NAD VISO TWO Service Manual
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NAD VISO TWO Service Manual

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  • Page 1 Before SN A9YVISOTWO06301...

  • Page 2: Table Of Contents

    SECTION 1 SUMMARY CONTENTS PRODUCT SAFETY SERVICING GUIDELINES..................1-4 SERVICING PRECAUTIONS ........................1-5 * General Servicing Precautions * Insulation checking prodedure * Electrostatically Sensitive Devices SPECIFICATIONS ............................1-6 DISASSEMBLY .............................. 1-7 PRINCIPAL PART LOCATION ........................1-8 EXPLODED VIEW ............................1-9...

  • Page 3: Product Safety Servicing Guidelines

    PRODUCT SAFETY SERVICING GUIDELINES CAUTION : DO NOT ATTEMPT TO MODIFY THIS PRODUCT IN VOLTAGE MEASURE MUST NOT EXCEED 75 VOLTS R.M.S. ANY WAY. NEVER PERFORM CUSTOMIZED INSTALLATIONS THIS CORRESPONDS TO 0.5 MILLIAMP AC ANY VALUE WITHOUT MANUFACTURER’S APPROVAL. UNAUTHORIZED EXCEEDING THIS LIMIT CONSTITUTES A POTENTIAL MODIFICATIONS WILL NOT ONLY VOID THE WARRANTY, BUT SHOCK HAZARD AND MUST BE CORRECTED IMMEDIATELY.

  • Page 4: Servicing Precautions

    SERVICING PRECAUTIONS CAUTION : Before servicing the A/V Receiver covered by this Electrostatically Sensitive (ES) Devices service data and its supplements and addends, read and follow the Some semiconductor (solid state) devices can be damaged easily by SAFETY PRECAUTIONS. NOTE : if unforeseen circumstances static electricity.

  • Page 5: Specifications

    SPECIFICATIONS...

  • Page 8: Exploded View

    EXPLODED VIEW (AH VER.) before SN A9YVISOTWO06301 1-10...
  • Page 9 VISO TWO INPUT PCB ASSY AH version NON-1W COP12048B-A VISO TWO AMP & VIDEO & POWER PCB ASSY C version NON-1W will ship with standby supply COP12048C VISO TWO AMP & VIDEO & POWER PCB ASSY AH version NON-1W will ship with standby supply...
  • Page 10 EXPLODED VIEW (C VER.) before SN A9YVISOTWO06301 1-12 1-13...
  • Page 11 VISO TWO INPUT PCB ASSY AH version NON-1W COP12048B-A VISO TWO AMP & VIDEO & POWER PCB ASSY C version NON-1W will ship with standby supply COP12048C VISO TWO AMP & VIDEO & POWER PCB ASSY AH version NON-1W will ship with standby supply...
  • Page 12 IC BLOCK DIAGRAMS & PIN DESCRIPTION ..................2-2 SPECIAL FUNTION KEY..........................2-43 TROUBLESHOOTING ..........................2-44 DIAGRAM..............................2-47 1. BLOCK DIAGRAM ..........................2-47 2. WIRING DIAGRAM ..........................2-49 3. SCHEMATIC DIAGRAM ........................2-51 • FRONT PART ..........................2-51 • MCU & INPUT PART........................2-53 •...

