Apple Inc., et al.
`Exhibit 1009
`Apple Inc., et al. v. Global Touch Solutions, Inc.
`IPR2015-01173
`
`Exhibit 1009, Page 001
`
`

`

`WM-701C
`
`#7
`
`SECTION 1
`
`SERVICING NOTE
`
`This set detects reel rotation by PH701 (photo sensor).
`Reel rotation cannot be detected when the system control
`board is
`removed, because PH701 is mounted on the
`system control board. As a' result, the auto-off circuit and
`tape end detection will misoperate. And, up and down of
`head and power supply of playback circuit cannot operate
`when the system control board is removed, because S702
`(play switch) is mounted on the system control board.(S702
`is linked to on and off of the plunger solenoid.)
`Therefore, operation check of the mechanism deck and
`voltage check can be performed by the method shown
`below.
`
`FF/REW mode
`
`1) Apply the square wave signal to the PH701.
`2) Press the » or » key.
`
`PLAY mode
`1) Apply the square wave signal to the PH701.
`2) Press the > key.
`3) Turn on S702 a few seconds later.
`
`—System Control Board (side A) —
`
`—System Control Board (side B) —
`
`
`
`REV<— FWD
`
`
`
`SOUA RE WA VE
`OSCILLA TOR
`
`:
`
`—-)
`
`20 Hz
`0dB(V} (1 V)
`
`
`
`S702
`
`PLAY ‘-
`
`
`
`
`[SW FLEXIBLE
`BOARD
`
`
`I
`
`Exhibit 1009, Page 002
`Exhibit 1009, Page 002
`
`

`

`GENERAL
`2-1. LOCATION AND FUNCTION OF CONTROLS
`
`SECTION 2
`
`Parts Identification
`
`WM-701 C
`
`VOL (volume) control ”WW,”
`
`PHONES/REMOTE (headphones with the remote controlled
`device) iack
`
`033 (Dynamic Bass Boost) selector (mega bass)
`
`REV/FWD BATT (tape transport direction/battery) indicator
`
`Cassette holder
`
`Battery connector points
`
`MODE (tape transport) selector
`
`W TAPE selector
`
`Battery compartment
`
`DOLBY NR (Dolby noise reduction) (OFF/BIC) selector
`
`‘ (fast-forward) button
`
`A PLAY/DIR (playback/tape transport) button
`
`¥ (lest-reverse) button
`
`I STOP button
`
`OPEN/KEY LOCK switch
`By sliding the OPEN/KEY LOCK switch to KEY LOCK. you can we
`vent accidental pressing Of the buttons when the unit is not in use (for
`example, while carrying).
`
`RELEASE (plug release) switch
`
`w
`m.
`at
`m
`.u
`...
`.
`,_
`nu-aw-In-"your-$030.»-woa-ovn-#-ym-in-QMIOWOmom--"-woufi.lh-n>-'-.w-uw~.nl-dOifl-‘flomofih. 0 0:0 0 0"...
`
`«tome-vow
`
`Notes onvchip component replacement
`
`Flexible Circuit Board Repairing
`
`0 Never reusea disconnected chip component.
`Notice that the minus side of a tantalum capacitor
`may be damaged by heat.
`
`0 Keep the temperature of the soldering iron around
`270°C during repairing.
`0 Do not touch the widening iron on the same con-
`ductor of the Circuit board (within 3 times).
`O Be careful not
`to apply force on the conductor
`when soldering or unsoldering.
`
`Exhibit 1009, Page 003
`Exhibit 1009, Page 003
`
`

`

`WM—701 C 1
`
`2—2. Disassembly
`
`remove tension spring from
`®0pen cassette holder and
`lack lever with a pair of tweezers. Then remove
`screw which fastens lock-lever shaft. and push the
`shaft off into battery chamber with a precision
`screwdriver.
`
`®Push the bottom of battery chamber(case assy) as
`shown in the figure so that case comes off from main
`unit gradually pivoting at headphone jack side.
`After the three claws on the key switch side of case
`are released. slide and remove case in the direction
`of headphone jack (not to break the other claw 0n
`headphone-jack panel.)
`
`
`
`@Remove 5 screws fixing case.
`
`screw M1. 4 XLS
`
`claw on headphone
`Jack panel
`
`
`
`V\
`3-704ie7-o1
`
`
`
`‘0
`
`—/
`
`tapping screws
`1,7x3_7
`3-318-382-41
`
`@While disassembling lock lever will come off. so
`that lock .lever and shaft had better be restored
`just after case is removed.
`
`paying attention to the direction of lock-lever shaft.
`
`I l
`
`ock-lever shaft
`
`washerheed screws
`
`1.4 x2.0
`
`i
`
`,
`
`d
`
`h
`h
`was er ea Screws
`1.4 x2.o
`3-729—013-11
`
`3-729-013-11
`
`lock lever
`_
`_
`_
`3 350 94411
`
`3—350-903—01
`
`Exhibit 1009, Page 004
`Exhibit 1009, Page 004
`
`

`

`2-3. Reassembly
`
`@Assure that lack lever is fitted properly.
`(Refer to
`the figure for disassembly.)
`-
`-
`-
`-
`633:: Sggi::;:f::fshbwfiab; Eggswgndzhnobs on case in
`
`®Put the headphone-jack-side edge “.f case onto the
`proper portion of main unit.
`taking care not t3
`break claw on the edge of headphone jack pane
`an
`holding battery sheet not to be caught
`in between
`case and unit.
`
`
`
`
`
`GDShut case in the direction of arrows C) with the
`greatest care at both sides (hatched portion) not to
`bend the transparent sheet of key switches
`and head
`flexible board on the opposite side.
`inserting three
`claws into holes.
`
`Be careful not to
`break claw here.
`
`
`
`
`
`
`
`
`
`
`
`@Dlnserting lock lever into hole as shown by
`close case exactly.
`,
`
`E)
`
`CDCheck that every slide switch can move smoothly.
`
`CDFinally restore tension spring. If battery sheet is
`caught
`in behind unit. release it before fastening
`screws.
`
`
`
`EbeH1009,PageOOS
`Exhibit 1009, Page 005
`
`

`

`SECTION 3
`
`ADJUSTMENTS
`
`3-1. MECHANICAL ADJUSTMENTS
`
`PR ECAUTION
`
`I. Clean the following parts with a denaturedalcohol—
`moistened swab:
`playback head
`capstan
`pinch roller
`
`rubber belts
`idlers
`
`to
`
`Demagnetize the playback head with a head demagne—
`tizer.
`Lu Do not
`justments.
`
`use
`
`a magnetized screwdriver
`
`for
`
`the ad-
`
`E LECTFl ICAL ADJUSTMENTS
`32.
`For electrical adjustments, use the supplied plug conversion
`adaptor (Part No. 1-563-133-11).
`
`
`
`Playback Head Azimuth Check
`
`4. After the adjustments. apply suitable locking compound
`to the parts adjusted.
`'1. The adjustments should be performed with the rated
`power supply voltage ( [.3 V) unless otherwise noted.
`
`Note:
`
`is not
`
`featured the head azimuth ad-
`
`This set
`justment.
`When replacing the head, check the both L-ch and
`R-ch output levels and also those phases.
`
`Torque Measurement
`
` Meter ReadingTorque Meter 1‘
`22 — 38 g-cm
`0.31 — 0.5 Zoz-in'ch
`
`C‘Q—IOZC
`
`l-‘WD Back
`Tension
`
`.
`REV
`
`113-33 3.6m
`0.02—0.04 oz-inch
`
`22—38 g-inch
`Ofil—Ofilorhwh
`
`
`
`CO-lOZRB
`1.0-3.0 g-cm
`‘
`REV Back
`
`Tension 0.02—0.04 02-inch
`|-'l*
`more than 50 g-crn
`more than 0.7 oz~inch
`
`CO—ZOl B
`
`more than 50 g-cm
`.more than 0.7 oz-inch
`
`Tape Pulling Force Measurement
`
`Tension Meter Meter Reading
`more than 50 g
`more than 1.77 02
`
`CQ-403A
`
`‘ more than l.77 oz
`
`C0403}?
`
`more than 50 g
`
`Procedure:
`I. Playback mode,
`
`tesr tape
`P-4-A 700
`(ID/(Hz, -10d8/
`
`
`f.-Plug conversion adaptor
`
`1)
`
`2)
`
`Play back the P-4—A100in FWD mode and read the
`VTVM (both L-ch and R-ch).
`Change to REV mode and read the VTVM.
`(both L-ch and R-ch).
`
`3)
`
`Confirm that the level difference between step 1
`and 2 is within SdB (both L-ch and R-ch).
`2. Phase Check
`test tape
`P-4-A 053
`(6.3kHz, —70dB)
`
`L-CH
`159
`
`oscilIOsco e
`‘7
`
`
`Check
`
` l
`
`P‘4‘A100
`P—4-A063
`
`i
`|
`
`[0 kHz, ‘10 dB
`6.3 kHz, —10 dB
`
`Playback Head Azimuth
`
`screen pattern
`
`I‘M-phase
`
`45°
`good
`
`90°
`
`780°
`735°
`wrong
`
`Exhibit 1009, Page 006
`Exhibit 1009, Page 006
`
`TEST'TAPE
`Used for
`Signal
`
`BkHLOdB
`Tape Speed Adjustment
`
`

