Apple Inc., et al.
`Exhibit 1010
`Apple Inc., et al. v. Global Touch Solutions, Inc.
`IPR2015-01175
`
`Exhibit 1010, Page 001
`
`

`

`CONTENTS
`
`PAGE
`
`SPECIFICATIONS .............................................................. 3
`
`How To Open Upper Case ..................................................... 3
`
`THEORY OF OPERATION ...................................................... 4
`
`Block Diagram .............................................................. 4
`
`LSI
`
`.............................. ~........................................ 5
`
`Ram Map .................................................................. 5
`
`Buzzer Control Circuit
`
`....................................................... 6
`
`Interrupt Circuit ............................................................ 6
`
`Keyboard
`
`................................................................. 6
`
`Power Supply .............................................................. 7
`
`LSI
`
`(Pin Functions) ............................................................. 8
`
`DISPLAY ..................................................................... 9
`
`TROUBLESHOOTING GUIDE ................................................... 10
`
`Test Programs ............................................................. 11
`
`Operation Check ........................................................... 14
`
`PCB ASSEMBLY VIEWS
`
`....................................................... 19
`
`PARTS LIST ................................ L ................................. 20
`Electrical Parts
`...... . ...................................................... 20
`
`Mechanical Parts ........................................................... 21
`
`EXPLODED VIEW/DISASSEMBLY INSTRUCTIONS ................................. 23
`
`SCHEMATIC DIAGRAM ........................................................ 24
`Main Block ............................................................... 24
`
`Keyboard
`
`................................................................ 25
`
`Display .................................................................. 26
`
`
`
`Exhibit 1010, Page 002
`Exhibit 1010, Page 002
`
`

`

`SPECIFICATIONS
`
`Display Method
`
`5 x 7 dot-matrix crystal
`
`Display
`
`Calculation Range
`
`24—digit, dot-matrix liquid-crystal display
`$1099 41 $9.999999999 x 1099
`
`Program System
`
`Stored System
`
`Program Language
`Number of Variables
`
`BASIC
`
`26 fixed variables, exclusive character variable and array variables
`
`RAM Capacity
`
`7520 bytes (system area: 672 bytes)
`
`Program Areas
`Number of Stacks
`Subroutine
`FOR 'v NEXT
`LOOP
`
`Operators
`
`Power Supply
`
`Power Consumption
`
`Maximum of 10 (P0 through P9)
`
`8 levels
`4 levels
`
`12 levels
`
`2 lithium batteries (CR—2032) for main frame
`1 lithium battery (CR-1220) for memory backup
`Maximum 0.07W
`
`Battery Life
`
`1) Continuous program execution: approximately 85 hours
`
`2) Continuous display of 5555555555 at 68°F (20°C): approximately 200
`hours or 5.5 months when unit is used 1 hour per day
`
`NOTE:
`
`1 hour includes 10 minutes of condition 1) and 50 minutes of con-
`dition 2)
`
`Approximately 2 years (with main batteries installed)
`
`Approximately 6 minutes
`
`32° F to 104° F (0°C to 40°C)
`
`3/4"H x 5-5/8”W x 2-3/4"D (18 mm x 142 mm x 71 mm)
`
`Memory
`protection
`battery
`Auto Power-off
`
`Ambient Temperature
`Dimensions
`
`Weight
`
`5.8 oz (165 9), including batteries
`
`How To Open Upper Case
`
`1.
`
`Insert the tweezers into the back of the upper case.
`
`a 2. Move tweezers gently in the direction indicated by the
`
`arrow in the figure below.
`
`Tweezers
`
`
`
`
`
`Exhibit 1010, Page 003
`Exhibit 1010, Page 003
`
`

`

`THEORY OF OPERATION
`
`/‘\
`
`Block Diagram
`
`DOT—MATRIX DISPLAY
`
`5 x 7 dots, 24 digits
`
`
`
`a7’\1812,d7’\/d12
`b7'vb12, e7’\1612
`c7’\:ci2, RON/R14
`K52’\2Ks10
`
`a1’\1a6, d’I’VdB
`b1~b6, e1/\,36
`
`c1’\xc6, ROW/R14
`
`
`Km1’\sz12
`
`KEYBOARD
`
`
`
`
`KEYBOARD
`
`
`
`
`RAM IC3
`
`HM6264ALFP
`
`
`
`
`ADO-AD12
`CSS-CSB
`IOO-IO7
`
`'
`
`
`
`
`26—3671
`
`26-3651
`
`26-3671
`
`26-3652
`
`26—3652
`
`OPTIONS
`
`
`
`
`
`
`NOTE: Only one of 2 options can be connected at a time.
`
`/'\ ,
`
`"\
`
`Exhibit 1010, Page 004
`Exhibit 1010, Page 004
`
`

