Harman Kardon AVR35 Service Manual Download Page 7

is being used to control a TV, VCR or Cable
box.,press these button to change the channel
being viewed.

Press this

button to begin the process of changing the
surround mode. After the button has been
pressed, use the / button

to select the

desired surround mode.

These are multi-purpose

buttons. They will be used most frequently to
select a surround mode. To change the surrou-
nd mode, first press the

button

. Next

press these buttons to scroll up or down through
the list of surround modes that appear in the
Information

. These buttons are also

used to increase or decrease output levels used
to lower the AVT35's output levels when
configuring the unit with either the intermal test
tone or an external source. They are also used
to enter delay time settings after the

butt-

on

has been pressed.

/

This button is used

to start the process of setting the AVR-35's
output levels to an external source. Once this
button is pressed, use the /

buttons

to

select the channel being adjusted, then press
the

button

, followed by the /

buttons

again to change the level setting.

This button is used to enter

settings into the AVR-35's memory. It is also
used in the setup procedures for delay time,
speaker configuration and channel output level
adjustment.

Press this button to activate

the "Night" mode, preventing loud playback
when the digital modes are in use without
altering the dynamic range of the output signal.

When the AVR-35 remote is being programmed
to operate other devices, this button is pressed
to begin a readout of a programmed code.

Press these buttons to

select an input source for the AVR-35. The AM/
FM button is also used to switch between
frequency bands when the tuner in use.

Surround Mode Selector :

/ Buttons :

SURR

Display

Delay

Channel Button :

Set

Set Button :

Night Mode :

Source Selectors :

Program/Command Indicator :

AVR Selector :

Device Control Selectors :

This LED is

used as an indicator to assist in programming
the AVR-35. Note that the button will briefly turn
red after it has been pressed to confirm your
selection.

Press this button to use the

remote control for operation of the AVR-65. Note
that the button will briefly turn red after it has
been pressed to confirm your selection.

Press one of

these button to use the remote to control the
functions of another audio/video device. Note
that the button will briefly turn red after it has

been pressed to confirm your selection.

Press this button to turn the

currently selected device on or off.

Power Button :

Sleep Button :

Channel

Buttons :

Press this button to place

the unit in the Sleep Mode. After the time shown
in the display, the AVR-35 will automatically go
into the standby mode. Each press of the button
changes the time until turn-off in the following
order:

When the remote

NOTE :

Press Control Selector

+10 Button :

Numeric Keys :

NOTE :

CLEAR

Info Button :

Clear Button :

Memory Button :

MEMORY

NOTE :

Sleep

Tuner Mode :

AUTO

Tuning

Pressing one of these buttons selects

the source only. In order to control the actual
source machine using the remote you must
press the

button

for

the desired product.

This button does not have a

function for the AVR35, but when the remote is
used to control certain CD players, TV sets and
VCRs it may be used to select tracks or channel
numbers.

These buttons serve as a

ten-button numeric key-pad to enter tuner preset
positions. They are also to be used to select
channel numbers when TV has been selected
on the remote, or to select track numbers on a
CD, DVD or LD player, depending on how the
remote has been programmed.

The 0 button has a dual function. It also

serves as the

button for use in

programming the tuner or clearing the system
memory.

This button dose not function

with the AVR-35, but it is available for use with
other devices.

This button dose not

function with the AVR-65, but it is available for
use with other devices.

Press this button to enter

a radio station into the AVR-35's preset memory.
After pressing the button the

indicator

will flash, and you then have five seconds to

enter a present memory location using the
Numeric Keys

.

Although the word "Sleep" appears

above this button, it refers to control of devices
other than the AVR-35. Use the

button

to control the AVR-35's Sleep function.

Press this button when the

tuner is in use to select between automatic
tuning and manual tuning. When the button is
pressed so that the

indicator

goes out,

pressing the

buttons

will move the

frequency up or down in single-step increments.
When the FM band is in use, pressing this button
when a station's signal is weak will change to
monaural reception, as indicated by the
indicator

.

