NAD L 54 Service Manual Download Page 33

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Pin Assignment and Pin Functions

The assignment of input/output pins for the T5CC1, their names and functions are as follows:

DVSS 91

P66 90

85 P62/SI/SCL

86 P63/INT0

87 P64/SCOUT

88 P65

DVCC 89

P52/AN2 94

P51/AN1 93

P50/AN0 92

P55/AN5 97

P54/AN4 96

P53/AN3/ADTRG 95

VREFH

100

P57/AN7 99

P56/AN6 98

AVCC 3

AVSS 2

Top view

QFP100

VREFL 1

P72/TA3OUT 6

P71/TA1OUT 5

P70/TA0IN 4

P75/TA7OUT 9

P74/TA5OUT 8

P73/TA4IN 7

P82/TB0OUT0 12

P81/TB0IN1/INT6 11

P80/TB0IN0/INT5 10

P85/TB1IN1/INT8 15

P84/TB1IN0/INT7 14

P83/TB0OUT1 13

P90/TXD0 18

P87/TB1OUT1 17

P86/TB1OUT0 16

P93/TXD1 21

P92/SCLK0/CTS0 20

P91/RXD0 19

DVCC 25

AM0 24

P95/SCLK1/CTS1 23

P94/RXD1 22

X2 26

AM1 29

X1 28

DVSS 27

P97/XT2 32

P96/XT1 31

RESET 30

PA2/INT3 37

PA1/INT2 36

PA0/INT1 35

EMU1 34

EMU0 33

81 P42/CS2

82 P43/CS3

83 P60/SCK

84 P61/SO/SDA

80 P41/CS1

76 P35/BUSAK

77 P36/R/W

78 P37/BOOT

79 P40/CS0

72 P31/WR

73 P32/HWR

74 P33/WAIT

75 P34/BUSRQ

68 P25/A5/A21

69 P26/A6/A22

70 P27/A7/A23

71 P30/RD

64 DVCC

65 P22/A2/A18

66 P23/A3/A19

67 P24/A4/A20

60 P20/A0/A16

61 P21/A1/A17

62 DVSS

63 NMI

58 P16/AD14/A14

59 P17/AD15/A15

54 P12/AD10/A10

55 P13/AD11/A11

56 P14/AD12/A12

57 P15/AD13/A13

49 P05/AD5
48 P04/AD4

50 P06/AD6

51 P07/AD7

52 P10/AD8/A8

53 P11/AD9/A9

46 P02/AD2
45 P01/AD1

47 P03/AD3

43 ALE
42 PA7

44 P00/AD0

40 PA5

38 PA3/INT4

39 PA4

41 PA6

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Summary of Contents for L 54

Page 1: ...SERVICE MANUAL L54 DVD RECEIVER NAD ELECTRONICS INTERNATIONAL TORONTO NAD 2007 ...

Page 2: ...SERVICE MANUAL L54 DVD RECEIVER L54DVD RECEIVER ...

Page 3: ...RVICING 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 AH 1 9 EXPLODED VIEW C 1 12 ...

Page 4: ...H GROUND WATER PIPE CONDUIT ETC AND THE EXPOSED METALLIC PARTS ONE AT A TIME MEASURE THE AC VOLTAGE ACROSS THE COMBINATION OF 1500 OHM RESISTOR AND 15 MFD CAPACITOR REVERSE THE AC PLUG AND REPEAT AC VOLTAGE MEASUREMENTS FOR EACH EXPOSED METALLIC PART VOLTAGE MEASURE MUST NOT EXCEED 75 VOLTS R M S THIS CORRESPONDS TO 0 5 MILLIAMP AC ANY VALUE EXCEEDING THIS LIMIT CONSTITUTES A POTENTIAL SHOCK HAZAR...

Page 5: ...s including Metal panels Input terminals Earphone jacks etc Electrostatically Sensitive ES Devices Some semiconductor solid state devices can be damaged easily by static electricity Such components commonly are called Electrostatically Sensitive ES Devices Examples of typical Es devices are integrated circuits and some field effect transistors and semiconductor chip components The following techni...

Page 6: ...PO 0 0 5PUBM BSNPOJD JTUPSUJPO 45 3 0 SFRVFODZ SFTQPOTF E SFG L o L IBOOFM 4FQBSBUJPO E 3 4 EFDPEF TFOTJUJWJUZ 7 4 5 0 4JHOBM TZTUFN 1 54 VUP BTFS 5XP XBWFMFOHUI MBTFS EJPEF 8BWFMFOHUI ON 7 8BWFMFOHUI ON 4JHOBM UP OPJTF SBUJP BVEJP E 85 ZOBNJD SBOHF BVEJP E 85 165 VEJP JOQVU PQUJDBM BVEJP 0QUJDBM Y VEJP JOQVU DPBYJBM BVEJP PBYJBM Y VEJP JOQVU BOBMPH BVEJP 3 BDL 3 Y 3 JOQVU NN JOJ KBDL Y 7JEFP JOQV...

Page 7: ...1 7 9 Ê 6 Ê Ê ÊÊ 6 Ó Ê 6 Ê Ê Ê ...

Page 8: ...1 8 Ê Ê ...

Page 9: ...EXPLODED VIEW L54AH 1 9 1 10 ...

Page 10: ...1 11 ...

