD
VR
MOD
ILCC
LD-GND
VCC
J
B
A
VC
I
F
C
D
E
VEE
TE1
TE2
FE2
FE1
RF
IOP1
IOP2
F
E
VC
2
3
4
5
6
8
9
12
VCC
DO0
DO1
XWE
XRS
A11
A10
A0
A1
A2
16
15
14
13
17
GND
DO3
DO2
XCA
XOE
A8
A7
A6
A5
GND
0.1
0.022
C63 0.01
0.22
0.022
C59
470K
R86
10K
R77
1000P
C55
R76 100K
R72
13K
15K
R73
C54 0.022
100K
R75
56K
R71
C68 0.068
C67 4700P
R78 100
C66 1
100
R82
4
3
5
1
2
1K
R101
22K
R99R100
39K
R102
1K
1K
R103
C74 1
L3L2
C72 0.1
2.2
R98
1
R97
C75 0.1
R96 100K
C71 0.1
680
R94
4.7K
R95
4.7K
R93
8
5
6
7
9
3
4
3
9
8
9
8
3
3
7
9
8
4
5
6
10u16
C60
+
7
6
7
6
Q11
12
11
12
11
Q11
41
43
44
45
38
51
50
46
38
46
53
51
59
55
54
52
50
41
C7 0.47
100K
R14
C10 100P
R15 680K
C11 2.2
33K
R18R17 330
R19 1K
150
R20
0.015
C12
86
85
110
107
108
109
R80
100 560
R79
20
19
18
17
16
151413
12
11
1
2
3456789
10
4.7
C40
99
98
97
99
97
94
99
98
100
102
105
104
103
R21 10K
R22 10K
C18 0.01
R23 100K
82
90
91
89
88
87
83
85
84
98
81
78
97
220
220
3
2
1
4
5
18
14
13
17
94
R16C9
4700P
L4
1/4W
1
2
3
4
6
7
8
10
11
12
15
17
18
19
20
21
22
23
24
25
81
77
78
80
79
76
100
C8
0.1
R5
R6
47
44
42
L1
35
34
96
92
2.2K
R85
C42
220P
3.3
R70
565553
54
52
91
37
47
45
43
R25 47
R26 47
+3.3V+3.3V
+3.3V
+3.3V+3.3V+B
+3.3V
+B+B
+3.3V
+B
+B
0.1
C1
+B
+B
+5V
+5V
+5V
36
Q3
Q3
97
100
100
N.CN.C
HVDD
REGOUT
REGNF
VOS2
REGDRV
VREG
VG
REGSEL
REGGND
VOD1
VOS1
VOD2
HGND
EFM
PDGND
VDD
MUTE
N.C
SPDL+
SPDL-
SLED+
SLED-
LOAD +
LOAD -
11
12
16
15
R123
100K
R120
100K
100K
R119
109
110
102
1
2
4
3
5
R3
10P
+B
C76
0.47
C69 0.022
13K
R43
10
C41
12K
R42
16
R12
3.3
W4
C43
220P
9
10
3
3
W5
1
C62
C64
C65
470K
R88
3.3M
R87
0.01
C58
4.7K
R89
+B
C56
W2
1
C73
C52 0.1
10u16
+
L8
HEAD1
HEAD2
21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1
C51
R129
1M
R122
100K
103
19
20
187
1
29
28
220
2.2
R131
2.2
R130
1/2W1/2W
76
81
77
78
79
80
85
86
RFLEVEL
VDC1
XBCKI
LRCKI
DATA I
DOUT
DIN1
DIN0
XTSL
VSIO0
OSCN
OSCO
OSCI
VDIO0
TX
XINT
RPWR
DQSY
SQSY
XRST
SENS
SRDT
VSC0
XLAT
SCLK
SWDT
VDC0
MNT3
MNT2
MNT1
MNT0
5
W16W11
0.1
C25
9
13
14
16
0.1
C24
26
27
27
28
29
30
10
56
VCC
60
A3
11
A4
A9
49
48
21
23
22
24
48
42
F256
A04
A03
A06
A01
A05
A02
VDC2
VSC2
A09
A08
A10
A07
A00
D3
D0
D2
XCAS
XRAS
D1
XWE
XOE
DRVDD0
DRVSS0
A11
VSC1
ADDT
DADT
LRCK
XBCK
59
60
47
56
57
58
53
54
55
50
515248
49
41
44
4546424339
403637
38
33
34
35
31
32
60
49
59
C23 0.1
0.1
C21
W13
W12
2
3
1
N. C.N. C.
VOUTVIN
GND
4
5
R1 3.3C15 0.1
C4 1
L5
L6
+2.6V
+2.6V
+2.6V
+2.6V
W14
+2.6V
0.1
C20
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V
0.1
C19
+3.3V+3.3V
+3.3V
100u6.3
+
C3
+3.3V
+3.3V
+3.3V
+3.3V
+3.3V
0.1
C13
+3.3V
AVD2
APC
DCHG
AVS2
TE
SE
ADRB
ADRT
ADIO
VC
AUX1
FE
ABCD
BOTM
PEAK
RFI
CLTV
FILO
FILI
PCO
AVS1
BIAS
ASYI
ASYO
AVD1
TEST2
TEST1
TEST0
DRVSS1
DRVDD1
65
90
89
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
72
71
70
69
68
67
66
64
63
62
61
91
0.1
C5
+2.6V
C89
0.1
+3.3V
+2.6V
0.1
C27
0.1
C26
EFMO
VDIO1
ADFG
CKRF
XLRF
VSC3
VDC3
F0CN
VSIO1
TFDR
TRDR
LDDR
APCR
DTRF
SPRD
SFDR
SRDR
FS4
FRDR
FFDR
TST3
TST2
TST1
FGIN
SPFD
MDDT1
VSC4
VDC4
VSIO2
VDIO2
92
91
104
95
94
93
98
97
96
101
10099103
102
110
107
106
105
109
108
112
111
115
114
113
118
117
116
120
119
37
220
+6.3V
+5V
100u6.3
+
C2
R4
W10
W19
26
C14
1
2
3
4
5
6
CAUTION: For continued safety, replace safety critical components only with manufacturer's recommended parts (refer to parts list).
indicates safety critical components. For continued protection against risk of fire, replace only with same type and rating fuse(s). To