`

`Tape Speed Adjustment
`
`Procedure:
`
`I WM-701 C
`
`SECTION 4
`
`DIAG RAMS
`
`4-1. SEMICONDUCTOR LEAD
`LAYOUTS
`
`MH08570E001 L
`
`G L1 0236
`
`test rape
`WS-48A
`(3kHz, 0:18)
`
`frequency counter
`
`
`j~nPlug con version adaptor
`
`Confirm that the reading of frequency counter is within _.._
`
`
`
`l. Playback WS-48A (tape center portion) in FWD mode.
`Adjust the RV601 so that the frequency counter reads
`3,000 Hz $15 Hz.
`
`2.’ Playback WS-48A (tape center portion) in REV mode.
`
`2.0% from the reading in step 1.
`
`Adjustment Parts Location Diagram
`
`XN4401
`
`: _.
`
`I
`2
`
`a
`5
`
`NJL5161K-B
`
`2
`
`‘i'é’
`
`I //~
`4
`
`WW" ’
`
`HV601
`
`
`,% -MPD7508HG
`
`XN4608
`
`Exhibit 1009, Page 007
`Exhibit 1009, Page 007
`
`

`

`
`
`
`
`4I5I61
`
`
`
`10
`
`11
`
`12
`
`
`18
`j_ 19
`
`15
`
`j“ 16
`
`17
`
`20
`
`21 —22—23.1-
`
`4-2.
`PRINTED
`WIRING
`BOARDS
`
`See page 7 f r
`Semiconductor
`Lead Layouts.
`
`
`
`
`
`
`Semiconductor Location
`
`
` [AUDIO BOARD]
`
`—SIDE A —-~
` Location
`Location
` Location
`
`
`J-II
`G-IO
`G~|0
`
`
`
`
`I-ll
`J-IO
`I—IZ
`
`
`
`
`K-Z
`H-II
`
`
`
`K-2
`I-I3
`J—23
`
`
`
`
`J-5
`I-2
` 0301
`
`
`0-3
`J-Z
`
`
`
`E-8
`E-Z
`0302
`J-Z
`
`
`
`
`0303
`E-8
`D-3
`K-Z
`
`
`
`
`E-5
`0304
`E-8‘
`
`
`
`J-IU
`F-3
`060|
`
`
`J-II
`0-2
`0602
`
`
`
`
`H-IZ
`0701
`
`J~I4
`0702
`
`
`|~|4
`0703
`
`G-II
`0704
`1-12
`
`
`
`
`[HEAD
`L REV
`
`
`
`[AUDIO BOARD]
`—SIDE B —
`
`FLEXIBLE
`BOARD
`
`Note on Printed Wiring Boards
`-
`I
`: parts mounted on the conductor side.
`; Through hole.
`' Pattern on the side which is seen.
`
`. Pattern of the rear side.
`
`
`
`_]
`
`AUDIO BOARD
`
`
`
` LEXIBLE
`BOARD
`[PLUNGER F
`
`
`
`
`FLEXIBLE
`BOARD
`
`
`
`SIDE A
`
`J901
`FHONES/REMOTE
`
`[SYSTEM CONTROL BOARD]
`~ SIDE A —
`IJ901
`
`@fiwaegee ',
`
`
`
`
`A
`
`gee
`
`
`
`
`
`$302
`
`OFF
`
`IB
`
`IC
`
`
`
`HEADHF‘ONES
`
` M901 MOTOR
`
`[REMOTE CONTROL UNIT]
`
` 1
`I «
`OJ
`
`
`
` I»II-I
`
`MAIN FLEXIBLE BOARD]
`
`
`
`
`
`
`
`
`
`5303
`
`REV <— FWD
`
`
`
`
`
`
`I
`
`BATT
`
`[SW lTCH BLOCK)
`
`fl 4
`
`l 8702
`PLAY A-
`
`
`IA
`
`//A1
`//A
`
`
`PLA<//A
`SAFET‘Y/A
`
`\
`FF
`[SW FLEXIBLE BOARD
`new
`STOP
`
`
`Exhibit 1009, Page 008
`Exhibit 1009, Page 008
`
`
`
`®
`
`[_
`BATTERY TERMINAL
`
`L
`
`l___._
`NC-éW N
`1I2Vx1
`RECHARGEBLE
`BATTERY
`
`
` 6
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`

