Harman Kardon Avr8000

harman/kardon
AVR8000
A/V DOLBY DIGITAL RECEIVER
SERVICE MANUAL
CONTENTS
ESD WARNING………………………….…….2 DC OFFSET ADJUSTMENT………………23
LEAKAGE TESTING……………….....……....3 EXPLODED VIEW………………………….24
BASIC SPECIFICATIONS…………….….…..4 EXPLODED VIEW PARTS LIST………….27
FRONT PANEL CONTROLS…………..…….5 DISASSEMBLY TIPS…………..……….….29
FRONT PANEL DISPLAY…………………….7 REPLACING IC701……………………..….36
REAR PANEL CONNECTIONS……..….……8 ELECTRICAL PARTS LIST………..…..….37
REMOTE CONTROL FUNCTIONS…….…..10 BLOCK DIAGRAM…………………………120
TROUBLESHOOTING GUIDE……………..……14 PCB DRAWINGS……………………..…...121
PROCESSOR RESET……………………….14 SEMICONDUCTOR PINOUTS……..……156
BULLETIN HK2002-04………..………….….15 SCHEMATICS……………………..…...….208
BULLETIN HK2004-01………..………….….17 WIRING DIAGRAM………………………..241
TECH TIP HKTT2002-02…………….…..….19 PACKING…………………………………..242
TECH TIP HKTT2003-01………..…….…….22
harman/kardon, Inc.
250 Crossways Park Dr.
Woodbury, New York 11797 Rev10 7/2005
AVR8000 harman/kardon
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 techniques should be used to help reduce the incidence of component damage caused by static electricity.
1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain off any electrostatic charge on
your body by touching a known earth ground. Alternatively, obtain and wear a commercially available discharging wrist strap device,
which should be removed for potential shock reasons 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 devices not classified as "anti-static" can generate electrical charges
sufficient to damage ES devices.
5. Do not use freon-propelled chemicals. These can generate electrical change sufficient to damage ES devices.
6. Do not remove a replacement ES device from its protective package until immediately before you are ready to install it. (Most replacement
ES devices are packaged with leads electrically shorted together by conductive foam, aluminum foil or comparable conductive material.)
7. Immediately before removing the protective material from the leads of a replacement ES device, touch the protective material to the
chassis or circuit assembly into which the device will be installed.
CAUTION : Be sure no power is applied to the chassis or circuit, and observe all other safety precautions.
8. Minimize bodily motions when handling unpackaged replacement ES devices. (Otherwise harmless motion such as the brushing together
or your clothes fabric or the lifting of your foot from a carpeted floor can generate static electricity sufficient to damage an ES devices.
Each precaution in this manual should be followed during servicing.
Components identified with the IEC symbol in the parts list are special significance to safety. When replacing a component identified with
, use only the replacement parts designated, or parts with the same ratings or resistance, wattage, or voltage that are designated in the
parts list in this manual. Leakage-current or resistance measurements must be made to determine that exposed parts are acceptably
insulated from the supply circuit before retuming the product to the customer.
2
Before returning the unit to the user, perform the following safety checks :
1. Inspect all lead dress to make certain that
leads are not pinched or that hardware is not
lodged between the chassis and other metal
parts in the unit.
2. Be sure that any protective devices such as
nonmetallic control knobs, insulating fish-
papers, cabinet backs, adjustment and
compartment covers or shields, isolation
resistor-capacity networks, mechanical
insulators, etc. Which were removed for the
servicing are properly re-installed.
3. Be sure that no shock hazard exists ; check for leakage
current using Simpson Model 229 Leakage Tester, standard
equipment item No. 21641, RCA Model WT540A 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 sensitivity to measure the AC voltage drop across the
resistor. (See diagram) Move the resistor connection to each exposed metal part having a return path to the chassis (antenna, metal,
cabinet, screw heads, knobs and control shafts, escutcheon, etc.) and measure the AC voltage drop across the resistor. (This test should be
performed with the 0.35 volt RMS or more is excessive and indicates a potential shock hazard which must be corrected before returning the
unit to the owner.
3
Technical Specifications
Audio Section AM Tuner Section

Stereo Mode Frequency Range 520–1710kHz
Continuous Average Power (FTC) Signal-to-Noise Ratio 45dB
125 Watts per channel, 20Hz–20kHz, Usable Sensitivity Loop 500µV
@ < 0.07% THD, both channels driven into 8 ohms Distortion 1kHz, 50% Mod 0.8%
Selectivity ±10kHz, 30dB
Five-Channel Surround Modes
Power Per Individual Channel
Video Section
Front L&R channels: Television Format NTSC
110 Watts per channel Input Level/Impedance 1Vp-p/75 ohms
@ < 0.07% THD, 20Hz–20kHz into 8 ohms Output Level/Impedance 1Vp-p/75 ohms
Center channel: Video Frequency Response
110 Watts @ < 0.07% THD, 20Hz–20kHz into 8 ohms (Composite and S-Video) 10Hz–8MHz (–3dB)
Surround channels: Video Frequency Response
(Component) 10Hz–30MHz (–3dB)
110 Watts per channel
@ < 0.07% THD, 20Hz–20kHz into 8 ohms General
Input Sensitivity/Impedance Power Requirement AC 120V/60Hz
Linear (High-Level) 200mV/47k ohms Power Consumption 119W idle, 694W maximum
(2 channels driven)
Signal-to-Noise Ratio (IHF-A) 95dB
Trigger Output 6VDC @ 500ma
Surround System Adjacent Channel Separation
Analog Decoding 40dB Dimensions (Max) Width 17.3 inches (440mm)
(Pro Logic II, etc.) Height 7.65 inches (194mm)
Dolby Digital (AC-3) 55dB Depth 20.5 inches (519mm)
DTS 55dB
Weight 53 lb (24.1 kg)
Frequency Response
@ 1W (+0dB, –3dB) 10Hz –100kHz
High Instantaneous Depth measurement includes knobs, buttons and terminal connections.
Current Capability (HCC) ±85 Amps Height measurement includes feet and chassis.
Transient Intermodulation All features and specifications are subject to change without notice.
Distortion (TIM) Unmeasurable
Harman Kardon is a registered trademark, and Power for the Digital Revolution is a trademark, of
Slew Rate 40V/µsec
Harman Kardon, Inc.
FM Tuner Section THX and THX Ultra are manufactured under license from Lucasfilm Ltd.
Frequency Range 87.5–108.0MHz Lucasfilm, THX and THX Ultra are registered trademarks of Lucasfilm Ltd.
Usable Sensitivity IHF 1.3 µV/13.2dBf Surround EX is a jointly developed technology of THX and Dolby Laboratories, Inc., and is a
Signal-to-Noise Ratio Mono/Stereo 70/68dB trademark of Dolby. Used under authorization.
Distortion Mono/Stereo 0.2/0.3% TM
is a trademark of Harman International Industries, Inc. (Patent No. 5,386,478).

Stereo Separation 40dB @ 1kHz
Selectivity ±400kHz, 70dB *Manufactured under license from Dolby Laboratories.
Image Rejection 80dB “Dolby,” “Pro Logic,” “Pro Logic II” and the Double-D symbol are
trademarks of Dolby Laboratories. Confidential Unpublished
IF Rejection 90dB
Works. ©1992–1999 Dolby Laboratories, Inc. All rights reserved.
DTS, DTS Surround, DTS-ES and DTS Neo:6 are registered trademarks of Digital Theater Systems, Inc.
UltraStereo is a trademark of UltraStereo Corp.
VMAx is a registered trademark of Harman International Industries, Inc., and is an
implementation of Cooper Bauck Transaural Stereo under patent license.
Logic 7 is a registered trademark of Lexicon, Inc.
Crystal is a registered trademark of Cirrus Logic Corp.
HDCD system manufactured under license from Pacific Microsonics, Inc. This product is
covered by one or more of the following: In the USA: 5,479,168; 5,638,074; 5,640,161; 5,808,574;
5,838,274; 5,854,600; 5,864,311; 5,872,531; and in Australia: 669114. Other patents pending.
4 TECHNICAL SPECIFICATIONS
Front Panel Controls
¯ ˜ ˆ ı Ù
Û
Ú
Ò
3 5 7 9 ! # % & * ( Ô
4 6 8 ) @ $ ^ Ó 
1 Main Power Switch @ 6Ch/8Ch Direct Button Ò DTS Neo:6 Mode Selector
2 System Power Control # Preset Station Selector Ú Digital Select Button
3 Power Indicator $ Stereo Mode Selector/› Button Û DTS Surround Mode Selector
4 Headphone Jack % Input Source Selector Ù Volume Control
5 Dolby Mode Selector ^ FM Mode Selector ı Input Indicators
6 Home THX Mode Selector & Optical Digital 4 Input Jack ˆ Main Information Display
7 Logic 7 Mode Selector/‹ Button * Optical Digital 4 Output Jack ˜ Remote Sensor Window
8 Tone Mode ( Coaxial Digital 4 Input Jack ¯ Surround Mode/Bitstream Indicators
9 DSP Surround Mode Selector Ó Coaxial Digital 4 Output Jack
) Tuning Selector Ô Input/Output Status Indicator
! Tuner Band Selector  Video 5 Input Jacks
1 Main Power Switch: Press this button surrounding the switch will turn green when the last Dolby surround mode that was in use.
to apply power to the AVR 8000. When the the unit is on. The choice of modes available will vary based on
switch is pressed in, the unit is placed in a the type of input source (digital or analog) and
3 Power Indicator: This LED will be lit in
Standby mode, as indicated by the amber the number of speaker channels your system is
amber when the unit is in the Standby mode to
Power Indicator 3 surrounding the configured for.
signal that the unit is ready to be turned on.
System Power Control 2. This button
When the unit is in operation, the indicator will 6 Home THX Mode Selector: Press this
MUST be pressed in to operate the unit. To
turn green. button to select Home THX processing. The
turn the unit off and prevent the use of the
choice of THX modes will vary according to
remote control, this switch should be pressed 4 Headphone Jack: This jack may be used to
the type of input source and program material
until it pops out from the front panel so that listen to the AVR 8000’s output through a pair
(Dolby Digital, DTS 5.1, DTS 6.1 or analog), and
the word “OFF” may be read at the top of of headphones. Be certain that the headphones
the number of speakers in your system. In some
the switch. have a standard 1/4" stereo phone plug. Note
cases the system will auto-default to the THX
that the main room speakers will automatically
NOTE: This switch is normally left in the “ON” Surround EX or THX Cinema mode, while in
be turned off when the headphone jack is
position. other cases you will have a choice of modes.
in use.
2 System Power Control: When the Main 7 Logic 7 Mode Selector/‹ Button: This
5 Dolby Mode Selector: Pressing this
Power Switch 1 is “ON,” press this button to button has two functions: In normal use, press
selector button cycles the AVR through the
turn on the AVR 8000; press it again to turn the it to select one of the Logic 7 modes. When an
various Dolby surround modes. The first press
unit off. Note that the Power Indicator 3 adjustment is being made using using the
of the button switches the surround mode to
5 FRONT PANEL CONTROLS

Front Panel Controls
Digital Select Button Ú, this button may be stereo modes, and it is also used to turn off all video games or portable audio/video products
pressed to scroll through the available options. surround processing and place the unit in a tra- such as camcorders and portable audio players.
ditional two-channel Stereo mode. The first
8 Tone Mode: This button controls the tone Ò DTS Neo:6 Mode Selector: Pressing this
press selects 5-Channel Stereo, the next press
control settings, enabling adjustment of the bass button selects one of the DTS Neo:6 modes. The
selects 7-Channel Stereo, and the third press
and treble boost/cut or the removal of the tone first press selects the Neo:6 Movies mode, and
selects “SURROUND OFF,” which is true Stereo.
controls from the signal path. The first press of a second press will select the Neo:6 Music
the button displays a TONE IN message in % Input Source Selector: Press this button mode. (See page 28 for more information on
the Main Information Display ˆ. If you to change the input by scrolling up or down the Neo:6 modes.)
wish to take the tone controls to “flat,” without through the list of input sources.
Ú Digital Select Button: When playing a
any treble or bass alteration, press the ‹ or ›
^ FM Mode Selector: Press this button to source that has a digital output, press this
Selector Buttons 7$ so that TONE
select Auto or Manual tuning. When the button button to select between the Optical &e
OUT appears in the Lower Display Line B.
is pressed so that the AUTO Indicator J and Coaxial (b Digital inputs. (See page
To change the tone settings, press the button
lights, the tuner will search for the next station 31 for more information on digital audio.)
until either TREBLE or BASS appears in
with an acceptable signal when the Tuning
the Lower Display Line B as desired, and Û DTS Surround Mode Selector: Pressing
Selector )ué is pressed. When the but-
then press the ‹ or › Selector Buttons this selector button cycles the AVR through the
ton is pressed so that the AUTO Indicator J
7$ to increase or decrease the setting. Note DTS surround modes. The choice of available
is not lit, each press of the Tuning Selector
that the Tone settings apply only to the front DTS modes will vary according to the type of
)ué will increase the frequency. (See
left and right speakers, and they are not in program source material (DTS 5.1 or DTS 6.1)
page 33 for more information on using the
effect when a THX mode is in use. and whether your system is configured for 5.1
tuner.)
or 6.1/7.1 channel operation.
9 DSP Surround Mode Selector: Press this
NOTE: The front panel digital audio, video and
button to select the following DSP Surround Ù Volume Control: Turn this knob clockwise
analog audio input and output jacks are nor-
Modes: Hall 1, Hall 2 or Theater. (See page 28 to increase the volume, counterclockwise to
mally concealed behind a drop-down door in the
for more information about surround modes.) decrease the volume. If the AVR 8000 is muted,
lower right corner of the front panel. To access
adjusting volume control will automatically
) Tuning Selector: Press the left side of the these jacks, open the panel door by gently
release the unit from the silenced condition.
button to tune lower-frequency stations and the pulling down the upper right corner of the door
right side of the button to tune higher-frequency as indicated by “PULL/OPEN.” ı Input Indicators: A green LED will light
stations. When a station with a strong signal to the left of the input that is currently the
& Optical Digital 4 Input Jack: Connect the
is reached, the TUNED Indicator I will be lit input source for the AVR 8000.
optical digital output of an audio or video prod-
in the Main Information Display ˆ.
uct to this jack. ˆ Main Information Display: This display
To tune manually, tap the button lightly and delivers messages and status indications to
* Optical Digital 4 Output Jack: Connect
note that the tuner will step up one frequency help you operate the receiver. (See page 7
this jack to the optical digital input of a digital
increment per button press. When the button is for a complete explanation of the Information
recorder to send a feed of the digital output
held for a few seconds you will note that the Display.)
when a PCM digital input source is in use by
unit will quickly search the frequency band.
the AVR 8000. ˜ Remote Sensor Window: The sensor
Release it once the fast tuning starts; the tuner
behind this window receives infrared signals
will automatically scan for the next station with ( Coaxial Digital 4 Input Jack: Connect the
from the remote control. Aim the remote at this
an acceptable signal and then stop. output of a digital audio source to this jack.
area and do not block or cover it unless an
! Tuner Band Selector: Pressing this but- Ó Coaxial Digital 4 Output Jack: Connect external remote sensor is installed.
ton will automatically switch the AVR 8000 to this jack to the coaxial digital input of a digital
¯ Surround Mode/Bitstream Indicators:
the Tuner mode. Pressing it again will switch recorder to send a feed of the digital output
These LEDS will light to show the surround
between the AM and FM frequency bands. (See when a PCM digital input source is in use by
mode and digital bitstream in use. Note that
page 33 for more information on the tuner.) the AVR 8000.
depending on the specific combination of input
@ 6Ch/8Ch Direct Button: Press this button Ô Input/Output Status Indicator: This LED sources and surround mode selected, more
to select the 6-Channel Direct or 8-Channel indicator will normally light green to show that than one indicator may light. (See page 32 for
Direct inputs as the AVR 8000’s source. the front panel Video 5 Input Jacks  are more information.)
operating as inputs. When these jacks are
# Preset Station Selector: Press this
configured for use as an output, the indicator
button to scroll up or down through the list or
will turn red to show that the jack may be used
stations that have been entered into the preset
for recording. (See page 34 for more information
memory. (See pages 33 and 34 for more infor-
on configuring the front panel jacks as outputs,
mation on tuner programming.)
rather than inputs.)
$ Stereo Mode Selector/› Button:
 Video 5 Input Jacks: These audio/video
Pressing this selector button cycles through the
jacks may be used for temporary connection to
6 FRONT PANEL CONTROLS

Front Panel Information Display
L K J I H G F
A
E
C D
A Upper Display Line E Speaker/Channel Input Indicators I TUNED Indicator

B Lower Display Line F PRESET Indicator J AUTO Indicator
C OSD Indicator G MEMORY Indicator K 192kHz Indicator
D Multiroom Indicator H STEREO Indicator L 96kHz Indicator
A Upper Display Line: Depending on the unit’s speakers are selected. When none of the boxes J AUTO Indicator: This indicator lights when
status, a variety of messages will appear here. In are lit for the center, surround or subwoofer the tuner’s Auto mode is in use.
normal operation, the current input source name channels, no speaker has been selected for one
K 192kHz Indicator: This indicator lights
will appear on this line. of those positions. (See page 21 for more infor-
when the input source has a 192kHz bit rate.
mation on configuring speakers.) The letters
B Lower Display Line: Depending on the
inside each of the center boxes display the active L 96kHz Indicator: This indicator lights
unit’s status, a variety of messages will appear
input channels. For standard analog inputs, only when the input source has a 96kHz bit rate.
here. In normal operation, the current surround
the L and R will light, indicating a stereo input.
mode name will appear on this line.
When a digital source is playing, the indicators
C OSD Indicator: When the OSD system is in will light to display the channels being received
use, this indicator lights to remind you that the at the digital input. When the letters flash, the
other indicators in this display do not function digital input has been interrupted. (See pages
when the On-Screen Display is being used. 25 & 32 for more information on the Channel
Indicators.)
D Multiroom Indicator: This indicator lights
when the multiroom system is active. Note that F PRESET Indicator: This indicator lights
it will remain lit when the multiroom system is when the tuner is in use to show that the
in use even though the main room system is in present number for the current station being
the Standby mode and all other indicators are listened to appears in the Upper Display Line.
dark. (See page 38 for more information on the (See page 34 for more information on tuner
Multiroom system.) presets.)
E Speaker/Channel Input Indicators: These G MEMORY Indicator: This indicator flashes
indicators are multipurpose, indicating either the when entering presets and other information
speaker type selected for each channel or the into the tuner’s memory.
incoming data-signal configuration. The left,
H STEREO Indicator: This indicator lights
center, right, right surround and left surround
when an FM station is being tuned in stereo.
speaker indicators are composed of three boxes,
while the subwoofer is a single box. The center I TUNED Indicator: This indicator lights when
box lights when a “Small” speaker is selected, a station is being received with sufficient signal
and the two outer boxes light when “Large” strength to provide acceptable listening quality.
7 FRONT PANEL INFORMATION DISPLAY

Rear Panel Connections
33 31 j h f d b ·
34 32 k i g e c a °
¡
fl
™
£ ∞ ¶ ¶ ¶‚ ¤ › ¢
¢ § • • ª⁄ ‹ ∞
¡ AM Antenna ‹ Video 1/Video 2 Component Video Inputs f DVD Inputs

™ FM Antenna › DVD Component Video Inputs g Amplifier Trigger Jack
£ Tape Outputs fi AC Power Cord Jack h Multizone IR Input
¢ Front Speaker Outputs fl Unswitched AC Accessory Outlet i Remote IR Input
∞ Surround Speaker Outputs ‡ Switched AC Accessory Outlets j Remote IR Output
§ Subwoofer Output ° Center Speaker Outputs k Video 1/Video 2 Inputs
¶ Amplifier Inputs · 8-Channel Direct Inputs 31 Video 3/Video 4 Inputs
• Main Channel Preamp Outputs a Coaxial Digital Audio Output 32 Multizone Outputs
ª CD Inputs b Coaxial Digital Inputs 33 Video 1/Video 2 Outputs
‚ Surround Back Preamp Outputs c 6-Channel Direct Inputs 34 Video Monitor Outputs
⁄ Tape Inputs d Optical Digital Audio Output

¤ Component Video Outputs e Optical Digital Inputs
¡ AM Antenna: Connect the AM loop antenna the red (+) terminals on the speakers and the § Subwoofer Output: Connect this jack to
supplied with the receiver to these terminals. If an black (–) terminals on the AVR 8000 to the the line-level input of a powered subwoofer. If
external AM antenna is used, make connections black (–) terminals on the speakers. See page an external subwoofer amplifier is used, con-
to the AM and GND terminals in accordance 15 for more information on speaker polarity. nect this jack to the subwoofer amplifier input.
with the instructions supplied with the antenna.
∞ Surround Speaker Outputs: Connect ¶ Amplifier Inputs: When the jumper pins
™ FM Antenna: Connect the supplied indoor or these outputs to the matching + and – termi- that link the Preamp Outputs • with these
an optional external FM antenna to this terminal. nals on your surround channel speakers. In con- inputs are removed, these jacks may be used to
formance with the new CEA color code specifi- connect an external source or the AVR 8000’s
£ Tape Outputs: Connect these jacks to the cation, the Blue terminal is the positive, or “+” multiroom system to the internal amplifiers.
RECORD/INPUT jacks of an audio recorder. terminal that should be connected to the red
(+) terminal on the Surround Left speaker with • Main Channel Preamp Outputs: When
¢ Front Speaker Outputs: Connect these the jumper pins that link the Amplifier Inputs
older color coding, while the Gray terminal
outputs to the matching + or – terminals on ¶ with these outputs are removed, these jacks
should be connected to the red (+) terminal on
your left and right speakers. When making may be connected to an external power amplifier.
the Surround Right speaker with the older color
speaker connections always make certain to
coding. Connect the black (–) terminal on the
maintain correct polarity by connecting the ª CD Inputs: Connect these jacks to the out-
AVR to the matching black negative (–) termi-
color-coded (white for front left and red for put of a compact disc player or CD changer.
nals for each surround speaker. (See page 15
front right) (+) terminals on the AVR 8000 to
for more information on speaker polarity.)
8 REAR PANEL CONNECTIONS

Rear Panel Connections
‚ Surround Back Preamp Outputs: When · 8-Channel Direct Inputs: When an f DVD Inputs: Connect the analog left/right
the AVR is used in the 6.1 or 7.1 configuration, optional, external source with discrete 7.1 ana- audio and composite or S-Video output of a DVD
connect these jacks to an optional, external log audio output capability such as a DVD- player or other video source to these jacks.
power amplifier to power the Surround Back Audio or SACD player is use, connect that unit’s
Channels. surround back output jacks here. g Amplifier Trigger Jack: Connect this jack
to the compatible input trigger jack on a power
⁄ Tape Inputs: Connect these jacks to the a Coaxial Digital Audio Output: Connect amplifier or other relay controlled device. The
PLAY/OUT jacks of an audio recorder. this jack to the coaxial digital input of a connected product will turn on when the AVR is
CD-R/RW, MiniDisc or other digital recorder. turned on.
¤ Component Video Outputs: Connect
these outputs to the component video inputs of b Coaxial Digital Inputs: Connect the coax h Multizone IR Input: Connect the output of
a video projector or monitor. When a source digital output from a DVD player, HDTV receiver, an IR sensor in a remote room to this jack to
connected to one of the Component Video the S/P-DIF output of a compatible computer operate the AVR 8000’s multiroom control system.
Inputs ‹› is selected the signal will be sent sound card playing MP3 files or streams, LD player
to these jacks. or CD player to these jacks. The signal may be i Remote IR Input: If the AVR 8000’s
either a Dolby Digital signal, DTS signal or a stan- front-panel IR sensor is blocked due to cabinet
‹ Video 1/Video 2 Component Video
dard PCM digital source. Do not connect the RF doors or other obstructions, an external IR
Inputs: Connect the Y/Pr/Pb component video
digital output of an LD player to these jacks. sensor may be used. Connect the output of
outputs of an HDTV Set-top convertor, satellite
receiver, or other video source device with com- the sensor to this jack.
c 6-Channel Direct Inputs: When an
ponent video outputs to these jacks.
optional, external source with discrete 5.1 j Remote IR Output: This connection per-
› DVD Component Video Inputs: Connect analog audio output capability such as a mits the IR sensor in the receiver to serve other
the Y/Pr/Pb component video outputs of a DVD DVD-Audio or SACD player is use, connect remote controlled devices. Connect this jack to
player to these jacks. that unit’s output jacks here. the “IR IN” jack on Harman Kardon (or other
compatible) equipment.
fi AC Power Cord Jack: Connect the AC NOTE: To assist in making the correct connec-
Power cord to this jack when the installation is tions for multichannel input output and speaker k Video 1/Video 2 Inputs: Connect the
complete. To ensure safe operation, use only connections, all connection jacks and terminals left/right audio and composite or S-Video
the power cord supplied with the unit. If a have been color coded in conformance with the PLAY/OUT jacks on a VCR or other video source
replacement is required it must be of same type latest CEA standards as follows: to these jacks.
and capacity. Front Left: White
Front Right: Red 31 Video 3/Video 4 Inputs: Connect the
fl Unswitched AC Accessory Outlet: This Center: Green left/right audio and composite or S-Video out-
outlet may be used to power any AC device. Surround Left: Blue puts of a video source such as a VCR, satellite
The power will remain on at this outlet regard- Surround Right: Gray receiver, hard drive video recorder or other
less of whether the AVR 8000 is on or off. Surround Back Left: Brown device to these jacks.
Surround Back Right: Tan
NOTE: The total power consumption of all 32 Multizone Outputs: Connect these jacks
Subwoofer: Purple
devices connected to the accessory outlets to the optional external audio power amplifier
Digital Audio: Orange
should not exceed 100 watts. and video distribution system that delivers the
Composite Video: Yellow
‡ Switched AC Accessory Outlets: These Component Video “Y”: Green source selected for multizone distribution.
outlets may be used to power any device you Component Video “Pr”: Red
33 Video 1/Video 2 Outputs: Connect the
wish to have turned on when the AVR 8000 is Component Video “Pb”: Blue
left/right audio and composite or S-Video
turned on with the System Power Control
d Optical Digital Audio Output: Connect Record/Input jacks on a VCR or camcorder to
Button 2. these jacks.
this jack to the optical digital input connector
° Center Speaker Outputs: Connect these on a CD-R/RW, MiniDisc or other digital
34 Video Monitor Outputs: Connect these
outputs to the matching + and – terminals on recorder.
jacks to the composite or S-Video input of a TV
your center channel speaker. In conformance monitor or video projector to view the on-screen
with the new CEA color code specification, the e Optical Digital Inputs: Connect the opti-
cal digital output from a DVD player, HDTV menus and the output of any standard video
Green Terminal is the positive, or “+” terminal source selected by the receiver’s video switcher.
that should be connected to the red (+) termi- receiver, the S/P-DIF output of a compatible
nal on speakers with the older color coding. computer sound card playing MP3 files or
Connect the black (–) terminal on the AVR to streams, LD player or CD player to these jacks.
the black negative (–) terminal on your speaker. The signal may be either a Dolby Digital signal,
(See page 15 for more information on speaker a DTS signal or a standard PCM digital source.
polarity.)
9 REAR PANEL CONNECTIONS