Page 11: ...EXPLODED VIEW L54C 1 12 1 13 ...

Page 12: ...1 14 ...

Page 13: ... ÊÓ Ê 2 3 0 3 2 04 3 3 4 2 3 4 4 TRANSISTOR REGULATOR IC PIN DESCRIPTION 30 42 42 5 3 4 5 31 2 3 1 BLOCK DIAGRAM 2 34 2 WIRING DIAGRAM 2 36 3 SCHEMATIC DIAGRAM 2 47 4 PRINTED CIRCUIT BOARDS 2 53 2 1 ...

Page 14: ... ΰ ΝΒΪ ͼΖΪ ΥΠΡ ͼΖΪ ͷ ΞΠΟΠ ΞΦΥΖ ͼΖΪ ΤΖΔ ΰ ͷ ΖΣΤΚΠΟ ΚΤΡΝΒΪ ΊΊ ΖΣΤΚΠΟ ᐔ Ͷ ΣΠΘΣΒΞ ΣΠΘΣΒΞ ᐭ ͷΆͿʹ ͺ Ϳ ͶͽͶʹ ᐮ ͶͿ ͼͶΊ ᐯ ͼͶΊ Ͷ ͺʹͶ ͶͽͶʹ ᐰ ʹͽͶͲ ʹͽͶͲ Ͷ Ͷ Ͷ ͺʹͶ Ͷ ᐭ ᐮ ᐭ ᐮ ͷ Ͷ Ͷ ͷͲʹ Ί Ͷ Ͷ Ͳ ΆͿͶ Ͷ ʹ ͲͿ Ͷ ͷ ΐ ͶΐͼͶΊ ί ΤΖΔ Ͳ ͷΆͿʹ ͺ Ϳ ͶͽͶʹ ͷ ΐ ͶΐͼͶΊ Ά Ͷ ΊΐͼͶΊ ί ΤΖΔ ΖΣΤΚΠΟ ΚΤΡΝΒΪ ͷ ͷΆͿʹ ͺ Ϳ ͶͽͶʹ 2 2 SOFT RESET METHOD ...

Page 15: ...YRO IXQFWLRQ LF QMZ4486IJ4 LF44 2 3 IC BLOCK DIAGRAMS PIN DESCRIPTION ...

Page 16: ...2 4 ...

Page 17: ...n B Out A In A In A V OPA2134 8 Pin DIP SO 8 A B isvjrGkphnyhtG RSHUDWLRQDO DPSOLILHU LF SKRWR FRXSOHU NS4343E LF57 Schematic Top View 1 Anode 2 Cathode 3 Emitter 4 Collector RSD5467XD LF59 QMP539 P LF55 LF58 LF5 WO67 5LGU LF74 2 5 ...

Page 18: ...WF 7KFX37DIQ LF56 PIN ASSIGNMENT LOGIC SYMBOL TRUTH TABLE 1 2 3 4 5 6 7 1A 1Y 2A 2Y 3A 3Y GND 6A 6Y 5A 5Y 4A 4Y Vcc 14 13 12 11 10 9 8 A L H Y H L 1A 1 3 5 9 11 13 2A 3A 4A 5A 6A 1Y 2Y 3Y 4Y 5Y 6Y 2 4 6 8 10 12 2 6 ...

Page 19: ...XW ZY ZX ZW Y Y_ Y Y Y Y YY YX YW X X_ X YZ XU T t iwm jv j yhw t lX jpu nuk nuk pu w pu jj nuk jj w pu w yhw w pu t lY nuk w yhw lz tp v tp mi nuk nuk nuk nuk yhw v w v mi w mi w v w v uUjU t lX lz YW YW t swm XYt swm t swm YW t swm jshtw 7 i 7 i 7 i 7 i 7 i 7 i t lY jshtw 2 7 ...

Page 20: ...Pin Assignment YIO GULYHU LF OF 8 58H LF 4 2 8 ...

Page 21: ... control input BLK 61 BLK Low VSS Display off S1 to S43 and G1 to G11 at VFL level I GND BLK High VDD Display on Note that serial data can be transferred while the display is turned off CL 63 DI 64 I GND CE 62 G1 to G11 2 to 12 Digit outputs These pins are P channel open drain outputs with pull down resistors O OPEN S1 to S43 56 to 14 Segment outputs for displaying the display data transferred by ...

Page 22: ...rosstalk 65dBtyp Internal 6dB Amplifier Internal 757 Driver Bipolar Technology Package Outline DIP16 DMP16 GwpuGjvumpn yh pvuG GisvjrGkphnyht 13 9 7 5 3 20k 20k 20k 20k 16 10 14 2 1 15 11 8 12 6 4 6dB Amp 757 Driver S3 S2 S4 S1 20k 20k 20k S5 S6 S7 Vin1 Vin2 Vin3 Vin4 Vin5 SW3 SW4 SW5 SW1 SW2 V GND V Vout3 Vout2 Vout1 6dB Amp 6dB Amp 757 Driver 757 Driver 2 10 ...

Page 23: ...osite video switching applications The video switch can be driven from a current output RAMDAC or voltage output com posite video source LowOn Resistanceandwidebandwidth makeitidealforvideoand other applications Also this device has exceptionally high current capability which is far greater than most analog switches offered today A single 5V supply is all that is required for operation The PI5V330...