  • Page 13: Ic Block Diagrams & Pin Description

    IC BLOCK DIAGRAMS & PIN DESCRIPTION MCU(T5CC1) : IC21 Pin Assignment and Pin Functions The assignment of input/output pins for the T5CC1, their names and functions are as follows: 88 P65 DVCC 87 P64/SCOUT 86 P63/INT0 DVSS 85 P62/SI/SCL P50/AN0 84 P61/SO/SDA P51/AN1 83 P60/SCK...
  • Page 14 DVCC [3] CPU (TLCS-900/L1) DVSS [3] ADTRG (P53) AN0 to AN7 10-Bit 8CH H-OSC (P50 to P57) Clock Gear EMU0 Converter AVCC, AVSS Clock doubler EMU1 VREFH, VREFL XT1 (P96) L-OSC XT2 (P97) TXD0 (P90) RESET SIO/UART/IrDA RXD0 (P91) 32 bits (SIO0) SCLK0/ (P92)
  • Page 17 I.C PIN DESCRIPTIONS (IC45 : AUDIO DSP : CS494003) Function PIN No PIN Name UHS0 DSP C Control Mode Select BIT 0 DSP C Control Mode Select BIT 0 HUS1 Open-drain interrupt-request output INTREQ,ABODY Host Address Bit One or SPI Serial Control data input FA1,FSCDIN General Purpose output GPIO20...
  • Page 18 Function PIN No PIN Name SDRAM Data Bus 14 SD_DATA14 No Connect (Ground) SDRAM Data Bus 13 SD_DATA13 SDRAM Ground VSSSD3 VDDSD3 SDRAM Power Supply SD_DATA12 SDRAM Data Bus 12 SD_DATA11 SDRAM Data Bus 11 SDRAM Data Bus 10 SD_DATA10 SDRAM Data Bus 9 SD_DATA9 SDRAM Data Bus 8...
  • Page 19 Function PIN No PIN Name HDATA6 DSP C Bidirectional data bus 6 HDATA5 DSP C Bidirectional data bus 5 SCLK1 Audio output bit clock Audio Master clock MCLK 2.5V Supply Voltage VDD2 VSS2 2.5V Ground AUDATA4 Digital Audio Output 4 HDATA4 DSP C Bidirectional data bus 4 Audio output bit clock...
  • Page 20 PIN ASSIGNMENT(IC45: CS494003) AUDATA1 SD_ADDR10, EXTA10 AUDATA0 SD_BA, EXTA19 CMPCLK, FSCLKN2 VDDSD1 HDATA2, GPIO2 VSSSD1 VSS3 SD_CS VDD3 SD_ADDR4, EXTA4 HDATA1, GPIO1 SD_ADDR5, EXTA5 HDATA0, GPIO0 SD_ADDR6, EXTA6 CMPREQ, FLRCLKN2 SD_CLK_EN CMPDAT, FSDATAN2 SD_ADDR7, EXTA7 FLRCLKN1 SD_ADDR8, EXTA8 WR, DS, GPIO10 SD_CLK_IN RD, R/W, GPIO11 SD_ADDR9, EXTA9...
  • Page 21 CODEC+DIR (AK4589) : IC44 2-10...
  • Page 22 PIN DESCRIPTION 2-11...
  • Page 23 PIN DESCRIPTION 2-12...
  • Page 24 PIN DESCRIPTION 2-13...
  • Page 25 VOLUME&FUNCTION (BD3816K1) : IC31 2-14...
  • Page 26 2-15...
  • Page 27 VIDEO DRIVER IC : IC55 z z z z %ORFN GLDJUDP CTRAP COUT 75Ω MUTE1 MUTE1 TEST TEST 1.5-6M 75Ω MIXOUT MIXFB YTRAP CLAMP CLAMP 75Ω YOUT PYIN PYTRAP PYOUT 75Ω PYFB PbIN PbOUT PrIN 75Ω N.C. MUTE2 MUTE2 PrOUT PrTRAP 75Ω...
  • Page 28 XM : IC70 Functional Description I2S_OCLK (M=o, S=n/u) XMDTIC Inter-IC I2S_LRCLK (M=o; S=i) Sound I2S_SCLK (M=o; S=i) (I2S) I2S_DATA (M=o; S=i) I2S_RATE (M=o, S=n/u) MUTE (M=o, S=n/u) 3.3V High Speed HSDP_EN# (M=o; S=i) Data Port HSDP_CLK (M=o; S=i) (HSDP) HSDP_DATA (M=o; S=i) COMM_TX_P COMM_TX_M Low Speed...
  • Page 29 Device Pin-out LSDP HSDP_EN# DT4_MODE SC_TX_OUT HSDP_CLK SC_RX_IN HSDP_DATA RFU (I2C_SCL) XM/DT IC RFU (I2C_SDA) TEST Rev 3B/4A SC_RATE ANT_REV OSC_IN RESET# OSC_OUT SLAVE_SEL 2-18...