Main Remote Control Functions
a Power Off Button c b a

b IR Transmitter Window
c Program/SPL Indicator
d Power On Button
47
e Input Selectors
f AVR Selector
g AM/FM Tuner Select d 46
h Test Button e
i Sleep Button
j Surround Mode Selector f
k Night Mode
l Channel Select Button
45
m ⁄ Button g 44
n ‹ Button
o Set Button h 43
p ¤ Button i
q Digital Select 42
r Numeric Keys j
s Tuner Mode
k 41
t Direct Button
u Tuning Up/Down l
v OSD Button m 40
w Dolby Mode Select Button
x DTS Digital Mode Selector
n 39
y THX Mode Select Button o
z Skip Up/Down Buttons q
` Transport Controls
●
28 Light Button 38
●
29 Tone Mode Button p
●
30 Stereo Mode Select Button r
●
31 Logic 7 Mode Select Button
●
32 DTS Neo:6 Mode Select
●
33 Macro Buttons
●
34 Disc Skip Button s 37
●
35 Preset Up/Down t 36
●
36 Clear Button
u 35
●
37 Memory Button
●
38 Delay/Prev. Ch. v 34
●
39 › Button 33
●
40 Speaker Select
w 32
●
41 Multiroom x 31
●
42 Volume Up/Down y 30
●
43 SPL Select 29
●
44 Learn Button z z
●
45 6-Channel/8-Channel Direct Input
●
46 Mute `
●
47 EzSet Sensor Microphone
28
NOTE: The function names shown here are each but-
ton’s feature when used with the AVR 8000. Most but-
tons have additional functions when used with other
devices. See pages 44–45 for a list of these functions.
10 MAIN REMOTE CONTROL FUNCTIONS

IMPORTANT NOTE: The AVR 8000’s remote operate the AVR 8000’s functions with the l Channel Select Button: This button is
may be programmed to control up to eight remote. used to start the process of setting the AVR 8000’s
devices, including the AVR 8000. Before using output levels to an external source. Once this
f AVR Selector: Pressing this button will
the remote, it is important to remember to button is pressed, use the ⁄/¤ Buttons
switch the remote so that it will operate the
press the Input Selector Button e that mp to select the channel being adjusted,
AVR 8000’s functions. If the AVR 8000 is in the
corresponds to the unit you wish to operate. then press the Set Button o, followed by
Standby mode, it will also turn the AVR 8000 on.
In addition, the AVR 8000’s remote is shipped the ⁄/¤ Buttons mp again, to change the
from the factory programmed to operate the g AM/FM Tuner Select: Press this button to level setting. (See page 34 for more information.)
AVR 8000 and most Harman Kardon CD or select the AVR 8000’s tuner as the listening
m ⁄ Button: This multipurpose button is
DVD players and cassette decks. The remote is choice. Pressing this button when the tuner is
used to change or scroll up through the list of
also capable of operating a wide variety of other already in use will select between the AM and
items in the on-screen menus, make configura-
products using the control codes that are part FM bands.
tion settings such as digital inputs or delay
of the remote. Before using the remote with
h Test Button: Press this button to begin timing, or to select surround modes. When
other products, follow the instructions on pages
the sequence used to calibrate the AVR 8000’s changing a setting, first press the button for the
39–43 to program the proper codes for the
output levels. (See page 24 for more information function or setting to be changed (e.g., press
products in your system.
on calibrating the AVR 8000.) the Surround Mode Selector j to select a
It is also important to remember that many of sound field mode or the Digital Select
i Sleep Button: Press this button to place
the buttons on the remote take on different Button q to change a digital input) and
the unit in the Sleep mode. After the time
functions, depending on the product selected then press this button to scroll through the list
shown in the display, the AVR 8000 will auto-
using the Device Control Selectors. The descrip- of options or to increase a setting. The sections
matically go into the Standby mode. Each press
tions shown here primarily detail the functions in this manual describing the individual features
of the button changes the time until turn-off in
of the remote when it is used to operate the and functions contain specific information on
the following order:
AVR 8000. (See page 44 for information about using this button for each application.
alternate functions for the remote’s buttons.) 90 80 70 60 50
min min min min min
n ‹ Button: This button is used to change
a Power Off Button: Press this button to 40 30 20 10 OFF the menu selection or setting during some of
min min min min
place the AVR 8000 or a selected device in the the setup procedures for the AVR 8000.
Standby mode. Note that this will turn off the Once the sleep timer has been activated, note o Set Button: This button is used to enter
main room functions, but if the Multiroom sys- that the Main Information Display ˆ will settings into the AVR 8000’s memory. It is also
tem is activated, it will continue to function. dim to half brightness. Note that this button is used in the setup procedures for delay time,
b IR Transmitter Window: Point this win- also used to change channels on your TV when speaker configuration and channel output level
dow towards the AVR 8000 when pressing but- the TV is selected. adjustment.
tons on the remote to make certain that infrared When the AVR 8000 remote is being pro- p ¤ Button: This multipurpose button is
commands are properly received. grammed with the codes to operate another used to change or scroll down through the
c Program/SPL Indicator: This three-color device, this button is also used in the “Auto items in the on-screen menus, make configura-
indicator is used to guide you through the Search” process. (See page 39 for more information settings such as digital inputs or delay tim-
process of programming the remote or learning tion on programming the remote.) ing, or to select surround modes. When chang-
commands from a remote into the AVR 8000’s j Surround Mode Selector: Press this ing a setting, first press the button for the func-
remote code memory and it is also used as a button to begin the process of changing the tion or setting to be changed and then press
level indicator when using the remote’s EzSet surround mode. After the button has been this button to scroll down through the list of
capabilities. (See page 24 for more information pressed, use the ⁄/¤ Buttons mp to options or to decrease a setting. The sections in
on setting output levels, and see page 39 for select the desired surround mode. (See page 28 this manual describing the individual features
information on programming the remote.) for more information.) Note that this button is and function contain specific information on
also used to tune channels when the TV is using this button for each specific application.
d Power On Button: Press this button to
turn on the power to a device selected by press- selected using the device Input Selector q Digital Select: Press this button to assign
ing one of the Input Selectors ef. e. When the AVR 8000 remote is being pro- one of the digital inputs &(be to a
grammed with the codes of another device, this source. (See page 31 for more information on
e Input Selectors: Pressing one of these button is also used in the “Auto Search” using digital inputs.)
buttons will perform three actions at the same process. (See page 39 for more information on
time. First, if the AVR 8000 is not turned on, programming the remote.) r Numeric Keys: These buttons serve as a
this will power up the unit. Next, it will select ten-button numeric keypad to enter tuner preset
the source shown on the button as the input to k Night Mode: Press this button to activate positions. They are also used to select channel
the AVR 8000. Finally, it will change the remote the Night mode. This mode is available in spe- numbers when TV, Cable or SAT has been
control so that it controls the device selected. cially encoded digital sources, and it preserves selected on the remote, or to select track num-
After pressing one of these buttons you must dialog (center channel) intelligibility at low bers on a CD, DVD or LD player, depending on
press the AVR Selector Button f again to volume levels. how the remote has been programmed.

s Tuner Mode: Press this button when the CD or DVD changer they will change the disc 35 Preset Up/Down: When the tuner is
tuner is in use to select between automatic currently being played in the changer. in use, press these buttons to scroll through the
tuning and manual tuning. When the button is stations programmed into the AVR 8000’s
` Transport Controls: These buttons do
pressed so that the AUTO Indicator J goes memory. When some source devices, such as
not have any functions for the AVR 8000, but
out, pressing the Tuning Buttons u)≠ CD players, VCRs and cassette decks, are select-
they may be programmed for the forward/
will move the frequency up or down in single-
reverse play operation of a wide variety of CD ed using the device Input Selectors e,
step increments. When the FM band is in use, these buttons may function as Chapter Step or
or DVD players, and audio or video cassette
pressing this button when a station’s signal is Track Advance.
recorders. (See page 42 for more information.)
weak will change to monaural reception. (See
36 Clear Button: Press this button to clear
page 33 for more information.) 28 Light Button: Press this button to acti-
vate the remote’s backlight for ease of use in incorrect entries when using the remote to
t Direct Button: Press this button when directly enter a radio station’s frequency.
darkened rooms.
the tuner is in use to start the sequence for
direct entry of a station’s frequency. After press- 29 Tone Mode Button: Press this button to 37 Memory Button: Press this button to
ing the button, simply press the proper turn the controls off so that the output is “flat,” enter a radio station into the AVR 8000’s preset
Numeric Keys r to select a station. (See or to boost or lower the tone modification. The memory. Once the MEMORY Indicator G
page 33 for more information on the tuner.) first press of this button shows whether the flashes, you have five seconds to enter a preset
tone controls are active or not. Subsequent memory location using the Numeric Keys
u Tuning Up/Down: When the tuner is in r. (See page 34 for more information.)
presses enable you to select the treble or bass
use, these buttons will tune up or down through
for change by pressing the ⁄/¤ Buttons 38 Delay/Prev Ch.: Press this button to
the selected frequency band. If the Tuner Mode
mp. Note that the tone controls only begin the process for setting the delay times
Button s^ has been pressed so that the
change the output for the front left/right used by the AVR 8000 when processing sur-
AUTO Indicator J is illuminated, pressing and
speakers and they are not available when a round sound. After pressing this button, the
holding either of the buttons for three seconds
THX mode is in use. delay times are entered by pressing the
will cause the tuner to seek the next station with
acceptable signal strength for quality reception. 30 Stereo Mode Select Button: Press this Set Button o and then using the ⁄/¤
When the AUTO Indicator J is NOT illumi- button to select a stereo listening mode. The Buttons mp to change the setting. Press
nated, pressing these buttons will tune stations first press of the button places the AVR in a the Set Button o again to complete the
in single-step increments. (See page 33 for more true, two-channel, left/right stereo mode with process. (See page 24 for more information.)
information.) no surround processing. The next press selects 39 › Button: Press this button to change a
either five-channel stereo or seven-channel setting or selection when configuring many of the
v OSD Button: Press this button to activate
stereo, depending on the speaker configuration. AVR 8000’s settings.
the On-Screen Display (OSD) system used to set
up or adjust the AVR 8000’s parameters. 31 Logic 7 Mode Select Button: Press 40 Speaker Select: Press this button
this button to select a Logic 7 Mode. This to begin the process of configuring the
w Dolby Mode Selector: This button is
Harman proprietary process excels at converting AVR 8000’s bass management system for use
used to select from among the available Dolby
two channel stereo or matrix surround encoded with the type of speakers used in your system.
Surround processing modes. Each press of this
sources into a full five, six or seven channel Once the button has been pressed, use the
button will select one of the Dolby Pro Logic II
sound field. (See page 28 for the available ⁄/¤ Buttons mp to select the channel
modes or Dolby 3 Stereo. When a Dolby Digital
Logic 7 options.) you wish to set up. Press the Set Button o
encoded source is in use, the Dolby Digital mode
may also be selected. (See page 28 for the avail- 32 DTS Neo:6 Mode Select: Press this but-
and then select another channel to configure.
able Dolby surround mode options.) ton to select a DTS Neo:6 Mode. These modes When all adjustments have been completed,
take a two channel stereo or matrix surround press the Set Button o twice to exit the
x DTS Digital Mode Selector: When a settings and return to normal operation. (See
encoded source and create a full five-, six- or
DTS-encoded digital source is selected, each page 21 for more information.)
seven-channel sound field. (See page 28 for the
press of this button will scroll through the avail-
available DTS Neo:6 options.) 41 Multiroom: Press this button to activate
able DTS modes. The specific choice of modes
will vary according to whether or not the source the multiroom system or to begin the process of
33 Macro Buttons: Press these buttons
material contains DTS-ES 6.1 Discrete encoding. to store or recall a “Macro”, which is a changing the input or volume level for the sec-
When a DTS source is not in use, this button has preprogrammed sequence of commands ond zone. (See page 38 for more information on
no function. (See page 28 for the available DTS stored in the remote. (See page 40 for more the Multiroom system.)
Digital options.) information on storing and recalling macros.) 42 Volume Up/Down: Press these buttons
y THX Mode Select Button: Press this but- to raise or lower the system volume.
34 Disc Skip Button: This button has no
ton to select the Home THX mode that is appli- direct function for the AVR 8000 but is most 43 SPL Select: This button activates the
cable to the input type and speaker configura- often used to change to the next disc in a CD AVR 8000’s EzSet function to quickly and
tion in use. or DVD player when the remote is programmed accurately calibrate the AVR 8000’s output
for that type of device. (See page 39 for more levels. Press and hold the button for three
z Skip Up/Down Buttons: These buttons
information on using the remote with products seconds and then release it. Note that the
don’t have a direct function with the AVR 8000,
other than the AVR 8000.) test tone will begin circulating, and the
but when used with a compatibly programmed

Program/SPL Indicator c will change

colors. During this sequence, EzSet will auto-
matically adjust the output levels for all
channels until they are equal, as shown by the
Program/SPL Indicator c lighting green
for each channel. Press this button again when
the adjustment is complete to turn off the test
tone. (See pages 24 and 25 for more informa-
tion on EzSet.)
44 Learn Button: Press this button to begin
the process of “learning” the codes from another
product’s remote into the AVR 8000’s remote.
(See page 39 for more information on using the
remote’s learning function.)
45 6-Channel/8-Channel Direct Input:
Press this button to select the device connected
to the 6-Channel Direct Inputs c or the
8-Channel Direct Inputs ·. (See page 35
for more information.)
46 Mute: Press this button to momentarily
silence the AVR 8000 or TV set being con-
trolled, depending on which device has been
selected. When the AVR 8000 remote is being
programmed to operate another device, this but-
ton is pressed with the Input Selector Button
e to begin the programming process. (See
page 39 for more information on programming
the remote.)
47 EzSet Sensor Microphone: The sensor
microphone for the EzSet microphone is behind
these slots. When using the remote to calibrate
speaker output levels using EzSet, be sure that
you do not hold the remote in a way that cov-
ers these slots. (See pages 24 and 25 for more
information on using EzSet.)

Troubleshooting Guide
SYMPTOM CAUSE SOLUTION
Unit does not function when Main • No AC Power • Make certain AC power cord is plugged into
Power Switch is pushed a live outlet
• Check to see whether outlet is switch-controlled
Display lights, but no sound • Intermittent input connections • Make certain that all input and speaker connections
or picture are secure
• Mute is on • Press Mute button
• Volume control is down • Turn up volume control
Unit turns on, but front panel • Display brightness is turned off • Follow the instructions in the Display Brightness section
display does not light up on page 36 so that the display is set to VFD FULL
No sound from any speaker; • Amplifier is in protection mode • Check speaker wire connections for shorts at receiver and
light around power switch is red due to possible short speaker ends
• Amplifier is in protection mode • Contact your local Harman Kardon service center
due to internal problems
No sound from surround or • Incorrect surround mode • Select a mode other than Stereo
center speakers • Input is monaural • There is no surround information from mono sources
• Incorrect configuration • Check speaker mode configuration
• Stereo or Mono program material • The surround decoder may not create center- or rear-channel
information from nonencoded programs
Unit does not respond to • Weak batteries in remote • Change remote batteries
remote commands • Wrong device selected • Press the AVR selector
• Remote sensor is obscured • Make certain front panel sensor is visible to remote
or connect remote sensor
Intermittent buzzing in tuner • Local interference • Move unit or antenna away from computers, fluorescent
lights, motors or other electrical appliances
Letters flash in the channel indicator • Digital audio feed paused • Resume play for DVD
display and digital audio stops • Check that Digital Input is selected
Processor Reset delay times and speaker configuration data, speakers, output levels, surround modes, digital
first put the unit in Standby by pressing the input assignments as well as the tuner presets.
In the rare case where the unit’s operation or System Power Control Button 2. Next, After a reset the unit will be returned to the
the displays seem abnormal, the cause may press and hold the Tone Mode 8 and the factory presets, and all settings for these items
involve the erratic operation of the system’s FM Mode Selector ^ buttons for three must be reentered.
memory or microprocessor. seconds.
If the system is still operating incorrectly, there
To correct this problem, first unplug the unit The unit will turn on automatically and display may have been an electronic discharge or
from the AC wall outlet and wait at least three the RESET message in the Main severe AC line interference that has corrupted
minutes. After the pause, reconnect the AC Information Display ˆ. Note that once you the memory or microprocessor.
power cord and check the unit’s operation. If have cleared the memory in this manner, it is
the system still malfunctions, a system reset necessary to reestablish all system configuration If these steps do not solve the problem, consult
may clear the problem. settings and tuner presets. an authorized Harman Kardon service center.
To clear the AVR 8000’s entire system memory NOTE: Resetting the processor will erase any
including tuner presets, output level settings, configuration settings you have made for
14 TROUBLESHOOTING GUIDE
harman/kardon Service Bulletin

Service bulletin # H/K2002-04 April 2002 Warranty labor rate: MINOR repair
To: All harman/kardon Service Centers
Model: AVR8000
Subject: Idle Current Adjustment Procedure
In the event you receive an AVR8000 with the complaint “The receiver is overheating, or the protection
circuit is engaging, or intermittently shutting down after the unit warms up” the DC idle current should
be checked and adjusted as described below. Top cover may feel abnormally hot to the touch.
Synopsis: Set DC idle current of output devices by adjusting five potentiometers
Specialized equipment/parts needed:

Variable AC transformer (“Variac” type) to adjust and monitor AC line voltage.
Two pin harness plug to connect DMM to idle current test points. Order hk part# 55212910NR.
Note: Unit that no longer functions when cool may have damaged components: output transistors, resistors,
diodes, etc, in the output stage which must be replaced before performing adjustment so protection circuit is
not activated.
1) Unplug any external connected cables to the AVR8000.

2) Remove the top cover, (18) black Phillips screws.
3) Locate the five idle current-current adjustment potentiometers (see illustration page 2). Facing the front of
the AVR8000, they are located on the left and right sides of the unit along the top of the vertical PCB’s.
They are also marked on the PCB’s “Idle-Adj.”
4) The white 2 pin Connectors (test points) and their related adjustment pots are referenced below. First,
with the unit turned OFF, adjust with a small screwdriver so that all idle current pots are “centered”.
Test Point (Check with DMM) Adjust Idle current Pot

CP903 Affected by VR902
CP904 Affected by VSR902
CP922 Affected by VC902
CP923 Affected by VL902
CP924 Affected by VSL902
Do not confuse the idle current adjustments with the DC offset adjustment pots which are located
directly adjacent to them !
5) Replace the top cover (no screws); turn unit ON. Unit should be connected to a “Variac” type (variable
transformer) adjusted to 120VAC. Let receiver idle with no load, no signal input, and volume control at
minimum (full CCW), for five minutes to stabilize the amplifiers.
6) Remove cover again. Plug in the two pin harness plug at first test point and connect to DMM set on the
mV scale. Check and adjust AC line voltage to 120 volts again if necessary. Using a non-metallic
screwdriver, adjust each of the idle current pots, one at a time, in the following manner: The final desired
voltage at each test point is 10.5 mV, but you should arrive at this voltage by reducing a higher amount in
25% increments with each adjustment, with the final adjustment set at 10.5 mV. This adjustment should
be made gradually in steps, so the amplifiers will have time to stabilize. Repeat this procedure at least
three additional times, each time replacing the top cover (no screws necessary), and letting unit idle
turned ON for at least five minutes between each adjustment. Monitor the AC line voltage and adjust to
120 volts when necessary.
7) If a wattmeter is available, total wattage drawn from line should be 165 to 170 watts at idle.
8) Replace the top cover and screws after the final adjustment.
15
Model Serial Number (120v) Status Action

TH0036-1001 DC idle current of output devices
AVR8000 to Adjust DC idle current
TH0036-4101 may need adjustment
TH0036-4102
AVR8000 Preset at Factory NONE REQUIRED
and above
16
harman/kardon Service Bulletin

Service bulletin # H/K2004-01 Rev1 March 2004 Warranty labor rate: MINOR repair
To: All harman/kardon Service Centers
Model: AVR8000
Subject: DVD Surround Mode Switches to Stereo
When DVD software is being mastered, the producer has the option to choose which audio formats are used, and
the time intervals when they present themselves. For example, a typical DVD may utilize Dolby Digital 2.0
(2 channel) audio format in the initial screen. A typical first screen may include menu choices such as: Special
Features, Audio Setup, Directors Cuts, and Play Movie. This remains on-screen until the user makes a selection,
and normally would be “Play Movie”. At this point, the producer may decide to switch from Dolby Digital 2.0 to
Dolby Digital 5.1. If this time interval is too short, as it is on a small number of DVD titles, the surround DSP
processor in early AVR8000’s may stay in Dolby Digital 2.0 (stereo), rather than switch to Dolby Digital 5.1 when the
program begins, even though the front panel indicators on the unit may imply 5.1 is in effect. In this condition, this
will not be a true stereo mode and music information will be lost, and not added to the stereo loudspeakers.
In the event you receive an AVR8000 A/V receiver with the complaint: “When I play a DVD with a player
that’s connected to the AVR8000 digital inputs, the receiver stays in stereo mode once the DVD starts
playing, when it should be playing Dolby Digital 5.1”, perform the modification below:
Synopsis: Change IC100 on the DSP sub-PCB.
CAUTION: IC100 is an electrostatically sensitive device and can be damaged by careless handling; follow
proper static control procedures to prevent damage to the module.
1) Unplug any external connected cables to the AVR8000, particularly the POWER cord.
2) Remove the top cover, (18) Black Phillips screws.
3) Locate and remove the metal shield located between the PCB’s and the power transformer (See figure 1);
remove the (2) bottom Phillips screws first. A long shaft Phillips screwdriver is required, and magnetic
blade preferred. Then remove the (2) Phillips upper screws; remove the shield from the unit.
4) At the rear of the AVR8000, remove the (2) black Phillips screws holding the IR Remote PCB to the rear
cover; set the PCB aside, with cable still attached; remove the (9) black Phillips screws holding the Video
PCB to the rear cover. (See figure 2)
5) Remove the 7 conductor amber colored Molex plug (CP602) from the right side of the Video PCB.
6) Remove the final top (2) Phillips screws holding the Video PCB on.
7) Push the narrow vertical connector PCB away from the rear of the Video PCB, disengaging it from the
Video PCB (and the Input PCB).
8) Lift the Video PCB, with ribbon cable attached, out of the unit and set it aside.
9) Carefully unplug and remove the IC100 module, pulling straight up; the connector and pins are on the left
side so more effort is required there.
10) Replace IC100 with h/k part# 55229550DPS; CAUTION – after replacement, make sure module is
inserted correctly – On PCB the lettering “TOP SIDE UP” should be facing the rear of the unit. Do not
force into place or bend pins, and make sure the socket is engaging all pins correctly.
11) Reassembly: follow instructions above in reverse order, assuring module, screws, molex connector,
vertical PCB, and shield/support is replaced. The metal shield has two “locator pins” at the bottom; make
sure they are replaced in the holes designed for them at the bottom of the chassis. Replace IR Remote
PCB and all screws at the rear of the unit; replace cover. When replacing the screws, use caution and do
not over-torque as you may strip the plastic receptacles.
12) Test the AVR8000 by re-connecting to the DVD player and playing the exact DVD disc that the problem
had occurred in, and assure the receiver stays in Dolby Digital 5.1 when the program is played.
17
Model Serial Number (120v) Status Action

TH0036-01001
AVR8000 Surround mode switches to stereo Change IC100 module
to
when playing certain DVD’s Change in software from 5.0 to 5.1
TH0036-02203
AVR8000 TH0036-02204 and above Modified by Factory None Required
18
harman/kardon TECH TIPS

Troubleshooting tips and solutions to common service problems
For models: AVR8000 TIP# HKTT2002-02
Complaint:
Remote control seems to have stopped working
Solution(s):
1) Remove the batteries and confirm they are not weak or defective. If battery voltage in either battery is
less than 1.4 volts, replace both batteries in the Remote Control. Assure batteries are inserted correctly.
2) If the Remote Control still cannot control the AVR8000: if available, see if the AVR8000 zoneII, or another
AVR8000 or AVR7000 remote control will operate the basic functions on the receiver. If the AVR8000
does not respond, skip to step #6 to perform a system reset of the microprocessor.
3) Use a InfraRed detector/test card to see if there is an output from the Remote Control. If there is no
output, order new remote control, h/k part# BE10A00.
4) If an output is detected, but it still will not control the receiver, follow steps a-e to reset the microprocessor
in the Remote Control. Note, however, that once it’s reset, all special commands or codes that were
entered will be erased, and the Remote will be reset to factory default. You do not have to point the
Remote Control at the receiver during this procedure:
a) Press any of the Input Selector Buttons and the 0 Button at the same time until the Program/SPL Indicator
begins to flash amber.
b) Press the 3 Button three times.
c) The red LED under the Input Selector will go out; the Program/SPL Indicator will stop flashing and turn green.
d) The Program/SPL Indicator will remain green until the remote is reset. Note that this may take awhile,
depending on how many commands are in the memory and need to be erased.
e) When the Program/SPL Indicator goes out, the remote has been reset to the factory settings.
5) If the Remote Control still does not control the receiver, (and other Remote Controls are successful),
order new remote control, h/k part# BE10A00.
6) If any h/k Remote Control mentioned in Step #2 will not control the receiver, follow steps a-c to reset the
microprocessor in the AVR8000:
a) Unplug the unit from the AC wall outlet and wait at least three minutes. After the pause, reconnect the AC power
cord.
b) Make sure the unit is in Standby mode by pressing the System Power Control Button; the unit is placed in a
Standby mode, as indicated by the AMBER Indicator.
c) Next, press and hold the Tone Mode and the FM Mode Selector buttons for three seconds. The unit will turn on
automatically and display the RESET message in the Main Information Display. NOTE: Resetting the
processor will erase any configuration settings that were made for speakers, output levels, surround modes,
digital input assignments, and the tuner presets. All settings for these items must be reentered.
7) If the Remote Control still does not control the receiver, follow the instructions on Page 3 to replace the
AVR8000 IR Receiver/Sensor. Optional: You can check for an output at the IR Output jack at the rear
panel of the receiver, when a Remote Control command is attempted. A connection can be made from a
“test cable” consisting of a 1/8” mono mini-jack plugged into the REMOTE OUT jack, attached to an
oscilloscope at the opposite end.
19
20
AVR8000 IR RECEIVER/SENSOR - REMOVE AND REPLACE

Caution: Must use ESD procedures (grounding wrist strap) at all times to prevent microprocessor
damage!
1) Unplug any external connected cables to the AVR8000.