Page 24: ...KH LQYHUWHU 7DFW37 LF69 LF6 PIN CONNECTION AND IEC LOGIC SYMBOLS 2 12 ...

Page 25: ... G G G G G G llwyvtG G G G G G G G G G U zlyphsGkh hGOzkhPa G GzkhG G G G G G G UG G G T G G G G G Tvy G G G G G G T G G T G U kl pjlVwhnlGhkkylzzlzGOhYSGhXSGhWPa G GhYSGhXG GhWG G G G G G G G G G Gh Y jWXhG G Gh Y jWYUGh G G GXrVYrG G G G G G G G G GO G G G G G G Gk Gh G PU ...

Page 26: ...Pin Assignment UGV GHPRGXODWLRQ LF OF 5 56P LF5 Block Diagram 2 14 ...

Page 27: ... Analog system ground 4 Vssa Crystal element output 4 332 MHz Output 8 XOUT RDS data output Output 14 RDDA RDS clock output master mode RDS clock input slave mode I O 15 RDCL RDS ID ready output Active low Output 16 RDS ID READY Digital system power supply 5 V 11 Vddd Digital system ground 10 Vssd Test input 7 TEST Crystal element input or external reference signal input Input 9 XIN Readout mode s...

Page 28: ...ef OUT GND Detector Threshold Hysteresis tPLH Released Voltage VDET Detected Voltage VDET Supply Voltage VDD Output Voltage OUT Minimum Operating Voltage GND GND tPLH tPHL GND GND 0 7V VDET 2 0V VDET 2 0V VDET 2 0V 2 Input Voltage VDD Output Voltage UHVHW LF UK8YW4 F LF64 2 16 ...

Page 29: ...FRGHF GLU DN78 LF67 isvjr kphnyht 2 17 ...

Page 30: ...PIN DESCRIPTION 2 18 ...

Page 31: ...2 19 PIN DESCRIPTION ...

Page 32: ...2 20 PIN DESCRIPTION ...

Page 33: ...P92 SCLK0 CTS0 20 P91 RXD0 19 DVCC 25 AM0 24 P95 SCLK1 CTS1 23 P94 RXD1 22 X2 26 AM1 29 X1 28 DVSS 27 P97 XT2 32 P96 XT1 31 RESET 30 PA2 INT3 37 PA1 INT2 36 PA0 INT1 35 EMU1 34 EMU0 33 81 P42 CS2 82 P43 CS3 83 P60 SCK 84 P61 SO SDA 80 P41 CS1 76 P35 BUSAK 77 P36 R W 78 P37 BOOT 79 P40 CS0 72 P31 WR 73 P32 HWR 74 P33 WAIT 75 P34 BUSRQ 68 P25 A5 A21 69 P26 A6 A22 70 P27 A7 A23 71 P30 RD 64 DVCC 65 P...

Page 34: ...P61 SI SCL P62 RD P30 WR P31 HWR P32 BUSRQ P34 BUSAK P35 W R P36 BOOT P37 L OSC EMU0 EMU1 Port 3 SCOUT P64 P65 P66 PA4 to PA7 CS WAIT Controller 4 BLOCK Port 1 Port 2 Port 6 Port A Special timer for CLOCK WAIT P33 CS0 to CS3 Interrupt Controller INT0 P64 INT1 to INT4 PA0 to PA3 16 Bit Timer TMRB0 TB0IN0 INT5 P80 TB0IN1 INT6 P81 TB0OUT0 P82 TB0OUT1 P83 16 Bit Timer TMRB1 TB1IN0 INT7 P84 TB1IN1 INT8...

Page 35: ...DWD 6HULDO DWD 1387 9 B 6 03 287 9 6HULDO DWD 6HULDO DWD 1387 9 03 287 9 6HULDO DWD 6HULDO DWD 1387 81 7 0 9 76 10641 2 4 52 1 5 241 6 8 4 8 4 9 B 03 287 9 6HULDO DWD 6HULDO DWD 1387 9 B 6 267 287 9 6HULDO DWD 6HULDO DWD 287387 9 B32 5B21 6 9 LJK RZ 287387 9 B 1 9 LJK RZ 287387 5 6B 7 9 9 6HULDO DWD 6HULDO DWD 1387 5 6B 9 9 6HULDO DWD 6HULDO DWD 1387 781 5B087 9 9 LJK RZ LJK 287387 3 B 9 9 6HULDO ...

Page 36: ...CK I PCM audio input sample rate clock pin 27 CMPDAT SDI I PCM audio data input number 2 pin 28 CMPCLK BICK I PCM audio input bit clock pin 29 CREQ LRCK I PCM audio input sample rate clock pin 30 CLKIN XIN I Master clock input used external clock 31 CLKSEL GND I DSP clock mode select pin connect the GND 32 FILT1 Connects to an external filter for the on chip phase locked loop 33 FILT1 Connects to ...

Page 37: ...udio Input Interface Framer Shifter Input Buffer Controller PIN ASSIGNMENT CS493264 TOP VIEW BLOCK DIAGRAM CS493264 VD1 DGND1 AUDATA3 XMT958 WR DS EMWR GPIO10 RD R W EMOE GPIO11 A1 SCDIN A0 SCCLK DATA7 EMAD7 GPIO7 CS493XX CL 44 pin PLCC Top View DATA6 EMAD6 GPIO6 DATA5 EMAD5 GPIO5 DATA4 EMAD4 GPIO4 DATA3 EMAD3 GPIO3 DATA2 EMAD2 GPIO2 DATA1 EMAD1 GPIO1 DATA0 EMAD0 GPIO0 VD2 DGND2 CS SCDIO SCDOUT PS...