  • Page 30 Pin Descriptions Table 3.2 Pin Descriptions Direct- Function Function Pin Name Notes in Slave Mode in Master Mode S=In Out= 4mA, SLC 1 LSDP Low Speed Data Port Input Low Speed Data Port Output M=Out In=LVTTL S/T S=Out System Controller Bus (CBM) System Controller Bus (CBM) 3 SC_TX_OUT 4mA, SLC...
  • Page 31 Direct- Function Function Pin Name Notes in Slave Mode in Master Mode S=In High Speed Data Port Data High Speed Data Port Data Out= 4mA, SLC 32 HSDP_DATA M=Out Input Output In=LVTTL S/T S=In High Speed Data Port Clock High Speed Data Port Clock Out= 4mA, SLC 34 HSDP_CLK M=Out...
  • Page 32 SD RAM : IC47 PIN CONFIGURATION DQ15 DQ15 DQ14 DQ14 VSSQ VSSQ DQ13 DQ13 DQ12 DQ12 VDDQ VDDQ DQ11 DQ11 DQ10 DQ10 VSSQ VSSQ VDDQ 50pin TSOP II 50pin TSOP II VDDQ VDDQ VDDQ 400mil x 825mil 400mil x 825mil LDQM LDQM 0.8mm pin pitch...
  • Page 33 FUNCTIONAL BLOCK DIAGRAM 1Mx16 Synchronous DRAM Self Refresh Counter Refresh Refresh Interval Timer Counter 512Kx16 Bank 0 Address[0:10] Sense AMP & I/O gates Column Decoder Address Precharge Register Row Active BA(A11) Column Addr. Column Active Latch & Counter Overflow Burst Length Counter DQ10 DQ11...
  • Page 34 64M SDRAM (M12L64164A) : IC12 PIN ASSIGNMENT FUNCTIONAL BLOCK DIAGRAM Top View DQ15 DQ 0 D D Q S S Q DQ14 Clock DQ 1 Generator Bank D DQ 2 DQ13 Bank C D D Q S S Q Bank B DQ12 DQ 3 Address...
  • Page 35 Motor Driver IC (AM5888) : IC16 2-24...
  • Page 36 2-25...
  • Page 37 Pin description PIN No Pin Name Function VINFC Input for focus driver TRB_1 Connect to external transistor base REGO2 Regulator voltage output, connect to external transistor collector VINSL+ Input for the sled driver REGO1 Regulator voltage output, connect to external transistor collector Tray driver forward input Tray driver reverse input Vcc1...
  • Page 38 Flash Memory (M29W160ET) : IC11 Signal Names Logic Diagram A0-A19 Address Inputs DQ0-DQ7 Data Inputs/Outputs V CC DQ8-DQ14 Data Inputs/Outputs DQ15A–1 Data Input/Output or Address Input A0-A19 DQ0-DQ14 Chip Enable DQ15A–1 Output Enable M29W160ET Write Enable M29W160EB Reset/Block Temporary Unprotect Ready/Busy Output BYTE BYTE...
  • Page 39 UART IC : IC39 XR20M1170 B LOCK IAGRAM 1.62V – 3.63V 64 Byte TX FIFO ENIR# 64 Byte EN485# RX FIFO UART IRQ# Regs RTS# CTS# GPIOs GPIO[7:0] C/SPI A0/CS# Interface A1/SI XTAL1 Crystal Osc/Buffer XTAL2 I2C/SPI# 2-28...
  • Page 40 VIDEO SW IC (NJM2595) : IC51, IC52, IC53 5-INPUT 3-OUTPUT VIDEO SWITCH • • 5-input 3-output • Operating Voltage 4.0 to 6.5V • Operating current 15mAtyp. at Vcc= 5V • Crosstalk -65dBtyp. • Internal 6dB Amplifier • Internal 75 Driver •...
  • Page 41 INVERTER IC (TC74HCU04AFN) : IC50 PIN ASSIGNMENT LOGIC SYMBOL (10) (11) (13) (12) TRUTH TABLE 2-30...