2) Remove the top cover, (18) black Phillips screws.
3) Remove all front panel assembly (11) screws.
4) Cut plastic wire ties (2) on top left section of front panel assembly.
5) At top left corner of chassis, remove the (2) screws holding (2) wires and metal bracket.
6) Remove (2) screws holding ground lugs to top left front heat sink.
7) Remove (1) plug consisting of red and black wires from AC switch.
8) Remove (2) screws holding mounting bracket for Headphone assembly.
9) Lay front panel assembly face down on a soft cloth to protect from damage.
10) Remove all (14) screws holding display PCB to front panel assembly.
11) Remove and replace IR Receiver RM701, h/k part# 55155930NR, located just below the display tube
on the left side.
12) Follow instructions in reverse order to reassemble. Replace cable ties where necessary.
21
harman/kardon TECH TIPS

Troubleshooting tips and solutions to common service problems
For models: TIP# HKTT2003-01 Rev5
AVR7000/7200/7300/8000 AVR10
AVR100/200/300/500 DPR1001
AVR110/210/310/510 DPR1005
AVR120/220/320/520 DPR2005
AVR125/225/325/525 HK3370/3470/3375/3475
AVR130/230/330/430/630 HK3250
AVR135/235/335/435/635
Subject: Backup Memory on AVR/DPR/HK series receivers
In the event of the complaint: “the receiver is losing its memory (any programmed system settings)
when the unit is turned off, or after the unit is unplugged (briefly*)”:
Check and replace:
Model Designator Location Description Part number
C712 0.047 Farad 5.5v capacitor #3439247315

AVR10 Front PCB
D709 and 1N4148 diode #2058322101
# P10790-ND or
AVR7000 C730 Front PCB 0.047 Farad 5.5v capacitor
# J3432147324X
AVR7200 C106 Front PCB 0.047 Farad 5.5v capacitor # P10790-ND
AVR7300 C657 DSP PCB 0.047 Farad 5.5v capacitor # H01-CEZXA0479MN-5
# 55230310NR or
AVR8000 C726 Front PCB 0.047 Farad 5.5v capacitor
# P10790-ND
AVR100/200 C412 Front PCB 0.047 Farad 5.5v capacitor # CEGT-B473J-0J0
# J4433210421X
AVR300 C906 Front PCB 0.1Farad 5.5v capacitor
or # P10791-ND
# J4433210421X
AVR500 C906 Front PCB 0.1Farad 5.5v capacitor
or # P10791-ND
AVR110/210/310/510
C216 Front PCB 0.047 Farad 5.5v capacitor # P10790-ND
AVR120/220/320/520
AVR125/225 C734,C885 Front PCB two 0.1F capacitors in parallel # BCESOHD104
AVR325/525 C106 Front PCB 0.047 Farad 5.5v capacitor # P10790-ND
AVR130/230/330 BAT1 Front PCB 3.6v Battery # HABGP40BVH3A3H
AVR135/235/335 BAT1 Front PCB 3.6v Battery # HGP15BNH3A3H
AVR430/630 C657 DSP PCB 0.047 Farad 5.5v capacitor # CEZXA0479MN-5
AVR435/635 C557 DSP PCB 0.047 Farad 5.5v capacitor # H03-CEZXA0479MN-0
DPR1001 BC601 Main PCB 0.1Farad 5.5v capacitor # CEGT-B104J-0J0
Processor
DPR1005/2005 C437 0.047 Farad 5.5v capacitor # CEZXA0479MN-5
PCB
HK3370/3470 C301 Front PCB 0.1Farad 5.5v capacitor # CEGT-B104J-0J0
HK3375/3475 C301 Front PCB 0.1Farad 5.5v capacitor # CEGT-B104J-0J0
C712 0.047 Farad 5.5v capacitor #3439247315
HK3250 Front PCB
D709 and 1N4148 diode #2058322101
* After approximately two weeks of being disconnected from AC supply, even a normally functioning receiver may
lose any programmed settings and switch to default settings. (Four weeks for the DPR1005 & 2005)
22
AVR8000 DC OFFSET ADJUSTMENT
Function : 6CH DIRECT INPUT

Volume level:minimum
Test position:Speaker out terminal (between "+" and "-") speaker jack
No load
a. Turn Power ON
b. Align to 0 ±5mV
Channel Check point Adjustment Location Adjustment value

CENTER CH CTR SPEAKER VC901(3channel AMP) 0±10mV
FRONT L CH FL SPEAKER VL901(3channel AMP) 0±10mV
REAR L CH SL SPEAKER VSL901(3channel AMP) 0±10mV
FRONT R CH FR SPEAKER VF901(2channel AMP) 0±10mV

REAR R CH SR SPEAKER VSR901(2channel AMP) 0±10mV
c. After 5 Min. Repeat at 0±20mV
23
24
25
26
55229930MS
55230040MP
55204550NR
55204560NR
55335050
55577360
55142780NR
55233150NR
55191530
55178110XX
27
28
AVR 8000 DISASSEMBLY TIPS
Figure 1
Figure 2
View of the unit with the Top Cover and rear panel removed.
29
Figure 3
This view of the unit shows the connections from the 3-channel amp assembly to the main PC board (See
Figure 3). Note that 3 connections on Main PCB board are the same size, and use the same color
wires. These connections CAN BE INTERCHANGED if not careful and serious damage can occur if the
technician is not careful.
Figure 4
Be careful not to break any of the contacts, wires, or sub assemblies. The PC boards shown in the above
picture (Figure 4) are all interconnected through four separate extender boards. If you look carefully at the
stacked PC boards, you will notice that when they are not in the chassis with the rear plate attached, they are
NOT supported at one end. This may cause a Short to occur if one PC board touches another while the unit is
being serviced.
30
Figure 5
Another view of the sub assemblies (Figure 5). There are 2 sets of connecting “fingers” that have NO key
way. Some of the PC boards can be interchanged with each other, and if not careful, could be installed wrong.
The technician should, with the aid of the wiring diagram, draw a diagram of the connectors, where they
connect to each location on each sub-assembly, and if necessary, mark the connectors with a tag so they do
not get mixed up.
Figure 6
The fuses shown in Figure 6, are on the bottom PC board in the center stack ( See Figures 4 & 5). To view
or access: remove the top cover, rear panel, the center stack of PC boards, and disassemble the stack.
Once this is accomplished, the technician should check the fuses for continuity, troubleshoot the cause of the
short, repair the problem, replace the fuse, then reassemble the unit to check and see if it is functional.
31
Figure 7
View of the binding posts (for the speakers) that are attached to the amp board. In order for the amp board to
be removed, the rear panel has to be removed, along with all the sub assemblies in the center section of this
unit.
Figure 8
View of the other amp board (unit is standing on end). The same procedures apply to this amp assembly as
it does to the other amp assembly. The rear panel, the center stack (See Figures 4 & 5) of PC sub-
assemblies, have to be completely removed, and all the connections taken apart.
32
Figure 9
There are 67 Screws that have to be removed to get the rear panel off. There is no way to remove the Amp
Boards without removing this panel.
Figure 10
View of the AVR 8000 with the center sub-assemblies and the rear panel removed.
33
Figure 11
The 3-channel amp assembly (See Figure 11) after it has been removed from the unit. If one or more of
these transistors are defective, it’s necessary to: remove the top cover, the rear panel, the center stack of
sub-assemblies, disconnect all the connections from the power supply, front control panel, both amp
assemblies, then unscrew the suspected bad amp assembly. At this point the technician should unsolder 99
connections, unscrew the PC board from the heat sink, test the transistors to find the defective one, unscrew it
from the heat sink, replace it rear on the heat sink, reattach the PC board to the heat sink, resolder all the
transistor legs rear onto the PC board (being careful not to use too much heat), reinstall the amp assembly to
the chassis, reinstall the center stack of PC boards rear into the chassis, connect the power supply, front
control panel, amp connections to the center stack of sub-assemblies (being careful not to get the
connectors mixed up), and attach the speakers (or load) to test the unit.
Figure 12
Another view of the 3-channel amp assembly.

34
Figure 13
Front control panel (Figure 13). The connecting cables are short; take care not to break any of the
contacts or plastic housing.
Figure 14
View of the unit with ¾ of the boards, the 3-channel amp assembly, rear panel and front control panel
removed. Figure 14 shows the transformer, filter caps, power supply board, and the 2 channel board still in
the chassis.
35
REPLACING IC701
CAUTION: IC701 module is an electrostatically sensitive device and can be damaged by careless
handling; you must follow proper static control procedures to prevent damage to the module.
1) Unplug any external connected cables to the AVR8000, particularly the POWER cord.
2) Remove the top cover, (18) Black Phillips screws.
3) Remove the (12) plated screws holding the front panel on; (5) are on the bottom – temporarily place the
receiver on its side to access these bottom screws.
4) With the receiver once again flat on the table, cut any plastic cables ties holding wires and ribbon cables at
the top front section of the front panel that would impede the front panel removal.
5) Remove the dual grounding wire and screw at the top left section of the front panel.
6) In a deep cavity on the left side, near the heatsink, remove the large Molex connector at the power switch
PCB. This can be accomplished with a long bladed screwdriver, pushing in on the tab at the right side of
the connector. Then gently tug on the connecting wires to disengage from the connector.
7) Unplug the white (15) conductor ribbon cable on the right side running straight back to the Video PCB at
that connector.
8) Pull away the front panel from the chassis, starting at the top – there are two small metal “tabs” that need
to be disengaged.
9) Locate IC701 module (see illustration); unplug from its socket.
10) Replace with new module h/k part# 55229760CPU; CAUTION – make sure module is plugged in correctly
– Pin 1 should be UP, lettering on the PCB, UP, there is a circle/dot on both the module and front PCB that
should line up. Do not force into place or bend pins, make sure socket is engaging all pins correctly.
11) Replace front panel, engaging from the bottom section first, and follow instructions above in reverse order.
Attention:
a) Assure the two tabs at the top snap shut.
b) Assure the large Molex connector is plugged back in, and “snaps” in place.
c) Assure the white (15) conductor ribbon cable on the right side is plugged back into the Video PCB;
conductor side is UP.
d) Re-attach dual ground wire; replace any tie wraps that were cut during disassembly.
36
AVR8000 Electrical Parts List

Main PCB
Ref.
Part Number Qty Description
Designator
Semiconductors
D501 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A

D502 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D503 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D504 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
IC522 55142710 1 PC IC-SWITCH KIC9162AF ANALOG SWITCH
IC524 55142620 1 PC IC-OPERAMP OP275GS DUAL OP
IC530 55142590 1 PC IC-OPERAMP NJM5532M DUAL OP
IC531 15237240 1 PC IC-LOGIC TC4052BFN MULTIPLEXER CMOS
IC532 15237240 1 PC IC-LOGIC TC4052BFN MULTIPLEXER CMOS
IC533 55175530 1 PC IC-VIDEOPROC TSH95D VIDEO AMPLIFIER
D505 20526960 1 PC D-ZENER 1N5231B 5.1V 500MI0W
D513 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
D514 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
Q501 55133290 1 PC TR-SLPLF KTD1302 B N 300MI0A 20V
Q513 55133350 1 PC TR-SLPLF MPSA56 Y P -500MI0A -300V
Q514 55142670 1 PC TR-SLPLF MPSA06 N 500MI0A
Q531 55133220 1 PC TR-SLPLF DTA114YSA P 100MI0A
Q537 55133210 1 PC TR-SLPLF DTC114YSA N 100MI0A
37
Ref.
Designator
D506 55248910 1 PC D-BRDLC BU4-04F

D507 55248910 1 PC D-BRDLC BU4-04F
D508 55125540 1 PC D-BRDLC BU6-04F
D509 20525530 1 PC D-SR 1N4003 200.0V 1A
D510 20525530 1 PC D-SR 1N4003 200.0V 1A
D511 20525530 1 PC D-SR 1N4003 200.0V 1A
D512 20525530 1 PC D-SR 1N4003 200.0V 1A
IC526 55142730 1 PC IC-LOWFREQ TC9184AP DIP16 TONE/VOL/BAL/MUTE
IC534 20361320 1 PC IC-REGPOSFXD KIA7806PI NORMAL
IC535 55124000 1 PC IC-REGNEGFXD KIA7906PI NORMAL
IC536 55368100 1 PC IC-REGPOSFXD NJM7805FA NORMAL
IC538 55368110 1 PC IC-REGNEGFXD NJM7915FA NORMAL
IC540 55125450 1 PC IC-REGPOSFXD BA033T NORMAL
IC541 55125450 1 PC IC-REGPOSFXD BA033T NORMAL
Resistors
R715 10134410 1 PC RMGCFMIC 10R0 OHM +5% 62MI5W

R717 10135050 1 PC RMGCFMIC 15K0 OHM +5% 62MI5W
38
Ref.
Designator

39
Ref.
Designator

R802 10135620 1 PC RMGCFMIC 1M0 OHM +10% 62MI5W
40
Ref.
Designator
R626 50882950 1 PC RCF 100R0 OHM +5% 250MI0W

R630 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R669 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R670 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R673 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R674 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R683 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R684 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R693 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R694 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R703 30939380 1 PC RCF 22R0 OHM +5% 250MI0W
R704 30939380 1 PC RCF 22R0 OHM +5% 250MI0W
R742 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R743 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R779 11059640 1 PC RCF 1K0 OHM +5% 250MI0W
R792 11067570 1 PC RCF 1R0 OHM +5% 250MI0W
R793 11067570 1 PC RCF 1R0 OHM +5% 250MI0W
R794 40435640 1 PC RCF 4K7 OHM +5% 250MI0W
R794 60441580 1 PC RCF 22K0 OHM +5% 250MI0W
R795 40435640 1 PC RCF 4K7 OHM +5% 250MI0W
R795 60441580 1 PC RCF 22K0 OHM +5% 250MI0W
R796 40435640 1 PC RCF 4K7 OHM +5% 250MI0W
R796 60441580 1 PC RCF 22K0 OHM +5% 250MI0W
R797 40435640 1 PC RCF 4K7 OHM +5% 250MI0W
R797 60441580 1 PC RCF 22K0 OHM +5% 250MI0W
R798 40435640 1 PC RCF 4K7 OHM +5% 250MI0W
R798 60441580 1 PC RCF 22K0 OHM +5% 250MI0W
R799 30939480 1 PC RCF 10K0 OHM +5% 250MI0W
R799 60441580 1 PC RCF 22K0 OHM +5% 250MI0W
R800 50883010 1 PC RCF 15K0 OHM +5% 250MI0W
R801 50883010 1 PC RCF 15K0 OHM +5% 250MI0W
R803 11059640 1 PC RCF 1K0 OHM +5% 250MI0W
R837 40435640 1 PC RCF 4K7 OHM +5% 250MI0W
R785 80442780 1 PC RMOF 4R7 OHM +5% 2.0W
R786 80442780 1 PC RMOF 4R7 OHM +5% 2.0W
R787 55228840 1 PC RW 5R6 OHM +5% 3.0W 100PPM/'C -100PPM/'C
R788 55228840 1 PC RW 5R6 OHM +5% 3.0W 100PPM/'C -100PPM/'C
R789 80442780 1 PC RMOF 4R7 OHM +5% 2.0W
R790 80442780 1 PC RMOF 4R7 OHM +5% 2.0W
R791 80442780 1 PC RMOF 4R7 OHM +5% 2.0W
R836 80442780 1 PC RMOF 4R7 OHM +5% 2.0W
Capacitors
C735 20506590 1 PC CCCFMIC 100P0F +5% -5% 50.0V NP0

C595 20288040 1 PC CCCFMIC 100N0F +80% -20% 16.0V Y5V
41
Ref.
Designator

C561 20246470 1 PC CC 100N0F +80% -20% 25.0V Z5V
C561 20293470 1 PC CC 100N0F +80% -20% 50.0V F
C574 55213540 1 PC CE 10U0F +20% 16.0V 85C
C578 55213540 1 PC CE 10U0F +20% 16.0V 85C
C581 55213540 1 PC CE 10U0F +20% 16.0V 85C
C582 20251830 1 PC CE 1U0F +20% 50.0V 85C
C582 55319730 1 PC CE 1U0F +20% 50.0V 85C
C590 55213550 1 PC CE 47U0F +20% 16.0V 85C
C592 55213550 1 PC CE 47U0F +20% 16.0V 85C
C602 20251830 1 PC CE 1U0F +20% 50.0V 85C
C602 55319730 1 PC CE 1U0F +20% 50.0V 85C
C604 55213550 1 PC CE 47U0F +20% 16.0V 85C
C605 55213550 1 PC CE 47U0F +20% 16.0V 85C
C606 55213590 1 PC CE 10U0F +20% 16.0V 85C
C607 55213590 1 PC CE 10U0F +20% 16.0V 85C
C608 55230020 1 PC CE 47U0F +20% 16.0V 85C
C609 55230020 1 PC CE 47U0F +20% 16.0V 85C
C610 55213590 1 PC CE 10U0F +20% 16.0V 85C
C611 55213590 1 PC CE 10U0F +20% 16.0V 85C
C612 55213590 1 PC CE 10U0F +20% 16.0V 85C
C613 55213590 1 PC CE 10U0F +20% 16.0V 85C
C614 55230020 1 PC CE 47U0F +20% 16.0V 85C
C615 55230020 1 PC CE 47U0F +20% 16.0V 85C
C616 55213590 1 PC CE 10U0F +20% 16.0V 85C
C617 55213590 1 PC CE 10U0F +20% 16.0V 85C
C618 55213590 1 PC CE 10U0F +20% 16.0V 85C
C619 55213590 1 PC CE 10U0F +20% 16.0V 85C
C620 55230020 1 PC CE 47U0F +20% 16.0V 85C
C621 55230020 1 PC CE 47U0F +20% 16.0V 85C
C622 55213590 1 PC CE 10U0F +20% 16.0V 85C
C623 55213590 1 PC CE 10U0F +20% 16.0V 85C
42
Ref.
Designator
C624 55213590 1 PC CE 10U0F +20% 16.0V 85C

C625 55213590 1 PC CE 10U0F +20% 16.0V 85C
C628 20268990 1 PC CE 1MI0F +20% 6.3V 85C
C628 55319140 1 PC CE 1MI0F +20% 6.3V 85C
C631 20268990 1 PC CE 1MI0F +20% 6.3V 85C
C631 55319140 1 PC CE 1MI0F +20% 6.3V 85C
C632 55230030 1 PC CE 330U0F +20% 16.0V 85C
C633 55230030 1 PC CE 330U0F +20% 16.0V 85C
C635 55213540 1 PC CE 10U0F +20% 16.0V 85C
C636 55213540 1 PC CE 10U0F +20% 16.0V 85C
C638 55230030 1 PC CE 330U0F +20% 16.0V 85C
C639 55230030 1 PC CE 330U0F +20% 16.0V 85C
C641 55213540 1 PC CE 10U0F +20% 16.0V 85C
C642 55213540 1 PC CE 10U0F +20% 16.0V 85C
C667 55213590 1 PC CE 10U0F +20% 16.0V 85C
C668 20268840 1 PC CE 1U0F +20% 50.0V 85C
C669 20268840 1 PC CE 1U0F +20% 50.0V 85C
C670 20268840 1 PC CE 1U0F +20% 50.0V 85C
C672 55213590 1 PC CE 10U0F +20% 16.0V 85C
C673 20268840 1 PC CE 1U0F +20% 50.0V 85C
C674 20268840 1 PC CE 1U0F +20% 50.0V 85C
C675 20268840 1 PC CE 1U0F +20% 50.0V 85C
C677 55213590 1 PC CE 10U0F +20% 16.0V 85C
C678 20268840 1 PC CE 1U0F +20% 50.0V 85C
C679 20268840 1 PC CE 1U0F +20% 50.0V 85C
C680 20268840 1 PC CE 1U0F +20% 50.0V 85C
C681 20267820 1 PC CE 47U0F +20% 6.3V 85C
C681 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C682 20267820 1 PC CE 47U0F +20% 6.3V 85C
C682 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C685 20267820 1 PC CE 47U0F +20% 6.3V 85C
C685 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C686 20267820 1 PC CE 47U0F +20% 6.3V 85C
C686 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C689 55213580 1 PC CE 100U0F +20% 10.0V 85C
C690 20267820 1 PC CE 47U0F +20% 6.3V 85C
C690 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C691 20267820 1 PC CE 47U0F +20% 6.3V 85C
C691 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C694 55213580 1 PC CE 100U0F +20% 10.0V 85C
C695 55213580 1 PC CE 100U0F +20% 10.0V 85C
C699 20416690 1 PC CPM 100N0F +20% 250.0V
C700 20416690 1 PC CPM 100N0F +20% 250.0V
C701 20416690 1 PC CPM 100N0F +20% 250.0V
C702 20416690 1 PC CPM 100N0F +20% 250.0V
C703 20416690 1 PC CPM 100N0F +20% 250.0V
C706 10364820 1 PC CPF 47N0F +10% 100.0V
C707 10364820 1 PC CPF 47N0F +10% 100.0V
C708 10364820 1 PC CPF 47N0F +10% 100.0V
C713 10364820 1 PC CPF 47N0F +10% 100.0V
C714 10364820 1 PC CPF 47N0F +10% 100.0V
C715 10364820 1 PC CPF 47N0F +10% 100.0V
C716 10364820 1 PC CPF 47N0F +10% 100.0V
C717 10364820 1 PC CPF 47N0F +10% 100.0V
43
Ref.
Designator
C718 10364820 1 PC CPF 47N0F +10% 100.0V

C720 20268990 1 PC CE 1MI0F +20% 6.3V 85C
C720 55319140 1 PC CE 1MI0F +20% 6.3V 85C
C721 20268140 1 PC CE 220U0F +20% 25.0V 85C
C721 55213570 1 PC CE 220U0F +20% 25.0V 85C
C722 20252680 1 PC CE 1MI0F +20% 10.0V 85C
C722 55319150 1 PC CE 1MI0F +20% 10.0V 85C
C723 20246470 1 PC CC 100N0F +80% -20% 25.0V Z5V
C723 20293470 1 PC CC 100N0F +80% -20% 50.0V F
C724 20268140 1 PC CE 220U0F +20% 25.0V 85C
C724 55213570 1 PC CE 220U0F +20% 25.0V 85C
C725 20246470 1 PC CC 100N0F +80% -20% 25.0V Z5V
C725 20293470 1 PC CC 100N0F +80% -20% 50.0V F
C726 20246470 1 PC CC 100N0F +80% -20% 25.0V Z5V
C726 20293470 1 PC CC 100N0F +80% -20% 50.0V F
C727 20252680 1 PC CE 1MI0F +20% 10.0V 85C
C727 55319150 1 PC CE 1MI0F +20% 10.0V 85C
C728 20246470 1 PC CC 100N0F +80% -20% 25.0V Z5V
C728 20293470 1 PC CC 100N0F +80% -20% 50.0V F
C729 20268990 1 PC CE 1MI0F +20% 6.3V 85C
C729 55319140 1 PC CE 1MI0F +20% 6.3V 85C
C730 20246470 1 PC CC 100N0F +80% -20% 25.0V Z5V
C730 20293470 1 PC CC 100N0F +80% -20% 50.0V F
C731 20246470 1 PC CC 100N0F +80% -20% 25.0V Z5V
C731 20293470 1 PC CC 100N0F +80% -20% 50.0V F
C732 20268990 1 PC CE 1MI0F +20% 6.3V 85C
C732 55319140 1 PC CE 1MI0F +20% 6.3V 85C
C733 20246470 1 PC CC 100N0F +80% -20% 25.0V Z5V
C733 20293470 1 PC CC 100N0F +80% -20% 50.0V F
C734 20268990 1 PC CE 1MI0F +20% 6.3V 85C
C734 55319140 1 PC CE 1MI0F +20% 6.3V 85C
C740 55230030 1 PC CE 330U0F +20% 16.0V 85C
C564 55319190 1 PC CE 4MI7F +20% 16.0V 85C
C572 55191100 1 PC CPM 33P0F +5% 100.0V
C575 55191050 1 PC CPM 33N0F +5% 63.0V
C576 55191050 1 PC CPM 33N0F +5% 63.0V
C577 55191030 1 PC CPM 15N0F +5% 63.0V
C579 55191080 1 PC CPM 2N2F +5% 100.0V
C580 55191060 1 PC CPM 22N0F +5% 100.0V
C584 55319190 1 PC CE 4MI7F +20% 16.0V 85C
C597 55191080 1 PC CPM 2N2F +5% 100.0V
C598 55191030 1 PC CPM 15N0F +5% 63.0V
C599 55191060 1 PC CPM 22N0F +5% 100.0V
C600 55191050 1 PC CPM 33N0F +5% 63.0V
C601 55191100 1 PC CPM 33P0F +5% 100.0V
C603 55191050 1 PC CPM 33N0F +5% 63.0V
C704 55232360 1 PC CE 2MI2F +20% 100.0V 85C
C705 55232360 1 PC CE 2MI2F +20% 100.0V 85C
C709 55232430 1 PC CE 15MI0F +20% 16.0V 85C
C710 55319190 1 PC CE 4MI7F +20% 16.0V 85C
C711 55232480 1 PC CE 8MI2F +50% 35.0V 85C
C712 55232480 1 PC CE 8MI2F +50% 35.0V 85C
C719 55319190 1 PC CE 4MI7F +20% 16.0V 85C
CP501 55230910 1 PC CON 2.54MM PITCH 2X20P 2213S-20G-28
44
Ref.
Designator
CP502 55230480 1 PC CONN 1.25MM 31 FE ST BK 00-6216-131-821-808 0 0

CP503 55230910 1 PC CON 2.54MM PITCH 2X20P 2213S-20G-28
CP504 55174630 1 PC CONN 2.0MM 19 MA ST NAT MOLEX 35336-1910 0 0
CP505 55146620 1 PC CONN 2.5MM 7 MA ST NAT 0 0
CP518 55123330 1 PC CONN 2.0MM 6 MA ST NAT LW2002P06 0 0
Miscellaneous
FC501 55170330 1 PC TERMFUSEHLDR FUSE-HOLDER J4210020001X

F501 55126870 1 PC FUSVDETIMELG 1.6 A 250.0 V 5X20
F502 55126870 1 PC FUSVDETIMELG 1.6 A 250.0 V 5X20
F503 55170790 1 PC FUSULSLWBL 3.15 A 125.0 V
GND1 55135980 1 PC TERMLUG GND
HS501 55194550 1 PC AC HEATSINK 60*20*50H AL6063S-T5 -- ME
JK501 55191500 1 PC CON PHONO SCKT RCA 6P JW-4105RSEG
JK502 55191490 1 PC CON PHONO SCKT RCA 6P JW-4105RSDG
JK503 55197890 1 PC CON PHONO SCKT RCA 1P JACK W/G CAP GOLD JE010003TG PP
45
Ref.
Designator
JK504 55230590 1 PC CON PHONO SCKT RCA 12P RX4 BX4 JW4012RSG
Power Supply PCB
Semiconductors

D451 20525530 1 PC D-SR 1N4003 200.0V 1A
D452 55170630 1 PC D-BRDHC BP3504WF 35.0A
D453 20525530 1 PC D-SR 1N4003 200.0V 1A
D454 20525530 1 PC D-SR 1N4003 200.0V 1A
D455 20525530 1 PC D-SR 1N4003 200.0V 1A
D456 20525530 1 PC D-SR 1N4003 200.0V 1A
D457 20525530 1 PC D-SR 1N4003 200.0V 1A
D458 20525530 1 PC D-SR 1N4003 200.0V 1A
D467 20525530 1 PC D-SR 1N4003 200.0V 1A
D468 20525530 1 PC D-SR 1N4003 200.0V 1A
D469 20525530 1 PC D-SR 1N4003 200.0V 1A
D470 20525530 1 PC D-SR 1N4003 200.0V 1A
D472 20525530 1 PC D-SR 1N4003 200.0V 1A
D473 20525530 1 PC D-SR 1N4003 200.0V 1A
D474 20525530 1 PC D-SR 1N4003 200.0V 1A
IC451 55246610 1 PC IC-REGPOSFXD KIA7806P NORMAL
IC454 55142790 1 PC IC-REGPOSFXD NJM2395F63 NORMAL
D459 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
D475 80442730 1 PC D-ZENER BZX55B33 33V 500MI0W
Resistors
R452 40435640 1 PC RCF 4K7 OHM +5% 250MI0W