Page 38: ... Enable G Output Enable W Write Enable RP Reset Block Temporary Unprotect RB Ready Busy Output BYTE Byte Word Organization Select VCC Supply Voltage VSS Ground NC Not Connected Internally Signal Names TSOP Connections DQ3 DQ9 DQ2 A6 DQ0 W A3 RB DQ6 A8 A9 DQ13 A17 A10 DQ14 A2 DQ12 DQ10 DQ15A 1 VCC DQ4 DQ5 A7 DQ7 NC NC AI06850 M29W160ET M29W160EB 12 1 13 24 25 36 37 48 DQ8 NC A19 A1 A18 A4 A5 DQ1 DQ...

Page 39: ...e Selects bank for read write during column address latch time RAS Row Address Strobe Latches row addresses on the positive going edge of the CLK with RAS low Enables row access precharge CAS Column Address Strobe Latches column address on the positive going edge of the CLK with CAS low Enables column access WE Write Enable Enables write operation and row precharge Latches data in starting from CA...

Page 40: ...Prwru Gulyhu LF DP8 LF75 SLQ DVVLJQPHQW 2 28 ...

Page 41: ...2 29 ...

Page 42: ...A278R05 KIA78R05 TO 220IS 4 1234 1 INPUT 2 COMMON 3 OUTPUT KIA7812API TO 220IS 123 KTA1024Y 1 Emitter 2 Collector 3 Base TO 92L 123 1 Base 2 Collector 3 Emitter 2SB1559 2SD2389 TO 3P 1 2 3 KRA107M KRC107M 1 Emitter 2 Collector 3 Base TO 92M 123 KRA102M KRC102M KTC2874 KSB811Y SOT 23 1 3 2 1 Emitter 2 Base 3 Collector KRA102S KRC102S KRD1304 2N3904S KIA7908PI KIA7805API KIA7905PI KIA7805API 1 GND 2...

Page 43: ...F VQ 0 ԝ Ԟ JGEM HWUG JGEM 4 T Ϳ ΊͶ ΊͶ Ϳ Ϳ ΊͶ Ϳ ΊͶ 01 ρ 2 219 4 8 U r8 CRRNKGF VQ JGEM 0 JGEM 2QYGT OR KTEWKV Ϳ ΊͶ 01 ρ 8 U r CRRNKGF VQ 0 ᐯ ᐱ U r CRRNKGF VQ 0 ᐭ ᐯ JGEM PRWV EKTEWKV JGEM 4 4 JGEM ΊͶ ΊͶ Ϳ Ϳ JGEM 2 EKTEWKV JGEM 01 8 8 U 8 CRRNKGF VQ 0 ᐱ U 8 CRRNKGF VQ 0 ᐲ JGEM 4 4 Ϳ Ϳ Ϳ ΊͶ ΊͶ JGEM 0276 EKTEWKV JGEM 01 0 1 8 U 8 CRRNKGF VQ U 8 CRRNKGF VQ 0 ᐰ JGEM 4 4 Ϳ Ϳ Ϳ ΊͶ ΊͶ ELECTRICAL TROUBLESHOO...

Page 44: ... 0 EQPPGEVGF EQTTGEVN U 8 CRRNKGF VQ 0 ᐭ JGEM 8 8 U ρ 8 CRRNKGF VQ U VJG UETGGP XKUKDNG HTQO 8 4 WPEVKQP 4GRNCEG 2 1 4GRNCEG 8 1 U 0 0 EQPPGEVGF EQTTGEVN U ρ 8 CRRNKGF VQ 0 ᐱ ᐳ JGEM 8 1 59 0 U ρ 8 CRRNKGF VQ 0 ᐵ ᐷ JGEM r 8 2QYGT JGEM ΊͶ ΊͶ ΊͶ ΊͶ ΊͶ Ϳ Ϳ Ϳ Ϳ Ϳ ΊͶ ΊͶ ΊͶ ...

Page 45: ... 7 1 2 46 7 1 176276 219 4 10 U 2QYGT r8 r 8 8 EQTTGEVN U 4 10 U WPEVKQP OWVG YQTMGF EQTTGEN JGEM 0 100 6 10 U 8 4 4 176276 41 5 6 70 6 10 JGEM 2QYGT NKPG 4GRNCEG 2 ΊͶ ΊͶ Ϳ Ϳ ΊͶ JGEM 3 3 4GRNCEG 0276 ΊͶ Ϳ Ϳ ...

Page 46: ...1 BLOCK DIAGRAM 2 34 2 35 ...

Page 47: ...2 WIRING DIAGRAM 2 36 2 37 ...

Page 48: ...3 SCHEMATIC DIAGRAM FRONT PART 2 38 2 39 ...

Page 49: ...VIDEO PART 2 40 2 41 ...

Page 50: ...MCU PART 2 42 2 43 ...

Page 51: ...INPUT PART 2 44 2 45 ...