  • Page 42 LOGIC IC : IC30 / IC38 (74LCX08MX) Logic Symbol Connection Diagrams IEEE/IEC Pin Assignments for SOIC, SOP, and TSSOP Pad Assignments for DQFN Pin Descriptions Pin Names Description Inputs Outputs (Top View) N JM 2068MD (OP A M P) : IC32, IC33, IC34 •...
  • Page 43 OR GATE : IC48(74LCX32TTR) Pin Connection And IEC Logic Symbols 2-32...
  • Page 44 MULTIPLEXERS : IC49(74VHC157FT) Inputs can be driven from either 3.3-V or 5-V devices. This feature allows the use of these devices as translators in a mixed 3.3-V/5-V system environment. FUNCTION TABLE INPUTS OUTPUT OUTPUT logic diagram (positive logic) Pin numbers shown are for the D, DB, J, NS, PW, RGY, and W packages. 2-33...
  • Page 45 2CH DAC : IC71(AK4384) LRCK MCLK Clock De-emphasis SMUTE/CSN μP Divider Control VCOM ACKS/CCLK Interface DIF0/CDTI DZFL DZFR ΔΣ AOUTL Modulator Interpolator Audio Data BICK Interface ΔΣ SDTI AOUTR Interpolator Modulator 2-34...
  • Page 46 Pin Layout MCLK DZFL BICK DZFR SDTI LRCK View VCOM SMUTE/CSN AOUTL ACKS/CCLK AOUTR DIF0/CDTI PIN/FUNCTION Pin Name Function MCLK Master Clock Input Pin An external TTL clock should be input on this pin. BICK Audio Serial Data Clock Pin SDTI Audio Serial Data Input Pin LRCK...
  • Page 47 EEPROM : IC22(AT24C08N10SC) 2-36...
  • Page 48 FET : IC14(HN1K05FU) Equivalent Circuit Marking (top view) (Q1, Q2 common) Switching Time Test Circuit (a) Test circuit (b) V 1.5 V = 1.5 V 1.5 V D.U. < = 1% < 5 ns = 50 W) (c) V Common Source 10 ms Ta = 25°C DS (ON)
  • Page 49 RDS DEMODULATION IC(LC72723M) : IC29 Pin Assignment Block Diagram 2-38...
  • Page 50 VIDEO SW IC(PI5V330) : IC56, IC59 Low On-Resistance Wideband/Video Quad 2-Channel Mux/DeMux Features Description • High-performance solution to switch between video sources Pericom Semiconductor’s PI5V330 is a true bidirectional Quad 2-channel multiplexer/demultiplexer recommended for both RGB • Wide bandwidth: 200 MHz and composite video switching applications.
  • Page 51 RESET IC(RH5VT18C) : IC25 BLOCK DIAGRAMS – Vref TIME CHART Released Voltage Detector Threshold Hysteresis Detected Voltage –V Supply Voltage Minimum Operating Voltage Output Voltage (OUT) DEFINITION OF OUTPUT DELAY TIME t + 2.0V Input Voltage 0.7V +2.0V Output Voltage + 2.0V 2-40...
  • Page 52 RS232 TRANSCEIVER : IC28 PIN CONFIGURATION PIN DESCRIPTION PIN No SYMBOL NAME AND F UNCTION Positive Terminal for the first Charge Pump Capacitor Doubled Voltage Terminal Negative Terminal for the first Charge Pump Capacitor Positive Terminal for the second Charge Pump Capacitor Negative Terminal for the second Charge Pump Capacitor Inverted Voltage Terminal Second Transmitter Output Voltage...
  • Page 53 TRANSISTOR, REGULATOR IC BLOCK DIAGRAM TO-92S TO-92 TO-220 TO-92L 1. Emitter 1. Emitter 1. Emitter 1. INPUT 2. Collector 2. Collector 2. Collector 2. OUTPUT 3. Base 3. Base 3. Base 3. GND 1 23 1 23 1 2 3 1 2 3 KRA102M KRC102M...