7
reduce the risk of electric shock, leakage-current or resistance measurements shall be carried out (exposed parts are acceptably insulated from the supply circuit) before the appliance is returned to the customer.
The DC voltage is an actual reading measured with a high impedance type voltmeter. The measurement value may vary depending on the measuring instruments used or on the product. Refer to the voltage during PLAY with DASC OFF (at the normal speed) unless otherwise specified; The
value shown in ( ) is the voltage measured at the moment of STOP.
CAUTION: For continued safety,
replace safety critical components
only with manufacturer's recommended parts (refer to parts list).
indicates safety critical components. For continued protection
against risk of fire, replace only with
same type and rating fuse(s). To
reduce the risk of electric shock,
leakage-current or resistance measurements shall be carried out
(exposed parts are acceptably insulated from the supply circuit) before
the appliance is returned to the customer.
The DC voltage is an actual reading
measured with a high impedance
type voltmeter. The measurement
value may vary depending on the
measuring instruments used or on
the product. Refer to the voltage
during PLAY with DASC OFF (at
the normal speed) unless otherwise
specified; The value shown in ( ) is
the voltage measured at the
moment of STOP.
CAUTION: For continued safety, replace safety critical components only with manufacturer's recommended
parts (refer to parts list).indicates safety critical components. For continued protection against risk of fire,
replace only with same type and rating fuse(s). To reduce the risk of electric shock, leakage-current or resistance measurements shall be carried out (exposed parts are acceptably insulated from the supply circuit)
before the appliance is returned to the customer.
BB-4
Caution: Remove IC202 if use 149, 150 for IC700 repair.
The DC voltage is an actual reading measured with a high impedance type voltmeter. The measurement
value may vary depending on the measuring instruments used or on the product. Refer to the voltage during
PLAY with DASC OFF (at the normal speed) unless otherwise specified; The value shown in ( ) is the voltage measured at the moment of STOP.
CAUTION: For continued safety, replace safety critical components only with manufacturer's
recommended parts (refer to parts list).indicates safety critical components. For continued protection against risk of fire, replace only
with same type and rating fuse(s). To reduce
the risk of electric shock, leakage-current or
resistance measurements shall be carried out
(exposed parts are acceptably insulated from
the supply circuit) before the appliance is
returned to the customer.
The DC voltage is an actual reading measured
with a high impedance type voltmeter. The
measurement value may vary depending on
the measuring instruments used or on the
product. Refer to the voltage during PLAY with
DASC OFF (at the normal speed) unless otherwise specified; The value shown in ( ) is
the voltage measured at the moment of STOP.
Page 28
RD-HD7
RD-HD7
AA
AB
36
34
33
45
11
12
10
14
1
32
17
LM
40
21
16
18
DM
30
PU
15
636
42
20
24
3
30
FM
836
838
AA
: N89-3010-46
φ3x10
AB
: N39-2025-46
φ2x3
EXPLODED VIEW(SINGLE-CD
AB
1
): RD-HD7
2
3
Parts with exploded numbers larger than 700 are not supplied.