Page 52: ...AMP PART 2 46 2 47 ...

Page 53: ...MPEG PART 2 48 2 49 ...

Page 54: ...MPEG PART 2 50 2 51 ...

Page 55: ...4 PRINTED CIRCUIT BOARDS FRONT PCB DATA VIEW 2 52 2 53 ...

Page 56: ...INPUT PCB DATA VIEW TOP 2 54 2 55 ...

Page 57: ...INPUT PCB DATA VIEW BOTTOM 2 56 2 57 ...

Page 58: ...AMP PCB DATA VIEW 2 58 2 59 ...

Page 59: ...MPEG PCB DATA VIEW TOP 2 60 2 61 ...

Page 60: ...MPEG PCB DATA VIEW BOTTOM 2 62 2 63 ...

Page 61: ...ٻڦڍڍ ڑڋڔڭ گڍڋڌڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦڌ ڒڋڔڭ گڍڋڌڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦڌ ړڋڔڭ گڍڋڌڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦڌ ڋڌڔڭ گڋڋڌڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڋڌ ۀۋ گٻٻٻٻٻٻٻٻٻٻٻٻٻٻٻٻ ۀۋ گ DESCRIPTION FRONT PCB ASS Y AH COP11961B C COP11961C ڟڭڄڣڃڞ ۉۊڽۍڼڞ ڟڭڜڪڝٻڟڡڱٻٻٻٻٻٻٻٻٻٻڌڈڌڑڔڌڌګڰڞ ڥڭڞ ۋۄۃڞٻڇٻۉۊڽۍڼڞ ٻ ډێۏۍڼۋٻۇڼھۄۉڼۃھۀۈٻۏێۊۈٻۍۊہٻڿۀۏڼھۄڿۉۄٻۀۍڼٻێۍۀڽۈېۉٻۏۍڼګٻ ٻڕٻێۀۏۊک ډۍۀڿۍۊٻێۏۍڼۋ...

Page 63: ...ڌڜڠڞڞ گڞڠڧڠٻڇٻګڜڞ ڱڑڌٻٻڡېڋڋڎڎ ڋڐڔڟ گڮڎڋڋڏکڌڟڱڞ گڞڠڭٻڇٻڠڟڪڤڟ ڎڋڋڏکڌ ڌڐڔڟ گڮڎڋڋڏکڌڟڱڞ گڞڠڭٻڇٻڠڟڪڤڟ ڎڋڋڏکڌ ڍڐڔڟ گڮڎڋڋڏکڌڟڱڞ گڞڠڭٻڇٻڠڟڪڤڟ ڎڋڋڏکڌ ڎڐڔڟ گڮڎڋڋڏکڌڟڱڞ گڞڠڭٻڇٻڠڟڪڤڟ ڎڋڋڏکڌ ڏڐڔڟ گڔڌړڐکڌڟڱڣ ڴڦگگڪڣڞڮٻڇٻڠڟڪڤڟ ڔڌړڐکڌ ڐڐڔڟ گڔڌړڐکڌڟڱڣ ڴڦگگڪڣڞڮٻڇٻڠڟڪڤڟ ڔڌړڐکڌ ڒڐڔڟ ڋڋڌڍڝڮڟڱڣ ڴڦگگڪڣڞڮٻڇٻڠڟڪڤڟ ڋڋڌڍڝڮ ړڐڔڟ ڋڋڌڍڝڮڟڱڣ ڴڦگگڪڣڞڮٻڇٻڠڟڪڤڟ ڋڋڌڍڝڮ ټٻٻٻڋڐڔڭ ټ ڣڒڏڭڥڜڌڬڭڦ ڠڮڰڡٻڇٻڮڠڭ ڥٻڲڌٻٻڨڣڪٻڒڏډڋ ټٻٻٻڌڐڔڭ ټ ڣڒڏڭڥ...

Page 64: ...ډڎٻڦڢڰڍڌڞڭڠ ڴڧکڪٻډڭڠڱٻٽڣڜٽ ټٻٻٻڌڔڴڭ ټ ڠڵڍڋڋڠڌڧڮڞ ڭڠڲڪګٻڇٻڴڜڧڠڭ ڄڱڑٻڞڟڃٻڌڈڜګڐڢ ټٻٻٻڍڋڔگ ټ ڲڵڑڐڋڧڐگڧڞ ٻڠڢڜگڧڪڱٻڧڜڰڟٻڝڰڮٻڇٻڮکڜڭگ ڎڔڦڝ ڒړڎڜڌڟڨڞ ڝڞګٻڇٻگڠڦڞڜڭڝ ڌړکڝ ڨڝڋړڋڐڋڔڞڌڝڲڞ ڴڂڮڮڜٻڠڭڤڲ ڍړکڝ ڴڵړڔڜڢڐڌګڥڞ ڭڠڡڜڲ ڌڋړڞ گڥڋڒڏڣڌڮڝڞڣ ڞڤڨڜڭڠڞٻڇٻګڜڞ ڱڋڐٻٻڡۋڒڏ ڍڋړڞ گڥڋڒڏڣڌڮڝڞڣ ڞڤڨڜڭڠڞٻڇٻګڜڞ ڱڋڐٻٻڡۋڒڏ ڎڋړڞ گڥڋڒڏڣڌڮڝڞڣ ڞڤڨڜڭڠڞٻڇٻګڜڞ ڱڋڐٻٻڡۋڒڏ ڏڋړڞ گڌڋڌڣڠڌڜڠڞڞ گڞڠڧڠٻڇٻګڜڞ ڱڐڍٻٻڡېڋڋڌ ڐڋړڞ گڡڵڏڋڌڣڌڮڝڞڣ ڞڤڨڜڭڠڞٻڇٻګڜ...