  • Page 54: Special Funtion Key

    SPECIAL FUNTION KEY FEATURE REMOTE KEY OPERATING FRONT KEY OPERATING AM FUNCTION STATE Micom Reset(Host+Mpeg) PLAY KEY(SHORT) -> STOP(SHORT) KEY-> DISPLAY(LONG) KEY AM FUNCTION STATE HOST Soft version Display PLAY KEY(SHORT)-> STOP(SHORT) KEY-> TUNER MODE(LONG) KEY SET UP ON STATE MPEG Soft version&Region Display NURBER "2"...
  • Page 55 '.'%64+%#. 6417$.'5*116+0) )7+&' 219'4 %*'%- 01 2QYGT .'& 01 (.& %JGEM ( HWUG %JGEM ( HWUG +U 8 CRRNKGF +U 8 CRRNKGF %JGEM VJG (TQPV %KTEWKV VQ %0 RKP VQ %0 RKP %JGEM 3 %JGEM & && +U `8 +U 8 CRRNKGF %JGEM 4 %JGEM & CRRNKGF VQ %0...
  • Page 56 8+&'1 2#46 %*'%- 8+&'1 176276 219'4 10 &QGU .QIQ CRRGCT QP VJG UETGGP! +U %0%0 EQPPGEVGF EQTTGEVN[! +U 8 CRRNKGF %JGEM &8& 8 VQ %0 +U %0%0 8 CRRNKGF EQPPGEVGF VQ +% EQTTGEVN[! +U VJG UETGGP XKUKDNG HTQO 4GRNCEG 8+&'1 $& 8%4 (WPEVKQP! 8 CRRNKGF 4GRNCEG /2') $&...
  • Page 57 #7&+1 2#46 %*'%- #7&+1 176276 219'4 10 +U 2QYGT r8%% %JGEM 2QYGT NKPG r88 EQTTGEVN[! +U 4; 10! %JGEM 3 +U (WPEVKQP OWVG %JGEM %0 YQTMGF EQTTGEN[ %100'%6+10 +U 8%4 4'% 176276 (41/ 5#6 4GRNCEG +0276 $& (70%6+10! 4GRNCEG #/2 $& 2-46...

  • Page 58: Block Diagram

    1. BLOCK DIAGRAM 2-47 2-48...

  • Page 59: Wiring Diagram

    2. WIRING DIAGRAM before SN A9YVISOTWO06301 2-49 2-50...

  • Page 60: Schematic Diagram

    3. SCHEMATIC DIAGRAM before SN A9YVISOTWO06301 FRONT PART 2-51 2-52...
  • Page 61 MCU & INPUT PART before SN A9YVISOTWO06301 2-53 2-54...

  • Page 62: Dsp & Codec Part

    DSP & CODEC PART 2-55 2-56...

  • Page 63: Power Part

    POWER PART before SN A9YVISOTWO06301 2-57 2-58...

  • Page 64: Amp Part

    AMP PART 2-59 2-60...

  • Page 65: Video Part

    VIDEO PART > 2-61 2-62...

  • Page 66: Xm & Sub-Power Part

    XM & SUB-POWER PART 2-63 2-64...