`

` 10
`
`4-3. SCHEMATIC DIAGRAM
`
`17
`
`18
`
`19
`
`2O
`
`21
`
`22
`
`WM-701 C
`
`
`11
`12
`13
`14
`15
`16
`R301 100
`[AUDIO BOARD}
`
`$302
`
`030‘ UN51‘E
`
`E
`fiesta/12‘,
`15v powsa sw1TcH
`
`:-
`__u:n-
`L
`)I+
`.
`13
`
`I'L ‘53
`D
`‘
`£3!
`«é
`7
`L
`IC303
`§
`E
`3%
`
`
`+ {E
`302
`%
`R111?
`5:
`+
`TA81L5FN
`:g g:
`
`23;?
`0:
`”$15239”
`HEADPHONE DRIVE
`E
`2
`0304
`
`"1
`2
`Rvao1
`4
`
`
`‘55
`1-5
`"
`V°L ‘
`
`
`
`
`HPF
`HS
`ANT
`0.7
`33
`OUT
`
`+
`0219
`1—“
`
`W0"
`'1g.—+|
`\
`‘1
`$193
`kfiq
`38:
`cm,
`5:15:
`‘ +1/20V
`4;? -
`\ '
`"
`
`0
`
`323103321008
`'
`SWITCH
`
`.
`R311
`
`EEtL
`o:-
`R219
`
`a
`=
`
`c313
`3.3/LV
`+
`C120
`1/15v
`
`—¢
`—-
`
`.
`
`0‘5
`
`0 6
`
`0“
`
`13
`
`0.6
`
`c220
`1/“V +
`R311.
`3.3
`H115
`as
`‘
`__B 1'
`L
`
`
`1.3
`
`
`
`é
`g;
`§
`
`__T
`
`I
`
`Not on Schematic Diagram:
`-
`.
`u uF
`- All capacitors are 1n uF unless othervuse noted. pF:
`50w or less are not
`indicated except for electrolytics
`and tantalums.
`- All resistors are in Q and
`v
`.
`spanned'
`-
`A :
`internal component.
`.
`: E+ 11ne
`-
`- E: adjustment for repair.
`
`V4 W or less unless otherwise
`
`A
`
`B
`
`C
`
`SI
`
`V
`
`
`
`:OLBY NR
`°
`'3'“:
`
`|C101 |C201
`NJM2065AM
`°°LBY ”R
`R102
`R101
`44°
`33°
`0102 0 033
`1 '
`
`->
`E:
`E +
`
`IC301
`MHC8570E001L
`PB E0 AMP
`
`I
`
`
`
`HEAD
`FLEXIBLE
`BOARD
`
`-
`
`HP701
`PB HEAD
`HP901—1
`i
`L
`T
`HP901—2
`
`HP9o1—a
`
`R
`
`13120; i;
`‘15
`e
`U
`
`x
`g
`,
`‘9
`“i
`
`co:
`33 +
`°
`
`c203
`6.5/LV
`|('
`1'
`
`L
`
`_
`
`NFBa F/R M/N
`
`,
`
`g
`g
`
`2
`:2
`32'; g
`
`z
`u:
`
`HP901—I.
`
`.
`
`>
`"
`\
`9
`
`—
`
`=
`:
`
`.
`
`R201
`:30
`
`S 01
`.3
`l
`
`.
`
`
`0110
`
`
`10201
`TC H WT H
`Vre1
`Tc L w L
`
`
`
`3% MON
`
`
`“202
`470
`
`——V
`/’
`5301
`DOLB_
`C
`0.5
`
`Cruz
`IMETAL‘NOMA';
`
`r‘
`
`Rm
`82K
`I
`
`0
`0-
`3
`S
`
`o
`.__
`0.4.
`o—
`8
`
`§
`§
`04'
`m
`m N;
`o
`:1
`g
`g
`
`+
`>>
`8:
`oh
`‘1
`
`>
`§
`: 3
`3
`r L9 \+ + m>
`a;
`oc- ém
`Ac.
`7-
`5:
`g
`E “
`3
`013
`m
`o i
`o
`
`
`
`
`>
`
`o\
`mg
`cane 0.1
`so?
`m —| |_—+
`
`
`0:101
`MUTE/
`0302 XN1215
`1’.
`I CH
`.
`0 E 11
`1g): :OWER
`4
`0317
`
`0313
`04
`0'7.
`0302
`15°F
`0 I. m 1.3
`a .
`0301 2SA1362
`%w
`RIPPLE FILTER
`
`0
`
`——°
`éég
`“m
`
`x
`g
`,
`3
`3
`
`>
`50+
`3%
`
`"L
`
`'R
`
`R315
`330K
`——~ww—-
`
`_
`
`0
`
`0.22/20V
`_
`
`_
`
`_
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`.
`
`—' ——-—— —
`
`- Total current is measured with n0 cassette installed.
`-
`Power voltage is dc 1.3V and fed with requrated dc power.
`supply from battery connector points.
`- Voltages are dc with respect to ground in playback mode.
`- FWD
`' REV
`I
`} '
`‘ '
`p): FF
`« : REW
`.
`.
`- Voltages are taken wlth VDM (Input mpedance IOMQ).
`Voltage variations may be noted due to normal produc-
`tion tolerances.
`. Signal path.
`-
`D : PB
`- Smtch
`
`
`
`DOLBY
`FWD/REV
`3
`D8
`DIR MODE
`PLAY
`
`I
`
`D
`
`E
`
`1
`
`
`
`
`
`I
`
`TOTAL CURRENT
`21123130
`F : 120mA
`REwE120mA
`
`(-9
`NC—bWM
`1.2v.1
`REcHA¥$EABLE
`BA
`ERY
`
`—_—
`
`
`
`0801
`2SA1611
`DC—Dc CONV
`5mm”
`
`02001::
`CONVERTER
`TRANS
`13501
`3505-05
`12‘
`
`”302
`[3301
`
`D803
`
`I
`
`.
`
`'
`
`1.003
`um
`"
`
`'
`
`.
`
`F
`
`G
`
`H
`
`I
`
`_
`
`UL
`
`-
`
`[MAIN FLEXIBLE BOARD)
`
`I
`
`a
`:
`o
`5’,
`
`
`
`
`
`
`13‘
`
`0709
`
`_
`[SWITCH BLOCK]
`l
`: : >
`
`I:II
`
`EII
`
`|:II
`
`"JII
`
`K
`
`1
`
`I
`
`.
`
`r
`
`'
`
`'
`
`-
`
`[5w FLEXIBLE BOARD]
`
`_
`
`1
`
`Q Q (B
`0
`
`17
`16
`1‘3 27 1‘
`
`—
`
`K
`
`0601. 0002
`233621.
`"07°“ BRAKE
`
`PLUNGER
`05““
`
`,
`«E;
`‘12?
`
`
`
`0707
`
`
`
`BRAKE
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`R212 33K
`
`
`
`21:1 1.7K EIR
`R w
`
`
`'
`
`
`>
`1'
`
`
`.0
`,0
`N3 +_,,:
`
`5
`E; Agh
`3
`0
`N
`
`FLEXIBLE
`—
`—
`530‘
`0701 XN£401
`1:702 GL102R
`5301.
`[SYSTEM CONTROL BOARD
`
`
`
`
`
`BOARD
`3+
`1 52115115111110
`-2
`—1 00
`mm W
`nae
`
`.
`c701
`
`_
`A? NOR
`MlD—pMAX
`MUTE
`
`K')
`
`01R MODE .
`llfiv
`H
`x
`
`F/R _
`22
`m
`
`
`
`
`
`IC 01
`§ 070,. XNLboa
`R736 1K
`D38 MAX
`070:5
`
`I
`R735
`nPD7608H6626
`é»
`LED DRIVE
`'
`'
`0703
`_
`0‘
`100K r... ‘I
`g
`SYSTEM CONTROL
`001a NORM
`
`
`
`'19
`“T" m “‘
`R M
`
`
`
`
`
`o-x
`L
`K
`1. HEAD sw
`0
`
`
`on
`0703
`x
`bx;
`_ WES;
`13135131? 0
`0702 2:?
`Es
`[ -
`1—-
`chMON
`m
`\
`—
`R
`E
`. fi ‘ \
`
`
`
`fiaun
`\\ \
`E;
`-
`-
`’
`‘
`1.5V
`
`
`g E E E
`3‘5
`\
`IC601
`'
`BCTL
`
`
`
`
`
`
`
`
`
`
`
`
`
`”gag . a? s;
`2-7
`'
`— — ’4 0
`LEM-72M
`I»
`j:
`
`
`E b
`E E
`w 5’ ® Q 3"! €13 @ @3 ® @9
`22
`» 9
`MOTOR SERVO
`22
`323
`L
`P CTL
`
`
`0&1: m '1 1
`R710 22“
`KEY "4111.1
`- -—
`.—
`1-
`"'
`“1
`1-
`33
`« 1‘1
`0
`K2
`”M o s‘rm>
`fi é
`z
`Z 9 '5 z
`27
`q
`00
`Raw
`R711
`2M
`KEY 11121.1 D n
`g g
`s n.
`-
`RV601
`R606 111
`cg
`x
`
`
`
`
`9 FF
`3 g
`u.
`.11
`@27
`3:;
`2.4V
`SPEED
`.0
`1
`1
`22—
`PLAY
`0
`23-
`
`. r
`“7131,32“
`KEY INSLL)
`0mm 31
`'
`_
`9
`I
`
`
`1
`”713 ”Mo KEY mm
`0 CTLIH) @ 2'7
`T
`'1
`® BA"
`
`23— fl REW
`REW
`~ '
`WWI 5 KEY 0w 1
`R "UH! @ D —
`R608 330
`KEY
`1
`0‘ —/'
`
`UT 1
`1
`“(9 KEY our 2
`$1
`0501
`13
`Dnc CTL
`
`‘5; I.
`g
`.
`2
`207
`
`
`
`
`
`I.
`So
`
`n:
`1
`13_ 02
`'— 0
`‘39 2.,
`
`
`w
`10
`LED ON 2,,
`
`
`R606 100
`(D
`'- 31
`
`
`
`
`"
`T
`10 ® ® Q
`27
`
`
`.fi.
`
`:11: w,
`
`
`
`
`R723
`R730
`"”"”"" 100K
`
`
`
`0.709
`max
`”4701 ‘
`
`[“5115
`POWER SWITCH
`>
`0707
`22-
`
`
`
`‘9
`0
`\
`r ‘1
`
`¥
`\ J "-
`
`g
`gm_+
`_
`
`
`3" ;
`E
`
`m
`
`r
`F:
`b
`
`E
`E
`1:
`a
`
`
`—
`[REMOTE CONTROL UNIT)
`o
`'91]
`'31]
`CI]
`
`o
`E! [El :1 E}
`
`L I-
`
`.
`
`HEADPHONES
`a l--
`
`0
`
`o
`
`
`
`
`
`
`
`070
`(“52215
`HEAD
`SWITCH
`
`0.47 \
`R721 100K
`
`I—
`R718‘100K
`R722 100K
`'
`R719‘VI1I00K
`VW
`
`1
`'
`Jwr
`.
`o
`0
`R720 100K
`6
`_1w__.
`.
`.
`E§-
`.U.
`0708
`
`§§
`-n- n
`m ‘28
`2%
`p
`2 r
`«y M?
`0.
`"
`srn.
`ma.
`‘5 ‘3‘
`I“
`:33 23 ‘
`.
`I“. A
`a“ m MEL-J. 4
`
`1
`f
`
`I
`
`b
`515?
`13
`R726
`‘
`100K (
`\_ J0706
`a
`
`D
`
`1,
`<10:
`>58
`05‘—
`
`25
`
`>
`32—1
`3:1“
`1,
`
`>
`+ +33
`as.
`N
`
`1
`‘1'
`3,1
`“0705 l/IOV
`
`3.2
`
`K
`
`0703 UN5215
`01:10 CONTROL
`
`G705 XN12’I5
`TAPE END DET
`
`PH7OI
`NJL 5I61
`
`D701 MA‘I‘IO
`
`PH70’I NJL516‘IK-B
`ROTATION DET
`
`
`
`
`
`
`I
`
`
`
`PLUNGER
`FLEXIBLE
`
`BOARD
`
`
`_
`
`—11—
`
`—12-
`
`1
`
`.
`
`—I3—
`
`
`Q
`9—
`—
`—
`
`
`-
`U“
`I
`—
`13302 — 13303
`MA110
`2 ‘ ‘V -
`1.5V
`I
`STATOR.
`_
`STATOR
`_-I_
`-
`GND'
`'
`
`671%
`+—
`
`3.6V
`000
`011,
`
`R007 100
`1.001
`1.002
`561m 55.111
`'
`'
`'
`‘
`I
`Re“ 0804
`1.5K r'.
`‘.
`1.5
`7-1"
`
`o
`30
`03
`'7
`
`0%
`Eh
`“I“
`
`-o
`03‘
`:5:
`
`I
`
`.
`
`0302 2504177
`DDC FLEXIBLE 0303 25 ms
`BOARD
`33311351831130
`
`
`
`--
`
`
`
`7—2
`3
`9‘
`a»
`”‘1 1'
`--
`3%T
`.,
`_
`In
`
`3
`;
`0'
`§
`o
`+
`
`.—
`a
`‘5 I
`a
`2
`a
`
`+
`z
`;
`o'
`Eu
`
`J
`
`K
`
`Exhibit 1009, Page 009
`Exhibit 1009, Page 009
`
`