R454 40435640 1 PC RCF 4K7 OHM +5% 250MI0W
R455 30939360 1 PC RCF 10R0 OHM +5% 250MI0W
R455 90571060 1 PC RCF 12R0 OHM +5% 250MI0W
R457 30939480 1 PC RCF 10K0 OHM +5% 250MI0W
R458 11059640 1 PC RCF 1K0 OHM +5% 250MI0W
R461 11059560 1 PC RCF 33R0 OHM +5% 250MI0W
R462 11059560 1 PC RCF 33R0 OHM +5% 250MI0W
R463 11059560 1 PC RCF 33R0 OHM +5% 250MI0W
R464 30939480 1 PC RCF 10K0 OHM +5% 250MI0W
R465 30939510 1 PC RCF 100K0 OHM +5% 250MI0W
R466 30939480 1 PC RCF 10K0 OHM +5% 250MI0W
R467 30939510 1 PC RCF 100K0 OHM +5% 250MI0W
R468 30939480 1 PC RCF 10K0 OHM +5% 250MI0W
R469 30939510 1 PC RCF 100K0 OHM +5% 250MI0W
R470 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R471 30939480 1 PC RCF 10K0 OHM +5% 250MI0W
R472 20469460 1 PC RCF 2K2 OHM +5% 250MI0W
R473 40435640 1 PC RCF 4K7 OHM +5% 250MI0W
46
Ref.
Designator
R474 30939480 1 PC RCF 10K0 OHM +5% 250MI0W
R475 30939510 1 PC RCF 100K0 OHM +5% 250MI0W
R476 30939510 1 PC RCF 100K0 OHM +5% 250MI0W
R477 11059640 1 PC RCF 1K0 OHM +5% 250MI0W
R450 55180100 1 PC RA 3M3 OHM +10% 500MI0W
R451 55493990 1 PC RW 10R0 OHM +5% 30.0W
R453 15022710 1 PC RMOF 10R0 OHM +5% 2.0W
R456 80442780 1 PC RMOF 4R7 OHM +5% 2.0W
R479 11061670 1 PC RMOF 12K0 OHM +5% 1.0W
R480 11061670 1 PC RMOF 12K0 OHM +5% 1.0W
Capacitors
C452 20416690 1 PC CPM 100N0F +20% 250.0V

C453 20416690 1 PC CPM 100N0F +20% 250.0V
C454 20416690 1 PC CPM 100N0F +20% 250.0V
C455 20416690 1 PC CPM 100N0F +20% 250.0V
C456 20416690 1 PC CPM 100N0F +20% 250.0V
C460 10364820 1 PC CPF 47N0F +10% 100.0V
C461 10364820 1 PC CPF 47N0F +10% 100.0V
C462 10364820 1 PC CPF 47N0F +10% 100.0V
C468 20268840 1 PC CE 1U0F +20% 50.0V 85C
C471 20246470 1 PC CC 100N0F +80% -20% 25.0V Z5V
C474 55127400 1 PC CE 560N0F +20% 50.0V 85C
C475 10364820 1 PC CPF 47N0F +10% 100.0V
C476 10364820 1 PC CPF 47N0F +10% 100.0V
C477 10364820 1 PC CPF 47N0F +10% 100.0V
C481 20268840 1 PC CE 1U0F +20% 50.0V 85C
C482 20246470 1 PC CC 100N0F +80% -20% 25.0V Z5V
C483 55095410 1 PC CPM 220N0F +10% 63.0V
C484 13074540 1 PC CE 100U0F +20% 50.0V 85C
C485 20268880 1 PC CE 10U0F +20% 50.0V 85C
C490 20268840 1 PC CE 1U0F +20% 50.0V 85C
C491 20268840 1 PC CE 1U0F +20% 50.0V 85C
C493 20268840 1 PC CE 1U0F +20% 50.0V 85C
C450 55095460 1 PC CPPMX 100N0F +20% -20%
C451 55232850 1 PC CC 4N7F +20% -50% 400.0V Y5V
C457 55232840 1 PC CE 27MI0F +20% 80.0V 85C
C458 55232840 1 PC CE 27MI0F +20% 80.0V 85C
C459 55095460 1 PC CPPMX 100N0F +20% -20%
C466 20268030 1 PC CE 1MI0F +20% 25.0V 85C
C480 20268030 1 PC CE 1MI0F +20% 25.0V 85C
C486 55232850 1 PC CC 4N7F +20% -50% 400.0V Y5V
C487 55232850 1 PC CC 4N7F +20% -50% 400.0V Y5V
C488 55232850 1 PC CC 4N7F +20% -50% 400.0V Y5V
C489 55232850 1 PC CC 4N7F +20% -50% 400.0V Y5V
C492 20269180 1 PC CE 1MI0F +20% 6.3V 85C
Miscellaneous

47
Ref.
Designator
55222020 2 PC AC PUN BRACKET AC INLET SECC 1.0T
55127070 1 PC SCREW-ST 3MM 10MM JIS B 1122 19 0 0
55176380 1 PC AC HEATSINK REG 2 RTDVD1 -- ME
55231630 1 PC AC HEATSINK REG AVR8000 -- ME
55127310 2 PC WASHER 3.3MM 8.0MM 0.5MM Y 53 0 A4
55127310 1 PC WASHER 3.3MM 8.0MM 0.5MM Y 53 0 A4
55127070 2 PC SCREW-ST 3MM 18MM JIS B 1122 J80600031810 53 0 0
55127290 1 PC SCREW-ST 3MM 18MM JIS B 1122 J80600031810 53 0 0
55176380 1 PC AC HEATSINK REG 2 RTDVD1 -- ME
55216340 1 PC AC HEATSINK BRIDGE 34.4*28.5*64H AL6063S-T5 -- ME
55304050 1 PC AC HEATSINK BRIDGE 34.4*28.5*64H -- ME
55304040 1 PC AC PUN BRACKET HEATSINK BRIDGE SECC 1.0T
55127120 1 PC SCREW-ST 3MM 8MM JIS B 1122 J5636140040X 53 0 0
55127120 4 PC SCREW-ST 3MM 8MM JIS B 1122 J5636140040X 53 0 0
CN457 55213270 1 PC WIRECONASY UNIQUE 3P 800MM UL1007 PVC DISCRETE 24
CP452 55231360 1 PC CON 11.88MM 6.0MM PITCH ACTUAL
ET451 55135980 1 PC TERMLUG GND
F453 55521310 1 PC FUSULSLWBL 500MI0 A 250.0 V
IL451 55222010 1 PC CON MAINS INLET A/C INLET 7014-NGP
OL451 55231540 1 PC CONN-SPE A206D0054P AC OUTLET US NA 15.25MM 3 BK 0 A0
RY451 55127440 1 PC RELAYPWR 12.0V 270.0OHM 10.0A
SW451 55231290 1 PC SWIPUSH POWER SWITCH J46208000004 8.0A 250.0V 100MI0OHM 1T 2
T451 55233110 1 PC TF-LAM 110V STANDBY 120V
T452 55233120 1 PC TF-LAM POWER-TRANSFORMER 120V
W451 55230550 1 PC WIRECONASY 1 120MM UL1007 PVC DISCRETE 22 12
Preamp PCB
Semiconductors
D204 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A

D205 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
48
Ref.
Designator
IC203 55142720 1 PC IC-LOWFREQ KIC9459F SOP24 TONE/VOL/BAL/MUTE
Q219 55133190 1 PC TR-SSD DTA114YKA P 10K0 OHM 47K0 OHM
Q220 55133180 1 PC TR-SSD DTC114YKA N 10K0 OHM 47K0 OHM
D203 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
Q201 55138710 1 PC TR-SLPSWA KTD1304 N 20V 300MI0A
Q221 55112030 1 PC TR-M FET RA/TAD 2SK117Y N 300MI0W 14MI0A
49
Ref.
Designator
IC201 55142740 1 PC IC-SWITCH TC9273N-004 DIP28 ANALOG SWITCH
Resistors

50
Ref.
Designator
51
Ref.
Designator
52
Ref.
Designator
53
Ref.
Designator
54
Ref.
Designator
55
Ref.
Designator
R541 20469460 1 PC RCF 2K2 OHM +5% 250MI0W
R542 20469460 1 PC RCF 2K2 OHM +5% 250MI0W
Capacitors

56
Ref.
Designator
C477 10138550 1 PC CCCFMIC 1N0F +10% -10% 50.0V X7R
C205 55213590 1 PC CE 10U0F +20% 16.0V 85C
C206 55213590 1 PC CE 10U0F +20% 16.0V 85C
C209 20342060 1 PC CE 47U0F +20% 16.0V 85C
C209 55213560 1 PC CE 47U0F +20% 16.0V 85C
C210 20342060 1 PC CE 47U0F +20% 16.0V 85C
C210 55213560 1 PC CE 47U0F +20% 16.0V 85C
C215 55213590 1 PC CE 10U0F +20% 16.0V 85C
C216 55213590 1 PC CE 10U0F +20% 16.0V 85C
C219 20342060 1 PC CE 47U0F +20% 16.0V 85C
C219 55213560 1 PC CE 47U0F +20% 16.0V 85C
C220 20342060 1 PC CE 47U0F +20% 16.0V 85C
C220 55213560 1 PC CE 47U0F +20% 16.0V 85C
C225 55213590 1 PC CE 10U0F +20% 16.0V 85C
C226 55213590 1 PC CE 10U0F +20% 16.0V 85C
C229 20342060 1 PC CE 47U0F +20% 16.0V 85C
C229 55213560 1 PC CE 47U0F +20% 16.0V 85C
C230 20342060 1 PC CE 47U0F +20% 16.0V 85C
C230 55213560 1 PC CE 47U0F +20% 16.0V 85C
C235 55213590 1 PC CE 10U0F +20% 16.0V 85C
C236 55213590 1 PC CE 10U0F +20% 16.0V 85C
C237 20342060 1 PC CE 47U0F +20% 16.0V 85C
C237 55213560 1 PC CE 47U0F +20% 16.0V 85C
C238 20342060 1 PC CE 47U0F +20% 16.0V 85C
C238 55213560 1 PC CE 47U0F +20% 16.0V 85C
C245 55213590 1 PC CE 10U0F +20% 16.0V 85C
C246 55213590 1 PC CE 10U0F +20% 16.0V 85C
C247 55213590 1 PC CE 10U0F +20% 16.0V 85C
C248 55213590 1 PC CE 10U0F +20% 16.0V 85C
C249 20342060 1 PC CE 47U0F +20% 16.0V 85C
C249 55213560 1 PC CE 47U0F +20% 16.0V 85C
C250 20342060 1 PC CE 47U0F +20% 16.0V 85C
C250 55213560 1 PC CE 47U0F +20% 16.0V 85C
C255 55213590 1 PC CE 10U0F +20% 16.0V 85C
C256 55213590 1 PC CE 10U0F +20% 16.0V 85C
C257 55213590 1 PC CE 10U0F +20% 16.0V 85C
C258 55213590 1 PC CE 10U0F +20% 16.0V 85C
C259 20342060 1 PC CE 47U0F +20% 16.0V 85C
C259 55213560 1 PC CE 47U0F +20% 16.0V 85C
C260 20342060 1 PC CE 47U0F +20% 16.0V 85C
C260 55213560 1 PC CE 47U0F +20% 16.0V 85C
C265 55213590 1 PC CE 10U0F +20% 16.0V 85C
C266 55213590 1 PC CE 10U0F +20% 16.0V 85C
C267 55213590 1 PC CE 10U0F +20% 16.0V 85C
C268 55213590 1 PC CE 10U0F +20% 16.0V 85C
C269 20342060 1 PC CE 47U0F +20% 16.0V 85C
C269 55213560 1 PC CE 47U0F +20% 16.0V 85C
C270 20342060 1 PC CE 47U0F +20% 16.0V 85C
C270 55213560 1 PC CE 47U0F +20% 16.0V 85C
C275 55213590 1 PC CE 10U0F +20% 16.0V 85C
C276 55213590 1 PC CE 10U0F +20% 16.0V 85C
C277 55213590 1 PC CE 10U0F +20% 16.0V 85C
57
Ref.
Designator
C278 55213590 1 PC CE 10U0F +20% 16.0V 85C
C279 20342060 1 PC CE 47U0F +20% 16.0V 85C
C279 55213560 1 PC CE 47U0F +20% 16.0V 85C
C280 20342060 1 PC CE 47U0F +20% 16.0V 85C
C280 55213560 1 PC CE 47U0F +20% 16.0V 85C
C285 55213590 1 PC CE 10U0F +20% 16.0V 85C
C286 55213590 1 PC CE 10U0F +20% 16.0V 85C
C287 55213590 1 PC CE 10U0F +20% 16.0V 85C
C288 55213590 1 PC CE 10U0F +20% 16.0V 85C
C289 20342060 1 PC CE 47U0F +20% 16.0V 85C
C289 55213560 1 PC CE 47U0F +20% 16.0V 85C
C290 20342060 1 PC CE 47U0F +20% 16.0V 85C
C290 55213560 1 PC CE 47U0F +20% 16.0V 85C
C295 55213590 1 PC CE 10U0F +20% 16.0V 85C
C296 55213590 1 PC CE 10U0F +20% 16.0V 85C
C297 55213590 1 PC CE 10U0F +20% 16.0V 85C
C298 55213590 1 PC CE 10U0F +20% 16.0V 85C
C299 20342060 1 PC CE 47U0F +20% 16.0V 85C
C299 55213560 1 PC CE 47U0F +20% 16.0V 85C
C300 20342060 1 PC CE 47U0F +20% 16.0V 85C
C300 55213560 1 PC CE 47U0F +20% 16.0V 85C
C305 55213590 1 PC CE 10U0F +20% 16.0V 85C
C306 55213590 1 PC CE 10U0F +20% 16.0V 85C
C307 55213590 1 PC CE 10U0F +20% 16.0V 85C
C308 55213590 1 PC CE 10U0F +20% 16.0V 85C
C309 20342060 1 PC CE 47U0F +20% 16.0V 85C
C309 55213560 1 PC CE 47U0F +20% 16.0V 85C
C310 20342060 1 PC CE 47U0F +20% 16.0V 85C
C310 55213560 1 PC CE 47U0F +20% 16.0V 85C
C315 55213590 1 PC CE 10U0F +20% 16.0V 85C
C316 55213590 1 PC CE 10U0F +20% 16.0V 85C
C317 55213590 1 PC CE 10U0F +20% 16.0V 85C
C318 55213590 1 PC CE 10U0F +20% 16.0V 85C
C319 20342060 1 PC CE 47U0F +20% 16.0V 85C
C319 55213560 1 PC CE 47U0F +20% 16.0V 85C
C320 20342060 1 PC CE 47U0F +20% 16.0V 85C
C320 55213560 1 PC CE 47U0F +20% 16.0V 85C
C325 55213590 1 PC CE 10U0F +20% 16.0V 85C
C326 55213590 1 PC CE 10U0F +20% 16.0V 85C
C327 55213590 1 PC CE 10U0F +20% 16.0V 85C
C328 55213590 1 PC CE 10U0F +20% 16.0V 85C
C329 20342060 1 PC CE 47U0F +20% 16.0V 85C
C329 55213560 1 PC CE 47U0F +20% 16.0V 85C
C330 20342060 1 PC CE 47U0F +20% 16.0V 85C
C330 55213560 1 PC CE 47U0F +20% 16.0V 85C
C335 55213590 1 PC CE 10U0F +20% 16.0V 85C
C336 20342060 1 PC CE 47U0F +20% 16.0V 85C
C336 55213560 1 PC CE 47U0F +20% 16.0V 85C
C337 55213590 1 PC CE 10U0F +20% 16.0V 85C
C338 20342060 1 PC CE 47U0F +20% 16.0V 85C
C338 55213560 1 PC CE 47U0F +20% 16.0V 85C
C339 20342060 1 PC CE 47U0F +20% 16.0V 85C
C339 55213560 1 PC CE 47U0F +20% 16.0V 85C
C340 20342060 1 PC CE 47U0F +20% 16.0V 85C
C340 55213560 1 PC CE 47U0F +20% 16.0V 85C
C345 55213590 1 PC CE 10U0F +20% 16.0V 85C
C346 55213590 1 PC CE 10U0F +20% 16.0V 85C
58
Ref.
Designator
C347 55213590 1 PC CE 10U0F +20% 16.0V 85C
C348 55213590 1 PC CE 10U0F +20% 16.0V 85C
C349 20342060 1 PC CE 47U0F +20% 16.0V 85C
C349 55213560 1 PC CE 47U0F +20% 16.0V 85C
C350 20342060 1 PC CE 47U0F +20% 16.0V 85C
C350 55213560 1 PC CE 47U0F +20% 16.0V 85C
C351 55213590 1 PC CE 10U0F +20% 16.0V 85C
C352 55213590 1 PC CE 10U0F +20% 16.0V 85C
C353 55213590 1 PC CE 10U0F +20% 16.0V 85C
C354 55213590 1 PC CE 10U0F +20% 16.0V 85C
C355 55213560 1 PC CE 47U0F +20% 16.0V 85C
C356 55213560 1 PC CE 47U0F +20% 16.0V 85C
C357 20342060 1 PC CE 47U0F +20% 16.0V 85C
C357 55213560 1 PC CE 47U0F +20% 16.0V 85C
C358 20342060 1 PC CE 47U0F +20% 16.0V 85C
C358 55213560 1 PC CE 47U0F +20% 16.0V 85C
C359 55213590 1 PC CE 10U0F +20% 16.0V 85C
C360 55213590 1 PC CE 10U0F +20% 16.0V 85C
C363 20342060 1 PC CE 47U0F +20% 16.0V 85C
C363 55213560 1 PC CE 47U0F +20% 16.0V 85C
C364 20342060 1 PC CE 47U0F +20% 16.0V 85C
C364 55213560 1 PC CE 47U0F +20% 16.0V 85C
C365 20342060 1 PC CE 47U0F +20% 16.0V 85C
C365 55213560 1 PC CE 47U0F +20% 16.0V 85C
C366 20342060 1 PC CE 47U0F +20% 16.0V 85C
C366 55213560 1 PC CE 47U0F +20% 16.0V 85C
C369 55213590 1 PC CE 10U0F +20% 16.0V 85C
C370 55213590 1 PC CE 10U0F +20% 16.0V 85C
C373 20342060 1 PC CE 47U0F +20% 16.0V 85C
C373 55213560 1 PC CE 47U0F +20% 16.0V 85C
C374 20342060 1 PC CE 47U0F +20% 16.0V 85C
C374 55213560 1 PC CE 47U0F +20% 16.0V 85C
C377 55213590 1 PC CE 10U0F +20% 16.0V 85C
C378 55213590 1 PC CE 10U0F +20% 16.0V 85C
C379 55213590 1 PC CE 10U0F +20% 16.0V 85C
C380 55213590 1 PC CE 10U0F +20% 16.0V 85C
C381 20342060 1 PC CE 47U0F +20% 16.0V 85C
C381 55213560 1 PC CE 47U0F +20% 16.0V 85C
C382 20342060 1 PC CE 47U0F +20% 16.0V 85C
C382 55213560 1 PC CE 47U0F +20% 16.0V 85C
C383 55213540 1 PC CE 10U0F +20% 16.0V 85C
C384 55213540 1 PC CE 10U0F +20% 16.0V 85C
C385 55213540 1 PC CE 10U0F +20% 16.0V 85C
C386 55213540 1 PC CE 10U0F +20% 16.0V 85C
C387 20342060 1 PC CE 47U0F +20% 16.0V 85C
C387 55213560 1 PC CE 47U0F +20% 16.0V 85C
C388 20342060 1 PC CE 47U0F +20% 16.0V 85C
C388 55213560 1 PC CE 47U0F +20% 16.0V 85C
C391 55213540 1 PC CE 10U0F +20% 16.0V 85C
C392 55213540 1 PC CE 10U0F +20% 16.0V 85C
C393 55213540 1 PC CE 10U0F +20% 16.0V 85C
C394 55213540 1 PC CE 10U0F +20% 16.0V 85C
C395 20342060 1 PC CE 47U0F +20% 16.0V 85C
C395 55213560 1 PC CE 47U0F +20% 16.0V 85C
C396 20342060 1 PC CE 47U0F +20% 16.0V 85C
C396 55213560 1 PC CE 47U0F +20% 16.0V 85C
C401 55213590 1 PC CE 10U0F +20% 16.0V 85C
59
Ref.
Designator
C402 55213590 1 PC CE 10U0F +20% 16.0V 85C
C407 55213590 1 PC CE 10U0F +20% 16.0V 85C
C408 55213590 1 PC CE 10U0F +20% 16.0V 85C
C409 20342060 1 PC CE 47U0F +20% 16.0V 85C
C409 55213560 1 PC CE 47U0F +20% 16.0V 85C
C410 20342060 1 PC CE 47U0F +20% 16.0V 85C
C410 55213560 1 PC CE 47U0F +20% 16.0V 85C
C411 20342060 1 PC CE 47U0F +20% 16.0V 85C
C411 55213560 1 PC CE 47U0F +20% 16.0V 85C
C412 20342060 1 PC CE 47U0F +20% 16.0V 85C
C412 55213560 1 PC CE 47U0F +20% 16.0V 85C
C417 55213590 1 PC CE 10U0F +20% 16.0V 85C
C418 55213590 1 PC CE 10U0F +20% 16.0V 85C
C419 20342060 1 PC CE 47U0F +20% 16.0V 85C
C420 20342060 1 PC CE 47U0F +20% 16.0V 85C
C421 20342060 1 PC CE 47U0F +20% 16.0V 85C
C422 20342060 1 PC CE 47U0F +20% 16.0V 85C
C422 55213560 1 PC CE 47U0F +20% 16.0V 85C
C427 20342060 1 PC CE 47U0F +20% 16.0V 85C
C428 20342060 1 PC CE 47U0F +20% 16.0V 85C
C428 55213560 1 PC CE 47U0F +20% 16.0V 85C
C429 20342060 1 PC CE 47U0F +20% 16.0V 85C
C429 55213560 1 PC CE 47U0F +20% 16.0V 85C
C430 20342060 1 PC CE 47U0F +20% 16.0V 85C
C430 55213560 1 PC CE 47U0F +20% 16.0V 85C
C431 20342060 1 PC CE 47U0F +20% 16.0V 85C
C431 55213560 1 PC CE 47U0F +20% 16.0V 85C
C432 20342060 1 PC CE 47U0F +20% 16.0V 85C
C432 55213560 1 PC CE 47U0F +20% 16.0V 85C
C435 20342060 1 PC CE 47U0F +20% 16.0V 85C
C435 55213560 1 PC CE 47U0F +20% 16.0V 85C
C436 20342060 1 PC CE 47U0F +20% 16.0V 85C
C436 55213560 1 PC CE 47U0F +20% 16.0V 85C
C441 55213540 1 PC CE 10U0F +20% 16.0V 85C
C442 55213540 1 PC CE 10U0F +20% 16.0V 85C
C445 55213540 1 PC CE 10U0F +20% 16.0V 85C
C446 55213540 1 PC CE 10U0F +20% 16.0V 85C
C447 20342060 1 PC CE 47U0F +20% 16.0V 85C
C447 55213560 1 PC CE 47U0F +20% 16.0V 85C
C448 20342060 1 PC CE 47U0F +20% 16.0V 85C
C448 55213560 1 PC CE 47U0F +20% 16.0V 85C
C449 55213540 1 PC CE 10U0F +20% 16.0V 85C
C450 20342060 1 PC CE 47U0F +20% 16.0V 85C
C450 55213560 1 PC CE 47U0F +20% 16.0V 85C
C453 55213540 1 PC CE 10U0F +20% 16.0V 85C
C454 20342060 1 PC CE 47U0F +20% 16.0V 85C
C454 55213560 1 PC CE 47U0F +20% 16.0V 85C
C455 20342060 1 PC CE 47U0F +20% 16.0V 85C
C455 55213560 1 PC CE 47U0F +20% 16.0V 85C
C456 20342060 1 PC CE 47U0F +20% 16.0V 85C
C456 55213560 1 PC CE 47U0F +20% 16.0V 85C
C457 55213590 1 PC CE 10U0F +20% 16.0V 85C
C458 55213590 1 PC CE 10U0F +20% 16.0V 85C
C461 55213590 1 PC CE 10U0F +20% 16.0V 85C
C462 55213590 1 PC CE 10U0F +20% 16.0V 85C
C463 20342060 1 PC CE 47U0F +20% 16.0V 85C
C463 55213560 1 PC CE 47U0F +20% 16.0V 85C
60
Ref.
Designator
C464 20342060 1 PC CE 47U0F +20% 16.0V 85C
C464 55213560 1 PC CE 47U0F +20% 16.0V 85C
C465 55213590 1 PC CE 10U0F +20% 16.0V 85C
C466 55213590 1 PC CE 10U0F +20% 16.0V 85C
C469 55213590 1 PC CE 10U0F +20% 16.0V 85C
C470 55213590 1 PC CE 10U0F +20% 16.0V 85C
C471 20342060 1 PC CE 47U0F +20% 16.0V 85C
C471 55213560 1 PC CE 47U0F +20% 16.0V 85C
C472 20342060 1 PC CE 47U0F +20% 16.0V 85C
C472 55213560 1 PC CE 47U0F +20% 16.0V 85C
C473 55213590 1 PC CE 10U0F +20% 16.0V 85C
C474 55213590 1 PC CE 10U0F +20% 16.0V 85C
C475 55213590 1 PC CE 10U0F +20% 16.0V 85C
C476 55213590 1 PC CE 10U0F +20% 16.0V 85C
C531 20342060 1 PC CE 47U0F +20% 16.0V 85C
C531 55213560 1 PC CE 47U0F +20% 16.0V 85C
C397 55319170 1 PC CE 3MI3F +20% 16.0V 85C
C398 55319170 1 PC CE 3MI3F +20% 16.0V 85C
C399 55319170 1 PC CE 3MI3F +20% 16.0V 85C
C400 55319170 1 PC CE 3MI3F +20% 16.0V 85C
Miscellaneous

CP202 55125020 1 PC CONN 2.0MM 10 MA R NAT MOLEX 35237-1010 0 0
CP205 55125030 1 PC CONN 2.0MM 11 MA R NAT MOLEX 35237-1110 0 0
JK201 55230680 1 PC CON PHONO SCKT RCA 4P WWRR
JK202 55230700 1 PC CON PHONO SCKT RCA 6P WWWRRR
JK205 55191440 1 PC CON PHONO SCKT RCA 4P JW-4104RSCG
JK206 55191430 1 PC CON PHONO SCKT RCA 4P JW-4104RSAG
W201 55231330 1 PC WIRECONASY UNIQUE 1 200MM UL1007 PVC DISCRETE 18 12
W202 55231330 1 PC WIRECONASY UNIQUE 1 200MM UL1007 PVC DISCRETE 18 12
W203 20758390 1 PC WCL 280-05-05 UL2468 RIBBON 24 280MM RD 5 5 20300440 1.5MM
W203 55319780 1 PC WCL 280-06-06 UL1007 HOOK-UP 18 280MM BK 6 6 0.0MM
Front PCB
Semiconductors
D756 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A

D757 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D758 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D759 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D760 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D761 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D763 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D764 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D766 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
61
Ref.
Designator
D767 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D768 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D769 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
IC702 20718660 1 PC IC-LOGIC BU4094BF SHIFT REGISTER CMOS
IC707 55087180 1 PC IC-LOGIC BU4051BCF MULTIPLEXER HCT
Q701 55133330 1 PC TR-SSD DTC114TKA N 10K0 OHM
D700 55199400 1 PC D-LEM CT-3SGTA GN RND 3.0 CL 60M0CD
62
Ref.
Designator
D726 55179290 0 PC D-LEM LTL-1CHGEC P-GN RND CL
D765 55179330 1 PC D-LEM RED/GREEN 5 RD RND CL
Resistors