  • Page 67: Mpeg Part

    MPEG PART 2-65 2-66...

  • Page 68: Printed Circuit Boards

    4. PRINTED CIRCUIT BOARDS FRONT BOARD before SN A9YVISOTWO06301 2-67 2-68...

  • Page 69: Input Board

    INPUT BOARD (TOP VIEW) before SN A9YVISOTWO06301 2-69 2-70...
  • Page 70 INPUT BOARD (BOTTOM VIEW) before SN A9YVISOTWO06301 2-71 2-72...

  • Page 71: Amp & Video Board

    AMP & VIDEO BOARD (TOP VIEW) before SN A9YVISOTWO06301 2-73 2-74...
  • Page 72 AMP & VIDEO BOARD (BOTTOM VIEW) before SN A9YVISOTWO06301 2-75 2-76...

  • Page 73: Mpeg Board

    MPEG BOARD (TOP VIEW) 2-77 2-78...
  • Page 74 MPEG BOARD (BOTTOM VIEW) 2-79 2-80...
  • Page 75 SECTION 3 ELECTRICAL PARTS LIST 0QVGU  2CTV PWODGTU CTG KPFKECVGF HQT OQUV OGEJCPKECN RCTVU 2NGCUG WUG VJKU RCTV PWODGT HQT RCTVU QTFGT +/2146#06 5#('6; 016+%' %QORQPGPVU KFGPVKHKGF D[ OCTM JCXG URGEKCN EJCTCEVGTKUVKEU KORQTVCPV HQT UCHGV[ 9JGP TGRNCEKPI CP[ QH VJGUG EQORQPGPVU WUG QPN[ OCPWHCEVWTG U URGEKHKGF RCTVU 6JG WPKV QH TGUKUVCPEG KU 1*/ -  / -...
  • Page 76 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 % %%$5*<(6 %#2  %'4#/+% 2(8 %* 72 (<#$ , % %%'##-56 %#2  '.'%6 W( 8 % %%$5*-$6 %#2  %'4#/+% 2(8 %* 72 $-#$ < % %%'##-56 %#2  '.'%6 W( 8 % %%$5*-$6 %#2  %'4#/+% 2(8 %* 72 $-#$ <...
  • Page 77 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 , %# 9+4'  %122'4 , %# 9+4'  %122'4 , %# 9+4'  %122'4 , %# 9+4'  %122'4 , %# 9+4'  %122'4 , %# 9+4'  %122'4 , %# 9+4'  %122'4 , %# 9+4'  %122'4...
  • Page 78 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 4 %4&6,6 4'5  %#4$10 - 1*/ 9 , 4 %4&6,6 4'5  %#4$10 - 1*/ 9 , 4 %4&6,6 4'5  %#4$10  1*/ 9 , 4 %4&6,6 4'5  %#4$10  1*/ 9 , 4 %4&6,6 4'5  %#4$10...
  • Page 79 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 % %%75*,# %#2  %*+2 2(8%1) 2( 8 , % %%'#**46 %#2  '.'%6 W( 8 % %%75*-% %#2  %*+2 W( 8 - % %%'#**46 %#2  '.'%6 W( 8 % %%75*-% %#2  %*+2 W( 8 - % %%'#**46...
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  • Page 82 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 & *8&4.554 &+1&' 59+6%*+0) 5/& 6;2' 4.5 6' & *8&4.554 &+1&' 59+6%*+0) 5/& 6;2' 4.5 6' & *8&54 &+1&'  5%*166-'; $#44+'4 & %8&<,$6 &+1&'  <'0'4 <,$ 9 & %8&<,$6 &+1&'  <'0'4 <,$ 9 & *8&54...
  • Page 83 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 3 *86-4%5 64  %*+2 -4%5 3 *86-4%5 64  %*+2 -4%5 3 *86-4%5 64  %*+2 -4%5 3 *86-6#5;46- 64  %*+2 -6#5 ; 46- 3 *86-4%5 64  %*+2 -4%5 4 %4,&,6 4'5  %*+2  5+<' 4...