`

`WM-701 C
`
`
`
`44.
`
`IC BLOCK DIAGRAM
`
`LB1672M (IC601)
`
`
`
`
`
`
`TA8145FN (IC303)
`
`
`
`CXA1249M (IC302)
`
`
`
`
`
`
`
`Exhibit 1009, Page 010
`Exhibit 1009, Page 010
`
`

`

`NOTE:
`0 The mechanical parts with no reference
`number in the exploded views are not
`supplied.
`The construction parts of an assembled
`part are indicated with a collation num-
`ber in the remark column.
`Items marked “*" are not stocked since
`they are seldom required for
`routine
`service.
`Some delay should be antici-
`pated when ordering these items.
`
`SECTION 5
`
`EXPLODED VIEWS
`
`
`
`Due to standardization, parts with part
`number suffix -XX and -X may be dif-
`ferent from the parts specified in the
`components used on the set.
`Color
`Indication of Appearance Parts
`Example:
`(RED) .
`
`. KNOB, BALANCE (WHITE)
`
`.
`
`T
`Cabinet's Color
`
`T
`Parts' Color
`
`The
`
`components
`
`identified by
`
`specified.
`
`Em A or dotted line with mark
`
`are critical for safety.
`eplace only with part number
`
`908
`
` ,
`
`T\/
`
`0.
`
`v2
`
`
`
`4:.LON—d]
`
`5
`6
`7
`8
`9
`lO
`
`IT
`l2
`l3
`i4
`15
`
`l6
`l7
`18
`l9
`20
`
`21
`
`Part No.
`
`Description
`
`KNOB (DOLBY)
`3—350-917—0)
`3-350-914~OT KNOB (DBB)
`3-318—382-4)
`SCREW (l.7X3.7), TAPPING
`
`X-3349—818-l
`X-3349-823-l
`
`(US,AEP,EIBLACK)....CASE ASSY (B)
`(AEP,UK,E:SILVER)...CASE ASSY (S)
`
`KNOB (OPEN)
`3-350-913-01
`SPRING, TENSION
`3-350-924-01
`SCREW (MT.4Xl.6), LOCKING
`3-704—197—01
`9—911-838—XX DAMPER, CASSETTE LID
`3—831—44l—XX CUSHION, STOPPER
`3-350-906-01
`KNOB (VOL)
`
`3—831—441-11
`3—335—797-OT
`*3—350-951-01
`3—703-929—01
`3-703-502-3)
`
`CUSHION (B)
`SCREW (Ml.4X2), TOOTHED LOCK
`SPACER (C)
`SPACER, SWITCH
`SCREW
`
`3—704-197—11
`3—350—949—01
`3-350—901—01
`3-350-904-Ol
`X-3349—8T7—T
`
`SCREW (MT.4X2.0), LOCKING
`SHEET (SYSTEM CONTROL SCREW)
`SPRING, COMPRESSION
`SLIDER
`ARM ASSY, CLICK
`
`X-3349—834-l
`X-3349—835-l
`X-3349-820—l
`X-3349—821-l
`
`(US,AEP:BLACK)....LID ASSY (UB), CASSETTE
`(AEP,UK:SILVER)...LID ASSY (US), CASSETTE
`(E:BLACK) ......... LID ASSY (B), CASSETTE
`(EzSILVER) ........ LID ASSY (S), CASSETTE
`
`___1 5...
`
`
`Remarks
`
`No.
`
`Part No.
`
`Description
`
`Remarks
`
`22
`23
`24
`25
`26
`
`27
`28
`29
`30
`31
`
`32
`33
`34
`35
`36
`
`37
`38
`39
`90)
`902
`903
`
`904
`905
`906
`908
`J90)
`
`l
`
`
`
`*3—309—595-00
`3—350-9Tl~01
`3-350-912-0)
`3-350—910-0)
`3-350-905-01
`
`INSULATING, PACK
`SHEET,
`TERMINAL BOARD (B), BATTERY
`CONTACT
`TERMINAL BOARD (A), BATTERY
`LID, BATTERY CASE
`
`3—350-927-01
`3—350-953—01
`*3-350-928—0)
`3—349—898-02
`3—349—897—02
`
`SHEET (BATTERY DRAWER)
`SHEET (SWITCH)
`CASE, SHIELD
`BUTTON (FF)
`BUTTON (PLAY)
`
`3—349—895-OT
`3-349-896-01
`3-350—981-TT
`3—729—013—1)
`3—350-944-11
`
`BUTTON (REW)
`BUTTON (STOP)
`SHEET (HOLDER)
`SCREW(MT.4X2). WASHER HEAD (+P)
`LEVER, LOCK
`
`SHAFT (LOCK LEVER)
`3—350—903—01
`PLATE, ORNAMENTAL
`3—349-899-01
`CUSHION
`9-911-315—01
`A—3289-517-A MOUNTED PCB (INS), AUDIO
`A-3216-625-A MOUNTED PCB, SYSTEM CONTROL
`l-629-l33-ll
`PC BOARD, FLEXIBLE
`
`SWITCH (BLOCK TYPE)
`1-571-799-11
`PC BOARD, SWITCH FLEXIBLE
`l—629-136-li
`PC BOARD, MAIN FLEXIBLE
`l-629-T31-11
`A—3289«515-A MOUNTED PCB (INS), DDC
`T-568-TZi—lT
`JACK (PHONES/REMOTE)
`
`Exhibit 1009, Page 011
`Exhibit 1009, Page 011
`
`