63
Ref.
Designator
64
Ref.
Designator
65
Ref.
Designator
R700 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R701 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R702 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R703 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R704 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R705 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R706 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R707 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R708 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R709 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R710 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R711 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R712 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R713 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R714 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R715 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R716 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R717 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R718 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R719 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R720 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R721 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R722 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R723 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R724 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R725 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R726 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R727 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R728 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R729 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R730 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R731 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R732 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R733 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R734 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R735 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R736 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R737 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R738 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R739 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R740 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R741 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R742 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R743 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R744 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R745 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R746 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R747 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R748 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R749 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R750 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R751 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R752 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
66
Ref.
Designator
R753 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
R754 50882960 1 PC RCF 150R0 OHM +5% 250MI0W
Capacitors

C732 10138420 1 PC CCCFMIC 820P0F +10% -10% 50.0V X7R
C733 10138420 1 PC CCCFMIC 820P0F +10% -10% 50.0V X7R
C703 20267830 1 PC CE 47U0F +20% 16.0V 85C
C705 20267830 1 PC CE 47U0F +20% 16.0V 85C
C707 20267830 1 PC CE 47U0F +20% 16.0V 85C
C708 20267830 1 PC CE 47U0F +20% 16.0V 85C
C711 20267830 1 PC CE 47U0F +20% 16.0V 85C
C725 20267830 1 PC CE 47U0F +20% 16.0V 85C
C728 20268950 1 PC CE 100N0F +20% 50.0V 85C
C729 20268880 1 PC CE 10U0F +20% 50.0V 85C
C731 20269010 1 PC CE 47U0F +20% 50.0V 85C
C735 20267830 1 PC CE 47U0F +20% 16.0V 85C
C736 20268880 1 PC CE 10U0F +20% 50.0V 85C
C739 20269010 1 PC CE 47U0F +20% 50.0V 85C
C744 10364820 1 PC CPF 47N0F +10% 100.0V
C745 10364820 1 PC CPF 47N0F +10% 100.0V
C748 20268880 1 PC CE 10U0F +20% 50.0V 85C
C706 20267830 1 PC CE 47U0F +20% 16.0V 85C
C726 55230310 1 PC CM 47MI0F +80% -20% 5.5V 70C
C748 20268880 1 PC CE 10U0F +20% 50.0V 85C
Miscellaneous
J801 10328750 1 PC RMGCFMIC 0 OHM +0% 62MI5W

S701 55145270 1 PC SWITACT VERTICAL TACTILE F/B 50MI0A 12.0V 500MI0OHM 1T 1P
67
Ref.
Designator
CN708 55231120 1 PC CONN 2.0MM 2X12 MA R NAT 2208S-12G-78 0 0
CP701 55230490 1 PC CONN 1.25MM 31 FE R BK 00-6216-031-120-808 0 0
CP702 55124740 1 PC CONN 1.25MM 15 FE R BK 00-8370-157-000-800 2794 A6
FL701 55142780 1 PC DISPLAY HNA-15LL01
HP701 55088400 1 PC CONN-PHJAC 6.35 ST HORZ EST-J6313 BK 0 0
L701 55179380 1 PC LF 4U7H +10% 1.7 OHM 190.0A
L702 55179380 1 PC LF 4U7H +10% 1.7 OHM 190.0A
RM701 55155930 1 PC IC-REMOTE RPM6938-RSIP-A3 RECEIVER 38KHZ
VR701 55233150 1 PC SWIROT EC16B24204 5V 500U0A 10T 3P 0 0
W701 55213350 1 PC WIRECONASY UNIQUE 1P 200MM UL1007 PVC DISCRETE 22 1
X701 55126140 1 PC CRESONATOR 10M0 HZ 25.0 OHM 0F
CPU PCB
IC701 55229760CPU 1 PC IC-MICROCONT CXP828P60Q-1 OTP QFP100

CP708 55231060 1 PC CONN 2.0MM 2X12 FE R NAT 2007S-12G-46 0 0
DSP PCB
Semiconductors
D003 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A

D005 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D008 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
68
Ref.
Designator
D009 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D010 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D011 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D012 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D013 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
IC100 55229550DPS 1 PC IC-MICROCONT CXP828P60Q-1 OTP QFP100
IC101 55125380 1 PC IC-LOWFREQ CS493263-CL DSP
IC101 5512538A 1 PC IC-LOWFREQ CS493263-CL G VERSION DSP
IC102 5512538A 1 PC IC-LOWFREQ CS493263-CL G VERSION DSP
IC103 55172540AVR8000 1 PC IC-EPROM AT27LV040A-90JC
IC106 55232880 1 PC IC-SPECFUNC LC89055W-RA8
IC107 55232860 1 PC IC-CONV ADC AK5392 A/D
IC108 55232870 1 PC IC-CONV DAC AD1852 D/A
IC115 55229970 1 PC IC-LOGIC MM74HC151M SOIC16 MULTIPLEXER CMOS
IC116 55229970 1 PC IC-LOGIC MM74HC151M SOIC16 MULTIPLEXER CMOS
IC117 55434570 1 PC IC-LOGIC 74VHC541MX M20B BUFFER HCT
IC118 55434570 1 PC IC-LOGIC 74VHC541MX M20B BUFFER HCT
IC153 55206390 1 PC IC-LOGIC NC7S04 INVERTER CMOS
IC104 55170220 1 PC IC-LOGIC F/F 74VHC574MX FLIP/FLOP HCMOS
IC105 55170220 1 PC IC-LOGIC F/F 74VHC574MX FLIP/FLOP HCMOS
IC113 55133310 1 PC IC-LOGIC M74HCU04M1R INVERTER HCT
IC114 55133310 1 PC IC-LOGIC M74HCU04M1R INVERTER HCT
IC119 55179270 1 PC IC-LOGIC QUAD 2-INPUT MP 74VHC157MX SOL16 FLIP/FLOP HCMOS
IC119 55242890 1 PC IC-LOGIC QUAD 2-INPUT 74VHC157M SOIC16 MULTIPLEXER HCMOS
IC123 55232910 1 PC IC-LOGIC 74VHC14M INVERTER SCHMITT TRIGGER CMOS
IC124 55232910 1 PC IC-LOGIC 74VHC14M INVERTER SCHMITT TRIGGER CMOS
69
Ref.
Designator
Q001 55179230 1 PC TR-SLPSWA KRC107M N
Q002 55179220 1 PC TR-SLPSWA KRA107M P
Q003 55179220 1 PC TR-SLPSWA KRA107M P
D004 55129160 1 PC D-LEM LTL-1CHPE B-RD RND 3.0 DIFU 5.6CD
IC100 55130710 1 PC IC-MICROCONT CXP828P60Q-1 OTP QFP100
IC103 55157760 1 PC IC-EPROM AT27LV040A-90JC
IC150 55207930 1 PC PHOTCOUP PC-17T1
IC151 55207930 1 PC PHOTCOUP PC-17T1
Resistors

70
Ref.
Designator
71
Ref.
Designator
72
Ref.
Designator
73
Ref.
Designator
74
Ref.
Designator
75
Ref.
Designator
76
Ref.
Designator
R050 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R063 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
77
Ref.
Designator
R068 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R108 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
Capacitors

C065 20506540 1 PC CCCFMIC 10P0F +0P5F -0P5F 50.0V NP0
78
Ref.
Designator
C141 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C148 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C154 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C161 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C167 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C174 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
79
Ref.
Designator
C180 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C187 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C193 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C200 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C206 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C213 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C219 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C226 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C232 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
80
Ref.
Designator
C239 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C264 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C271 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C277 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
C284 80434800 1 PC CC 1N0F +10% -10% 50.0V Y5P
81
Ref.
Designator
82
Ref.
Designator
C033 20252670 1 PC CE 470U0F +20% 10.0V 85C
C033 55319180 1 PC CE 470U0F +20% 10.0V 85C
C035 20268850 1 PC CE 2U2F +20% 50.0V 85C
C035 55246590 1 PC CE 2U2F +20% 50.0V 85C
C039 55213560 1 PC CE 47U0F +20% 16.0V 85C
C045 55213560 1 PC CE 47U0F +20% 16.0V 85C
C051 55213560 1 PC CE 47U0F +20% 16.0V 85C
C057 55213560 1 PC CE 47U0F +20% 16.0V 85C
C062 55213560 1 PC CE 47U0F +20% 16.0V 85C
C063 55213560 1 PC CE 47U0F +20% 16.0V 85C
C073 15002130 1 PC CE 10U0F +20% 16.0V 85C
C073 55246550 1 PC CE 10U0F +20% 16.0V 85C
C074 20268140 1 PC CE 220U0F +20% 25.0V 85C
C074 55213570 1 PC CE 220U0F +20% 25.0V 85C
C083 20268850 1 PC CE 2U2F +20% 50.0V 85C
C083 55246590 1 PC CE 2U2F +20% 50.0V 85C
C090 20268140 1 PC CE 220U0F +20% 25.0V 85C
C090 55213570 1 PC CE 220U0F +20% 25.0V 85C
C094 20342060 1 PC CE 47U0F +20% 16.0V 85C
C094 55213560 1 PC CE 47U0F +20% 16.0V 85C
C104 20342060 1 PC CE 47U0F +20% 16.0V 85C
C104 55213560 1 PC CE 47U0F +20% 16.0V 85C
C109 20342060 1 PC CE 47U0F +20% 16.0V 85C
C109 55213560 1 PC CE 47U0F +20% 16.0V 85C
C111 20342060 1 PC CE 47U0F +20% 16.0V 85C
C111 55213560 1 PC CE 47U0F +20% 16.0V 85C
83
Ref.
Designator
C117 55213590 1 PC CE 10U0F +20% 16.0V 85C
C118 55213590 1 PC CE 10U0F +20% 16.0V 85C
C127 55213590 1 PC CE 10U0F +20% 16.0V 85C
C128 55213590 1 PC CE 10U0F +20% 16.0V 85C
C129 55213590 1 PC CE 10U0F +20% 16.0V 85C
C130 55213590 1 PC CE 10U0F +20% 16.0V 85C
C134 55213590 1 PC CE 10U0F +20% 16.0V 85C
C135 55213590 1 PC CE 10U0F +20% 16.0V 85C
C140 55213590 1 PC CE 10U0F +20% 16.0V 85C
C144 55213590 1 PC CE 10U0F +20% 16.0V 85C
C147 55213590 1 PC CE 10U0F +20% 16.0V 85C
C153 55213590 1 PC CE 10U0F +20% 16.0V 85C
C157 55213590 1 PC CE 10U0F +20% 16.0V 85C
C160 55213590 1 PC CE 10U0F +20% 16.0V 85C
C166 55213590 1 PC CE 10U0F +20% 16.0V 85C
C170 55213590 1 PC CE 10U0F +20% 16.0V 85C
C173 55213590 1 PC CE 10U0F +20% 16.0V 85C
C179 55213590 1 PC CE 10U0F +20% 16.0V 85C
C183 55213590 1 PC CE 10U0F +20% 16.0V 85C
C186 55213590 1 PC CE 10U0F +20% 16.0V 85C
C192 55213590 1 PC CE 10U0F +20% 16.0V 85C
C196 55213590 1 PC CE 10U0F +20% 16.0V 85C
C199 55213590 1 PC CE 10U0F +20% 16.0V 85C
C205 55213590 1 PC CE 10U0F +20% 16.0V 85C
C209 55213590 1 PC CE 10U0F +20% 16.0V 85C
C209 55213590 1 PC CE 10U0F +20% 16.0V 85C
C212 55213590 1 PC CE 10U0F +20% 16.0V 85C
C218 55213590 1 PC CE 10U0F +20% 16.0V 85C
C222 55213590 1 PC CE 10U0F +20% 16.0V 85C
C225 55213590 1 PC CE 10U0F +20% 16.0V 85C
C231 55213590 1 PC CE 10U0F +20% 16.0V 85C
C235 55213590 1 PC CE 10U0F +20% 16.0V 85C
C238 55213590 1 PC CE 10U0F +20% 16.0V 85C
C244 55213590 1 PC CE 10U0F +20% 16.0V 85C
C245 55213590 1 PC CE 10U0F +20% 16.0V 85C
C247 20268950 1 PC CE 100N0F +20% 50.0V 85C
C247 55246580 1 PC CE 100N0F +20% 50.0V 85C
C250 55213590 1 PC CE 10U0F +20% 16.0V 85C
C251 55213590 1 PC CE 10U0F +20% 16.0V 85C
C256 55213590 1 PC CE 10U0F +20% 16.0V 85C
C257 55213590 1 PC CE 10U0F +20% 16.0V 85C
C263 55213590 1 PC CE 10U0F +20% 16.0V 85C
C267 55213590 1 PC CE 10U0F +20% 16.0V 85C
C270 55213590 1 PC CE 10U0F +20% 16.0V 85C
C276 55213590 1 PC CE 10U0F +20% 16.0V 85C
C280 55213590 1 PC CE 10U0F +20% 16.0V 85C
C283 55213590 1 PC CE 10U0F +20% 16.0V 85C
C289 55213590 1 PC CE 10U0F +20% 16.0V 85C
C290 55213590 1 PC CE 10U0F +20% 16.0V 85C
C302 20342060 1 PC CE 47U0F +20% 16.0V 85C
C302 55213560 1 PC CE 47U0F +20% 16.0V 85C
C303 20342060 1 PC CE 47U0F +20% 16.0V 85C
C303 55213560 1 PC CE 47U0F +20% 16.0V 85C
C304 20342060 1 PC CE 47U0F +20% 16.0V 85C
C304 55213560 1 PC CE 47U0F +20% 16.0V 85C
C305 20342060 1 PC CE 47U0F +20% 16.0V 85C
C305 55213560 1 PC CE 47U0F +20% 16.0V 85C
84
Ref.
Designator
C306 20342060 1 PC CE 47U0F +20% 16.0V 85C
C306 55213560 1 PC CE 47U0F +20% 16.0V 85C
C330 55213590 1 PC CE 10U0F +20% 16.0V 85C
C355 55213560 1 PC CE 47U0F +20% 16.0V 85C
C356 55213560 1 PC CE 47U0F +20% 16.0V 85C
C081 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C089 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C301 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C333 20252050 1 PC CE 100U0F +20% 6.3V 85C
C334 20252050 1 PC CE 100U0F +20% 6.3V 85C
Miscellaneous
BD03 55126570 1 PC FBEAD SURFACE MT 2500OHM CHIP FERRITE BEAD U

BD03 55126690 1 PC FBEAD SURFACE MT 2500OHM FCM2012H-252T02
BD17 55126720 1 PC FBEAD SURFACE MT 300OHM FCM2012C-301T04
85
Ref.
Designator
86
Ref.
Designator
J043 10138960 1 PC CCCFMIC 10N0F +10% -10% 50.0V X7R
BD11 55126590 1 PC FBEAD SURFACE MT 120OHM CHIP FERRITE BEAD
BD20 10328750 1 PC RMGCFMIC 0 OHM +0% 62MI5W
87
Ref.
Designator
88
Ref.
Designator
L001 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
L001 55230450 1 PC LF 47U0H +10% 5.8 OHM 70MI0A
L002 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
L002 55230450 1 PC LF 47U0H +10% 5.8 OHM 70MI0A
L003 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
L003 55230450 1 PC LF 47U0H +10% 5.8 OHM 70MI0A
L004 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
L004 55230450 1 PC LF 47U0H +10% 5.8 OHM 70MI0A
L011 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
L011 55230450 1 PC LF 47U0H +10% 5.8 OHM 70MI0A
L013 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
L013 55230450 1 PC LF 47U0H +10% 5.8 OHM 70MI0A
CN106 55230940 1 PC CON 2.54MM PITCH 2X12P 2213S-12G-1154
CN107 55230940 1 PC CON 2.54MM PITCH 2X12P 2213S-12G-1154
CN108 55231080 1 PC CONN 2.0MM 2X25 FE R NAT 2208S-25G-133 0 0
CP100 55174670 1 PC CONN 2.0MM 19 MA R NAT SOCKET MOLEX 35237-1910 0 0
CP106 55230970 1 PC CON 2.54MM PITCH 2X12 PIN SOCKET 22145-12G-85
CP107 55230970 1 PC CON 2.54MM PITCH 2X12 PIN SOCKET 22145-12G-85
FN401 55176420 1 PC AC PUN BRACKET BKT GROUND ET 0.5T AVR520 --
FN402 55176420 1 PC AC PUN BRACKET BKT GROUND ET 0.5T AVR520 --
JAC1 55204550 1 PC D-LEM TORX179 RD RND CL
JAC10 55176390 1 PC CON PHONO SCKT STEREO JACK JW350S
JAC4 55204560 1 PC D-LEM TOTX179 RD RND CL
JAC5 55230650 1 PC CON PHONO SCKT RCA 2P JW1502RSG
JAC6 55230650 1 PC CON PHONO SCKT RCA 2P JW1502RSG
L005 55231620 1 PC LF 47U0H +10% 1.22 OHM 340MI0A
L006 55231620 1 PC LF 47U0H +10% 1.22 OHM 340MI0A
L007 55301030 1 PC LF 10U0H +10% 580MI0 OHM 500MI0A
L009 55231620 1 PC LF 47U0H +10% 1.22 OHM 340MI0A
L010 55231620 1 PC LF 47U0H +10% 1.22 OHM 340MI0A
T001 55176540 1 PC TFPULSE TRANSFORMER 110UH FP-110 FERRIT MAGNET
89
Ref.
Designator
X002 55126130 1 PC VCXO 12M288 HZ +50 PPM -50 PPM 0 OHM
X003 55126140 1 PC CRESONATOR 10M0 HZ 25.0 OHM 0F
Video PCB
Semiconductors
DV602 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A

DY601 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
IC601 55233040 1 PC IC-LOGIC TC4051BFN SOL16 MULTIPLEXER CMOS
IC607 55275840 0 PC IC-LOGIC TC4053BF SOP16 MULTIPLEXER CMOS
IC608 55275840 0 PC IC-LOGIC TC4053BF SOP16 MULTIPLEXER CMOS
IC623 55206390 1 PC IC-LOGIC NC7S04 INVERTER CMOS
D682 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D683 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D684 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D685 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D686 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
D687 20288040 1 PC CCCFMIC 100N0F +80% -20% 16.0V Y5V
D687 20496510 1 PC D-SLP 1SS355 35.0V 225MI0A
IC618 55179610 1 PC IC-SPECFUNC M35013 OSD
IC619 40440440 1 PC IC-LIN BA7046 2856 A0 00
IC620 55179610 1 PC IC-SPECFUNC M35013 OSD
IC621 40440440 1 PC IC-LIN BA7046 2856 A0 00
QV601 55133250 1 PC TR-SLPLF 2SC1740S R N 150MI0A 50V
D681 55179310 1 PC D-LEM RED/GREEN 3PIE RD RND CL
Resistors

90
Ref.
Designator
RC606 10134710 1 PC RMGCFMIC 75R0 OHM +5% 62MI5W
RC607 10135120 1 PC RMGCFMIC 22K0 OHM +5% 62MI5W
RV600 10134710 1 PC RMGCFMIC 75R0 OHM +5% 62MI5W
RV607 10135120 1 PC RMGCFMIC 22K0 OHM +5% 62MI5W
91
Ref.
Designator
RV654 10135620 1 PC RMGCFMIC 1M0 OHM +10% 62MI5W
RY606 10134710 1 PC RMGCFMIC 75R0 OHM +5% 62MI5W
RY607 10135120 1 PC RMGCFMIC 22K0 OHM +5% 62MI5W
RY654 10135620 1 PC RMGCFMIC 1M0 OHM +10% 62MI5W
92
Ref.
Designator
RL680 10134910 1 PC RMGCFMIC 470R0 OHM +5% 62MI5W
RR680 10134910 1 PC RMGCFMIC 470R0 OHM +5% 62MI5W
RV652 10135620 1 PC RMGCFMIC 1M0 OHM +10% 62MI5W
RY652 10135620 1 PC RMGCFMIC 1M0 OHM +10% 62MI5W
93
Ref.
Designator
Capacitors
CV630 55213550 1 PC CE 47U0F +20% 16.0V 85C

CV637 20506590 1 PC CCCFMIC 100P0F +5% -5% 50.0V NP0
CV641 10138550 1 PC CCCFMIC 1N0F +10% -10% 50.0V X7R
CY630 55213550 1 PC CE 47U0F +20% 16.0V 85C
CY637 20506590 1 PC CCCFMIC 100P0F +5% -5% 50.0V NP0
CY641 10138550 1 PC CCCFMIC 1N0F +10% -10% 50.0V X7R
C653 10328750 1 PC RMGCFMIC 0 OHM +0% 62MI5W
CC610 20506590 1 PC CCCFMIC 100P0F +5% -5% 50.0V NP0
CC645 20288040 1 PC CCCFMIC 100N0F +80% -20% 16.0V Y5V
94
Ref.
Designator
CL652 20506590 1 PC CCCFMIC 100P0F +5% -5% 50.0V NP0
CL653 20506590 1 PC CCCFMIC 100P0F +5% -5% 50.0V NP0
CR652 20506590 1 PC CCCFMIC 100P0F +5% -5% 50.0V NP0
CR653 20506590 1 PC CCCFMIC 100P0F +5% -5% 50.0V NP0
CV628 20288040 1 PC CCCFMIC 100N0F +80% -20% 16.0V Y5V
CY628 20288040 1 PC CCCFMIC 100N0F +80% -20% 16.0V Y5V
C631 20267820 1 PC CE 47U0F +20% 6.3V 85C
C631 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C632 20267820 1 PC CE 47U0F +20% 6.3V 85C
C632 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C633 20267820 1 PC CE 47U0F +20% 6.3V 85C
C633 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C634 20267820 1 PC CE 47U0F +20% 6.3V 85C
C634 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C635 20267820 1 PC CE 47U0F +20% 6.3V 85C
C635 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C636 20267820 1 PC CE 47U0F +20% 6.3V 85C
C636 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C660 20267820 1 PC CE 47U0F +20% 6.3V 85C
95
Ref.
Designator
C660 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C662 20267820 1 PC CE 47U0F +20% 6.3V 85C
C662 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C664 20267820 1 PC CE 47U0F +20% 6.3V 85C
C664 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C666 20267820 1 PC CE 47U0F +20% 6.3V 85C
C666 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C668 20267820 1 PC CE 47U0F +20% 6.3V 85C
C668 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C670 20267820 1 PC CE 47U0F +20% 6.3V 85C
C670 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C672 20267820 1 PC CE 47U0F +20% 6.3V 85C
C672 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C674 20267820 1 PC CE 47U0F +20% 6.3V 85C
C674 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C676 20267820 1 PC CE 47U0F +20% 6.3V 85C
C676 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C678 20267820 1 PC CE 47U0F +20% 6.3V 85C
C678 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C680 20267820 1 PC CE 47U0F +20% 6.3V 85C
C680 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C682 20267820 1 PC CE 47U0F +20% 6.3V 85C
C682 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C684 20267820 1 PC CE 47U0F +20% 6.3V 85C
C684 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C686 20267820 1 PC CE 47U0F +20% 6.3V 85C
C686 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
C690 20267820 1 PC CE 47U0F +20% 6.3V 85C
C690 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CC614 55213580 1 PC CE 100U0F +20% 10.0V 85C
CC617 55213580 1 PC CE 100U0F +20% 10.0V 85C
CC618 55213580 1 PC CE 100U0F +20% 10.0V 85C
CC620 55213580 1 PC CE 100U0F +20% 10.0V 85C
CC622 55213580 1 PC CE 100U0F +20% 10.0V 85C
CC644 20267820 1 PC CE 47U0F +20% 6.3V 85C
CC644 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CC646 20267820 1 PC CE 47U0F +20% 6.3V 85C
CC646 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CC648 20267820 1 PC CE 47U0F +20% 6.3V 85C
CC648 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CC650 20267820 1 PC CE 47U0F +20% 6.3V 85C
CC650 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CV614 55213580 1 PC CE 100U0F +20% 10.0V 85C
CV617 55213580 1 PC CE 100U0F +20% 10.0V 85C
CV618 55213580 1 PC CE 100U0F +20% 10.0V 85C
CV620 55213580 1 PC CE 100U0F +20% 10.0V 85C
CV622 55213580 1 PC CE 100U0F +20% 10.0V 85C
CV629 55232740 1 PC CEOSCON 1U0F +20% -20% 16.0V
CV630 55213540 1 PC CE 10U0F +20% 16.0V 85C
CV630 55213560 1 PC CE 47U0F +20% 16.0V 85C
CV630 55213580 1 PC CE 100U0F +20% 10.0V 85C
CV630 55213590 1 PC CE 10U0F +20% 16.0V 85C
CV631 80434590 1 PC CC 22P0F +5% -5% 50.0V NP0
CV632 80434590 1 PC CC 22P0F +5% -5% 50.0V NP0
CV634 20267820 1 PC CE 47U0F +20% 6.3V 85C
CV634 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CV635 20267820 1 PC CE 47U0F +20% 6.3V 85C
96
Ref.
Designator
CV635 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CV638 55232740 1 PC CEOSCON 1U0F +20% -20% 16.0V
CV639 20267820 1 PC CE 47U0F +20% 6.3V 85C
CV639 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CV640 55232740 1 PC CEOSCON 1U0F +20% -20% 16.0V
CV642 55232740 1 PC CEOSCON 1U0F +20% -20% 16.0V
CV644 20267820 1 PC CE 47U0F +20% 6.3V 85C
CV644 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CV646 20267820 1 PC CE 47U0F +20% 6.3V 85C
CV646 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CV648 20267820 1 PC CE 47U0F +20% 6.3V 85C
CV648 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CV650 20267820 1 PC CE 47U0F +20% 6.3V 85C
CV650 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CY614 55213580 1 PC CE 100U0F +20% 10.0V 85C
CY617 55213580 1 PC CE 100U0F +20% 10.0V 85C
CY618 55213580 1 PC CE 100U0F +20% 10.0V 85C
CY620 55213580 1 PC CE 100U0F +20% 10.0V 85C
CY622 55213580 1 PC CE 100U0F +20% 10.0V 85C
CY629 55232740 1 PC CEOSCON 1U0F +20% -20% 16.0V
CY630 55213540 1 PC CE 10U0F +20% 16.0V 85C
CY630 55213560 1 PC CE 47U0F +20% 16.0V 85C
CY630 55213580 1 PC CE 100U0F +20% 10.0V 85C
CY630 55213590 1 PC CE 10U0F +20% 16.0V 85C
CY631 80434590 1 PC CC 22P0F +5% -5% 50.0V NP0
CY632 80434590 1 PC CC 22P0F +5% -5% 50.0V NP0
CY634 20267820 1 PC CE 47U0F +20% 6.3V 85C
CY634 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CY635 20267820 1 PC CE 47U0F +20% 6.3V 85C
CY635 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CY638 55232740 1 PC CEOSCON 1U0F +20% -20% 16.0V
CY639 20267820 1 PC CE 47U0F +20% 6.3V 85C
CY639 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CY640 55232740 1 PC CEOSCON 1U0F +20% -20% 16.0V
CY642 55232740 1 PC CEOSCON 1U0F +20% -20% 16.0V
CY644 20267820 1 PC CE 47U0F +20% 6.3V 85C
CY644 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CY646 20267820 1 PC CE 47U0F +20% 6.3V 85C
CY646 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CY648 20267820 1 PC CE 47U0F +20% 6.3V 85C
CY648 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CY650 20267820 1 PC CE 47U0F +20% 6.3V 85C
CY650 55321730 1 PC CEOSCON 47U0F +20% -20% 6.3V
CY652 55213580 1 PC CE 100U0F +20% 10.0V 85C
CY653 55213580 1 PC CE 100U0F +20% 10.0V 85C
Miscellaneous
B681 55126570 1 PC FBEAD SURFACE MT 2500OHM CHIP FERRITE BEAD U