  • Page 84 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,6 4'5  %*+2  5+<' 4 %4,%,46 4'5  %*+2 9...
  • Page 85 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,46 4'5  %*+2  5+<' 4 %4,&,46 4'5  %*+2  5+<' 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,6 4'5  %*+2...
  • Page 86 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,6 4'5  %*+2...
  • Page 87 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 $- %/&# $4#%-'6  2%$ $- %/&# $4#%-'6  2%$ $0 %9$%'0 9+4' #55 ; 2 // // 2 // // $0 *,2)$<- %100'%614 2.7) $0 *,2)$<- %100'%614 2.7) $0 *,2)$<- %100'%614 2.7) $0 %9$&$/ 9+4' #55 ; 2 // // 2 // // $0 %9<8+51691$0...
  • Page 88 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 % %%'##*6 %#2  '.'%6 W( 8 % 8'4 10.; % %%'##*6 %#2  '.'%6 W( 8 % 8'4 10.; % %%75*,# %#2  %*+2 2( 8 , % 8'4 10.; % %%'#**6 %#2  '.'%6 W( 8 % %%'#**6...
  • Page 89 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 % %%'#%*6 %#2  '.'%6 W( 8 % %%75*-% %#2  %*+2 W( 8 - % %%'#%*6 %#2  '.'%6 W( 8 % %%75*-% %#2  %*+2 W( 8 - % %%'#%*6 %#2  '.'%6 W( 8 % %%75*-%...
  • Page 90 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 % %%75*-% %#2  %*+2 W( 8 - % %%75*-% %#2  %*+2 W( 8 - % %%'#%*6 %#2  '.'%6 W( 8 % %%'#%*6 %#2  '.'%6 W( 8 % %%75*-% %#2  %*+2 W( 8 - % %%'#%*6...
  • Page 91 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 & %8&556 &+1&'  %*+2 & %8&556 &+1&'  %*+2 & %8&556 &+1&'  %*+2 & %8&556 &+1&'  %*+2 & *8&4.554 &+1&' 59+6%*+0) 5/& 6;2' 4.5 6' & *8&4.554 &+1&' 59+6%*+0) 5/& 6;2' 4.5 6' & %8&056...
  • Page 92 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 ,- %,,-< ,#%-  5%#46 5*+'.& 2.#6' % 8'4 10.; ,- %,,&< ,#%-  56'4'1 ,- %,,.< ,#%-  :/ %#/& #* 8'4 10.; ,- %,,2< 6'4/+0#.  52'#-'4 ,9 %9'48 9+4' #55 ; . %.<<<...
  • Page 93 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 3 *86-4%5 64  %*+2 -4%5 4 %4,&,6 4'5  %*+2  5+<' #* 8'4 10.; 4 %4,&,46 4'5  %*+2  5+<' #* 8'4 10.; 4 %4,&,6 4'5  %*+2  5+<' #* 8'4 10.; 4 %4,&,6 4'5  %*+2...
  • Page 94 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 4 %4,&,6 4'5  %*+2  5+<' % 8'4 10.; 4 %4,&,6 4'5  %*+2  5+<' % 8'4 10.; 4 %4,&,6 4'5  %*+2  5+<' % 8'4 10.; 4 %4,&,6 4'5  %*+2  5+<' 4 %4,&,6...
  • Page 95 &'5%4+26+10 4'( 01 2#46 01 4'/#4-5 4 %4&(,46 4'5  %#4$10  1*/ 9 , 4 %4&(,46 4'5  %#4$10  1*/ 9 , 4 %4('-4 4'5  %'/'06 4 %4('-4 4'5  %'/'06 4 %4('-4 4'5  %'/'06 4 %4('-4 4'5  %'/'06 4...
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