`

`5-2. Mechanism Section (MT-WM701C-17)-1
`
`
`
`No.
`
`Part No.
`
`Description
`
`Remarks
`
`5]
`52
`53
`54
`55
`
`56
`57
`
`58
`59
`
`60
`
`61
`62
`63
`65
`66
`
`3—349—852-OI
`3—349—830—01
`X—3349—808—T
`3-331—047—03
`*3-338—667-01
`
`GEAR (C)
`GEAR (B)
`GEAR (A) ASSY
`SCREW (MI.4XI.B).SPECIAL HEAD
`SHEET, ADHESIVE, DOUBLE-FACE
`
`3—704—382—3)
`3-349—836—01
`
`3-352-116-01
`3—349—859—II
`
`3—349—864—01
`3—349-864—1]
`
`X-3349—SI O—I
`X-3349-803-I
`3-704—252-4I
`3-349—801—01
`X—3349—804-I
`
`SCREW (MI.4X2.5T. TAPPING
`SPRING (HEAD LEVER)
`
`GUIDE (RIGHT), TAPE
`WASHER
`
`SPRING (PINCH LEVER N). TORSION
`SPRING (PINCH LEVER N). TORSION
`
`PINCH LEVER (N) ASSY
`HOLDER ASSY
`SCREW (MI.4X6)
`LEVER. HEAD
`PINCH LEVER (R) ASSY
`
`NO.
`
`67
`
`68
`69
`7O
`71
`73
`
`74
`75
`76
`77
`
`78
`79
`80
`81
`907
`M90]
`HPQOI
`
`
`
`Part No.
`
`Description
`
`Remarks
`
`3-349-865—01
`3-349—865—11
`
`3—349—878—01
`3-349-837—01
`3—349—827—11
`3—349—877—OI
`3—349—825—OI
`
`X—3349—816—I
`A—3163-156-A
`3—349-803—OT
`3-349—868—01
`
`3—704—381-31
`3-349-892-01
`9—911—839—XX
`3—352—117-01
`1-630-958—11
`1—462-274—11
`l-543—576—ll
`
`SPRING (PINCH LEVER R). TORSION
`SPRING (PINCH LEVER R). TORSION
`
`GEAR (T REEL)
`SPRING. COMPRESSION
`WASHER
`GEAR (s REEL)
`SCREW
`
`CHASSIS ASSY. MOTOR
`WHEEL ASSY, MOTOR
`PLATE. HYSTERESIS
`PLATE. SHIELD
`
`SCREW (MI.4X2.5). TAPPING. PAN
`CHASSIS. SUB
`SPACER
`GUIDE (LEFT). TAPE
`PC BOARD. HEAD FLEXIBLE
`COIL. MOTOR (STATOR)
`HEAD. MAGNETIC (PLAY BACK)
`
`EbeN1009,PageO12
`Exhibit 1009, Page 012
`
`

`

`5-3. Mechanism Section (MT-WM701C-171-2
`
`124
`
`I
`
`€5.55
`
`l
`
`104
`
`126
`
`123
`
`,
`
`,,
`
`I"
`
`
`
`
`
`Remark 5
`
`No.
`
`101
`102
`103
`104
`105
`
`106
`107
`108
`109
`110
`
`111
`112
`113
`114
`115
`
`Part No.
`
`3-348-993-01
`3—350-989—01
`X-3349-801-1
`3-350-945-01
`X-3349—809-1
`
`X-3349-81'2-1
`3—349—816—01
`3—349—867501
`3-349-88Q—01
`3.349—359_11
`
`3-349—866-01
`X-3349—807-J
`X-3349—815—1
`3—349—860-01
`X-3349—814—1
`
`Description
`WASHER
`WASHER
`CHASSIS ASSY
`WASHER
`WHEEL (N) ASSY. CAPSTAN
`
`LEVER (S1 ASSY
`SPRING. TENSION
`SPRING. TENSION
`LEVER (P). SW
`WASHER
`
`SPRING (POWER TENSION1.TENSION
`LEVER ASSY. FR
`LEVER (T) ASSY
`SPRING. TORSION
`LEVER (P1 ASSY. TRIGGER
`
`‘Remarks
`
`NO.
`
`116
`117
`118
`119
`120
`
`121
`122
`123
`124
`125
`
`126
`127
`909
`PM901
`
`Part No.
`
`*3—704—430—01
`3-349—850—01
`3-349-854—01
`3-349-853-01
`3—349-859—21
`
`Description
`
`ARBOR. MOVABLE
`WASHER
`PULLEY
`GEAR (D)
`WASHER
`
`3-349-384-01
`3—349—889-01
`3-338-628-01
`3-349—81 4—01
`X—3349-813-1
`
`3—345—648—03
`3-349—859-01
`1-629-130-11
`1-454-479—11
`
`LEVER. NR
`GEAR (CAM1
`WHEEL. REVERSE
`BELT
`WHEEL (R1 ASSY. CAPSTAN
`
`SCREW (M1.4X4.01. TOOTHED LOCK
`WASHER
`PC BOARD. PLUNGER FLEXIBLE
`SOLENOID. PLUNGER
`
`Exmbfl1009,Page013
`Exhibit 1009, Page 013
`
`