`

`LSI
`
`Main CPU
`
`H061747B20
`
`BASIC control, Key signal input/output (lower keyboard), 1st to 6th digits and
`
`13th to 18th digits display control.
`
`Sub CPU
`
`HD61747B25
`
`Gate Array
`
`Calculation,
`
`l/O control, key signa|
`
`input/output (upper keyboard), 7th to
`
`12th digits and 19th to 24th digits display control.
`
`Interface between CPU and RAM, buzzer control.
`
`MBB4H193
`RAM
`HM6264ALFP-5Q Stores data and program. RAM has 8K bytes (64K bits) capacity and contains
`a self-control circuit.
`
`LSI
`
`ROM
`
`CPU (Main)
`1896 bits
`1 13024 bits
`
`H D61747 B20
`
`CPU (Sub)
`1896 hits
`1 13024 bits
`
`H D61 747 B25
`
`RAM
`65536 bits
`HM6264ALFP—50
`
`
`69328 bits
`
`Ram Map
`
`Input Buffer
`
`Code Buffer
`
`P1 T
`PST
`
`P9T
`
`
`
`
`
`READ# No.
`
`GOSUB STACK
`
`DISP Buffer
`
`v -
`
`.
`
`FOR NEXT
`
`STEP
`
`—--—
`
`
`
`
`
`
`
`
`
`
`226056 bits
`
`
`
`
`
`
`000
`
`080
`
`100
`
`180
`
`Exhibit 1010, Page 005
`Exhibit 1010, Page 005
`
`Users Area
`
`
`
`
`Communication Buffer
`
`Variable check -
`
`
`FF
`
`
`
`
`
`

`

`Buzzer Control Circuit
`
`There are 3 ways to operate the buzzer:
`
`Key input, BEEP O, and BEEP 1
`
`BEEPO
`Mode
`Frequency 0.9 kHz
`Time
`110 msec.
`
`BEEP1
`4.55 kHz
`110 msec.
`
`Key Input
`4.55 kHz
`11 msec.
`
`Interrupt Circuit
`
`,-’\
`
`A Am
`B2
`81 =
`M364H193
`B
`
`l
`
`l
`
`I
`
`l
`
`I
`
`l
`
`B
`
`0 interrupt circuit for the clock pulse when VDD2 drops.
`
`1. When the power is on, VDD2 is “L” level.
`
`2. PG2 through the IC and 26th pin of the CPU receive P62.
`
`3. When VDDZ drops, the output of the IC becomes “GND” level and the CPU does not receive
`P62.
`
`P61
`
`PG2
`
`HD61747B25
`
`VDD2
`
`0 Interrupt circuit for the voltage of the Gate Array and options when VDD2 and SW drop.
`
`1. When the power is on, VDD2 and SW is “L” level.
`
`2. VDD2 for Gate Array and VDD4 is also “L" level.
`
`3. When VDD2 drops, VDD2 for Gate Array and VDD4 becomes "GND" level and stops the op-
`
`ration of the RAM and options.
`
`SW
`
`VDD2(from IC4) fil‘ VDD4
`
`VDD2(from IC 2)
`
`Keyboard
`
`HD61747325 controls the upper keyboard.
`
`
`
`”
`
`KS2
`
`‘
`
`Ks3’\/K58
`
`
`
`Upper
`“WW
`
`HD61747B20 controls the lower keyboard.
`
`H061747B2 Km5NKm1°
`
`Km11, Km12
`
`'fi
`
`
`
`Exhibit 1010, Page 006
`Exhibit 1010, Page 006
`
`

`

`Power Supply
`
`VSS1
`
`Power supply voltage for TC4071 BF.
`
`VRAM Memory used to keep the voltage for the RAM.
`V1~V5
`LCD drive voltages. Voltage is generated by connecting the external resistor to VDD2.
`
`VDD1
`VDD2
`
`Power supply for the CPU, RAM and options.
`Stays VDD1 at power—on. Goes to GND at power-off or APO (auto power—off).
`
`
`
`Exhibit 1010, Page 007
`Exhibit 1010, Page 007
`
`

`

`IC1, HD61747BZO
`
`ICZ, HD61747BZ5
`
`$Q$RE§§§§KE$$E8$
`A A
`A
`A
`
`E E)
`
`E
`
`1
`2
`3
`4
`5
`5
`7
`8
`9
`‘IO
`11
`12
`13
`14
`15
`16
`17
`18
`19
`20
`21
`22
`NM4500
`
`lC4, MBB4H193
`
`0.00101 VV bkaI\J
`
`
`LSI
`
`(Pin Functions)
`
`,f‘x
`
`
`Signal Name
`Function
`
`64
`63
`62
`61
`6O
`59
`58
`57
`56
`55
`54
`. 53
`> 52
`> 51
`’ 50
`> 49
`. 48
`> 47
`’ 46
`> 45
`> 44
`b5 > 43
`
`D1, 2, 4, 8
`INT
`
`KM’VKI
`
`SW
`
`V5’\JV1
`
`PGZ, PG1
`
`R15’VR7
`G ND
`
`CE2
`
`CE1
`VDD1
`
`VDD2
`
`Data in/out (D1, D2, D3, D4)
`Interrupt signal from RAM
`
`Key signal for keyboard
`
`Switch signal. GND at switch
`“OFF” and VDD1 at switch
`[ION]!I
`
`Display voltage. Divided vol-
`tage from VDD1.
`
`CPU internal clock
`
`Display signal
`GND
`
`Chip designating signal.
`Select RAM or other devices
`
`Select RAM or other devices
`Power source
`
`VDD1 output from the LSI.
`VDD1 at switch ”ON” and
`GND switch ”OFF".
`
`Clock pulse
`_
`.
`Operation Signal
`
`
`
`
`
`
`
`Signal Name
`In/Out
`Function
`I00, |06
`ln/Out Data in/out
`ADO
`Out
`Address signal
`I07
`In/Out Data in/out
`ADl
`Out
`Address signal
`VSS
`In
`Power source
`
`A02, 10, 3
`OE
`AD4WAD12
`VDD
`RW
`CSG’VCS3
`CSZ’VCSO
`
`Address signal
`Out
`Output enable
`Out
`ln/Out Address signal
`In
`GND
`Out
`Read/write signal
`Out
`Chip enable signal
`—
`NC
`
`BI, 32
`82
`VSS
`$1
`E
`D4’VD1
`OP
`C2, C1
`VDDZ
`CE
`VDD
`103N105
`
`Out
`In
`In
`In
`—
`
`Buzzer signal
`GND
`VSS
`GND
`NC
`Data in/out
`Operation signal
`Clock pulse
`Power source
`Chip enable
`GND
`Data in/out
`
`-
`
`,’\
`
`,\
`
`Exhibit 1010, Page 008
`Exhibit 1010, Page 008
`
`