Press this button to select a

radio station by entering its frequency using the
Numeric Key

.

This button does not function with

the AVR35, but it is available for use with other
devices.

When the tuner is in use,

these buttons scroll through the stations that
have been programmed into the AVR-35's
memory, When many source devices, such as
CD players, VCRs and cassette decks, are
selected using the

. these buttons will normally function as

chapter step or track advance.

When the tuner is in use,

these buttons will tune up or down through the
selected frequency band. If the
button

has been pressed so that the

indicator

is illuminated, pressing these

buttons will cause the tuner to seek the next
station with acceptable signal strength for quality
reception. When the

indicator

is NOT

illuminated, pressing these buttons will tune
stations in single-step increments.

These controls do not

control any function of the AVR-35, but they are
used extensively when operating a wide variety
of CD players, cassette decks and VCRs.

Press this button to begin

the process for setting the delay times used by
the AVR-35 when processing surround sound.
After pressing this button the delay times are
entered by pressing the

button

, and

then using / buttons

to change the

setting. Press the Set button again to complete
the process.

/

This button is used to

select the type of digital input used with any one

MONO

Direct/Enter :

Enter :

Preset Up/Down :

Device Control Selectors

Tuning Up/Down :

Tuner Mode

AUTO

AUTO

Transport Control :

Delay/Prev Ch. :

Set

Digital Button :

of the input sources connected to the AVR-35.
After pressing this button, use the / buttons

to make your selection between

or

digital. Press the

button

to enter your choice.

Press this button

to begin the process of configuring the AVR-35's
Bass Management System for use with the type
of speaker used in your system.
Once the button has been pressed, use the /
buttons

to select the channel you wish to

set up. Press the

button

, and then select

another channel to configure. When all
adjustments have been completed, press the Set
button twice to exit the settings and return to
normal operation.

Press these buttons to raise or

lower the system volume.

Press this button to begin the seque-

nce used to calibrate the AVR-35's output levels.

This button does not function

with the AVR35, but it is available for use with
other devices.

OPTICAL

COAXIAL

Set

Speaker Configuration :

Set

Mute : Press this button to momentarily

silence the AVR35 or TV set being controlled,
depending on which device has been selected.

When the AVR35 remote is being programmed
to operate another device, this button is
pressed with the Device Control Selector
button

to begin the programming process.

Volume :

Test :

TV/VCR :

Remote Control

30

20

10

5

1

OFF

90

80

70

60

50

40

min min min min min min

min min min min min

min

24

8

14

10

7

Summary of Contents for AVR35

Page 1: ...GRAM 16 DISASSEMBLY PROCEDURES 17 GENERAL UNIT PARTS LIST 18 GENERAL UNIT EXPLODED VIEW 20 SERVICE BULLETIN HK9804 21 SERVICE BULLETIN HK9903 22 SERVICE BULLETIN HK2000 01 23 SERVICE BULLETIN HK2001 02 25 PC BOARDS 27 ELECTRICAL PARTS LIST 32 IC BLOCK DIAGRAMS 47 CPU BLOCK DIAGRAM 58 DISPLAY SEGMENTS 66 FLT PIN CONFIGURATION 67 SCHEMATIC DIAGRAMS 68 SCHEMATIC DIAGRAMS RDS SG 75 SEMICONDUCTOR PIN D...

Page 2: ...easons prior to applying power to the unit under test 2 After removing an electrical assembly equipped with ES devices place the assembly on a conductive surface such as aluminum foil to prevent electrostatic charge build up or exposure of the assembly 3 Use only a grounded tip soldering iron to solder or unsolder ES devices 4 Use only an anti static solder removal device Some solder removal devic...

Page 3: ... or use alternate method as follows Plug the power cord directly Into a 120 volt AC receptacle do not use an Isolation Transformer for this test Using two clip leads connect a 1500 ohms 10watt Resistor paralleled by a 0 15uF capacitor in series with all exposed metal cabinet parts and a known earth ground such as a water pipe or conduit Use a VTVM or VOM with 1000 ohms per volt or higher sensitivi...