`

`WM-701 C J
`
`SECTION 6
`
`ELECTRICAL PARTS LIST
`
`0
`
`NOTE:
`Due to standardization, replacements in the parts
`list may be different from the parts specified in
`the diagrams or the components used on the set.
`Items marked "~k" are not stocked since they
`are seldom required for routine service. Some
`delay should be anticipated when ordering these
`items.
`If there are two or more same circuits in a set
`such. as a stereophonic machine, only typical
`circuit parts may be indicated and capacitors and
`resistors in other same circuits may be omitted.
`
`CAPACITORS:
`MF: uF, PF: uuF.
`RESISTORS
`o All resistors are in ohms.
`F: nonflammable
`COILS
`o MMH: mH,UH: pH
`SEMICONDUCTORS
`In each case, U: y, for example:
`BSCMSPCILII’SSIZEDA'
`
`identified by
`The
`components
`mark
`or dotted line with mark
`A are critical for safety.
`specified.
`
`eplace only with part number
`
`
`ReF.No. Part No.
`
`Description
`
`
`Ref.No. Part No.
`
`Description
`
`901
`902
`903
`
`904
`905
`906
`
`907
`908
`909
`
`C101
`C102
`C103
`
`C104
`C105
`C106
`
`C107
`C108
`C109
`
`C110
`C111
`C112
`
`A-3289—517-A MOUNTED PCB (INS), AUDIO
`A-3216-625-A MOUNTED PCB, SYSTEM CONTROL
`1-629-133-11
`PC BOARD, FLEXIBLE
`
`1-571-799—11
`1-629-136—11
`1-629-131-11
`
`SWITCH (BLOCK TYPE)
`PC BOARD, SWITCH FLEXIBLE
`PC BOARD, MAIN FLEXIBLE
`
`PC BOARD, HEAD FLEXIBLE
`1-630-958-11
`A-3289—515—A MOUNTED PCB (INS), DDC
`1-629-130-11
`PC BOARD, PLUNGER FLEXIBLE
`
`1-135-158—21
`1-163-989-11
`1-135-184-11
`
`TANTAL. CHIP 15MF
`CERAMIC CHIP 0.033MF
`TANTAL. CHIP 6.8MF
`
`1-164—156-11
`1-135-199-21
`1-163—809—11
`
`CERAMIC CHIP 0.1MF
`TANTAL. CHIP 1MF
`CERAMIC CHIP 0.047MF
`
`1-135-149-21
`1-135-131-11
`1-135—191—21
`
`TANTAL. CHIP 2.2MF
`TANTAL. CHIP 22MF
`TANTAL. CHIP 0.22MF
`
`1-135-191—21
`1-135-149-21
`1-164-172-11
`
`TANTAL. CHIP 0.22MF
`TANTAL. CHIP 2.2MF
`CERAMIC CHIP 0.0056MF
`
`20%
`10%
`20%
`
`10%
`10%
`
`10%
`20%
`10%
`
`10%
`10%
`5%
`
`4V
`25V
`4V
`
`25V
`16V
`25V
`
`4V
`4V
`20V
`
`20V
`4V
`25V
`
`C217
`C218
`C219
`
`C220
`C301
`C302
`
`C303
`C304
`C305
`
`C306
`C307
`C308
`
`C309
`C310
`C311
`
`C312
`C313
`C314
`
`C315
`C316
`C317
`
`C318
`C601
`C602
`
`CERAMIC CHIP
`1-‘62-964-11
`TANTAL. CHIP
`1-135-151-21
`1-‘35-091-00 TANTAL. CHIP
`
`0.001MF
`4.7MF
`1lVF
`
`1-‘35— 199-21
`1-135-184-11
`1- 35- 184- 11
`
`1-‘35-131-11
`1-164-004-11
`1— 35-150-21
`
`1- 164-004-11
`1- 35- 51-21
`1-135-‘84- 11
`
`TANTAL. CHIP
`TANTAL. CHIP
`TANTAL. CHIP
`
`TANTAL. CHIP
`CERAMIC CHIP
`TANTAL. CHIP
`
`1MF
`6.8MF
`6 .8MF
`
`22MF
`0.1MF
`3.3PF
`
`CERAMIC CHIP
`TANTAL. CHIP
`TANTAL. CHIP
`
`0.1MF
`4.7MF
`6.8MF
`
`
`
`1-‘35-091-00 TANTAL. CHIP
`1-135— 58—21
`TANTAL. CHIP
`1- 135-‘51-21
`TANTAL. CHIP
`
`1-135-158-21
`1— 162— 955- 11
`1-135- 84-11
`
`TANTAL. CHIP
`CERAMIC CHIP
`TANTAL. CHIP
`
`1-135—158-21
`1-135-184-11
`1-164- 56-11
`
`TANTAL. CHIP
`TANTAL. CHIP
`CERAMIC CHIP
`
`1MF
`15MF
`4.7MF
`
`15MF
`150PF
`6.8MF
`
`15MF
`6.8MF
`0.1MF
`
`1- 135—‘50- 21
`1- 162-974- 11
`1-135- 50— 21
`
`TANTAL. CHIP
`CERAMIC CHIP
`TANTAL. CHIP
`
`.3MF
`.01MF
`.3MF
`
`10%
`20%
`20%
`
`10%
`20%
`20%
`
`20%
`10%
`10%
`
`10%
`20%
`20%
`
`20%
`20%
`20%
`
`20%
`5%
`20%
`
`20%
`20%
`
`10%
`
`10%
`
`50V
`4V
`16V
`
`» 16V
`4V
`4V
`
`4V
`25V
`4V
`
`25v
`4v
`4v
`
`16V
`4v
`4v
`
`4V
`50V
`4V
`
`4V
`4V
`25V
`
`4v
`50v
`4v
`
`C113
`C114
`C115
`
`C116
`C117
`C118
`
`C119
`C120
`C201
`
`C202
`C203
`€204
`
`C205
`C206
`C207
`
`C208
`C209
`C210
`
`0211
`C212
`C213
`
`€214
`C215
`C216
`
`CERNWIC CHIP 0.01MF
`1-162-970-11
`1-163-018-00 CERAMIC CHIP 0.0056NF
`1—162-955-11
`CERAMIC CHIP 150PF
`
`1-135-151-21
`1-162-964-11
`1-135-151-21
`
`TANTAL. CHIP 4.7MF
`CERAMIC CHIP 0.001MF
`TANTAL. CHIP 4.7NF
`
`,
`
`1-135-091-00 TANTAL. CHIP 1MF
`1-135-199-21
`TANTAL. CHIP 1MF
`1-135—158—21
`TANTAL. CHIP 15MF
`
`1-163-989-11
`1—135—184—11
`1—164-156-11
`
`CERAMIC CHIP 0.033MF
`TANTAL. CHIP 6.8MF
`CERAMIC CHIP 0.1MF
`
`1—135—199-21
`1-163-809-11
`1—135-149—21
`
`TANTAL. CHIP 1MF
`CERAMIC CHIP 0.047MF
`TANTAL. CHIP 2.2MF
`
`1-135—131-11
`1—135-191-21
`1-135—191—21
`
`TANTAL. CHIP 22MF
`TANTAL. CHIP 0.22MF
`TANTAL. CHIP 0.22MF
`
`1-135-149-21
`1-164-172-11
`1-162-970-11
`
`TANTAL. CHIP 2.2MF
`CERAMIC CHIP 0.0056MF
`CERAMIC CHIP 0.01MF
`
`1-163—018-00
`1-162-955-11
`1-135—151—21
`
`CERAMIC CHIP 0.0056MF
`CERAMIC CHIP 150PF
`TANTAL. CHIP 4.7MF
`
`5%
`5%
`5%
`
`20%
`10%
`20%
`
`20%
`10%
`20%
`
`10%
`20%
`
`10%
`10%
`10%
`
`20%
`10%
`10%
`
`10%
`5%
`5%
`
`5%
`5%
`20%
`
`25V
`50V
`50V
`
`4V
`50V
`4V
`
`16V
`16V
`4V
`
`25V
`4V
`25V
`
`16V
`25V
`4V
`
`4V
`20V
`20V
`
`4V
`25V
`25V
`
`50V
`50V
`4V
`
`
`
`C603
`0604
`C605
`
`C606
`C607
`C608
`
`C609
`C701
`C702
`
`C703
`C704
`C705
`
`C801
`C803
`C804
`
`C805
`C807
`C808
`
`C809
`C810
`
`;__1 8...
`
`
`
`1- 162-974— 11
`1—135- 50—21
`1- 162- 974- 11
`
`1-135-150—21
`1-135- 49-21
`1-162—993- 11
`
`
`
`ONW0030(HOW
`
`.01MF
`.3MF
`.01MF
`
`.3MF
`.2MF
`.22MF
`
`CERAMIC CHIP
`TANTAL. CHIP
`CERAMIC CHIP
`
`TANTAL. CHIP
`TANTAL. CHIP
`CERAMIC CHIP
`
`1-135—149-21
`1-164-234-11
`1-164-005-11
`
`TANTAL. CHIP
`CERAMIC CHIP
`CERAMIC CHIP
`
`2.2MF
`1MF
`0.47MF
`
`1-164—234-11
`1-162-957—11
`1-162-957-11
`
`CERAMIC CHIP
`CERAMIC CHIP
`CERAMIC CHIP
`
`1MF
`ZZOPF
`220PF
`
`1—162-964—11
`1-162-969-11
`1—135-158—21
`
`CERAMIC CHIP
`CERAMIC CHIP
`TANTAL. CHIP
`
`0.001NF
`0.0068MF
`15MF
`
`1-135—170—21
`1—135—158-21
`1-162-970—11
`
`TANTAL. CHIP
`TANTAL. CHIP
`CERAMIC CHIP
`
`6.8MF
`15MF
`0.01MF
`
`1-135-170-21
`1-135-170-21
`
`TANTAL. CHIP
`TANTAL. CHIP
`
`6 .8MF
`6 .8MF
`
`10%
`
`10%
`20%
`10%
`
`20%
`
`5%
`5%
`
`10%
`10%
`20%
`
`20%
`20%
`10%
`
`20%
`20%
`
`50V
`4V
`50V
`
`4V
`4V
`16V
`
`4V
`10V
`25V
`
`10V
`50V
`50V
`
`50V
`25V
`4V
`
`4V
`4V
`25V
`
`4V
`4V
`
`Exhibit 1009, Page 014
`Exhibit 1009, Page 014
`
`