`

`IC3, HM6264ALFB-50
`
`
`Signal Name
`Function
`NC
`
`NC
`
`A12~Ao
`
`l/O1’\I|/O3
`
`GND
`
`l/O4’vl/08
`
`CE1
`
`A10
`
`0E
`
`A11, 9, 8
`CE2
`
`Address signal
`
`Data signal
`
`VSS terminal
`
`Data signal
`
`Chip enable
`
`Address signal
`
`Output enable
`
`Address signal
`GND
`
`
`
`
`
`R/W
`VDD
`
`‘
`;
`
`Read/write signal
`GND
`
`DISPLAY
`
`Numbers and characters are displayed in 5 x 7 dots.
`
`Following is an explanation of a dot-matrix LCD.
`
`a1
`c1
`e1
`e12 c12112
`00000
`00000
`00000
`00000
`0 0000
`Lower electrode
`00000
`00000—-————-—-—-——00000
`00000
`00000
`00000
`00000
`00000
`00000
`d12 b12
`d1
`bl
`
`e12 012 a12
`00000
`00000
`Lower electrode
`00 000
`00000—-———-
`00000
`00000
`00000
`d12 b12
`
`a1
`c1
`e1
`00000
`00000
`0000 0
`00000
`00000
`00000
`00000
`C“ M
`
`00000
`IRS—00000
`00000
`R9—-00000
`000 0 Cl
`Upper electrode
`RIO —00000
`00000
`Rll-00000—--———--
`00000
`1212—00000
`00000
`R13 —00000
`914-00000
`00000
`
`
`00000—RO
`00000
`00000—Rl
`00000
`00 00 0—522
`Upper electrode
`000 DC!
`00000——R3
`00000—-—-—-——-——--
`00000—RI.
`00000
`00000—R5
`00000
`00000-1“
`00000
`W
`
`Left-half 12 digits
`
`Right-half 12 digits
`
`1 b1
`
`9
`
`1
`
`a
`
`1 d1
`e
`
`
`
`
`
`:EIEE‘EE'E: ::
`
`
`
`
`
`
`.'|"|'!|!= ::
`
`
`
`
`
`flit?-
`R6
`
`
`
`
`R0
`R1
`R2
`R3
`
`R5
`
`On the upper electrode of the LCD, common signals RON R6 and R8» R14
`are applied horizontally while other signals a1~e1 to a12~e12 are applied
`vertically on the lower electrodes as shown in above figures.
`In the left figure, the upper-right corner of the dot is displayed when a vol-
`tage difference exists between signals R0 and a1. The CPU outputs the dis—
`play signals to the LCD display.
`CPU HD61747BZO controls the 1st to 6th and 13th to 18th digits of dis-
`play, while HDB1747325 controls the 7th to 12th and 19th to 24th digits.
`
`
`
`Exhibit 1010, Page 009
`Exhibit 1010, Page 009
`
`

`

`TROUBLESHOOTING GUIDE
`
`Poor battery contact
`
`Clean the battery and contact spring.
`Lift the battery spring.
`
`
`
`
`Symptom
`Cause
`Solution
`
`
`
`i No display at all.
`Weak batteris
`Replace the batteries.
`
`
`
`
`Peeled heat seal
`Replace the heat seal.
`
`
`Broken heat seal
`Replace the heat seal.
`
`
`
`LCD (CA51-TS)
`Replace the LCD.
`
`
`
`
`
`A certain segment(s)
`Peeled heat seal
`Replace the heat seal.
`
`cannot be displayed.
`
`
`Broken heat seal
`Replace the heat seal.
`
`
`
`
`
`LCD (CASl-TS)
`Replace the LCD.
`
`
`LSI (HD61747B)
`Replace the LSI.
`
`
`
`
`Calculation impossible.
`LSI (HD61747B)
`Replace the LSI.
`
`
`
`A certain button does not
`Poor key contact
`Celan the contact pad on the PCB and the
`function.
`key contact rubber.
`
`
`
`
`Broken PC line
`Connect the PC line.
`
`
`
`Peeled heat seal
`Replace the heat seal.
`
`
`
`
`
`LSI (HDG1747B)
`Replace the LSI.
`
`
`LSI (HD61747B)
`
`Replace the LSI.
`
`
`
`—
`
`
`
`xx
`
`¥
`
`/\
`
`-10..
`
`Exhibit 1010, Page 010
`Exhibit 1010, Page 010
`
`