Page 4: ...quency Respones at 3dB 8 ohms Dolby Pro Logic 40W 65dB 100Hz 20kHz 150Hz 20kHz 35W 60dB RMS Output Power THD 0 5 8 ohms 1kHz All Channel Driven S N Ratio Input Shorted IHF A WTD Delay 20ms Input Level 200mV Frequency Response at 3dB 8 ohms Dolby Pro Logic 40W 65dB 100Hz 7kHz 150Hz 7kHz 35W 60dB ohm 1dB DC 6 MHz VID1 VID2 VID3 Output Level Impedance VID1 VID2 VID3 Frequency Response at 3dB 1Vp p 75...

Page 5: ... 1kHz 75kHz dev At 98MHz 71dbf Input Mono S N Ratio 500uV Input 100 MOD At 98MHz Stereo Frequency Response 30Hz 15kHz AVR 35 De Emphasis 75 AVR 35RDS SG De Emphasis 50 AM Suppression at 98MHz Muting Threshold at 98MHz Overload Break up at 98 MHz Capture Ratio at 65dbf Stereo Separation at 98MHz 100 MOD 500 Input IHF Band Pass Filter 1kHz Tape out Level at 98MHz 14 2dbf 80dB 90dB 39 2dbf 0 3 65dB 0...

Page 6: ...the information display and when stations are transmitting stereo signals the stereo reception will be provided and indicator will also be illuminated in the information display In the MONO mode the left and right signals from stereo broadcasts will be mixed together and reproduced through all channels Select MONO for better reception of weak signals Press this button to select the Dolby Digital s...

Page 7: ...ing the system memory This button dose not function with the AVR 35 but it is available for use with other devices This button dose not function with the AVR 65 but it is available for use with other devices Press this button to enter a radio station into the AVR 35 s preset memory After pressing the button the indicator will flash and you then have five seconds to enter a present memory location ...

Page 8: ...r Out Surround Unswitched AC Outlet NOTE Switched AC Outlet Power Cable Video 2 Inputs TV Monitor Video Output AC 3 PCM Coaxial Input Connect these terminals to the surround speaker This outlet may be used to power any AC device The power will remain on at this outlet regardless of whether the AVR 35 is on or not The power consumption of the device plugged into each of these outlets should not exc...

Page 9: ...um Output level at TAPE OUT channel L Minimum 2 FM MUTING LEVEL ADJUSTMENT Turn variable resistor VR801 and stop at position TUNED is not shown not indicated then again turn the variable resistor VR801 to the opposite revolution and stop at a position TUNED is shown step 1 2 Input Signal Source Connection Signal generator output to FM antenna terminal 750hm Signal Frequency 98MHz Source Signal Out...

Page 10: ...each of the variable resistors below in both the main and surround boards to the center position MAIN AMP BOARD VR401 VR402 VR501 SURROUND AMP BOARD VR601 VR602 2 Warming up system After he above adjustment turn the power ON and let the receiver warm up for 5 minutes to achieve a stable temperature for the driver and power transistors 3 Measurement condition Adjust each variable resistor listed be...

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Page 12: ......

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Page 14: ... Logic ...

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Page 17: ...ews that connect with main Ass y 1 Remove 4 screws on Rear panel 2 Remove the Rear panel 3 Remove PCB Brk t and Guide 4 Remove the SUB PCB block Brk t from Main Ass y 1 Remove Main 2 Remove volume and rotary knob from the front 3 Remove all of the screws on back side of Front function PCB 4 Remove the Front function PCB Ass y Ass y 1 Remove PCB Brk t and Guide 3 Remove the POWER PCB block Brk t fr...