Page 65: ...ٻڋڍ ړڔکڞ ڴڵڔڌڜڢڐڋګڥڞ کڤګڐٻڇگڣڢڤڜڭگڮٻڇڭڠڡڜڲ ڌڐړڟ گڭڮڎڋڋڏکڌڟڱڞ گڞڠڭٻڇٻڠڟڪڤڟ ڎڋڋڏکڌ ڎڐړڟ گڭڮڎڋڋڏکڌڟڱڞ گڞڠڭٻڇٻڠڟڪڤڟ ڎڋڋڏکڌ ڋړڞڤ ڌڠگڨڐڔڐڍڨڥکڤڱڞ ڲڊڮٻڪڠڟڤڱٻڇٻڞډڤ ڌڠگڨڐڔڐڍڨڥک ڌړڞڤ ڌڠگڨڐڔڐڍڨڥکڤڱڞ ڲڊڮٻڪڠڟڤڱٻڇٻڞډڤ ڌڠگڨڐڔڐڍڨڥک ڍړڞڤ ڌڠگڨڐڔڐڍڨڥکڤڱڞ ڲڊڮٻڪڠڟڤڱٻڇٻڞډڤ ڌڠگڨڐڔڐڍڨڥک ټٻٻٻڏړڞڤ ټ ڤګڜڐڋړڒڜڤڦڤڱڣ ڱڐچٻڇڭڪگڜڧڰڢڠڭ ڄڞڠڦڃٻڤګڜڐڋړڒڜڤڦ ټٻٻٻڐړڞڤ ټ ڤګڐڋڔڒڜڤڦڤڱڞ ڄڱڐڈڃڭڪگڜڧڰڢڠڭٻڇٻڞډڤ ڤګڐڋڔڒګڤڦ ړړڞڤ ڠڲڮڋڎڎڱڐڤګڤڱڣ ڲڮٻڪڠڟ...

Page 67: ...ڏڣڜڌڜڠڞڞ گڞڠڧڠٻڇٻګڜڞ ڱڋڌٻڡېڋڒڏ ڍړڌڞ ڞڦڎڋڌڣڌڮڰڞڞ ګڤڣڞٻڇٻګڜڞ ڱڋڐٻٻڡېڌڋډڋ ڐړڌڞ ڜڥڌڒڏڣڌڮڰڞڞ ګڤڣڞٻڇٻګڜڞ ڱڋڐٻٻڡۋڋڒڏ ڑړڌڞ گڍڭڍڣڣڌڜڠڞڞ گڞڠڧڠٻڇٻګڜڞ ڱڋڐٻڡېڍډڍ ڒړڌڞ ڞڦڎڋڌڣڌڮڰڞڞ ګڤڣڞٻڇٻګڜڞ ڱڋڐٻٻڡېڌڋډڋ ڌڔڌڞ گڌڒڏڣڜڌڜڠڞڞ گڞڠڧڠٻڇٻګڜڞ ڱڋڌٻڡېڋڒڏ ڍڔڌڞ ڞڦڏڋڌڣڌڮڰڞڞ ګڤڣڞٻڇٻګڜڞ ڱڋڐٻٻڡېڌډڋ ڎڔڌڞ ڞڦڏڋڌڣڌڮڰڞڞ ګڤڣڞٻڇٻګڜڞ ڱڋڐٻٻڡېڌډڋ ڏڔڌڞ گڌڋڌڣڠڌڜڠڞڞ گڞڠڧڠٻڇٻګڜڞ ڱڐڍٻٻڡېڋڋڌ ڐڔڌڞ ڞڦڏڋڌڣڌڮڰڞڞ ګڤڣڞٻڇٻګڜڞ ڱڋڐٻٻڡېڌډڋ ڌڋڍڞ ڞڦڍڋڌڣڌڮڰڞ...

Page 69: ...ڮڃڭڪگڜڧڰڢڠڭٻڇٻڞډڤ ڍڍڈگڪڮٻڇڎڎڡڊڮڒڌڌڌڜڤڦ ټٻٻٻڋڍڞڤ ټ ڤګڜړڋړڒڜڤڦڤڱڣ ڱړچٻڇڭڪگڜڧڰڢڠڭ ڄڞڠڦڃٻړڋړڒڜڤڦ ټٻٻٻڌڍڞڤ ټ ڤګړڋڔڒڜڤڦڤڱڞ ڄڮڤڋڍڍڈڪگڃڭڪگڜڧڰڢڠڭٻڇٻڞډڤ ڮڤڋڍڍڈڪگٻڤګړڋڔڒڜڤڦ ڍڍڞڤ ڌڠگڟڨړڑڋڍڨڥکڤڱڣ ګڨڜٻګڪٻڇٻڞډڤ ڌڠگڈڟڨړڑڋڍڨڥک ڎڍڞڤ ڢکڡڜڏڋڰڞڣڏڒڤڱڣ ڭڠگڭڠڱکڤٻڇٻڞډڤ ڝڤڣڮڪگڃڢکڡڜڏڋڰڞڣڏڒڞگ ڏڍڞڤ ڝڋڌڋڌګڦڤڱڝ ڭڠڧګڰڪڞٻڪگڪڣګٻڇڞڤ ڝڋڌڋڌګڦ ڐڍڞڤ ڌڠگڟڨړڑڋڍڨڥکڤڱڣ ګڨڜٻګڪٻڇٻڞډڤ ڌڠگڈڟڨړڑڋڍڨڥک ڑڍڞڤ ڜڰڏڎڌڍڜګڪڤڱڣ ګڨڜٻګڪ ڜڰڏڎڌڍڜګڪ ړڍڞڤ ڌڠگڟ...