`

`Test Program
`
`Noms
`
`1. After typing in the programs below, save the programs to a cassette tape for future use.
`
`2. Memory and printer check programs cannot be executed at the same time because of a limited
`
`memory capacity.
`
`Memory check program
`
`Printer check program
`
`Ready P1
`LIST
`
`Ready P%
`LIST
`
`1%
`2%
`25
`3%
`4%
`5%
`6%
`
`7%
`8%
`
`CLEAR
`C=904
`DEFM C
`FOR B=1 TO C
`D(B)=B
`NEXT B
`
`$="ABCDEFGHIJKL
`MNOPQRSTUVWXYZ"
`BEEP 1: BEEP l
`PRINT "INPUT OK
`*".
`
`9%
`
`GOTO #1
`
`Ready Pl
`LIST
`
`A=%
`A=A+1
`FOR B=1 TO C
`IF D(B)#B THEN
`1%%
`NEXT B
`
`IF $="ABCDEFGHI
`JKLMNOPQRSTUVWX
`YZ" THEN 1%%
`IF A=5 THEN 11%
`PRINT A;: GOTO
`
`7 P
`
`RINT "CHECK**N
`G**";: BEEP 1:
`BEEP %: GOTO 111
`PRINT "A=";A;
`PRINT "CHECK**O
`K**";: BEEP 1:
`BEEP 1
`PRINT "A=";A;:
`END
`
`5 7
`
`1%
`2%
`
`3%
`4%
`
`5%
`6%
`
`1%%
`
`1%1
`11%
`
`111
`
`1% MODE 7
`**PC—
`2% PRINT "
`";
`6 CHECK**
`3% PRINT "ABCDEFG
`IJKLMNOPQRSTUVW
`XYZ";
`4% PRINT "abcdefgh
`ijklmnopqrstuvw
`XYZ ll;
`5% PRINT "%.123456
`789";
`6% PRINT "%'@¥[1&+
`++ocux + ovoessl
`' °
`~ZQUY5":
`PRINT "1#$?\<<>
`>#+()*/+—€N“;
`FOR A=l TO 28
`PRINT "8";
`NEXT A
`PRINT "
`END—
`MODE 8
`
`7%
`
`8%
`9%
`1%%
`11%
`
`12%
`
`—
`
`"
`
`
`
`
`
`._11_.
`
`Exhibit 1010, Page 011
`Exhibit 1010, Page 011
`
`

`

`Program SAVE, LOAD and MEMORY
`
`System:
`
`PCS
`
`+
`
`26-3651
`or PC—5
`cable
`(26-3671 I
`
`
`
`+
`
`Operation:
`
`(1)
`
`PW SW ON
`
`(2)
`
`GMT PLAY MODE
`
`(3) @ "QAD
`
`LOAD
`
`END
`
`BUZZER RUN DEG
`
`Ready P0
`
`(4)
`
`Pw sw OFF
`
`Take out the 26-3651 + GMT
`
`(5)
`
`PW SW ON
`
`BUZZER RUN DEG
`
`Ready P0
`
`(6)
`
`BUZZER RUN DEG DEFM
`
`INPUT OK*
`
`(Buzzer sound)
`
`BUZZER RUN DEG DEFM
`
`INPUT OK*1
`
`BUZZER RUN DEG DEFM
`
`INPUT OK* 1 2
`
`BUZZER RUN DEG DEFM
`
`INPUT OK* 1 2 3
`
`BUZZER RUN DEG DEFM
`
`INPUT OK* 1 2 3 4
`
`BUZZER RUN DEG DEFM
`
`INPUT OK* I 2 3 4CHECK**OK**A=5 (Buzzer sound)OK
`
`BUZZER RUN DEG DEFM
`
`INPUT OK* CHECK**NG**A=1
`
`(Buzzer sound) NG
`
`(7)
`
`BRK
`
`Exhibit 1010, Page 012
`Exhibit 1010, Page 012
`
`

`

`Printer check
`
`System:
`
`P -6
`
`+
`
`26-3651
`orPC6
`cable
`
`
`
`
`
`(26-3671 )
`
`
`
`
`(1)
`
`P06 PW SW ON.
`
`+
`
`26-3652
`PC-4 Printer
`
`(2)
`
`S 2
`
`READY P0
`
`Print sample:
`
`**PC-6 CHECK**
`ABCDEFGHIJKLMNOPORST
`UVWXYZabcdefghijklmn
`opqrstuvwxyzfl.12‘3456
`789%'@¥[] “Honda.
`.¢szl-° ZQuy6!#$?\<<>
`>5r1‘ () *7+-en88888888
`8888888888888888888
`-END—
`
`
`Exhibit 1010, Page 013
`Exhibit 1010, Page 013
`
`
`
`-13_
`
`