Page 18: ...003 040 5241 000 110 5451 003 020 5226 003 040 5421 003 070 A0191 065 000 A0191 065 001 A0191 095 001 PANEL FRONT PANEL FRONT KNOB FUNCTION A KNOB FUNCTION B KNOB FUNCTION C KNOB POWER KNOB PUSH KNOB TACT KNOB VOLUME KNOB ROTARY WINDOW FRONT WINDOW FRONT FILTER WINDOW LENS POWER BUSHING STRAIN R PANEL REAR PANEL REAR PANEL REAR COVER TOP CHASSIS FRONT CHASSIS MAIN COVER BOTTOM TRANS BOTTOM FRAME G...

Page 19: ...SSY PCB SUB ASSY PCB C VIDEO ASSY PCB S VIDEO ASSY PCB AUDIO INPUT ASSY PCB TUNER ASSY PCB FRONT ASSY PCB POWER ASSY PCB HEADPHONE ASSY PCB DSP1 ASSY PCB DSP2 ASSY PCB MAIN AMP ASSY PCB STAND BY Q TY REF NO REF NO DESCRIPTION PART NO PART NO UNIT PARTS LIST 5636 140 010 5636 140 040 5636 140 060 5636 140 100 5636 140 050 5636 140 220 5636 140 080 5636 140 030 5541 001 030 5541 001 040 5541 001 010...

Page 20: ......

Page 21: ...h the complaint of Certain buttons on the remote control do not work perform the necessary steps listed below 1 Make sure there are fresh batteries in the remote and they are installed correctly 2 Make sure the area between the remote control and receiver is not blocked by some object and the distance is no more than 15 feet at an angle no greater than 30 degrees from the front of the receiver 3 M...

Page 22: ... and then wind the power cord around the choke at least 3 times Close block 3 Locate the 6 12 depending on model black Phillips screws at the outer rear panel of the unit only in the area of the Video panel Digital Input panel Remote control panel and Pre Out panel AVR45 65 only Remove and replace these screws with h k part A123010002 The new screws have teeth on the bottom of the head for assurin...

Page 23: ... the unit on its side and remove the bottom cover 8 Philips screws 2 Locate R486 R495 10 ohm 1 watt resistors and IC484 5v regulator on the MAIN PCB See Figure 1 The parts are located near the front right corner of the MAIN PCB when viewed from the front IC484 is attached to a rectangular aluminum heatsink 3 Desolder and remove R486 R495 and IC484 The IC484 s heatsink has two additional soldered c...

Page 24: ...JS0004 04434 Modified by factory IC484 Overheating Unit s output ceases and No data appears in the display when using digital inputs Replace R486 and R495 with 2 15 ohm 3 watt resistors soldered in series to equal 30 ohms Replace IC484 5v regulator Replace IC484 Heatsink AVR35 AVR45 AVR65 JS0007 14749 Or higher JS0001 11140 Or higher JS0003 02320 Or higher JS0005 05957 Or higher JS0004 04435 Or hi...

Page 25: ...re resistors pads remove it Use caution when correctly identifying each location comparing the top and bottom of the main PCB Tip Resistors are represented by a silkscreen on the bottom of the main PCB by this line Model Serial Number 120V Serial Number 230V STATUS ACTION AVR35 JS0007 01001 to JS0007 16390 n a R445 446 447 448 523 524 are fusible resistors If damaged replace with 10 ohm 1 4W metal...

Page 26: ...26 AVR35 harman kardon ...

Page 27: ... BOTTOM TOP 27 ...

Page 28: ... TOP BOTTOM 28 ...

Page 29: ...29 ...

Page 30: ...30 ...

Page 31: ...31 ...

Page 32: ...4 1244 126 004 1244 128 001 1244 128 001 1244 128 001 1244 128 001 1244 128 001 1244 128 001 1244 128 001 1244 169 001 1244 169 001 1244 169 001 FET 1248 000 004 1248 000 004 1248 000 004 DIODES 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 KTA1266 GR...