Page 74: ...ڮڦگڱڣ ڭډگ ڄڟڜڠڟڃڴڐڒڌڌڜڮڦ ڐڐڒڬ گڴڐړڒڍڞڮڦگڱڣ ڭډگ ڴڐړڒڍڞڮڦ ڑڐڒڬ گڴڐړڒڍڞڮڦگڱڣ ڭډگ ڴڐړڒڍڞڮڦ ڒڐڒڬ گڨڒڋڌڜڭڦگڱڣ ڭډگ ڨڒڋڌڜڭڦ ڎڑڒڬ گڴڐڒڌڌڜڮڦگڱڣ ڭډگ ڄڟڜڠڟڃڴڐڒڌڌڜڮڦ ڏڒڒڬ گڨڒڋڌڜڭڦگڱڣ ڭډگ ڨڒڋڌڜڭڦ ڐڒڒڬ گڨڒڋڌڞڭڦگڱڣ ڭډگ ڨڒڋڌڞڭڦ ڌڔڒڬ گڨڒڋڌڞڭڦگڱڣ ڭډگ ڨڒڋڌڞڭڦ ڍڔڒڬ گڨڒڋڌڜڭڦگڱڣ ڭډگ ڨڒڋڌڜڭڦ ڎڔڒڬ گڨڒڋڌڞڭڦگڱڣ ڭډگ ڨڒڋڌڞڭڦ ڒڋڒڭ گڎڔڎڥگڐڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڏڊڌٻڨڣڪٻڦڔڎ ړڋڒڭ گڎڔڎڥگڐڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڏڊڌٻڨڣڪٻڦڔڎ ڔڋڒڭ گڎڔڎڥگڐ...

Page 75: ...ٻٻڡېڋڍڍ ڋڎڑڞ ڠڌڍڍڣڥڌڜڠڞڞ گڞڠڧڠٻڇٻګڜڞ ڱڎڑٻٻڡېڋڍڍ ڌڎڑڞ ڠڌڍڍڣڥڌڜڠڞڞ گڞڠڧڠٻڇٻګڜڞ ڱڎڑٻٻڡېڋڍڍ ڍڎڑڞ ڠڌڍڍڣڥڌڜڠڞڞ گڞڠڧڠٻڇٻګڜڞ ڱڎڑٻٻڡېڋڍڍ ڎڎڑڞ ڞڥڋڍڌڣڌگڞڞڞ ڞڤڨڜڭڠڞٻڇٻګڜڞ ڱڋڐٻٻڡۋڍڌ ڏڎڑڞ ڞڥڋڍڌڣڌگڞڞڞ ڞڤڨڜڭڠڞٻڇٻګڜڞ ڱڋڐٻٻڡۋڍڌ ڐڎڑڞ ڞڥڋڎڎڣڌگڞڞڞ ڞڤڨڜڭڠڞٻڇٻګڜڞ ڱڋڐٻٻڡۋڎڎ ڑڎڑڞ ڞڥڋڎڎڣڌگڞڞڞ ڞڤڨڜڭڠڞٻڇٻګڜڞ ڱڋڐٻٻڡۋڎڎ ڒڐڑڞ گڋڋڌڣڣڌڜڠڞڞ گڞڠڧڠٻڇٻګڜڞ ڱڋڐٻڡېڋڌ ړڐڑڞ گڋڋڌڣڣڌڜڠڞڞ گڞڠڧڠٻڇٻګڜڞ ڱڋڐٻڡېڋڌ ڐڒڑڞ گڋڋڌڣڣڌڜڠڞڞ گڞڠڧڠٻڇٻګڜڞ ڱڋڐ...

Page 76: ...ڴڐړڒڍڞڮڦ ړڔڑڬ گڨڒڋڌڞڭڦگڱڣ ڭډگ ڨڒڋڌڞڭڦ ڔڔڑڬ گڴڏڍڋڌڜگڦگڱڣ ڭډگ ڴڏڍڋڌڜگڦ ڌڋڑڭ گڌڒڏڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڋڒڏ ڍڋڑڭ گڌڒڏڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڋڒڏ ڎڋڑڭ گڍڋڍڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦڍ ڏڋڑڭ گڍڋڍڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦڍ ڐڋڑڭ گڎڎڎڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦڎڎ ڑڋڑڭ گڎڎڎڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦڎڎ ڔڋڑڭ ڑڋڍڜڎڞ ڭڠګګڪڞٻڇٻڠڭڤڲ ڭڠګڨڰڥ ڋڌڑڭ ڑڋڍڜڎڞ ڭڠګګڪڞٻڇٻڠڭڤڲ ڭڠګڨ...