`

`Operation Check
`
`A
`
`1. When mis—operation occurs, return to the nearest * mark and operate from the * mark.
`2. When connecting the printer and cassette interface, be sure to turn off the power switch.
`
`Operation
`
`
`BUZZER
`WRT DEG
`7520
`P-‘Q—123456789
`
`OWERTYUIOP
`
`BUZZER
`
`OWERTYUIOP )7":
`
`A
`
`*[BRK] ASDFGHJKL = EU
`
`BUZZER EXT RUN DEG
`
`
`
`
`
`
`ASDFGHJKL =‘i’
`
`
`
`
`* BRK ZXCVBNM; :,
`BUZZER EXTRUN DEG
`
`
`BUZZER EXTRUN DEG
`
`
`/z’- xcvbnm; :
`,
`
`
`
`
`zxcvbnm; :
`,
`:+:
`
`
`BUZZER EXT RUN DEG
`1%:
`d
`
`
`
`BUZZER EXTRUN DEG
`
`_14_
`
`
`
`Exhibit 1010, Page 014
`Exhibit 1010, Page 014
`
`

`

`
` Read Out
`
` Operation
`
`
`
`*ERZK]
`
` BUZZER EXTRUN DEG
`0.123+456—789*9/3
`
`4910.877
`EXE
`
`
`
`
` BUZZER EXTRUN DEG
`
`
`
`(Check that the cursor moves.)
`’I\
`E(
`)T‘—‘—’
`H )~—'—'’I‘
`
`
`
`
`*-
`
`BUZZER EXTRUN DEG
`----@
`
`
`UR DEG (4910.877 ¢2T31miinf
`
`
`
`I-fifl-
`
`
`
`
`
`BUZZER EXTRUN DEG
`
`STAT 1.2 ,0
`
`BUZZER EXTRUN DEG
`
`90
`
`
`BUZZER EXTRUN DEG
`
`
`
`90 E 00
`
`
`
`-15-
`
`——-—1
`
`Exhibit 1010, Page 015
`Exhibit 1010, Page 015
`
`

`

`
`
`
`
`
`
`
`BUZZER
`RUN DEG
`B?
`
`
`
`
`BUZZER
`RUN DEG
`
`C?
`
`
`
`
`
` BUZZER
`
`456
`
` BUZZER
`
`A = 56088
`
`
` A=B*C
`
`
`
`
` BUZZER RUN
`
`
`
`
`Ready P0
`
`
`
`‘-
`
`
`
`E
`O
`
`BUZZER
`RUN DEG
`TRACEON
`
`
`Ready PG
`
`-—16—
`
`Exhibit 1010, Page 016
`Exhibit 1010, Page 016
`
`0 U rn
`
`w
`
` i»
`
`IE
`
`#
`
`BUZZER
`
`
` Ready P0
`
`BUZZER
`
`
`Ready P0
`
`
`
`
`

`

`
`
`ON RUN GRA PRT
`
`
`
`
`
`
`
`BUZZER
`\|/
`,y\
`
`GRA MEMOml
`
`1
`
`W
`
`
`BUZZER
`GRA MEMO-1
`\I'
`
`0-W-In
`\1/
`/|\
`
`
`BUZZER
`
`GRA
`
`"
`MEMO
`
`[Bi]
`
`1
`
`
`
`
`
`Q\_I_’W
`
`BUZZER
`
`
`
`BUZZER
`
`ASMBL
`
`
`
`AsmbI/Source/ca1
`
`
`
`BUZZER
`RUN GRA
`
`Ready P9
`
`
`._17_.
`
`Exhibit 1010, Page 017
`Exhibit 1010, Page 017
`
`

`

`Operation
`
`Read Out
`
`* MODE 1
`
`125 BEEP 1
`
`EXE
`
`BUZZER
`
`RUN GRA
`
`Ready P0
`
`BUZZER
`
`WRT GRA
`
`10 BEEP 1
`
`BUZZER
`
`WRT GRA
`
`20 GOTO 16
`
`The display contrast must change.
`
`BUZZER
`
`RUN
`
`GRA
`
`(buzzer sound)
`
`BUZZER
`
`RUN GRA
`
`POWER SW OFF/ON
`Turn the contrast volume.
`
`Repeat 3 times.
`
`Display must disappear.
`Display should be “Ready P0,"
`
`
`
`Exhibit 1010, Page 018
`Exhibit 1010, Page 018
`
`_.13_
`
`

`

`PCB ASSEMBLY VIEW
`
`TOP VIEW
`
`,. W
`a}?
`
`\‘/_—_
`
`7
`
`mg“: L’
`
`y,
`
`_-_ “H,‘ j
`
`_;
`
` ‘
`
`" : H.
`
`“‘54 -‘
`
`__19_
`
`Exhibit 1010, Page 019
`
`