B681 55126690 1 PC FBEAD SURFACE MT 2500OHM FCM2012H-252T02
L681 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
L682 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
LV601 55179350 1 PC LF 22U0H +10% 3.4 OHM 130.0A
LV601 70438510 1 PC LF 22U0H +10% 3.4 OHM 130E-3A
LV602 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
LV603 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
LV604 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
97
Ref.
Designator
LV605 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
LV606 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
LY601 55179350 1 PC LF 22U0H +10% 3.4 OHM 130.0A
LY601 70438510 1 PC LF 22U0H +10% 3.4 OHM 130E-3A
LY602 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
LY603 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
LY604 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
LY605 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
LY606 20475510 1 PC LF 47U0H +10% 4.9 OHM 110E-3A
50 55231640 1 PC AC PUN SHIELD BKT DIGITAL AVR8000
BE601 55179500 1 PC LFBEAD 80.582OHM 100M0HZ FB-30 HC-3580
CN100 55174630 1 PC CONN 2.0MM 19 MA ST NAT MOLEX 35336-1910 0 0
CN606 55212840 1 PC WIRECONASY UNIQUE 12P 400MM UL1533 SHIELD 26
CN608 55212830 1 PC WIRECONASY UNIQUE 10P 550MM UL1533 SHIELD 26
CP602 55078500 1 PC CONN 2.0MM 7 MA R NAT LW2003P07 0 0
CP604 55124740 1 PC CONN 1.25MM 15 FE R BK 00-8370-157-000-800 2794 A6
FL600 55157020 1 PC AC MSA ASY COMPOSITE FILTER CPF7-01
JA601 55230740 1 PC CON PHONO SCKT RCA +S -VIDEO
JA610 55335050 1 PC CON PHONO SCKT RCA 3P YWR JK030008EG W/GNDCAP ALL GOLD
JA611 55191990 1 PC CON PHONO SCKT S-VIDEO 1P C4016026AG ALL GOLD
JA612 55230650 1 PC CON PHONO SCKT RCA 2P JW1502RSG
JA613 55311430 1 PC IC-SPECFUNC TOTX179 FIBER OPTIC TRANS SHUTTER TYPE
JA614 55311530 1 PC IC-REMOTE TORX179 FIBER OPTIC RECEIVER
T600 55176540 1 PC TFPULSE TRANSFORMER 110UH FP-110 FERRIT MAGNET
XV602 55179470 1 PC FILQZ 14M31818 HZ +30 PPM 30K0 OHM PARALLEL 22P0 F
XY601 55179470 1 PC FILQZ 14M31818 HZ +30 PPM 30K0 OHM PARALLEL 22P0 F
3 Channel PCB
D983 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A

D984 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
D985 20525530 1 PC D-SR 1N4003 200.0V 1A
D986 20525530 1 PC D-SR 1N4003 200.0V 1A
98
Ref.
Designator
DC901 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DC902 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DC903 55231400 1 PC D-SLP 1SS244 220.0V 200MI0A
DC904 55231400 1 PC D-SLP 1SS244 220.0V 200MI0A
DC905 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DC906 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DL901 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DL902 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DL903 55231400 1 PC D-SLP 1SS244 220.0V 200MI0A
DL904 55231400 1 PC D-SLP 1SS244 220.0V 200MI0A
DL905 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DL906 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DSL901 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DSL902 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DSL903 55231400 1 PC D-SLP 1SS244 220.0V 200MI0A
DSL904 55231400 1 PC D-SLP 1SS244 220.0V 200MI0A
DSL905 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DSL906 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
Q984 55133260 1 PC TR-SLPLF KTA1024 Y P 50MI0A -150V
Q985 20508080 1 PC TR-SLPLF KTC3198BL N 150MI0A
QC901 20556600 1 PC TR-SHPLF KTC3200BL N 100MI0A 120V
QC904 20508080 1 PC TR-SLPLF KTC3198BL N 150MI0A
QC905 55233090 1 PC TR-SLPLF 2SA1145Y TO-92MOD P -50MI0A -150V
QC906 20647850 1 PC TR-SHPLF KTA1268BL P 100MI0A 120V
QL901 20556600 1 PC TR-SHPLF KTC3200BL N 100MI0A 120V
QL904 20508080 1 PC TR-SLPLF KTC3198BL N 150MI0A
QL905 55233090 1 PC TR-SLPLF 2SA1145Y TO-92MOD P -50MI0A -150V
QL906 20647850 1 PC TR-SHPLF KTA1268BL P 100MI0A 120V
QSL901 20556600 1 PC TR-SHPLF KTC3200BL N 100MI0A 120V
QSL904 20508080 1 PC TR-SLPLF KTC3198BL N 150MI0A
QSL905 55233090 1 PC TR-SLPLF 2SA1145Y TO-92MOD P -50MI0A -150V
QSL906 20647850 1 PC TR-SHPLF KTA1268BL P 100MI0A 120V
QC905 55233090 1 PC TR-SLPLF 2SA1145Y TO-92MOD P -50MI0A -150V
QC907 55231240 1 PC TR-SLPLF 2SA1360Y P -50MI0A -150V
QC910 55231350 1 PC TR-SLPLF 2SC3423Y N 50MI0A 150V
QC912 55133270 1 PC TR-SHPLF 2SC4137 N 100MI0A 20V
QC915 55179190 1 PC TR-SHPLF 2SA1859A P -2.0A
99
Ref.
Designator
QC916 55183790 1 PC TR-SHPLF C5200-O(AC) N 15.0A
QC920 55179200 1 PC TR-SHPLF 2SC4883A N 2.0A
QC921 55183930 1 PC TR-SHPLF A1943-O(AC) P -15.0A
QL905 55233090 1 PC TR-SLPLF 2SA1145Y TO-92MOD P -50MI0A -150V
QL907 55231240 1 PC TR-SLPLF 2SA1360Y P -50MI0A -150V
QL910 55231350 1 PC TR-SLPLF 2SC3423Y N 50MI0A 150V
QL912 55133270 1 PC TR-SHPLF 2SC4137 N 100MI0A 20V
QL915 55179190 1 PC TR-SHPLF 2SA1859A P -2.0A
QL916 55183790 1 PC TR-SHPLF C5200-O(AC) N 15.0A
QL920 55179200 1 PC TR-SHPLF 2SC4883A N 2.0A
QL921 55183930 1 PC TR-SHPLF A1943-O(AC) P -15.0A
QSL905 55233090 1 PC TR-SLPLF 2SA1145Y TO-92MOD P -50MI0A -150V
QSL907 55231240 1 PC TR-SLPLF 2SA1360Y P -50MI0A -150V
QSL910 55231350 1 PC TR-SLPLF 2SC3423Y N 50MI0A 150V
QSL912 55133270 1 PC TR-SHPLF 2SC4137 N 100MI0A 20V
QSL915 55179190 1 PC TR-SHPLF 2SA1859A P -2.0A
QSL916 55183790 1 PC TR-SHPLF C5200-O(AC) N 15.0A
QSL920 55179200 1 PC TR-SHPLF 2SC4883A N 2.0A
QSL921 55183930 1 PC TR-SHPLF A1943-O(AC) P -15.0A
D985 20525530 1 PC D-SR 1N4003 200.0V 1A
D986 20525530 1 PC D-SR 1N4003 200.0V 1A
Resistors
R984 40435670 1 PC RCF 47K0 OHM +5% 250MI0W

R985 60441540 1 PC RCF 180R0 OHM +5% 250MI0W
R986 50883000 1 PC RCF 3K3 OHM +5% 250MI0W
R987 40435670 1 PC RCF 47K0 OHM +5% 250MI0W
R988 50883000 1 PC RCF 3K3 OHM +5% 250MI0W
R989 40435670 1 PC RCF 47K0 OHM +5% 250MI0W
RC901 55231570 1 PC RMF 1K0 OHM +1% 125MI0W +100PPM/'C
RC903 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
RC904 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
RC905 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
RC906 20469450 1 PC RCF 220R0 OHM +5% 250MI0W
100
Ref.
Designator
RC907 40435670 1 PC RCF 47K0 OHM +5% 250MI0W
RC908 50882970 1 PC RCF 470R0 OHM +5% 250MI0W
RC909 40435630 1 PC RCF 1K5 OHM +5% 250MI0W
RC910 40435630 1 PC RCF 1K5 OHM +5% 250MI0W
RC911 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RC912 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RC913 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RC914 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
RC915 50883010 1 PC RCF 15K0 OHM +5% 250MI0W
RC916 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
RC917 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RC918 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RC919 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RC920 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
RC921 50883010 1 PC RCF 15K0 OHM +5% 250MI0W
RC922 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
RC926 55231590 1 PC RMF 560R0 OHM +1% 125MI0W +100PPM/'C
RC927 55232770 1 PC RMF 2R2 OHM +5% 500MI0W
RC928 55232780 1 PC RMF 100R0 OHM +5% 500MI0W
RC930 55232790 1 PC RMF 15R0 OHM +5% 500MI0W
RC931 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RC932 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RC933 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RC934 55232770 1 PC RMF 2R2 OHM +5% 500MI0W
RC935 55232780 1 PC RMF 100R0 OHM +5% 500MI0W
RC937 55232790 1 PC RMF 15R0 OHM +5% 500MI0W
RC938 55232800 1 PC RMF 82R0 OHM +5% 500MI0W
RC939 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RC940 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RC941 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RC953 80437000 1 PC RCF 1K2 OHM +5% 250MI0W
RC954 80437000 1 PC RCF 1K2 OHM +5% 250MI0W
RC955 50883010 1 PC RCF 15K0 OHM +5% 250MI0W
RC956 30939380 1 PC RCF 22R0 OHM +5% 250MI0W
RC957 30939380 1 PC RCF 22R0 OHM +5% 250MI0W
RC959 20469490 1 PC RCF 6K8 OHM +5% 250MI0W
RC960 30939490 1 PC RCF 33K0 OHM +5% 250MI0W
RL901 55231570 1 PC RMF 1K0 OHM +1% 125MI0W +100PPM/'C
RL903 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
RL904 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
RL905 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
RL906 20469450 1 PC RCF 220R0 OHM +5% 250MI0W
RL907 40435670 1 PC RCF 47K0 OHM +5% 250MI0W
RL908 50882970 1 PC RCF 470R0 OHM +5% 250MI0W
RL909 40435630 1 PC RCF 1K5 OHM +5% 250MI0W
RL910 40435630 1 PC RCF 1K5 OHM +5% 250MI0W
RL911 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RL912 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RL913 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RL914 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
101
Ref.
Designator
RL915 50883010 1 PC RCF 15K0 OHM +5% 250MI0W
RL916 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
RL917 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RL918 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RL919 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RL920 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
RL921 50883010 1 PC RCF 15K0 OHM +5% 250MI0W
RL922 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
RL926 55231590 1 PC RMF 560R0 OHM +1% 125MI0W +100PPM/'C
RL927 55232770 1 PC RMF 2R2 OHM +5% 500MI0W
RL928 55232780 1 PC RMF 100R0 OHM +5% 500MI0W
RL930 55232790 1 PC RMF 15R0 OHM +5% 500MI0W
RL931 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RL932 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RL933 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RL934 55232770 1 PC RMF 2R2 OHM +5% 500MI0W
RL935 55232780 1 PC RMF 100R0 OHM +5% 500MI0W
RL937 55232790 1 PC RMF 15R0 OHM +5% 500MI0W
RL938 55232800 1 PC RMF 82R0 OHM +5% 500MI0W
RL939 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RL940 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RL941 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RL953 80437000 1 PC RCF 1K2 OHM +5% 250MI0W
RL954 80437000 1 PC RCF 1K2 OHM +5% 250MI0W
RL955 50883010 1 PC RCF 15K0 OHM +5% 250MI0W
RL956 30939380 1 PC RCF 22R0 OHM +5% 250MI0W
RL957 30939380 1 PC RCF 22R0 OHM +5% 250MI0W
RL959 20469490 1 PC RCF 6K8 OHM +5% 250MI0W
RL960 30939490 1 PC RCF 33K0 OHM +5% 250MI0W
RSL901 55231570 1 PC RMF 1K0 OHM +1% 125MI0W +100PPM/'C
RSL903 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
RSL907 40435670 1 PC RCF 47K0 OHM +5% 250MI0W
102
Ref.
Designator
RSL926 55231590 1 PC RMF 560R0 OHM +1% 125MI0W +100PPM/'C
RSL927 55232770 1 PC RMF 2R2 OHM +5% 500MI0W
RC929 55232750 1 PC RMF 2R2 OHM +5% 1.0W
RC936 55232750 1 PC RMF 2R2 OHM +5% 1.0W
RC942 55233170 1 PC RW 220MI0 OHM +5% 5.0W 600PPM/'C -600PPM/'C
RC948 55232760 1 PC RMF 56R0 OHM +5% 1.0W
RC949 55232760 1 PC RMF 56R0 OHM +5% 1.0W
RC958 15022710 1 PC RMOF 10R0 OHM +5% 2.0W
RL929 55232750 1 PC RMF 2R2 OHM +5% 1.0W
RL936 55232750 1 PC RMF 2R2 OHM +5% 1.0W
RL936 55232750 1 PC RMF 2R2 OHM +5% 1.0W
RL942 55233170 1 PC RW 220MI0 OHM +5% 5.0W 600PPM/'C -600PPM/'C
RL948 55232760 1 PC RMF 56R0 OHM +5% 1.0W
RL949 55232760 1 PC RMF 56R0 OHM +5% 1.0W
RL958 15022710 1 PC RMOF 10R0 OHM +5% 2.0W
RSL929 55232750 1 PC RMF 2R2 OHM +5% 1.0W
RSL936 55232750 1 PC RMF 2R2 OHM +5% 1.0W
RSL942 55233170 1 PC RW 220MI0 OHM +5% 5.0W 600PPM/'C -600PPM/'C
103
Ref.
Designator
RSL948 55232760 1 PC RMF 56R0 OHM +5% 1.0W
RSL949 55232760 1 PC RMF 56R0 OHM +5% 1.0W
RSL958 15022710 1 PC RMOF 10R0 OHM +5% 2.0W
VC901 55250310 1 PC PR 50R0 OHM +20% 500MI0W
VC902 55250320 1 PC PR 200R0 OHM +20% 500MI0W
VL901 55250310 1 PC PR 50R0 OHM +20% 500MI0W
VL902 55250320 1 PC PR 200R0 OHM +20% 500MI0W
VSL901 55250310 1 PC PR 50R0 OHM +20% 500MI0W
VSL902 55250320 1 PC PR 200R0 OHM +20% 500MI0W
Capacitors
C982 20268840 1 PC CE 1U0F +20% 50.0V 85C

CC901 55213540 1 PC CE 10U0F +20% 16.0V 85C
CC903 20269070 1 PC CE 100U0F +20% 25.0V 85C
CC903 55246290 1 PC CE 100U0F +20% 25.0V 85C
CC905 55233320 1 PC CE 47U0F +20% 50.0V 85C
CC906 55233320 1 PC CE 47U0F +20% 50.0V 85C
CC914 30936070 1 PC CC 12P0F +5% -5% 50.0V NP0
CC915 20252660 1 PC CE 470U0F +20% 6.3V 85C
CC915 55319740 1 PC CE 470U0F +20% 6.3V 85C
CC916 55179400 1 PC CPM 68N0F +5% 63.0V
CL901 55213540 1 PC CE 10U0F +20% 16.0V 85C
CL903 20269070 1 PC CE 100U0F +20% 25.0V 85C
CL903 55246290 1 PC CE 100U0F +20% 25.0V 85C
CL905 55233320 1 PC CE 47U0F +20% 50.0V 85C
CL906 55233320 1 PC CE 47U0F +20% 50.0V 85C
CL914 30936070 1 PC CC 12P0F +5% -5% 50.0V NP0
CL915 20252660 1 PC CE 470U0F +20% 6.3V 85C
CL915 55319740 1 PC CE 470U0F +20% 6.3V 85C
CL916 55179400 1 PC CPM 68N0F +5% 63.0V
CSL901 55213540 1 PC CE 10U0F +20% 16.0V 85C
CSL903 20269070 1 PC CE 100U0F +20% 25.0V 85C
CSL903 55246290 1 PC CE 100U0F +20% 25.0V 85C
CSL905 55233320 1 PC CE 47U0F +20% 50.0V 85C
CSL906 55233320 1 PC CE 47U0F +20% 50.0V 85C
CSL914 30936070 1 PC CC 12P0F +5% -5% 50.0V NP0
CSL915 20252660 1 PC CE 470U0F +20% 6.3V 85C
CSL915 55319740 1 PC CE 470U0F +20% 6.3V 85C
CSL916 55179400 1 PC CPM 68N0F +5% 63.0V
C983 20252670 1 PC CE 470U0F +20% 10.0V 85C
C984 55191160 1 PC CPM 100N0F +10% 250.0V
C985 55191160 1 PC CPM 100N0F +10% 250.0V
CC902 55191070 1 PC CPM 100P0F +5% 100.0V
CC904 55191130 1 PC CPM 680P0F +5% 100.0V
CC905 55233320 1 PC CE 47U0F +20% 50.0V 85C
CC906 55233320 1 PC CE 47U0F +20% 50.0V 85C
CC907 55191140 1 PC CPM 10N0F +10% 400.0V
CC908 55232730 1 PC CE 120U0F +20% 100.0V 85C
CC909 55191160 1 PC CPM 100N0F +10% 250.0V
CC910 55191140 1 PC CPM 10N0F +10% 400.0V
CC911 55232730 1 PC CE 120U0F +20% 100.0V 85C
CC912 55191160 1 PC CPM 100N0F +10% 250.0V
CC913 55191070 1 PC CPM 100P0F +5% 100.0V
CC915 55319740 1 PC CE 470U0F +20% 6.3V 85C
CC919 55191050 1 PC CPM 33N0F +5% 63.0V
104
Ref.
Designator
CC920 55191110 1 PC CPM 4N7F +10% 100.0V
CC921 55191110 1 PC CPM 4N7F +10% 100.0V
CC928 55232730 1 PC CE 120U0F +20% 100.0V 85C
CC929 55232730 1 PC CE 120U0F +20% 100.0V 85C
CC930 55272630 1 PC CPM 220P0F +5% 100.0V
CL902 55191070 1 PC CPM 100P0F +5% 100.0V
CL904 55191130 1 PC CPM 680P0F +5% 100.0V
CL905 55233320 1 PC CE 47U0F +20% 50.0V 85C
CL906 55233320 1 PC CE 47U0F +20% 50.0V 85C
CL907 55191140 1 PC CPM 10N0F +10% 400.0V
CL908 55232730 1 PC CE 120U0F +20% 100.0V 85C
CL908 55232730 1 PC CE 120U0F +20% 100.0V 85C
CL909 55191160 1 PC CPM 100N0F +10% 250.0V
CL910 55191140 1 PC CPM 10N0F +10% 400.0V
CL911 55232730 1 PC CE 120U0F +20% 100.0V 85C
CL912 55191160 1 PC CPM 100N0F +10% 250.0V
CL913 55191070 1 PC CPM 100P0F +5% 100.0V
CL915 55319740 1 PC CE 470U0F +20% 6.3V 85C
CL919 55191050 1 PC CPM 33N0F +5% 63.0V
CL920 55191110 1 PC CPM 4N7F +10% 100.0V
CL921 55191110 1 PC CPM 4N7F +10% 100.0V
CL928 55232730 1 PC CE 120U0F +20% 100.0V 85C
CL929 55232730 1 PC CE 120U0F +20% 100.0V 85C
CL930 55272630 1 PC CPM 220P0F +5% 100.0V
CSL902 55191070 1 PC CPM 100P0F +5% 100.0V
CSL904 55191130 1 PC CPM 680P0F +5% 100.0V
CSL905 55233320 1 PC CE 47U0F +20% 50.0V 85C
CSL906 55233320 1 PC CE 47U0F +20% 50.0V 85C
CSL907 55191140 1 PC CPM 10N0F +10% 400.0V
CSL908 55232730 1 PC CE 120U0F +20% 100.0V 85C
CSL909 55191160 1 PC CPM 100N0F +10% 250.0V
CSL910 55191140 1 PC CPM 10N0F +10% 400.0V
CSL911 55232730 1 PC CE 120U0F +20% 100.0V 85C
CSL912 55191160 1 PC CPM 100N0F +10% 250.0V
CSL913 55191070 1 PC CPM 100P0F +5% 100.0V
CSL915 55319740 1 PC CE 470U0F +20% 6.3V 85C
CSL919 55191050 1 PC CPM 33N0F +5% 63.0V
CSL920 55191110 1 PC CPM 4N7F +10% 100.0V
CSL921 55191110 1 PC CPM 4N7F +10% 100.0V
CSL928 55232730 1 PC CE 120U0F +20% 100.0V 85C
CSL929 55232730 1 PC CE 120U0F +20% 100.0V 85C
CSL930 55272630 1 PC CPM 220P0F +5% 100.0V
Miscellaneous
BC901 55179510 1 PC LFBEAD 44.1653OHM 100M0HZ FB-30 HC-3550

BL901 55179510 1 PC LFBEAD 44.1653OHM 100M0HZ FB-30 HC-3550
105
Ref.
Designator
BSL901 55179510 1 PC LFBEAD 44.1653OHM 100M0HZ FB-30 HC-3550
LC901 55179560 1 PC LFA 1MM 10MM 5 LEFT
LL901 55179560 1 PC LFA 1MM 10MM 5 LEFT
LSL901 55179560 1 PC LFA 1MM 10MM 5 LEFT
LSR901 55233160 1 PC LF 700N0H +0%
CN917 55213290 1 PC WIRECONASY UNIQUE 5P 120MM UL2547 24
CP911 55175430 1 PC CON 3.96MM PITCH MOREX 35313-0410
CP912 55171550 1 PC CON 3.96MM PITCH MOLEX 35313-0310
CP913 55183330 1 PC CON 3.96MM PITCH MOLEX 35313-0510
RLY902 55233190 1 PC RELAYPWR 24.0V 650.0OHM 5.0A
SP902 55195520 1 PC CONN-SPE TERMINAL SPKR 4P B30490196G FE 19MM 4 BU 0 0
SP903 55195530 1 PC CONN-SPE TERMINAL SPKR 2P B30290186G FE 19MM 2 GN 0 0
2 Channel PCB
D980 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A

D981 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
D982 20525530 1 PC D-SR 1N4003 200.0V 1A
DR901 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DR902 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
106
Ref.
Designator
DR903 55231400 1 PC D-SLP 1SS244 220.0V 200MI0A
DR904 55231400 1 PC D-SLP 1SS244 220.0V 200MI0A
DR905 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DR906 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DR907 20454630 1 PC D-ZENER 1N5239B 9.1V 500MI0W
DR908 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DR909 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DR910 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DSR901 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DSR902 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DSR903 55231400 1 PC D-SLP 1SS244 220.0V 200MI0A
DSR904 55231400 1 PC D-SLP 1SS244 220.0V 200MI0A
DSR905 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
DSR906 70436540 1 PC D-SLP 1N4148 100.0V 150E-3A
Q981 55133260 1 PC TR-SLPLF KTA1024 Y P 50MI0A -150V
QR901 20556600 1 PC TR-SHPLF KTC3200BL N 100MI0A 120V
QR904 20508080 1 PC TR-SLPLF KTC3198BL N 150MI0A
QR905 55233090 1 PC TR-SLPLF 2SA1145Y TO-92MOD P -50MI0A -150V
QR906 20647850 1 PC TR-SHPLF KTA1268BL P 100MI0A 120V
QR925 20508210 1 PC TR-SLPLF KTA1266 Y P 150MI0A
QR926 55133250 1 PC TR-SLPLF 2SC1740S R N 150MI0A 50V
QSR901 20556600 1 PC TR-SHPLF KTC3200BL N 100MI0A 120V
QSR904 20508080 1 PC TR-SLPLF KTC3198BL N 150MI0A
QSR905 55233090 1 PC TR-SLPLF 2SA1145Y TO-92MOD P -50MI0A -150V
QSR906 20647850 1 PC TR-SHPLF KTA1268BL P 100MI0A 120V
QR905 55233090 1 PC TR-SLPLF 2SA1145Y TO-92MOD P -50MI0A -150V
QR907 55231240 1 PC TR-SLPLF 2SA1360Y P -50MI0A -150V
QR910 55231350 1 PC TR-SLPLF 2SC3423Y N 50MI0A 150V
QR912 55133270 1 PC TR-SHPLF 2SC4137 N 100MI0A 20V
QR915 55179190 1 PC TR-SHPLF 2SA1859A P -2.0A
QR916 55183790 1 PC TR-SHPLF C5200-O(AC) N 15.0A
QR920 55179200 1 PC TR-SHPLF 2SC4883A N 2.0A
QR921 55183930 1 PC TR-SHPLF A1943-O(AC) P -15.0A
QSR905 55233090 1 PC TR-SLPLF 2SA1145Y TO-92MOD P -50MI0A -150V
QSR907 55231240 1 PC TR-SLPLF 2SA1360Y P -50MI0A -150V
107
Ref.
Designator
QSR910 55231350 1 PC TR-SLPLF 2SC3423Y N 50MI0A 150V
QSR912 55133270 1 PC TR-SHPLF 2SC4137 N 100MI0A 20V
QSR915 55179190 1 PC TR-SHPLF 2SA1859A P -2.0A
QSR916 55183790 1 PC TR-SHPLF C5200-O(AC) N 15.0A
QSR920 55179200 1 PC TR-SHPLF 2SC4883A N 2.0A
QSR921 55183930 1 PC TR-SHPLF A1943-O(AC) P -15.0A
D982 20525530 1 PC D-SR 1N4003 200.0V 1A
Resistors
R969 50883000 1 PC RCF 3K3 OHM +5% 250MI0W