Page 77: ...ڣڍڍڭڦڠڐڡڭڞ گکڠڨڠڞٻڇٻڮڠڭ ڦٻڲڐٻٻٻڨڣڪٻڍڍډڋ ڔڑڑڭ ڣڍڍڭڦڠڐڡڭڞ گکڠڨڠڞٻڇٻڮڠڭ ڦٻڲڐٻٻٻڨڣڪٻڍڍډڋ ڋڒڑڭ ڣڍڍڭڦڠڐڡڭڞ گکڠڨڠڞٻڇٻڮڠڭ ڦٻڲڐٻٻٻڨڣڪٻڍڍډڋ ڌڒڑڭ گڍڋڌڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦڌ ڍڒڑڭ گڍڋڌڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦڌ ڎڒڑڭ گڍړڌڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦړډڌ ڏڒڑڭ گڍړڌڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦړډڌ ڐڒڑڭ گڍڋڌڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦڌ ڑڒڑڭ گڍڋڌڥگڋڍڟڭڞ کڪڝڭڜڞٻڇٻڮڠڭ ڥٻڲڐڊڌٻڨڣڪٻڦڌ ڒڒ...

Page 81: ...ڄڞڠڦڃٻګڤڣڞٻڇڭگ ڮګڊڦگڭڈڮڏڋڔڎکڍ ڎڎڏڬ ګڮڏڋڔڎکڍگڱڣ ڄڞڠڦڃٻګڤڣڞٻڇڭگ ڮګڊڦگڭڈڮڏڋڔڎکڍ ڌڏڏڬ ګڴڏڑڑڌڜگڦگڱڣ ۍۏ ڍڏڏڬ ګڴڏڑڑڌڜگڦگڱڣ ۍۏ ڌڋڎڭ گڋڭڋڥڟڋڌڥڭڞ ګڤڣڞٻڇٻڮڠڭ ڠڵڤڮٻړڋڑڌ ڍڋڎڭ گڍڋڌڥڟڋڌڥڭڞ ګڤڣڞٻڇٻڮڠڭ ڠڵڤڮٻړڋڑڌ ڎڋڎڭ گڍڒڏڥڟڋڌڥڭڞ ګڤڣڞٻڇٻڮڠڭ ڠڵڤڮٻړڋڑڌ ڏڋڎڭ گڍڒڏڥڟڋڌڥڭڞ ګڤڣڞٻڇٻڮڠڭ ڠڵڤڮٻړڋڑڌ ڐڋڎڭ گڋڭڋڥڟڋڌڥڭڞ ګڤڣڞٻڇٻڮڠڭ ڠڵڤڮٻړڋڑڌ ړڋڎڭ گڋڭڋڥڟڋڌڥڭڞ ګڤڣڞٻڇٻڮڠڭ ڠڵڤڮٻړڋڑڌ ڔڋڎڭ گڍڍڍڥڟڋڌڥڭڞ ګڤڣڞٻڇٻڮڠڭ ڠڵڤڮٻړڋڑڌ ڌڌڎڭ گڋڎڎڥڟڏڋڌڥ...

Page 83: ...ڴڭڞ ڮڰڊڔڏڈڞڣ ګڎڋڭڝڜڞ ڌٻکڤٻڮڞګڍٻڄڂڜڜڜڂٻڠڵڤڮڃٻڴڭڠگگڜڝ ڌڋڋڭڧڞ ڪڐڒڈڋڋڎڃکڲڪڭڝٻڭڪگګڜڟڜٻڨڡٻڇٻگکڜ ڜڍڋڋڈڌګڎڋڈګ ڰڑڐڔڜڌڳڬڞ ڞڏڐڧٻکڪڤگڞڰڭگڮکڤٻڇٻڧڜڰکڜڨ ڵڍڎڋڜڌڜڮڞ ګڪڪڧٻڨڜٻڇٻگکڜ ڒڑڍڜڮڞ ڄڠګڴگٻڢڰڧڃٻگډڨڡٻڇٻگکڜ ټٻٻٻٻٻٻٻ ټ ڌڋڞڌڧڍڌگڋڌڏڡڨڟڣ ڭڪگڪڨٻڇٻکڜڡ ڌڈڬڡڝ ټٻٻٻٻٻٻٻ ټ ڜڵڎڏڋڝڍڜڥڞ ڄڭڰڠڃڭڠڲڪګٻڇٻڟڭڪڞ ڴڧکڪٻډڭڠڱٻٽڞٽ ټٻٻٻٻٻٻٻ ټ ڜڴڝڡڎڍڐڜڥڞ ڭڠڲڪګٻڇٻڟڭڪڞ ڴڧکڪٻډڭڠڱٻٽڣڜٽ ڎڔکڞ ڝڋڐڍڜڌڌڜڍڡڏڞڲڞ ڄڨڨڋڐڍٻڇګڌڌڃڟڭڜڞٻڇٻڠڧڝڜڞ ڌڍکڞ ڝڋڑڋڝڐڌڜڏڞ...

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Summary of Contents for L 54

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NAD L 54, Service Manual

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