`

`Electrical Parts
`
`’
`
`PARTS LIST
`
`,_\
`
`Description
`RS Part No. Mfr's Part No.
`
`CAPACITORS
`
`C1’\IC4
`C5’\JC1O
`
`Chip, Ceramic, 100pF, 25V, i5%, CM21CH101J25V
`Chip, Ceramic, 0.1}.LF, 15V, +100%, CM21YV104P15V
`
`ACF-1466
`ACE-7347
`
`C11, C12
`
`Electrolytic, 22pF, 10V, i20%, CE04C-1A220MS7
`
`CE-226MCBA
`
`28907311
`71032167
`
`28047223
`
`
`C13
`Electrolytic, 100pF, 10V, i20%, CE04C-1A101 MS
`CE-107MCBA
`28041047
`
`le
`
`IC1
`
`lC2
`
`|C3
`
`lC4
`
`LSI, CPU, HD61747B20
`
`LSI, CPU, HD61747B25
`
`LSl, RAM, HM6264ALFP-50
`
`LSI, M864H193
`
`MX-7273
`
`MX-7274
`
`MX-7275
`
`MX-7276
`
`20018364
`
`20018801
`
`20011149
`
`20030453
`
`
`
`
`
`
`
`
`lC5
`IC, TC4071 BF
`MX-4245
`21004359
`
`
`PRINTED CIRCUIT BOARD ASSEMBLIES
`
`PC1
`Assembly, PCB-G707-1
`
`PC2
`Assembly, PCB-G707-2
`
`82636701
`
`82636702
`
`
`RESISTORS
`
`R1’\IR9
`
`Chip, Ruthenium, 3.3 Kohm, 1/8W, i5%, CR32-108-332J-T—TP ND-0230EBN
`
`27930620
`
`R10
`
`R11
`
`R12
`
`Chip, Ruthenium, 12 Kohm, 1/8W, 15%, CR32-108-123J-T-TP ND-0288EBN
`
`27930638
`
`Chip, Ruthenium, 68 Kohm, 1/8W, :l:2%, CR32-108-683G-T-TP ND-O354CBN
`
`27904530
`
`Chip, Ruthenium, 220 ohm, 1/8W, i10%, CR32-108—221K-T-TP ND-0149FBN
`
`27904734
`
`R13’\/R16 Chip, Ruthenium, 3.9 Kohm, 1/8W, i5%, CR32-108-392J-T-TP ND-0237EBN
`
`27903835
`
`R17’\IR21 Chip, Ruthenium, 10 Kohm, 1/8W, 12%, CR32-108-103G-T-TP ND-0281CBN
`
`27930603
`
`R22
`
`R23
`
`Chip, Ruthenium, 22 Kohm, 1/8W, i5%, CR32-108-223J-T-TP ND-0311EBN
`
`27903740
`
`Chip, Ruthenium, 2.2 Mohm, 1/8W, 15%, CR32-108-225J-T-TP ND-0454EBN
`
`27904761
`
`
`R24
`Chip, Ruthenium, 100 ohm, 1/8W, i10%, CR32»108-101K-T-TP ND-0132FBN
`
`27904629
`
`MISCELLANEOUS
`
`DI’VD3
`VR1
`
`Diode, 181588, silicon
`Volume, for contrast, 20 Kohm, EV L-AHAAOOBZ4
`
`DX-O273
`AP-7004
`
`23003031
`27709486
`
`’”
`
`/\
`
`_20_
`
`Exhibit 1010, Page 020
`Exhibit 1010, Page 020
`
`

`

`
`Mechanical Parts
`
`
`
`LCD, CA51-TS
`
`Connector, 126D-019-1ZSO4
`
`P spring, A33138A-1
`
`Seal, Heat, T-07-12
`Seal, Insulation, for heat seal, A47070-8
`
`Plate, Reinforcement, for LCD, C46480-1
`
`Tape, Adhesive, for LCD, A43613~5
`
`Tape, Adhesive, for LCD reinforcement plate, A45344-8
`
`Connector, Non—direction, A46359-1
`
`Sheet, Keyboard, C3473-5
`
`Tape, Adhesive, for PCB reinforcement plate
`
`Plate, Reinforcement, for PCB-G707-1, C3474A-1
`
`Assembly, Film, keyboard, C3769A—1
`
`Film, Keyboard, C3768-1
`
`Cushion, for LCD, C41409-1
`
`Seal, Heat, PCB—G707-1 to PCB—G707-2, CAX-12-3
`
`Seal, Insulation, for heat seal of PCB
`
`Seal, Insulation, for upper keyboard film
`
`Seal, Insulation, for lower keyboard film
`
`> Plate, Shield, for volume
`Seal, Blind, for P spring, C41076-1
`
`Seal, Insulation, for battery (non-repairable)
`
`Seal, Insulation, for RAM pack (non-repairable)
`
`Buzzer, EFB-SS5C41AV1
`
`Tape, Adhesive, for buzzer, A45381-1
`
`Tape, Adhesive, for keyboard sheet, A44646-1
`
`Holder, for PCB-G707-1, C2373-1
`
`Plate, Shield, C3500-1
`
`Window (Tandy)
`
`Tape, Adhesive, for window, C4586A-1
`
`Case, Upper, for display unit, C1141-5
`Case, Lower, for display unit (Tandy), C1142-1
`
`Plate, Name (Tandy) (non-repairable)
`
`Knob, Slide, CS499A-1
`
`Spring, Switch contact, A46683-1
`
`Film, Common, C3480-1
`
`
`
`AL-1020
`
`AJ-7306
`
`ARE-7642
`
`AHC-0107
`AHC-0344
`
`AJ-4025
`
`AHC-0346
`
`AHC-0345
`
`AK-0518
`
`AHC-0347
`
`_AHC-0348
`
`AHC-0349
`
`AHC-0350
`
`AHC-0351
`
`ART-0278
`
`AB-7002
`
`AZ-0109
`
`RB-6256
`
`AHC-0111
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`33310552
`
`35113639
`
`63258131
`
`56005846
`63416110
`
`63478850
`
`63415920
`
`63375130
`
`63354990
`
`82636721
`
`63424150
`
`63415991
`
`63471021
`
`63471030
`
`63505660
`
`56006320
`
`63471010
`
`63470990
`
`63471000
`
`63458880
`63471050
`
`32401627
`
`63304750
`
`63275120
`
`63470730
`
`63415930
`
`82637403
`
`63415891
`
`53470460
`82636704
`
`63416351
`
`63353610
`
`63415950
`
`
`
`
`
`63415960
`AHC-0352
`
`82636705
`AHC-0353
`
`
`Spacer, C3479-1
`Set, Keytop (Tandy)
`
`
`_21_
`
`—_——’
`
`Exhibit 1010, Page 021
`Exhibit 1010, Page 021
`
`