Page 33: ...681 731 1744 681 731 1742 273 721 1742 273 721 1742 273 721 1761 100 731 1761 100 731 1761 100 731 1761 101 731 1761 101 731 1761 101 731 1761 101 731 1761 101 731 1761 101 731 1761 150 731 1761 150 731 1761 150 731 1761 150 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 151 731 1761 2R2 731 17...

Page 34: ...02 1832 104 002 1832 104 002 1832 104 002 1832 104 002 1861 222 710 1861 222 710 1861 822 214 CAPACITORS 1 4W 10W J 1W 10W J 1W 10W J 1W 10W J 1W 10W J 1W 22W J 1W 22W J 1W 22W J 1W 22W J 3W 10W J 3W 15W J 3W 15W J 3W 15W J 3W 15W J 5W 0 22W J 5W 0 22W J 5W 0 22W J CERA RA 50V 3pF C CERA RA 3pF C 50V CERA RA 3pF C 50V CERA RA 100pF J 50V CERA RA 100pF J 50V CERA RA 100pF J 50V CERA RA 0 001uF K 50...

Page 35: ... 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1252 000 017 1253 000 006 1742 100 721 1742 100 721 1742 102 721 1742 103 721 1742 103 721 KTA1024 Y KTA1024 Y KTA1024 Y KTA1024 Y KTA1024 Y KTA1268 GR KTA1268 GR KTA1268 GR KTA1268 GR KTA1268 GR KTA1659 Y KTA1659 Y FET 2SK373 GR FET 2SK373 GR 1SS133 SW 1SS133 SW 1SS133 SW 1SS133 SW 1SS133 SW 1SS133 SW 1SS133 SW 1SS133 SW 1SS133 SW BU6 04F B...

Page 36: ...uF M ELECT 25V 100uF M ELECT ELECT ELECT ELECT 25V 25V 10V 10V 10uF M 10uF M 220uF M 220uF M MYLAR MYLAR MYLAR MYLAR 100V 100V 100V 100V 0 1uF K 0 1uF K 0 1uF K 0 1uF K MYLAR 100V 0 068uF K MYLAR FILM FILM FILM 100V 400V 400V 400V 0 068uF K 0 01uF K 0 01uF K 0 01uF K 2P 5267 02A 2P 5267 02A 4P 5267 04A 3P JE202 1T 03Y WAFERS RESISTORS CARBON TRANSISTORS DIODES Q 985 Q 984 Q 981 Q 983 Q 982 D 987 D...

Page 37: ...KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 1 8W 1KW J 0112 011 152 AUDIO INPUT P C BOARD INTEGRATED CIRCUITS TRANSISTORS NPN 31 MISCELLANEOUS WAFERS CAPACITORS C 983 C 997 C 998 C 999 C 988 C 985 C 993 C 994...

Page 38: ...R 290 R 294 R 295 R 296 R 300 R 301 R 302 R 306 R 307 R 308 R 313 R 314 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 224 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 333 721 1742 333 721 1742 473 721 174...

Page 39: ...R7 804 1862 4R7 804 1862 4R7 804 ELECT 25V 47uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50...

Page 40: ... 8W 220KW J R 922 1742 224 721 1 8W 220KW J R 933 1742 224 721 1 8W 220KW J R 934 1742 224 721 1 8W 220KW J R 919 1742 331 721 1 8W 330W J R 920 1742 331 721 1 8W 330W J R 955 1742 392 721 1 8W 3 9KW J C 901 C 902 C 910 C 911 C 912 C 913 C 954 C 903 C 905 C 907 C 909 C 914 C 915 C 918 C 922 C 920 C 908 C 945 C 946 C 933 C 934 C 904 C 917 C 977 C 931 C 932 C 941 C 942 C 951 C 952 C 953 C 955 C 956 ...