36
Page 29
39
89
x3
6
18
77
72
65
65
5
34
15
36
S3
21
74
90
860
860
860
898
860
70
46
25
37
17
56
56
55
3
24
67
136
43
29
112
62
20
30
827
65
53
76
40
72
83
35
35
111
33
14
82
S1
827
72
26
32
48
58
69
72
22
28
57
27
38
24
868
45
76
72
120
(16P)
54
135
1
23
47
23
2
65
4
S2
73
31
84
97
827
71
LFTM
50
52
91
124
113
137
841
64
92
825
823
93
128
44
866
51x2
65x2
895
FM
114
891
842
891
844
108
65
834
79
68
68
65
x2
63x2
87x2
812
49x2
72
72
96
106
894
108
107
107
107
75
96
99
S8
76
78
S7
100
879
S4
S5
S6
104
121
103
138
107
LM
72
72
126
72
PU
91
19
88
127
76
97
102
109
122
76
860
84
76
76
76
137
117
S9
76
880
101
142
119
144
118
76
76
76
840
885
139(5P)
9
13
61
59
39
16
11
10
8
72
72
76
7
76
x2
76
x2
76
x2
141x2
65
76
81
76
x2
113x2
DM
MGC-E6300
120
147
145
146
37
RD-HD5MD
A
1
Parts with exploded numbers larger than 700 are not supplied.
2
B
C
EXPLODED VIEW
(
3-CD
): RD-HD5MD
Page 30
RD-HD5MD
MDM-07(H)
240
213
240
209
236
243
230
236
231
206
210
241
231
208
207
233
211
225
232
226
235
234
235
235
235
257
251
204
236
256
212
227
236
250
852
236
227
227
235
235
203
242
224
235
202
237
823
848
216
246
822
227
817
221
241
220
236
255
229
205
244
244
218
814
846
849
219
238
238
238
DMMD
228
201
239
239
239
239
239
215
235
847
PUMD
RHMD
FMMD
LMMD
A
D
C
C
B
A
D
B
X2
X2
X2
EXPLODED VIEW(MD MECHANISM
CD
1
): RD-HD5MD
2
3
Parts with exploded numbers larger than 700 are not supplied.
Parts with exploded numbers larger than 700 are not supplied.
E
F
G
40
1
2
EXPLODED VIEW
(
UNIT
): RD-HD7
RD-HD7
Page 33
41
RD-HD5MD/HD7
✽ New Parts
Parts without Parts No. are not supplied.
Les articles non mentionnes dans le Parts No. ne sont pas fournis.
Teile ohne Parts No. werden nicht geliefert.
✽ New Parts
Parts without Parts No. are not supplied.
Les articles non mentionnes dans le Parts No. ne sont pas fournis.
Teile ohne Parts No. werden nicht geliefert.
L : ScandinaviaK : USAP : CanadaR : MexicoC : ChinaI : Malaysia
Y : PX(Far East,Hawaii) T : EnglandE : EuropeG : GermanyV : China(Shanghai)
Y : AAFES(Europe)X : Australia Q : RussiaH : KoreaM : Other Areasindicates safety critical components .
L : ScandinaviaK : USAP : CanadaR : MexicoC : ChinaI : Malaysia
Y : PX(Far East,Hawaii) T : EnglandE : EuropeG : GermanyV : China(Shanghai)
Y : AAFES(Europe)X : Australia Q : RussiaH : KoreaM : Other Areasindicates safety critical components .
Page 34
✽ New Parts
Parts without Parts No. are not supplied.
Les articles non mentionnes dans le Parts No. ne sont pas fournis.
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451BT99-0579-08MAGNET CORE
DM2BA11-1223-08DISC MOTOR ASSY
FM3BT42-0817-08FEED MOTOR ASSY
LM2B✽ T42-1137-08MOTOR,DC
PU2AT25-0132-08PICK UP (KSS-213CH)
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2281DG01-4230-04TORSION SPRING
2292DG01-4231-04TENSION SPRING
2302CG01-4235-04TENSION SPRING
2312CG01-4233-04TORSION SPRING
2323CG01-4234-04TENSION SPRING
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KENWOOD follows a policy of continuous advancements in development. For this reason
specifications may be changed without notice.
÷ Sufficient performance may not be exhibited
at extremely cold locations (where water
freezes).
Speakers
22 watts per channel minimum RMS, both channels
driven, at 6 Ω from 40 Hz to 20 kHz with no more
than 0.7% total harmonic distortion.
[General]
Power consumption ................................................. 80 W
Dimensions ................................ W : 220 mm (8-11/16")
.................................................... H : 145 mm (5-11/16")
.................................................... D : 356 mm (14")
Weight (net) ............................................. 5.9 kg (13.0 lb)
SPECIFICATIONS
HOW TO READ THE PARTS LIST
ABBREVIATION OF MODEL AND MASS PRODUCTION'S DESTINATIONS