`

` Mfr’s Part No.
`
`Holder, Battery, for CR1220, A35803-1
`AB-0623
`63349650
`
`
`AB-062 1
`63349890
`Spring, Battery contact (—), for CR1220, A35801-1
`
`
`Description
`
`Spring, Battery contact (+), CR1220, A35800-1
`
`AB-0622
`
`63349900
`
`11
`
`12
`
`Seal, Insulation, for battery (CR1220), A46472-1
`
`AHC-0354
`
`63349910
`
`Holder, for PCB-G707-2, C1251-1
`
`Holder, Battery, for CR2032, A35802-1
`
`Spring, Battery contact
`
`(—), for CR2032
`
`Spring, Battery contact (+, —), for CR2032
`
`Spring, Battery contact
`
`(+), for CR2032
`
`Seal, Insulation, for battery (CR-2032), A45154-1
`
`Seal, Insulation, for battery holder, A46473-1
`
`Plate, Shield, for connector, C4609-1
`
`Cap, Connector, C4615-1
`
`Pin, Spring, 2.5 mm x 12 mm
`
`Label, Change for battery, (non-repairable)
`Tape, Lead, C4957-1
`
`Seal, Blind, for PCB holder, 04991-1
`
`Spacer, for lead tape, C41003-1
`
`Tape, Adhesive, for volume shield plate, A45344-14
`
`Plate, Reinforcement, for PCB holder, PCB-G707-2
`
`Plate, Reinforcement, for PCB holder, PCB-G707-1
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`B-0058
`
`A Fl B-7639
`
`A R B-7640
`
`A RB-7641
`
`A HC-21 1 4
`
`AB-0624
`
`ART-02 79
`
`63470550
`
`63349640
`
`63297621
`
`63297630
`
`63297640
`
`63297660
`
`63349720
`
`63415940
`
`AHC—O1 1 2
`
`63416410
`
`ART-0280
`
`52100356
`
`A HC-0355
`
`AHC—0354
`
`63459150
`
`63470840
`
`63449540
`
`63393830
`
`63500830
`63500840
`
`
`
`13
`
`14
`
`15
`
`16
`
`17
`
`18
`
`19
`
`Tape, Adhesive, for PCB-G707-1 reinforcement
`
`Tape, Adhesive, for PCB-G707-2 reinforcement
`
`Seal, Insulation, for volume shield plate, C4639-1
`
`Spring, Ground, for keyboard case, A47157-7
`
`Spring, Ground, for keyboard film, C4988-1
`
`Spring, Ground, for PCB holder, C4737-1
`
`Screw, Tapping, flat head (+), 2 mm x 3.5 mm
`A45491-13, for PCB holder
`
`Screw, Tapping, flat head, (+), 2 mm x 3 mm
`A45491-1 1, for connector shield plate
`
`Screw, Tapping, flat head (+), 2 mm x 5 mm
`A44793-13, for battery (C R-1220)
`
`Screw, Machine, pan head, (+), 1.7 mm x 5 mm
`A45919-7, for battery (CR-2032)
`
`Case, Upper, for keyboard unit (Tandy)
`
`Case, Lower, for keyboard unit (Tandy)
`
`Hardware Kit
`
`Screw, Machine, pan head, (+), 1.7 mm x 5.4 mm x 3 pieces
`A45919-8
`
`Battery, Lighium, CR2032
`
`
`
`ARB-5025
`
`ARE-5045
`
`ARB-5046
`
`AHD-2723
`
`AHD-3002
`
`A HD-3003
`
`AHD-2012
`
`AZ-0110
`
`A HW-2603672
`
`A H D201 3
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`63497930
`
`63500850
`
`63417130
`
`63416020
`
`63470830
`
`63424160
`
`63330000
`
`63319760
`
`63292930
`
`63391 680
`
`6347 0445
`
`82636723
`
`826367 09
`
`63426830
`
`
`
`
`
`ACS-0031
`
`CR2032
`
`CR1220
`ACS-0030
`
`
`
`Battery, Lighium, (for Memory back up) CR1220
`
`
`
`
`_22_
`
`Exhibit 1010, Page 022
`Exhibit 1010, Page 022
`
`