`

`Ref.No.
`
`Part No.
`
`Description
`
`Ref.No.
`
`Part No.
`
`1-216-993-11
`1-218-272-11
`1-218-271-11
`
`Dacfiptmn
`METAL
`GLAZE
`METAL
`GLAZE
`METAL
`GLAZE
`
`D701
`0702
`
`0801
`0802
`0803
`
`FL101
`FL201
`
`HP901
`
`IC101
`IC201
`IC301
`
`IC302
`IC303
`IC601
`IC701
`
`8-719-404-46
`8-719-974-55
`
`DIODE MA11O
`DIODE GL102R6
`
`8-719-938-75
`8-719-420-51
`8-719-404-46
`
`DIODE SBOS-OSCP
`DIODE MA729
`DIODE MA11O
`
`1-236-323-11
`1—236-323-11
`
`1-543-576-11
`
`8-759-710-49
`8-759-710-49
`8-749-920-28
`
`FILTER, SP—SK
`FILTER, SP-SK
`
`HEAD, MAGNETIC (PLAY BACK)
`
`IC NJM2065AM
`IC NJM2065AM
`IC MHC8570E001L
`
`8-759-805-09
`8-759-231-14
`8-759-821-20
`8-759-144-86
`
`IC CXA1249M
`IC TA8145FN-ER
`IC LB1672M—T1
`IC UPD7508HG-640-22
`
`J901
`
`1-568-121-11
`
`JACK (PHONES/REMOTE)
`
`R107
`R108
`R109
`
`R110
`R111
`R112
`
`R113
`R114
`R115
`
`R116
`R118
`R201
`
`R202
`R203
`R204
`
`1-218-270-11
`1-216-845-11
`1-216-839-11
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`1-216—841-11
`1-216-845—11
`1-216-833-11
`1-216-841-11
`1-216-791—11
`1-216-815-11
`
`1-216-815-11
`1-216-832-11
`1-216-851‘11
`
`METAL
`METAL
`METAL
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`GLAZE
`GLAZE
`GLAZE
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`WM—701 C
`
`2.4K
`5.1K
`2K
`
`1.1K
`100K
`33K
`
`47K
`100K
`10K
`47K
`3.3
`330
`
`330
`8.2K
`330K
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`1/1SN
`1/16w
`1/16W
`
`1/16W
`1/16W
`1/16w
`
`1/16N
`1/16N
`1/1BW
`1/16N
`1/1BN
`1/‘6N
`
`1/"6w
`1/1EH
`1/16w
`
`JR1A
`JR1
`
`JR2A
`JR2
`
`JR3A
`JR3
`
`JR4
`
`L801
`L802
`L803
`
`1-216-295-00
`1-216-296-00
`
`METAL GLAZE
`METAL GLAZE
`
`1—216-295-00
`1-216-296-00
`
`METAL GLAZE
`METAL GLAZE
`
`1-216-295-00
`1—216-296-00
`
`METAL GLAZE
`METAL GLAZE
`
`1-216-864-11
`
`1-410-213-51
`1-410—213-51
`1-410-213-51
`
`METAL GLAZE
`INDUCTOR CHIP
`INDUCTOR CHIP
`INDUCTOR CHIP
`
`0
`0
`
`0
`O
`
`O
`O
`
`O
`
`56UH
`56UH
`560H
`
`5%
`5%
`
`5%
`5%
`
`5%
`5%
`
`5%
`
`1/1ON
`1/SW
`
`1/1ON
`1/8N
`
`1/10w
`1/8w
`
`1/16w
`
`R205
`R206
`R207
`
`R208
`R209
`R210
`
`R211
`R212
`R213
`
`R214
`R215
`R216
`
`1-218-271-11
`1—218-273—11
`1-216-993-11
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`1—218-272-11
`1-218-271-11
`1-218-270-11
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`1-215-845—11
`1-216-839-11
`Lem-M141
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`1-216-845—11
`1-216-833-11
`1-216-841-11
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`2K
`510K
`2.4K
`
`5.1K
`2K
`1.1K
`
`100K
`33K
`47K
`
`100K
`10K
`47K
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`1/‘6w
`1/16w
`1/16w
`
`1/‘6w
`1/16w
`1/‘60
`
`
`
`1/'6N
`1/‘6W
`1/'SW
`
`1/'6w
`1/'SW
`1/‘60
`
`1/16N
`1/16N
`1/16N
`
`1/16N
`1/TSH
`1/16N
`
`1/16w
`1/1GN
`1/16N
`
`1/16N
`1/16w
`1/16w
`
`1/16W
`1/16W
`1/16w
`
`11K
`5.6K
`100
`
`100
`330
`220K
`
`15K
`1K
`10K
`
`33K
`10K
`10K
`
`10K
`10K
`10K
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`1-218-330—11
`1-216-830-11
`1-216-809-11
`
`GLAZE
`GLAZE
`GLAZE
`
`1-216—809-11
`1-216-815-11
`1-216-849-11
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`1-216—835-11
`1-216-821-11
`1-216-833-11
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`1—216-839—11
`1-216-833—11
`1-216-833-11
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`216-833—11
`16-833—11
`2
`1 216-833-11
`
`11
`
`R607
`R608
`R609
`
`R610
`R611
`R701
`
`R702
`R703
`R704
`
`R705
`R706
`R707
`
`EbeH1009,PageO15
`Exhibit 1009, Page 015
`
`
`
`0705
`0706
`0707
`
`0708
`0709
`0801
`
`0802
`0803
`0804
`
`R101
`R102
`R103
`
`R104
`R105
`R105
`
`8-729—403-17
`8-729-402-16
`8—729-402-16
`
`TRANSISTOR XN1215
`TRANSISTOR XN4608
`TRANSISTOR XN4608
`
`8-729-420-50
`8-729-420-53
`8-729-117~16
`
`TRANSISTOR UN5215
`TRANSISTOR UN5115
`TRANSISTOR 25A1611
`
`8-729-117-32
`8-729-400—56
`8—729-117-16
`
`TRANSISTOR ZSC4177
`TRANSISTOR 2501328
`TRANSISTOR 2SA1611
`
`1-216—815-11
`1-216-815-11
`1-216-832-11
`
`METAL GLAZE
`METAL GLAZE
`METAL GLAZE
`
`1-216-851-11
`1—218—271-11
`1—218—273-11
`
`METAL GLAZE
`METAL GLAZE
`METAL GLAZE
`
`5%
`330
`5%
`330
`8.2K 5%
`
`330K 5%
`2K
`5%
`510K 5%
`
`1/16w
`1/16w
`1/16w
`
`1/15w
`1/16N
`1/16w
`
`M901
`
`PH701
`
`PM901
`
`0301
`0302
`0303
`0304
`
`0501
`0602
`' 0701
`
`0702
`0703
`0704
`
`1-462-274-11
`
`COIL, MOTOR (STATORI
`
`8-719-710-35
`
`DIODE, PHOTO NJL5161K—B
`
`1-454—479-11
`
`SOLENOID, PLUNGER
`
`8-729-230—74
`8-729-403-17
`8-729-402-16
`8—729-420-53
`
`8-729-162-43
`8—729-162-43
`8-729-403-27
`
`8—729-420-50
`8-729-420-50
`8-729-402—16
`
`TRANSISTOR 2SA1362
`TRANSISTOR XN1215
`TRANSISTOR XN4608
`TRANSISTOR UN5115
`
`TRANSISTOR 258624-BV3
`TRANSISTOR 258624-BV3
`TRANSISTOR XN4401
`
`TRANSISTOR UN5215
`TRANSISTOR UN5215
`TRANSISTOR XN4608
`
`R218
`R301
`R302
`
`R303
`R304
`R305
`
`R306
`R307
`R308
`
`R310
`R311
`R312
`
`R313
`R314
`R315
`
`R602
`R603
`R606
`
`1-216-791-11
`1-216-809-11
`1-216-825-11
`
`1-216-832-11
`1—216-837-11
`1—216-823-11
`
`METAL
`METAL
`METAL
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`GLAZE
`GLAZE
`GLAZE
`
`1-216-851-11
`1-216-851411
`1-216-845-11
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`1-216-809
`1-216-845
`19216-833
`
`11
`11
`11
`
`METAL
`METAL
`METAL
`
`GLAZE
`GLAZE
`GLAZE
`
`1-216-845-11
`1-216-791-11
`1-216-851-11
`
`GLAZE
`GLAZE
`GLAZE
`
`METAL
`METAL
`METAL
`
`METAL
`METAL
`METAL
`
`3.3
`100
`2.2K
`
`8.2K
`22K
`1.5K
`
`330K
`330K
`100K
`
`100
`100K
`10K
`
`100K
`3.3
`330K
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`5%
`5%
`5%
`
`1/1sw
`1/1SN
`1/1SN
`
`1/16w
`1/1GH
`1/16w
`
`1/TGN
`1/16w
`1/1GW
`
`1/16W
`1/160
`1/TGN
`
`1/16w
`1/16W
`1/16w
`
`