R980 40435670 1 PC RCF 47K0 OHM +5% 250MI0W
R981 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
R982 50883000 1 PC RCF 3K3 OHM +5% 250MI0W
R983 40435670 1 PC RCF 47K0 OHM +5% 250MI0W
R984 50883000 1 PC RCF 3K3 OHM +5% 250MI0W
RR901 55231570 1 PC RMF 1K0 OHM +1% 125MI0W +100PPM/'C
RR903 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
RR904 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
RR905 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
RR906 20469450 1 PC RCF 220R0 OHM +5% 250MI0W
RR907 40435670 1 PC RCF 47K0 OHM +5% 250MI0W
RR908 50882970 1 PC RCF 470R0 OHM +5% 250MI0W
RR909 40435630 1 PC RCF 1K5 OHM +5% 250MI0W
RR910 40435630 1 PC RCF 1K5 OHM +5% 250MI0W
RR911 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RR912 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RR913 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RR914 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
RR915 50883010 1 PC RCF 15K0 OHM +5% 250MI0W
RR916 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
RR917 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RR918 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RR919 60441560 1 PC RCF 560R0 OHM +5% 250MI0W
RR920 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
RR921 50883010 1 PC RCF 15K0 OHM +5% 250MI0W
RR922 11059610 1 PC RCF 270R0 OHM +5% 250MI0W
RR926 55231590 1 PC RMF 560R0 OHM +1% 125MI0W +100PPM/'C
RR927 55232770 1 PC RMF 2R2 OHM +5% 500MI0W
RR928 55232780 1 PC RMF 100R0 OHM +5% 500MI0W
RR930 55232790 1 PC RMF 15R0 OHM +5% 500MI0W
RR931 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RR932 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RR933 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RR934 55232770 1 PC RMF 2R2 OHM +5% 500MI0W
108
Ref.
Designator
RR935 55232780 1 PC RMF 100R0 OHM +5% 500MI0W
RR937 55232790 1 PC RMF 15R0 OHM +5% 500MI0W
RR938 55232800 1 PC RMF 82R0 OHM +5% 500MI0W
RR939 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RR940 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RR941 55232810 1 PC RMF 10R0 OHM +5% 500MI0W
RR953 80437000 1 PC RCF 1K2 OHM +5% 250MI0W
RR954 80437000 1 PC RCF 1K2 OHM +5% 250MI0W
RR955 50883010 1 PC RCF 15K0 OHM +5% 250MI0W
RR956 30939380 1 PC RCF 22R0 OHM +5% 250MI0W
RR957 30939380 1 PC RCF 22R0 OHM +5% 250MI0W
RR959 20469490 1 PC RCF 6K8 OHM +5% 250MI0W
RR960 30939490 1 PC RCF 33K0 OHM +5% 250MI0W
RR961 30939510 1 PC RCF 100K0 OHM +5% 250MI0W
RR962 60441600 1 PC RCF 68K0 OHM +5% 250MI0W
RR963 30939480 1 PC RCF 10K0 OHM +5% 250MI0W
RR964 70430560 1 PC RCF 5K6 OHM +5% 250MI0W
RR965 11059640 1 PC RCF 1K0 OHM +5% 250MI0W
RR966 30939510 1 PC RCF 100K0 OHM +5% 250MI0W
RR967 40435640 1 PC RCF 4K7 OHM +5% 250MI0W
RR967 70430570 1 PC RCF 8K2 OHM +5% 250MI0W
RR968 40435640 1 PC RCF 4K7 OHM +5% 250MI0W
RR968 70430570 1 PC RCF 8K2 OHM +5% 250MI0W
RSR901 55231570 1 PC RMF 1K0 OHM +1% 125MI0W +100PPM/'C
RSR903 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
RSR907 40435670 1 PC RCF 47K0 OHM +5% 250MI0W
RSR926 55231590 1 PC RMF 560R0 OHM +1% 125MI0W +100PPM/'C
RSR927 55232770 1 PC RMF 2R2 OHM +5% 500MI0W
109
Ref.
Designator
RR929 55232750 1 PC RMF 2R2 OHM +5% 1.0W
RR936 55232750 1 PC RMF 2R2 OHM +5% 1.0W
RR942 55233170 1 PC RW 220MI0 OHM +5% 5.0W 600PPM/'C -600PPM/'C
RR948 55232760 1 PC RMF 56R0 OHM +5% 1.0W
RR949 55232760 1 PC RMF 56R0 OHM +5% 1.0W
RR958 15022710 1 PC RMOF 10R0 OHM +5% 2.0W
RSR929 55232750 1 PC RMF 2R2 OHM +5% 1.0W
RSR936 55232750 1 PC RMF 2R2 OHM +5% 1.0W
RSR942 55233170 1 PC RW 220MI0 OHM +5% 5.0W 600PPM/'C -600PPM/'C
RSR948 55232760 1 PC RMF 56R0 OHM +5% 1.0W
RSR949 55232760 1 PC RMF 56R0 OHM +5% 1.0W
RSR958 15022710 1 PC RMOF 10R0 OHM +5% 2.0W
VR901 55250310 1 PC PR 50R0 OHM +20% 500MI0W
VR902 55250320 1 PC PR 200R0 OHM +20% 500MI0W
VSR901 55250310 1 PC PR 50R0 OHM +20% 500MI0W
VSR902 55250320 1 PC PR 200R0 OHM +20% 500MI0W
Capacitors
C980 20268840 1 PC CE 1U0F +20% 50.0V 85C

CR901 55213540 1 PC CE 10U0F +20% 16.0V 85C
CR903 20269070 1 PC CE 100U0F +20% 25.0V 85C
CR903 55246290 1 PC CE 100U0F +20% 25.0V 85C
CR905 55233320 1 PC CE 47U0F +20% 50.0V 85C
CR906 55233320 1 PC CE 47U0F +20% 50.0V 85C
CR914 30936070 1 PC CC 12P0F +5% -5% 50.0V NP0
CR915 20252660 1 PC CE 470U0F +20% 6.3V 85C
CR915 55319740 1 PC CE 470U0F +20% 6.3V 85C
CR916 55179400 1 PC CPM 68N0F +5% 63.0V
110
Ref.
Designator
CR917 20268980 1 PC CE 22U0F +20% 50.0V 85C
CR918 20252670 1 PC CE 470U0F +20% 10.0V 85C
CSR901 55213540 1 PC CE 10U0F +20% 16.0V 85C
CSR903 55246290 1 PC CE 100U0F +20% 25.0V 85C
CSR905 55233320 1 PC CE 47U0F +20% 50.0V 85C
CSR906 55233320 1 PC CE 47U0F +20% 50.0V 85C
CSR914 30936070 1 PC CC 12P0F +5% -5% 50.0V NP0
CSR915 20252660 1 PC CE 470U0F +20% 6.3V 85C
CSR915 55319740 1 PC CE 470U0F +20% 6.3V 85C
CSR916 55179400 1 PC CPM 68N0F +5% 63.0V
C981 20252670 1 PC CE 470U0F +20% 10.0V 85C
CR902 55191070 1 PC CPM 100P0F +5% 100.0V
CR904 55191130 1 PC CPM 680P0F +5% 100.0V
CR905 55233320 1 PC CE 47U0F +20% 50.0V 85C
CR906 55233320 1 PC CE 47U0F +20% 50.0V 85C
CR907 55191140 1 PC CPM 10N0F +10% 400.0V
CR908 55232730 1 PC CE 120U0F +20% 100.0V 85C
CR909 55191160 1 PC CPM 100N0F +10% 250.0V
CR910 55191140 1 PC CPM 10N0F +10% 400.0V
CR911 55232730 1 PC CE 120U0F +20% 100.0V 85C
CR912 55191160 1 PC CPM 100N0F +10% 250.0V
CR913 55191070 1 PC CPM 100P0F +5% 100.0V
CR915 55319740 1 PC CE 470U0F +20% 6.3V 85C
CR919 55191050 1 PC CPM 33N0F +5% 63.0V
CR920 55191110 1 PC CPM 4N7F +10% 100.0V
CR921 55191110 1 PC CPM 4N7F +10% 100.0V
CR928 55232730 1 PC CE 120U0F +20% 100.0V 85C
CR929 55232730 1 PC CE 120U0F +20% 100.0V 85C
CR930 55272630 1 PC CPM 220P0F +5% 100.0V
CSR902 55191070 1 PC CPM 100P0F +5% 100.0V
CSR903 20269070 1 PC CE 100U0F +20% 25.0V 85C
CSR903 55246290 1 PC CE 100U0F +20% 25.0V 85C
CSR904 55191130 1 PC CPM 680P0F +5% 100.0V
CSR905 55233320 1 PC CE 47U0F +20% 50.0V 85C
CSR906 55233320 1 PC CE 47U0F +20% 50.0V 85C
CSR907 55191140 1 PC CPM 10N0F +10% 400.0V
CSR908 55232730 1 PC CE 120U0F +20% 100.0V 85C
CSR909 55191160 1 PC CPM 100N0F +10% 250.0V
CSR910 55191140 1 PC CPM 10N0F +10% 400.0V
CSR911 55232730 1 PC CE 120U0F +20% 100.0V 85C
CSR912 55191160 1 PC CPM 100N0F +10% 250.0V
CSR913 55191070 1 PC CPM 100P0F +5% 100.0V
CSR915 55319740 1 PC CE 470U0F +20% 6.3V 85C
CSR919 55191050 1 PC CPM 33N0F +5% 63.0V
CSR920 55191110 1 PC CPM 4N7F +10% 100.0V
CSR921 55191110 1 PC CPM 4N7F +10% 100.0V
CSR928 55232730 1 PC CE 120U0F +20% 100.0V 85C
CSR929 55232730 1 PC CE 120U0F +20% 100.0V 85C
CSR930 55272630 1 PC CPM 220P0F +5% 100.0V
Miscellaneous

111
Ref.
Designator
CN905 55233220 1 PC POS 100R0 OHM 16.0V
CN906 55231600 1 PC POS 100R0 OHM 16.0V
LR901 55179560 1 PC LFA 1MM 10MM 5 LEFT
LSR901 55179560 1 PC LFA 1MM 10MM 5 LEFT
W904 55254510 1 PC WIRESSTRINS 3.5 CU WIRE 370MM BK 80C Y
W905 55254510 1 PC WIRESSTRINS 3.5 CU WIRE 370MM BK 80C Y
BR901 55179510 1 PC LFBEAD 44.1653OHM 100M0HZ FB-30 HC-3550
BSR901 55179510 1 PC LFBEAD 44.1653OHM 100M0HZ FB-30 HC-3550
SP901 55195510 1 PC CONN-SPE TERMINAL SPKR 4P B30490197G FE 19MM 4 BK 0 0
Volume PCB

112
Ref.
Designator
IC504 55142580 1 PC IC-OPERAMP OPA2604AU DUAL OP
IC508 55142580 1 PC IC-OPERAMP OPA2604AU DUAL OP
Resistors
113
Ref.
Designator
114
Ref.
Designator
R707 10328750 1 PC RMGCFMIC 0 OHM +0% 62MI5W
115
Ref.
Designator
116
Ref.
Designator
R519 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R520 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R525 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R526 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R545 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R546 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R551 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R552 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R567 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R568 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R583 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R584 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R599 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R600 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R615 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R616 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R639 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R640 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R642 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R643 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R652 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
R653 50882950 1 PC RCF 100R0 OHM +5% 250MI0W
Capacitors

117
Ref.
Designator
C502 55213540 1 PC CE 10U0F +20% 16.0V 85C
C504 55213540 1 PC CE 10U0F +20% 16.0V 85C
C505 55213550 1 PC CE 47U0F +20% 16.0V 85C
C506 55213550 1 PC CE 47U0F +20% 16.0V 85C
C507 55213540 1 PC CE 10U0F +20% 16.0V 85C
C508 55213540 1 PC CE 10U0F +20% 16.0V 85C
C513 55213550 1 PC CE 47U0F +20% 16.0V 85C
C514 55213550 1 PC CE 47U0F +20% 16.0V 85C
C516 55213540 1 PC CE 10U0F +20% 16.0V 85C
C518 55213540 1 PC CE 10U0F +20% 16.0V 85C
C519 55213550 1 PC CE 47U0F +20% 16.0V 85C
C520 55213550 1 PC CE 47U0F +20% 16.0V 85C
C521 55213540 1 PC CE 10U0F +20% 16.0V 85C
C521 55213540 1 PC CE 10U0F +20% 16.0V 85C
C522 55213540 1 PC CE 10U0F +20% 16.0V 85C
C527 55213550 1 PC CE 47U0F +20% 16.0V 85C
C528 55213550 1 PC CE 47U0F +20% 16.0V 85C
C529 55213590 1 PC CE 10U0F +20% 16.0V 85C
C530 55213590 1 PC CE 10U0F +20% 16.0V 85C
C532 55213590 1 PC CE 10U0F +20% 16.0V 85C
C534 55213590 1 PC CE 10U0F +20% 16.0V 85C
C535 20342060 1 PC CE 47U0F +20% 16.0V 85C
C535 55213560 1 PC CE 47U0F +20% 16.0V 85C
C536 20342060 1 PC CE 47U0F +20% 16.0V 85C
C536 55213560 1 PC CE 47U0F +20% 16.0V 85C
C537 55213590 1 PC CE 10U0F +20% 16.0V 85C
C540 55213590 1 PC CE 10U0F +20% 16.0V 85C
C541 55213590 1 PC CE 10U0F +20% 16.0V 85C
C542 55213590 1 PC CE 10U0F +20% 16.0V 85C
C543 20342060 1 PC CE 47U0F +20% 16.0V 85C
C543 55213560 1 PC CE 47U0F +20% 16.0V 85C
C544 20342060 1 PC CE 47U0F +20% 16.0V 85C
C544 55213560 1 PC CE 47U0F +20% 16.0V 85C
C545 55213540 1 PC CE 10U0F +20% 16.0V 85C
C545 55213540 1 PC CE 10U0F +20% 16.0V 85C
C548 55213540 1 PC CE 10U0F +20% 16.0V 85C
C549 55213540 1 PC CE 10U0F +20% 16.0V 85C
C550 55213540 1 PC CE 10U0F +20% 16.0V 85C
C551 55213550 1 PC CE 47U0F +20% 16.0V 85C
C552 55213550 1 PC CE 47U0F +20% 16.0V 85C
C553 55213590 1 PC CE 10U0F +20% 16.0V 85C
C554 55213590 1 PC CE 10U0F +20% 16.0V 85C
C555 20342060 1 PC CE 47U0F +20% 16.0V 85C
C555 55213560 1 PC CE 47U0F +20% 16.0V 85C
C556 20342060 1 PC CE 47U0F +20% 16.0V 85C
C556 55213560 1 PC CE 47U0F +20% 16.0V 85C
C557 55213590 1 PC CE 10U0F +20% 16.0V 85C
C558 55213590 1 PC CE 10U0F +20% 16.0V 85C
C565 55213590 1 PC CE 10U0F +20% 16.0V 85C
C567 20342060 1 PC CE 47U0F +20% 16.0V 85C
C567 55213560 1 PC CE 47U0F +20% 16.0V 85C
118
Ref.
Designator
C568 20342060 1 PC CE 47U0F +20% 16.0V 85C
C568 55213560 1 PC CE 47U0F +20% 16.0V 85C
C569 55213590 1 PC CE 10U0F +20% 16.0V 85C
C587 55230020 1 PC CE 47U0F +20% 16.0V 85C
C588 55230020 1 PC CE 47U0F +20% 16.0V 85C
C593 55213550 1 PC CE 47U0F +20% 16.0V 85C
C594 55213550 1 PC CE 47U0F +20% 16.0V 85C
C503 55191070 1 PC CPM 100P0F +5% 100.0V
C509 55191100 1 PC CPM 33P0F +5% 100.0V
C510 55191100 1 PC CPM 33P0F +5% 100.0V
C511 55191100 1 PC CPM 33P0F +5% 100.0V
C512 55191100 1 PC CPM 33P0F +5% 100.0V
C517 55191070 1 PC CPM 100P0F +5% 100.0V
C523 55191100 1 PC CPM 33P0F +5% 100.0V
C524 55191100 1 PC CPM 33P0F +5% 100.0V
C525 55191100 1 PC CPM 33P0F +5% 100.0V
C526 55191100 1 PC CPM 33P0F +5% 100.0V
C546 55191070 1 PC CPM 100P0F +5% 100.0V
C589 55191100 1 PC CPM 33P0F +5% 100.0V
C591 55191100 1 PC CPM 33P0F +5% 100.0V
C601 55191070 1 PC CPM 100P0F +5% 100.0V
C602 55191070 1 PC CPM 100P0F +5% 100.0V
C605 55191070 1 PC CPM 100P0F +5% 100.0V
Miscellaneous
CN501 55230980 1 PC CON 2.54MM PITCH PIN SOCKET 2214S-20G-85

CN502 55230980 1 PC CON 2.54MM PITCH PIN SOCKET 2214S-20G-85
119
AVR8000-BLOCK-M01.SCH-1 - Wed Nov 28 17:24:17 2001
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
8-channel analog multiplexer /

demultiplexer
BU4051BC / BU4051BCF / BU4051BCFV
The BU4051BC, BU4051BCF and BU4051BCFV are analog multiplexers / demultiplexers which use three-input digi-
tal signals for control via an 8-channel analog switch.
These products feature high on / off output voltage ratio and low crosstalk between analog switches.
•Block diagram
X4 1 16 VDD
CHANNEL
IN / OUT
X6 2 15 X2
X4
COMMON X 3 X6 X2 14 X1
OUT / IN
X X1 CHANNEL
IN / OUT
X7 4 13 X0
X7 X0
CHANNEL
IN / OUT X5 X3
X5 5 12 X3
INH A
INH 6 11 A
VEE B
C
VEE 7 10 B
VSS 8 9 C
•Logic circuit diagram •Truth table

INH A B C ON SWITCH
VDD (16)
L L L L X0
INH (6)
A (11) LEVEL BINARY TO 1 of 8 L H L L X1
B (10) CONVERTER DECODER WITH INHIBIT
C (9)
L L H L X2
VSS (8)
VEE (7)
X0 (13)
L H H L X3
X1 (14) L L L H X4
X2 (15)
X3 (12) L H L H X5
X4 (1) X
(3) COMMON
X5 (5) L L H H X6
X6 (2)
X7 (4) L H H H X7
H X X X NONE
X: Irrelevant
167
8-bit compatible shift / store register

BU4094BC / BU4094BCF / BU4094BCFV
The BU4094BC, BU4094BCF, and BU4094BCFV are shift / store registers, each consisting of an 8-bit register and
an 8-bit latch.
As the data in the shift register can be latched by an asynchronous strobe input, it is possible to hold the output in
the data transfer mode.
The tri-state parallel output can be connected directly with an 8-bit bus line.
These registers are suitable for in-line / parallel data conversion, data receivers and other similar applications.
•Logic circuit diagram •Block diagram
SERIAL STROBE 1 16 VDD

IN 8-STAGE QS
SHIFT REGISTER SERIAL OUTPUT
CLOCK Q'S 2 15
IN ENABLE
SERIAL
OUTPUT CLOCK 3 14 Q5
8-BIT
STROBE Q1 4 13 Q6
LATCHES
Q2 5 12 Q7
OUTPUT 3-STATE Q3 6 11 Q8
ENABLE OUTPUTS
Q4 7 10 Q'S
Q1 Q8
PARALLEL OUTPUTS
VSS 8 9 QS
•Truth table
OUTPUT Parallel output Serial output
CLOCK STROBE SERIAL IN
ENABLE Q1 Qn QS Q'S
H H L L Qn-1 Q7 NC
H H H H Qn-1 Q7 NC
H L X NC NC Q7 NC
L X X Z Z Q7 NC
H X X NC NC NC QS
L X X Z Z NC QS
NC: No Change Z: High Impedance X: Irrelevant
168
169
170
171
172
173
a Dual Bipolar/JFET, Audio

Operational Amplifier
OP275*
FEATURES PIN CONNECTIONS
Excellent Sonic Characteristics
Low Noise: 6 nV/√Hz 8-Lead Narrow-Body SO 8-Lead Epoxy DIP
Low Distortion: 0.0006% (S Suffix) (P Suffix)
High Slew Rate: 22 V/␮s
Wide Bandwidth: 9 MHz
OUT A 1 8 V+
Low Supply Current: 5 mA OUT A 1 OP275 8 V+
–IN A 2 7 OUT B
Low Offset Voltage: 1 mV OP275 –IN A 2 7 OUT B
+IN A 3 6 –IN B
Low Offset Current: 2 nA +IN A 3 6 –IN B
V– 4 5 +IN B
Unity Gain Stable
V– 4 5 +IN B
SOIC-8 Package
APPLICATIONS
High Performance Audio
Active Filters
Fast Amplifiers
Integrators
GENERAL DESCRIPTION Improved dc performance is also provided with bias and offset
The OP275 is the first amplifier to feature the Butler Amplifier currents greatly reduced over purely bipolar designs. Input off-
front-end. This new front-end design combines both bipolar set voltage is guaranteed at 1 mV and is typically less than
and JFET transistors to attain amplifiers with the accuracy and 200 µV. This allows the OP275 to be used in many dc coupled
low noise performance of bipolar transistors, and the speed and or summing applications without the need for special selections
sound quality of JFETs. Total Harmonic Distortion plus Noise or the added noise of additional offset adjustment circuitry.
equals that of previous audio amplifiers, but at much lower sup- The output is capable of driving 600 Ω loads to 10 V rms while
ply currents. maintaining low distortion. THD + Noise at 3 V rms is a low
A very low l/f corner of below 6 Hz maintains a flat noise density 0.0006%.
response. Whether noise is measured at either 30 Hz or 1 kHz, The OP275 is specified over the extended industrial (–40°C to
it is only 6 nV/√Hz. The JFET portion of the input stage gives +85°C) temperature range. OP275s are available in both plastic
the OP275 its high slew rates to keep distortion low, even when DIP and SOIC-8 packages. SOIC-8 packages are available in
large output swings are required, and the 22 V/µs slew rate of 2500 piece reels. Many audio amplifiers are not offered in
the OP275 is the fastest of any standard audio amplifier. Best of SOIC-8 surface mount packages for a variety of reasons; how-
all, this low noise and high speed are accomplished using less ever, the OP275 was designed so that it would offer full perfor-
than 5 mA of supply current, lower than any standard audio mance in surface mount packaging.
amplifier.
*Protected by U.S. Patent No. 5,101,126.
REV. A
Information furnished by Analog Devices is believed to be accurate and © Analog Devices, Inc., 1995
reliable. However, no responsibility is assumed by Analog Devices for its
use, nor for any infringements of patents or other rights of third parties
which may result from its use. No license is granted by implication or One Technology Way, P.O. Box 9106, Norwood. MA 02062-9106, U.S.A.
otherwise under any patent or patent rights of Analog Devices. Tel: 617/329-4700 Fax: 617/326-8703
174
175
M54HCU04
M74HCU04
HEX INVERTER (SINGLE STAGE)
. HIGH SPEED
. tPD = 5 ns (TYP.) AT VCC = 5 V

LOW POWER DISSIPATION
. ICC = 1 µA (MAX.) AT TA = 25 °C
HIGH NOISE IMMUNITY
. VNIH = VNIL = 10 % VCC (MIN.)

OUTPUT DRIVE CAPABILITY B1R F1R
. 10 LSTTL LOADS
SYMMETRICAL OUTPUT IMPEDANCE
(Plastic Package) (Ceramic Package)
. IOH = IOL = 4 mA (MIN.)

BALANCED PROPAGATION DELAYS
. tPLH = tPHL
WIDE OPERATING VOLTAGE RANGE M1R C1R
. VCC (OPR) = 2 V TO 6 V
PIN AND FUNCTION COMPATIBLE WITH
54/74LS04
(Micro Package)
ORDER CODES :
M54HCU04F1R M74HCU04M1R
(Chip Carrier)
M74HCU04B1R M74HCU04C1R
PIN CONNECTIONS (top view)
DESCRIPTION
The M54/74HCU04 is a high speed CMOS HEX IN-
VERTER (SINGLE STAGE) fabricated in silicon
2
gate C MOS technology. It has the same high
speed performance of LSTTL combined with true
CMOS low power consumption.
As the intrnal circuit is composed of a single stage
inverter, it can be used in crystal oscillator.
All inputs are equipped with circuits against static
discharge and transient excess voltage.
INPUT AND OUTPUT EQUIVALENT CIRCUIT
NC =
No Internal
Connection
January 1993 1/9
176
177
178
179
180
181
182
183
184
185
186
187
188
189
74VHC14
HEX SCHMITT INVERTER

■ HIGH SPEED: tPD = 5.5ns (TYP.) at VCC = 5V
■ LOW POWER DISSIPATION:
ICC = 2 µA (MAX.) at TA=25°C
■ TYPICAL HYSTERESIS: Vh = 1V
at VCC = 4.5V
■ POWER DOWN PROTECTION ON INPUTS
■ SYMMETRICAL OUTPUT IMPEDANCE: SOP TSSOP
|IOH| = IOL = 8 mA (MIN)
■ BALANCED PROPAGATION DELAYS:
tPLH ≅ tPHL
■ OPERATING VOLTAGE RANGE: ORDER CODES
VCC(OPR) = 2V to 5.5V PACKAGE TUBE T&R
■ PIN AND FUNCTION COMPATIBLE WITH SOP 74VHC14M 74VHC14MTR
74 SERIES 14 TSSOP 74VHC14TTR
■ IMPROVED LATCH-UP IMMUNITY
■ LOW NOISE: VOLP = 0.8V (MAX.) regard to the supply voltage. This device can be
used to interface 5V to 3V.
DESCRIPTION Pin configuration and function are the same as
The 74VHC14 is an advanced high-speed CMOS those of the 74VHC04 but the 74VHC14 has
HEX SCHMITT INVERTER fabricated with hysteresis.
sub-micron silicon gate and double-layer metal This together with its schmitt trigger function
wiring C2MOS technology. allows it to be used on line receivers with slow
The internal circuit is composed of 3 stages rise/fall input signals.
including buffer output, which enables high noise All inputs and outputs are equipped with
immunity and stable output. protection circuits against static discharge, giving
Power down protection is provided on all inputs them 2KV ESD immunity and transient excess
and 0 to 7V can be accepted on inputs with no voltage.
PIN CONNECTION AND IEC LOGIC SYMBOLS
March 2002 1/8
190
74VHC14
INPUT EQUIVALENT CIRCUIT PIN DESCRIPTION
PIN No SYMBOL NAME AND FUNCTION

1, 3, 5, 9, 11,
1A to 6A Data Inputs
13
2, 4, 6, 8, 10,
1Y to 6Y Data Outputs
12
7 GND Ground (0V)
14 VCC Positive Supply Voltage
TRUTH TABLE
A Y
L H
H L
ABSOLUTE MAXIMUM RATINGS
Symbol Parameter Value Unit

V CC Supply Voltage -0.5 to +7.0 V
VI DC Input Voltage -0.5 to +7.0 V
VO DC Output Voltage -0.5 to VCC + 0.5 V
IIK DC Input Diode Current - 20 mA
IOK DC Output Diode Current ± 20 mA
IO DC Output Current ± 25 mA
ICC or IGND DC VCC or Ground Current ± 50 mA
Tstg Storage Temperature -65 to +150 °C
TL Lead Temperature (10 sec) 300 °C
Absolute Maximum Ratings are those values beyond which damage to the device may occur. Functional operation under these conditions is
not implied
RECOMMENDED OPERATING CONDITIONS

V CC Supply Voltage 2 to 5.5 V
VI Input Voltage 0 to 5.5 V
VO Output Voltage 0 to VCC V
Top Operating Temperature -55 to 125 °C
2/8
191
74VHC541
OCTAL BUS BUFFER
WITH 3 STATE OUTPUTS (NON INVERTED)
■ HIGH SPEED: tPD = 3.5 ns (TYP.) at VCC = 5V