`

`EXPLODED VIEW/DISASSEMBLY
`
`INSTRUCTIONS
`
`
`
`
`
`
`
`
`
`
`
`1. Removev3 screws m from the lower case.
`2.
`Lift up the lower case .and®.
`
`3. Remove 9 screws m, 1 screw 3 and 1 screw 6
`from the PCB holder ® and@.
`
`4. Remove the PCB holder and 2 batteries.
`
`_23_
`
`Exhibit 1010, Page 023
`Exhibit 1010, Page 023
`
`

`

`SCHEMATIC DIAGRAM
`
`
`1 25
`5:22; R17~ R21
`
`
`E
`
`24
`
`10Knx5
`
`III.
`”b
`
`:2:
`ce~cg
`K"...
`IC2
`
`
`
`:32
`“0.1“;
`IC1
`*5
`
`Km7
`x4
`HD61747325
`HD61747B20
`m
`
`
`
`Km“)
`Kmu xm12
`
`3
`
`EEEEEEE
`
`65"...."
`
`>
`9—
`m
`‘5
`“‘
`
`>
`C:
`g
`E S
`R
`N u-
`U
`: § Law:
`3 " 3-32
`«
`n —
`a
`‘6 2
`
`‘—
`u
`°
`
`o
`.-
`a
`°=
`U
`R229?
`g 22K91$1538
`"
`F,
`as:
`>
`z
`>
`
`2:
`53
`(s
`b9
`:3
`(2:
`b8
`=9
`2;
`'33
`
`54
`
`m>
`
`3
`
`fl
`I
`fl!
`—-—
`I
`Il—I_
`-----
`I—Ilfl
`
`I_l— n
`I—l I—dF-I, m
`I—I I— — .0,
`,
`=—: I—fir= m
`|c4
`'-
`I=I 'b—d V‘
`.-
`l—l _—- ‘3’
`-.
`I———‘ :3? MBS4H193 L-I
`I—I ——-.DE
`,
`I—I __-. Am
`,
`-—- _- AD"
`"
`,
`éééééé‘éiafiéfi
`' l —
`
`
`
`
`——|'——| murmur"
`
`R13 ~ R16
`3-9 m X 4
`
`Buzzer
`a
`
`E
`
`Soldering Pads: A ~ Short
`
`
`
`
`c2
`
`100pF
`
`
`R12
`2209
`
`22uF 10V
`c11
`6ND
`VDD’I
`cs:
`CE!
`
`> YD“
`D!
`
`3,,
`g:
`m
`
`I-
`0
`"'
`3
`E
`.5
`
`8
`&
`
`Exhibit 1010, Page 024
`
`

`

`Keyboard
`
`ormx
`
`mwx
`
`wmx
`
`nwx
`
`mwx
`
`max
`
`¢mx
`
`max
`
`me
`
`
`
`
`
`
` o<04”4mmm><mmTllllloonlzmxpx.
`
`
`
`o01
` 0|.mm_aMwmopmmmzoL_av3
`
`
` WwHHMWWWWHHHHzWHmmzI/>aw:<H<omoaGPoHo‘NH{1|IIfl2Mfl...>.III;
`
`
`
`u$w£m_mELoz
`
`o
`
`moma\mua
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`N—Ex
`
`«FEx
`
`oFEx
`
`mEx
`
`mEx
`
`REX
`
`wEx
`
`mEx
`
`:Ex
`
`mEx
`
`wEx
`
`rEx
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`O
`
`_I--h_--—o._-—.¢0m-omLn_:V.»
`
`O
`
`FoNm+Il
`
`
`
`IAUm
`
`0OI
`
`p¥_;m
`
`HmELoz
`
`xmm
`
`
`
`OOOOOOOOO
`
`0O3
`
`0
`
`
`
`AVonp20
`
`
`0IVu2m4..
`4mgmz_uHmmmm
`
`.nTI1I|u|IIWII|1IIIIIIIIIIIIu4
`
`
`
`
`
`
`
`
`
`
`
`
`
`
`_25_
`
`EbeH1010,PageOZS
`Exhibit 1010, Page 025
`
`
`
`
`
`
`
`
`
`
`
`

`

`Display
`
`
`
`1W
`20Pm.“—
`ZOw0<m._.
`.En—mMOEDOW@.055.2
`
`._m_2m<7505.032:
`.E;Eta.mmNNDm
`mmlfll‘fll
`
`
`Inm
`
`.2me
`
`m2“.
`
`_25_
`
`
`Exhibit 1010, Page 026
`Exhibit 1010, Page 026
`
`
`
`

`

`RADIO SHACK, A DIVISION OF TANDY CORPORATION
`
`U.S.A.: FORT WORTH, TEXAS 76102
`CANADA: BARRIE, ONTARIO L4M 4W5
`
`TANDY CORPORATION
`
`AUSTRALIA
`
`BELGIUM
`
`FRANCE
`
`U.A.
`
`DI KURRAIDILG AVENUE
`AIDUIII DRUITI. N.S.\V.271D
`
`RUE DES PIEDS D'ALDUEITE, 39
`5ND NANIIIIIEMAMUR)
`
`DP III-55022
`DERBY PDNTDISE CEDEX
`
`BILSIUN RUAD WEDNESBURY
`WEST MIDLANDS WS 101 III
`
`7A6
`
`PRINTED IN JAPAN @
`
`Exhibit 1010, Page 027
`Exhibit 1010, Page 027
`
`