`

`WM-.701 C
`
`REVISED
`
`Ref.No. Part No.
`
`Description
`
`1—216—851-11 METAL GLAZE
`1-216-861-11 METAL GLAZE
`‘-216-861-11 METAL GLAZE
`-216—861—11 METAL GLAZE
`-216-861-11 METAL GLAZE
`7-216-821-11 METAL GLAZE
`
`'-216-849-11 METAL GLAZE
`'-216~845-11 METAL GLAZE
`1-216-845-11 METAL GLAZE
`
`330K 5%
`2.2M 5%
`2.2M 5%
`2.2M 5%
`2.2M 5%
`1K
`5%
`
`220K 5%
`100K 5%
`100K 5%
`
`5%
`100K
`100K 5%
`100K 5%
`
`100K 5%
`390
`5%
`100K 5%
`
`100K 5%
`1K
`5%
`100K 5%
`
`100K 5%
`1K
`57.
`390
`5%
`
`5%
`390
`100K 57.
`1K
`5%
`
`12K
`12K
`TOOK
`
`5%
`5%
`5%
`
`1.5K 5%
`470R 52
`270
`5%
`
`5%
`18
`2.2K 5%
`5.6K 5%
`
`1/16W .
`1/‘6W
`1/‘6w
`1/‘6W
`1/"6W
`1/16W
`
`
`
`1/‘6W
`1/16W
`1/"6W
`
`1/16w
`1/16w
`1/‘6W
`
`1/16W
`1/‘6w
`1/16w
`
`1/‘6N
`1/‘5w
`1/16W
`
`1/16W
`V16»!
`1/16w
`
`1/16w
`mew
`1/16w
`
`VHS»!
`1/16W
`1/16w
`
`1/16W
`V16»!
`1/16W
`
`HM»!
`1/16w
`1/8W
`
`
`Ref.No. Part No.
`
`Description
`
`T801
`
`X701
`
`1-449-466-21
`
`TRANSFORMER, DC-DC CONVERTER
`
`1-577-306—11 OSCILLATOR, CERAMIC (TMHz)
`
`ACCESSORY & PACKING MATERIAL
`
`1—505—094-11
`1-505-104—11
`
`(E)...HEADPHONE (WITH REMOCON)
`(US,AEP,UK)...HEADPHONE SET(WITH REMOCON)
`
`£L1-526—565-12
`
`(E)...AC PLUG ADAPTOR
`
`1-528-231-11
`
`BATTERY,NICKEL CADMIUM (NC-6WM)
`
`(E) ..... BATTERY CHARGER (BC-7L)
`ALT—528~234—12
`(US)....BATTERY CHARGER (BC—7S)
`A.1-528-249-11
`AJ—SZB-ZST-H (AEP)...BATTERY CHARGER (BC—7S)
`201-528-252-11
`(UK)....BATTERY CHARGER (BC-7S)
`1-550—460—11
`BATTERY CASE
`A.1-568-133-11 ADAPTOR, PLUG
`3-350-942-01
`PORCH. CARRYING
`.‘ 3—350—980—01 CLIP
`*3-350-994-01
`(E)...CUSHION (UPPER)
`*3-350-995-01
`(E)...CUSHION (UPPER)
`
`*3-350-996-01
`*3—352—130—01
`
`(E) ........... INDIVIDUAL CARTON
`(US,AEP,UK)...INDIVIDUAL CARTON
`
`3—786—809-01
`3—786-809-11
`3-786-809-21
`3—786-809-41
`
`(E) ....... MANUAL,
`(US,UK)...MANUAL,
`(AEP) ..... MANUAL,
`(AEP) ..... MANUAL,
`
`INSTRUCTION
`INSTRUCTION
`INSTRUCTION
`INSTRUCTION
`
`X-3329-657-1
`(E)....ATTACHMENT ASSY
`
`
`Note: The cpmponentAidentified by mark A or dotted
`”new“ mark
`arec’mca'fmsafflv-
`Replace only with part number specified.
`
`
`
`1/16W
`1.5K 5%
`'-216-823-11 METAL GLAZE
`WWW
`100
`5%
`1-216-809—11 METAL GLAZE
`'-238-429—11 RES, VAR, CARBON 10K/10K (VOLUME)
`1-238-202-11 RES, ADJ, METAL GLAZE 2.2K (SPEED)
`
`‘-571-275-11
`1-571-506-11
`1-571-584—11
`
`SWITCH, SLIDE (TAPE)
`SWITCH, SLIDE (DOLBY NR)
`SWITCH, SLIDE (FWD/REV)
`
`1-571-506-11
`1-571-275-11
`1-570-395-11
`
`SWITCH, SLIDE (088)
`SWITCH, SLIDE (MODE)
`SWITCH, LEAF (PLAY)
`
`‘-216-845-11 METAL
`1-216-845-11 METAL
`‘—216-845-11 METAL
`
`1-216-845-11 METAL
`‘—216-816-11 METAL
`1-216—845-11 METAL
`
`"-216-845—11 METAL
`3216-82141 METAL
`‘-216-845—11 METAL
`
`~216-845-11 METAL
`1-216-821-11 METAL
`‘—216-816-11 METAL
`
`‘-216-816-11 METAL
`‘-216-845—11 METAL
`‘-216-821-11 METAL
`
`_AZE
`_AZE
`LAZE
`
`-AZE
`_AZE
`_AZE
`
`LAZE
`_AZE
`_AZE
`
`LAZE
`_AZE
`LAZE
`
`LAZE
`_AZE
`_AzE
`
` mmmom0539‘)mmmmmm00C?)
`
`_AZE
`‘-216-834-11 METAL
`_AZE
`'-216-834-11 METAL
`1-216—845-11 METAL GLAZE
`
`7-216-823-11 METAL GLAZE
`1-216-853-11 METAL GLAZE
`1-216-814—11 METAL GLAZE
`
`‘-216-800-11 METAL GLAZE
`1-216-825-11 METAL GLAZE
`1-216-216-00 METAL GLAZE
`
`
`
`R709
`R710
`R711
`R712
`R713
`R714
`
`R717
`R718