Page 41: ...1634 STAND BY P C BOARD 0112 011 1633 POWER P C BOARD 35 T 903 T 904 CN 904 CN 908 CN 911 CN 986 CN 907 2141 020 114 2141 020 114 2141 020 600 2141 040 011 2141 060 013 2141 070 016 2141 080 117 1P 1007 22 150m m 1P 1007 22 150m m 2P 1007 26 100m m 4P 1533 26 350m m 6P 1533 26 300m m 7P 1007 24 430m m 8P 500m m IC 74VHC04F HEX INVERTER IC 3 3V REGULATOR IC TC74VHC74F D FLIP FLOP IC TC74VHC132F NAN...

Page 42: ...1746 103 771 1 10 100W J 1 10 100W J 1 10 10KW J 1 10 10KW J R 778 R 775 R 777 R 714 R 701 R 702 R 710 R 716 R 753 R 754 R 767 R 768 R 781 R 782 R 745 R 746 R 759 1746 152 771 1746 152 771 1746 152 771 1746 183 771 1746 203 771 1746 203 771 1746 224 771 1746 224 771 1746 272 771 1746 272 771 1746 272 771 1746 272 771 1746 272 771 1746 272 771 1746 302 771 1746 302 771 1746 302 771 1 10 1 5KW J 1 1...

Page 43: ... 222 882 1846 222 882 1846 222 882 1846 470 712 1846 470 712 1846 472 882 1846 472 882 1846 472 882 1846 472 882 1846 472 882 1846 472 882 1846 682 882 CERA 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 50V 6 3V 25V 25V 25V 25V 16V 16V 16V 16V 25V 25V 50V 50V 50V 50V 50V 50V 0 0022uF K 0 0022uF K 0 0022uF K 0 0022uF K 0 0022uF K...

Page 44: ...CHIP 50V 0 0068uF K CERA CHIP 50V 0 0068uF K ELECT 50V 1 0uF M ELECT 16V 10uF M ELECT 16V 10uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 10uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M ELECT 50V 4 7uF M WIRES MISCELLANEOUS CAPACITIORS 1862 4R7 804 CD 6 ELECT 50V 4 7uF M 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1862 4R7 804 1...

Page 45: ...43 R 888 R 813 R 823 R 832 R 865 R 891 R 851 R 836 R 866 R 855 ANT 801 ANT 801 P 801 X 801 X 802 L 803 L 804 L 802 VR 803 VR 801 1742 104 721 1742 121 721 1742 122 721 1742 153 721 1742 154 721 1742 154 721 1742 154 721 1742 221 721 1742 221 721 1742 221 721 1742 222 721 1742 223 721 1742 271 721 1742 273 721 1742 331 721 1742 331 721 1742 331 721 1742 331 721 1742 332 721 1742 332 721 1742 332 72...

Page 46: ... 50V 50V 16V 16V 16V 16V 16V 16V 16V 16V 50V 50V 50V 50V 50V 16V 16V 16V 16V 50V 50V 50V 50V 100V 100V 100V 0 022uF Z 0 022uF Z 470pF K 470pF K 560pF J 0 047uF Z 0 047uF Z 0 047uF Z 0 047uF Z 100pF J 100pF J 330pF K 0 022uF Z 1 0uF M 10uF M 10uF M 10uF M 10uF M 10uF M 10uF M 100uF M 100uF M 2 2uF M 2 2uF M 3 3uF M 3 3uF M 3 3uF M 47uF M 47uF M 47uF M 47uF M 4 7uF M 0 47uF M 0 47uF M 470pF J 0 001u...

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Page 67: ...AX g1 PRESET a1 h1 i1 m1 f1 b1 n1 G1 G2 G3 G4 G5 G6 G7 G8 G9 G10 G11 G12 G13 G14 THEATER HALL 2 HALL 1 3 STEREO PLO LOGIC DIGITAL DISPLAY NIGHT MULTI PCM SLEEP MUTE BYPASS DSP ALALOG OPT COAX AC 3 S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 S15 S16 S17 S18 F1 F2 Filament G1 G14 Grid S1 S18 Anode NL No Lead NP No Pin TYPE CM1684C ANODE GRID ASIGNMENT Pin No Assignment Pin No Assignment 1 F1 35 S...

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