■ LOW POWER DISSIPATION:
ICC = 4 µA (MAX.) at TA=25°C
■ HIGH NOISE IMMUNITY:
VNIH = V NIL = 28% VCC (MIN.)
■ POWER DOWN PROTECTION ON INPUTS
SOP TSSOP
■ SYMMETRICAL OUTPUT IMPEDANCE:
|IOH| = IOL = 8 mA (MIN)
■ BALANCED PROPAGATION DELAYS:
tPLH ≅ tPHL ORDER CODES
■ OPERATING VOLTAGE RANGE: PACKAGE TUBE T&R
VCC(OPR) = 2V to 5.5V SOP 74VHC541M 74VHC541MTR
■ PIN AND FUNCTION COMPATIBLE WITH TSSOP 74VHC541TTR
74 SERIES 541
■ IMPROVED LATCH-UP IMMUNITY
In order to enhance PC board layout, the
■ LOW NOISE: VOLP = 0.9V (MAX.) 74VHC541 offers a pinout having inputs and
outputs on opposite sides of the package.
DESCRIPTION Power down protection is provided on all inputs
The 74VHC541 is an advanced high-speed and 0 to 7V can be accepted on inputs with no
CMOS OCTAL BUS BUFFER (3-STATE) regard to the supply voltage. This device can be
fabricated with sub-micron silicon gate and used to interface 5V to 3V.
double-layer metal wiring C2MOS technology. All inputs and outputs are equipped with
The 3 STATE control gate operates as two input protection circuits against static discharge, giving
AND such that if either G1 or G2 are high, all eight them 2KV ESD immunity and transient excess
outputs are in the high impedance state. voltage.
PIN CONNECTION AND IEC LOGIC SYMBOLS
June 2001 1/9
192
74VHC541
INPUT EQUIVALENT CIRCUIT PIN DESCRIPTION
PIN No SYMBOL NAME AND FUNCTION

1, 19 G1, G2 Output Enable Inputs
2, 3, 4, 5, 6, A1 to A8 Data Inputs
7, 8, 9
18, 17, 16, Y1 to Y8 Data Outputs
15, 14, 13,
12, 11
10 GND Ground (0V)
20 VCC Positive Supply Voltage
TRUTH TABLE
INPUT OUTPUT
G1 G2 An Yn
H X X Z
X H X Z
L L H H
L L L L
X : Don’t care
Z : High impedance
ABSOLUTE MAXIMUM RATINGS

V CC Supply Voltage -0.5 to +7.0 V
VI DC Input Voltage -0.5 to +7.0 V
VO DC Output Voltage -0.5 to VCC + 0.5 V
IIK DC Input Diode Current - 20 mA
IOK DC Output Diode Current ± 20 mA
IO DC Output Current ± 25 mA
ICC or IGND DC VCC or Ground Current ± 75 mA
Tstg Storage Temperature -65 to +150 °C
TL Lead Temperature (10 sec) 300 °C
Absolute Maximum Ratings are those values beyond which damage to the device may occur. Functional operation under these conditions is
not implied
RECOMMENDED OPERATING CONDITIONS

V CC Supply Voltage 2 to 5.5 V
VI Input Voltage 0 to 5.5 V
VO Output Voltage 0 to VCC V
Top Operating Temperature -55 to 125 °C
Input Rise and Fall Time (note 1) (VCC = 3.3 ± 0.3V) 0 to 100
dt/dv ns/V
(VCC = 5.0 ± 0.5V) 0 to 20
1) VIN from 30% to 70% of VCC
2/9
193
ASAHI KASEI [AK5392]
AK5392
Enhanced Dual Bit ∆Σ 24Bit ADC
General Description
The AK5392 is a 24bit, 128x oversampling 2ch A/D Converterfor professional digital audio systems. The modulator
in the AK5392 uses the new developed Enhanced Dual Bit architecture. This new architecture achieves the wider
dynamic range, while keeping much the same superior distortion characteristics as conventional Single Bit way. The
AK5392 performs 116dB dynamic range, so the device is suitable for professional studio equipments such as digital
mixer, digital VTR etc.
Features
Enhanced Dual Bit ADC
Sampling Rate: 1kHz∼54kHz
Full Differential Inputs
S/(N+D): 105dB
DR: 116dB
S/N: 116dB
High Performance Linear Phase Digital Anti-Alias filter
• Passband: 0∼21.768kHz(@fs=48kHz)
• Ripple: 0.001dB
• Stopband: 110dB
Digital HPF & Offset Calibration for Offset Cancel
Master Clock: 256/384fs
Power Supply: 5V±5%(Analog), 3∼5.25V(Digital)
Power Dissipation: 470mW
Package: 28pin SOP
0188-E-01 1997/11
194
-1-
Ordering Guide
AK5392-VS -10∼ +70°C 28pin SOP

AKD5392 AK5392 Evaluation Board
Pin Layout
Compatibility with AK5391
1. Changed Specs
Parameter AK5391 AK5392

HPF No Yes
Output Resolution 20/24bit 24bit
DR 113dB 116dB
Input Offset Required Not required
2. Pin Compatibility
The following pin functions are changed from AK5391. AK5392 supports 24bit only.
Pin No. AK5391 AK5392

2 VREFL- GNDL
19 SEL24 HPFE
27 VREFR- GNDR
0188-E-01 1997/11
195
-2-
PIN/FUNCTION
No. Pin Name I/O Function

1 VREFL O Lch Reference Voltage Pin, 3.75V
Normally connected to GNDL with a 10uF electrolytic capacitor and
a 0.1uF ceramic capacitor
2 GNDL - Lch Reference Ground Pin, 0V
3 VCOML O Lch Common Voltage Pin, 2.5V
4 AINL+ I Lch Analog positive input Pin
5 AINL- I Lch Analog negative input Pin
6 ZCAL I Zero Calibration Control Pin
This pin controls the calibration reference signal.
"L":VCOML and VCOMR
"H":Analog Input Pins(AINL±,AINR±)
7 VD - Digital Power Supply Pin, 3.3V
8 DGND - Digital Ground Pin, 0V
9 CAL O Calibration Active Signal Pin
"H" means the offset calibration cycle is in progress. Offset calibration starts
when RST goes "H". CAL goes "L" after 8704 LRCK cycles.
10 RST I Reset Pin
When "L", Digital section is powered-down. Upon returning "H", an
offset calibration cycle is started. An offset calibration cycle should always
be initiated after power-up.
11 SMODE2 I Serial Interface Mode Select Pin
12 SMODE1 I MSB first, 2's compliment.
SMODE2 SMODE1 MODE LRCK
L L Slave mode : MSB justified : H/L
L H Master mode : Similar to I2S : H/L
H L Slave mode : I2S : L/H
H H Master mode : I2S : L/H
13 LRCK I/O Left/Right Channel Select Clock Pin
LRCK goes "H" at SMODE2="L" and "L" at SMODE2="H" during reset
when SMODE1 "H".
0188-E-01 1997/11
196
-3-
14 SCLK I/O Serial Data Clock Pin

Data is clocked out on the falling edge of SCLK.
Slave mode:
SCLK requires more than 48fs clock.
Master mode:
SCLK outputs a 128fs clock. SCLK stays "L" during reset.
15 SDATA O Serial Data Output Pin
MSB first, 2's complement. SDATA stays "L" during reset.
16 FSYNC I/O Frame Synchronization Signal Pin
Slave mode:
When "H", the data bits are clocked out on SDATA.
Master mode:
FSYNC outputs 2fs clock.
FSYNC stays "L" during reset.
17 CLK I Master Clock Input Pin
CMODE="H":384fs
CMODE="L":256fs
18 CMODE I Master Clock Select Pin
"L": CLK=256fs (12.288MHz @fs=48kHz)
"H": CLK=384fs (18.432MHz @fs=48kHz)
19 HPFE I High Pass Filter Enable Pin
"L": Disable
"H": Enable
20 TEST I Test Pin
Should be connected DGND.
21 BGND - Substrate Ground Pin, 0V
22 AGND - Analog Ground Pin, 0V
23 VA - Analog Supply Pin, 5V
24 AINR- I Rch Analog negative input Pin
25 AINR+ I Rch Analog positive input Pin
26 VCOMR O Rch Common Voltage Pin, 2.5V
27 GNDR - Rch Reference Ground Pin, 0V
28 VREFR O Rch Reference Voltage Pin, 3.75V
Normally connected to GNDR with a 10uF electrolytic capacitor and
a 0.1uF ceramic capacitor
0188-E-01 1997/11
197
-4-
a Stereo, 24-Bit, 192 kHz

Multibit Σ∆ DAC
AD1852*
FEATURES Flexible Serial Data Port with Right-Justified, Left-
5 V Stereo Audio DAC System Justified, I2 S-Compatible and DSP Serial Port Modes
Accepts 16-Bit/18-Bit/20-Bit/24-Bit Data 28-Lead SSOP Plastic Package
Supports 24 Bits, 192 kHz Sample Rate
Accepts a Wide Range of Sample Rates Including: APPLICATIONS
32 kHz, 44.1 kHz, 48 kHz, 88.2 kHz, 96 kHz, and Hi End: DVD, CD, Home Theater Systems, Automotive
192 kHz Audio Systems, Sampling Musical Keyboards, Digital
Multibit Sigma-Delta Modulator with “Perfect Mixing Consoles, Digital Audio Effects Processors
Differential Linearity Restoration” for Reduced Idle
Tones and Noise Floor PRODUCT OVERVIEW
Data-Directed Scrambling DAC—Least Sensitive to The AD1852 is a complete high performance single-chip stereo
Jitter digital audio playback system. It is comprised of a multibit sigma-
Differential Output for Optimum Performance delta modulator, digital interpolation filters, and analog output
117 dB Signal-to-Noise (Not Muted) at 48 kHz Sample drive circuitry. Other features include an on-chip stereo attenuator
Rate (A-Weighted Mono) and mute, programmed through an SPI-compatible serial control
114 dB Signal-to-Noise (Not Muted) at 48 kHz Sample port. The AD1852 is fully compatible with all known DVD
Rate (A-Weighted Stereo) formats including 192 kHz as well as 96 kHz sample frequen-
117 dB Dynamic Range (Not Muted) at 48 kHz Sample cies and 24 bits. It also is backwards compatible by supporting
Rate (A-Weighted Mono) 50 µs/15 µs digital de-emphasis intended for “Redbook” compact
114 dB Dynamic Range (Not Muted) at 48 kHz Sample discs, as well as de-emphasis at 32 kHz and 48 kHz sample rate.
Rate (A-Weighted Stereo)
The AD1852 has a very simple but very flexible serial data input
–105 dB THD+N (Mono Application Circuit)
port that allows for glueless interconnection to a variety of ADCs,
–102 dB THD+N (Stereo)
DSP chips, AES/EBU receivers and sample rate converters. The
115 dB Stopband Attenuation
AD1852 can be configured in left-justified, I2S, right-justified,
On-Chip Clickless Volume Control
or DSP serial port compatible modes. It can support 16, 18, 20,
Hardware and Software Controllable Clickless Mute
and 24 bits in all modes. The AD1852 accepts serial audio data
Serial (SPI) Control for: Serial Mode, Number of Bits,
in MSB first, twos-complement format. The AD1852 oper-
Sample Rate, Volume, Mute, De-Emp
ates from a single 5 V power supply. It is fabricated on a single
Digital De-Emphasis Processing for 32 kHz, 44.1 kHz,
monolithic integrated circuit and is housed in a 28-lead SSOP
48 kHz Sample Rates
package for operation over the temperature range 0°C to 70°C.
Clock Autodivide Circuit Supports Five Master-Clock
Frequencies
FUNCTIONAL BLOCK DIAGRAM
CONTROL DATA DIGITAL CLOCK

INPUT SUPPLY IN
VOLUME
MUTE 3 2
AD1852 SERIAL CONTROL VOLTAGE AUTO-CLOCK

INTERFACE REFERENCE DIVIDE CIRCUIT
16-/18-/20-/24-BIT 8 3 FS
ATTEN/ MULTIBIT SIGMA-
DIGITAL DAC
MUTE INTERPOLATOR DELTA MODULATOR
DATA INPUT SERIAL ANALOG
DATA OUTPUTS
INTERFACE
SERIAL 2 ATTEN/ 8 3 FS MULTIBIT SIGMA-
MODE DELTA MODULATOR DAC
MUTE INTERPOLATION
2 2
RESET MUTE DE-EMPHASIS ANALOG ZERO
SUPPLY FLAG
*Patents Pending
REV. 0
Information furnished by Analog Devices is believed to be accurate and
reliable. However, no responsibility is assumed by Analog Devices for its
use, nor for any infringements of patents or other rights of third parties One Technology Way, P.O. Box 9106, Norwood, MA 02062-9106, U.S.A.
which may result from its use. No license is granted by implication or Tel: 781/329-4700 World Wide Web Site: http://www.analog.com
otherwise under any patent or patent rights of Analog Devices. Fax: 781/326-8703 © Analog Devices, Inc., 2000
198
AD1852
PIN FUNCTION DESCRIPTIONS
Pin Input/Output Pin Name Description

1 I DGND Digital Ground.
2 I MCLK Master Clock Input. Connect to an external clock source at either 256 FS, 384 FS,
512 FS , 768 FS , or 1024 FS.
3 I CLATCH Latch Input for Control Data. This input is rising-edge sensitive.
4 I CCLK Control Clock Input for Control Data. Control input data must be valid on the rising
edge of CCLK. CCLK may be continuous or gated.
5 I CDATA Serial Control Input, MSB first, containing 16 bits of unsigned data per channel. Used
for specifying channel-specific attenuation and mute.
6 NC No Connect.
7 I 192/48 Selects 48 kHz (LO) or 192 kHz Sample Frequency.
8 O ZEROR Right Channel Zero Flag Output. This pin goes HI when Right Channel has no signal
input for more than 1024 LR Clock Cycles.
9 I DEEMP De-Emphasis. Digital de-emphasis is enabled when this input signal is HI. This is used
to impose a 50 µs/15 µs response characteristic on the output audio spectrum at an
assumed 44.1 kHz sample rate. Curves for 32 kHz and 48 kHz sample rates may be
selected via SPI control register.
10 I 96/48 Selects 48 kHz (LO) or 96 kHz Sample Frequency.
11, 15 I AGND Analog Ground.
12 O OUTR+ Right Channel Positive Line Level Analog Output.
13 O OUTR– Right Channel Negative Line Level Analog Output.
14 O FILTR Voltage Reference Filter Capacitor Connection. Bypass and decouple the voltage refer-
ence with parallel 10 µF and 0.1 µF capacitors to the AGND.
16 O OUTL– Left Channel Negative Line Level Analog Output.
17 O OUTL+ Left Channel Positive Line Level Analog Output.
18 I AVDD Analog Power Supply. Connect to Analog 5 V Supply.
19 FILTB Filter Capacitor Connection. Connect 10 µF capacitor to AGND (Pin 15).
20 I IDPM1 Input Serial Data Port Mode Control One. With IDPM0, defines 1 of 4 serial modes.
21 I IDPM0 Input Serial Data Port Mode Control Zero. With IDPM1, defines 1 of 4 serial modes.
22 O ZEROL Left Channel Zero Flag Output. This pin goes HI when Left Channel has no signal
input for more than 1024 LR Clock Cycles.
23 I MUTE Mute. Assert HI to mute both stereo analog outputs. Deassert LO for normal operation.
24 I RESET Reset. The AD1852 is reset on the rising edge of this signal. The serial control port
registers are reset to the default values. Connect HI for normal operation.
25 I L/RCLK Left/Right Clock Input for Input Data. Must run continuously.
26 I BCLK Bit Clock Input for Input Data. Need not run continuously; may be gated or used in a
burst fashion.
27 I SDATA Serial Input, MSB first, containing two channels of 16, 18, 20, and 24 bits of twos
complement data per channel.
28 I DVDD Digital Power Supply Connect to digital 5 V supply.
Table I. Serial Data Input Mode
IDPM1 (Pin 20) IDPM0 (Pin 21) Serial Data Input Format
0 0 Right-Justified
0 1 I2 S-Compatible
1 0 Left-Justified
1 1 DSP
REV. 0 199–5–
MM54HC151/MM74HC151 8-Channel Digital Multiplexer

November 1995
MM54HC151/MM74HC151 8-Channel
Digital Multiplexer
General Description
This high speed Digital multiplexer utilizes advanced silicon- All inputs are protected from damage due to static dis-
gate CMOS technology. Along with the high noise immunity charge by internal diode clamps to VCC and ground.
and low power dissipation of standard CMOS integrated cir-
cuits, it possesses the ability to drive 10 LS-TTL loads. The Features
MM54HC151/MM74HC151 selects one of the 8 data sourc- Y Typical propagation delay
es, depending on the address presented on the A, B, and C
data select to output Y: 26 ns
inputs. It features both true (Y) and complement (W) out- Y Wide operating supply voltage range: 2 – 6V
puts. The STROBE input must be at a low logic level to
enable this multiplexer. A high logic level at the STROBE
Y Low input current: 1 mA maximum
forces the W output high and the Y output low. Y Low quiescent supply current: 80 mA maximum (74HC)
The 54HC/74HC logic family is functionally as well as pin-
Y High output drive current: 4 mA minimum
out compatible with the standard 54LS/74LS logic family.
Connection and Logic Diagrams Truth Table

Dual-In-Line Package
Inputs Outputs
Strobe
Select
S Y W
C B A
X X X H L H
L L L L D0 D0
L L H L D1 D1
L H L L D2 D2
L H H L D3 D3
H L L L D4 D4
H L H L D5 D5
H H L L D6 D6
H H H L D7 D7
H e High Level, L e Low Level, X e Don’t Care

D0, D1...D7 e the level of the respective D input
TL/F/5313 – 1
Top View
Order Number MM54HC151 or MM74HC151
TL/F/5313 – 2
C1995 National Semiconductor Corporation TL/F/5313 RRD-B30M115/Printed in U. S. A.
200
NC7S04 TinyLogic HS Inverter

June 1996
Revised March 2002
NC7S04
TinyLogic HS Inverter
General Description Features
The NC7S04 is a single high performance CMOS Inverter. ■ Space saving SOT23 or SC70 5-lead package
Advanced Silicon Gate CMOS fabrication assures high ■ Ultra small MicroPak leadless package
speed and low power circuit operation over a broad VCC
■ High Speed: tPD = 3 ns typ
range. ESD protection diodes inherently guard both input
and output with respect to the VCC and GND rails. Three ■ Low Quiescent Power: ICC < 1 µA
stages of gain between input and output assures high ■ Balanced Output Drive: 2 mA IOL, −2 mA IOH
noise immunity and reduced sensitivity to input edge rate. ■ Broad VCC Operating Range: 2V – 6V
■ Balanced Propagation Delays
■ Specified for 3V operation
Ordering Code:
Package Product Code
Order Number Package Description Supplied As
Number Top Mark
NC7S04M5X MA05B 7S04 5-Lead SOT23, JEDEC MO-178, 1.6mm 3k Units on Tape and Reel
NC7S04P5X MAA05A S04 5-Lead SC70, EIAJ SC-88a, 1.25mm Wide 3k Units on Tape and Reel
NC7S04L6X MAC06A AA 6-Lead MicroPak, 1.0mm Wide 5k Units on Tape and Reel
Logic Symbol Connection Diagrams

IEEE/IEC Pin Assignments for SC70 and SOT23
Pin Descriptions
(Top View)
Pin Names Description
A Input Pad Assignments for MircoPak
Y Output
NC No Connect
Function Table
Y=A
Input Output
A Y (Top Thru View)
L H
H L
H = HIGH Logic Level
L = LOW Logic Level
TinyLogic and MicroPak are trademarks of Fairchild Semiconductor Corporation.
© 2002 Fairchild Semiconductor Corporation DS012139 www.fairchildsemi.com

201
®
OPA
260
4
OPA2604
OPA
260
4
Dual FET-Input, Low Distortion

OPERATIONAL AMPLIFIER
FEATURES APPLICATIONS
● LOW DISTORTION: 0.0003% at 1kHz ● PROFESSIONAL AUDIO EQUIPMENT
● LOW NOISE: 10nV/√Hz ● PCM DAC I/V CONVERTER
● HIGH SLEW RATE: 25V/µs ● SPECTRAL ANALYSIS EQUIPMENT
● WIDE GAIN-BANDWIDTH: 20MHz ● ACTIVE FILTERS
● UNITY-GAIN STABLE ● TRANSDUCER AMPLIFIER
● WIDE SUPPLY RANGE: VS = ±4.5 to ±24V ● DATA ACQUISITION
● DRIVES 600Ω LOADS
(8)
DESCRIPTION V+
The OPA2604 is a dual, FET-input operational ampli-

fier designed for enhanced AC performance. Very low
distortion, low noise and wide bandwidth provide
superior performance in high quality audio and other (+)
applications requiring excellent dynamic performance. (3, 5)
New circuit techniques and special laser trimming of (–)
Distortion
(2, 6) Output (1, 7)
dynamic circuit performance yield very low harmonic Rejection
Stage* VO
Circuitry*
distortion. The result is an op amp with exceptional
sound quality. The low-noise FET input of the
OPA2604 provides wide dynamic range, even with high
source impedance. Offset voltage is laser-trimmed to
minimize the need for interstage coupling capacitors.
The OPA2604 is available in 8-pin plastic mini-DIP
and SO-8 surface-mount packages, specified for the
–25°C to +85°C temperature range. (4)
V–
* Patents Granted:
#5053718, 5019789
International Airport Industrial Park • Mailing Address: PO Box 11400, Tucson, AZ 85734 • Street Address: 6730 S. Tucson Blvd., Tucson, AZ 85706 • Tel: (520) 746-1111 • Twx: 910-952-1111
Internet: http://www.burr-brown.com/ • FAXLine: (800) 548-6133 (US/Canada Only) • Cable: BBRCORP • Telex: 066-6491 • FAX: (520) 889-1510 • Immediate Product Info: (800) 548-6132
1 OPA2604
202
PIN CONFIGURATION ABSOLUTE MAXIMUM RATINGS(1)

Top View DIP/SOIC Power Supply Voltage ....................................................................... ±25V
Input Voltage ............................................................. (V–)–1V to (V+)+1V
Output Short Circuit to Ground ............................................... Continuous
Output A 1 8 V+
Operating Temperature ................................................. –40°C to +100°C
Storage Temperature ..................................................... –40°C to +125°C
–In A 2 7 Output B Junction Temperature .................................................................... +150°C
Lead Temperature (soldering, 10s) AP ......................................... +300°C
+In A 3 6 –In B Lead Temperature (soldering, 3s) AU .......................................... +260°C
NOTE: (1) Stresses above these ratings may cause permanent damage.
V– 4 5 +In B
ORDERING INFORMATION
PRODUCT PACKAGE TEMP. RANGE
OPA2604AP 8-Pin Plastic DIP –25°C to +85°C
ELECTROSTATIC OPA2604AU SO-8 Surface-Mount –25°C to +85°C
DISCHARGE SENSITIVITY
Any integrated circuit can be damaged by ESD. Burr-Brown PACKAGING INFORMATION
recommends that all integrated circuits be handled with ap- PACKAGE DRAWING
propriate precautions. Failure to observe proper handling and PRODUCT PACKAGE NUMBER(1)
installation procedures can cause damage. OPA2604AP 8-Pin Plastic DIP 006
OPA2604AU SO-8 Surface-Mount 182
ESD damage can range from subtle performance degradation
NOTE: (1) For detailed drawing and dimension table, please see end of data
to complete device failure. Precision integrated circuits may sheet, or Appendix C of Burr-Brown IC Data Book.
be more susceptible to damage because very small parametric
changes could cause the device not to meet published speci-
fications.
203
204
205
206
207
AVR8000-MAIN-M02.SCH-1 - Tue Mar 26 09:16:43 2002
208
209
210
211
212
213
214
215
216
AVR8000-FRONT-M01.SCH-1 - Wed Nov 28 16:06:46 2001
217
218
219
220
AVR8000-SUP-M02.SCH-1 - Tue Mar 26 09:18:30 2002
221
222
223
224
225
226
227
228
229
AVR8000-VOL-M02.SCH-1 - Tue Mar 26 09:21:27 2002
230
231
VR8000 VIDEO M02.SCH 1 Tue Mar 26 09:20:32 2002
232
AVR8000-VIDEO-M02.SCH-1 - Tue Mar 26 09:20:32 2002
233
234
235
AVR8000-PRE-M02.SCH-1 - Tue Mar 26 09:17:38 2002
236
237
238
239
240
241
1 7 8 9
10
3 11
12 ATTAC HED WITH CELLOP HANE TAP E
13
14
15
16
17
18
4 17
18 5 5 2 3 2 0 8 0 XX AC P RI LEAF LET HDC D CATALO GUE AVR8 0 0 0
B ATNC ALK 1 . 5 V AAA 1 . 1 5 AH 6

1 55231800 AC CPL ENDCAP PAD UPPER AVR7000
5 5 0 2 0 2 2 0 NR
1 PC
16 5 5 2 3 1 9 2 0 XX AC BO OK IN S TR AVR 8 0 0 0 US 1
2 55231770 AC CPL ENDCAP SIDE AVR8000 2 PC 1
15 5 5 1 7 8 7 7 0 XX AC P R I LAB E L S AFE TY LE AF
3 55231700 AC CPL BLISTERPACK SHEET
14
EPE POLY PE-FOAM
5 5 1 7 8 7 2 0 XX
AVR8000
AC P R I LAB E L C AR D- P O S T
1 PC 1
4 55231830 AC CPL ENDCAP PAD INNER
13
AVR7000
5 5 1 7 8 7 4 0 XX AC P R I LAB E L C AR D- WAR R AN TY P AP E
2 PC 1
5 55231660 AC CARTON BOX AVR8000 12 5 5 1 6 4 8 9 0 XX AC CP L BAG P OLY P E T0 .0 5 5 0 0 MM X 3 0 1
0 MMPC 1
6 55231670 AC PRI LABEL BARCODE 1AVR8000

1 5 5 1 7 8 5 5 0 XX AC MS A AS Y RMC CO NTRO LER Z O NE AVR5 23 0 PC 1
7 55127490 ANTENNA WIRE ANTENNA1 0 LOOP5 5 2 3 CT01-AM

1 8 6 0 XX AC0 MS
0A AS Y RE MOTE CO NTROLER AVR8 0 0 0 1 PC 1
9 WIR E - MC RDM 0 . 8 2 MM2 1 MM B K 1
8 55127450 ANTENNA WIRE 75 CT02-FM 0 505 2 3 1 2 7 0 XX 1 PC
8 5 5 1 2 7 4 5 0 XX ANTE N NA WIR E 7 5 C T0 2 - FM 0 0 1
9 55231270 WIRE-MCRDM 0.82MM2 1MM 7 BK
5 5 1 2 7 4 9 0 XX
1 PC
AN TE NN A WIRE AN TEN NA LO OP CT0 1 - AM 0 0 1
10 55231860 EPR RCT REMOCON AVR8000

6 5OEM
5 2 3 1 6 7-- W/O AC
0 XX BATTERY
P R I LAB E L B AR C ODE AVR8 0 0 1 0 PC 2
11 55178550 EPR RCT REMOCON AVR520 5

ZONE
5 5 2 3 1 6 6OEM
0 XX --ACW/O BATTERY
CAR TON B OX AVR 8 0 0 0
1 PC 1
4 5 5 2 3 1 8 3 0 XX AC CP L E NDC AP ? INNE R AVR7 0 0 0 2
12 55164890 AC CPL BAG POLY PE T0.05
3
500MM X 300MM 1 PC
AC S HE E T E P E P LY P E - FO AM AVR 8 0 0 0 1
5 5 2 3 1 7 0 0 XX
13 55178740 AC PRI LABEL CARD-WARRANTY 5 5 2 3 PAPE AC CP L E NDC AP ? S IDE AVR 8 0 0 1
0 PC
5
2 1 7 7 0 XX 2
14 55178720 AC PRI LABEL CARD-POST 1 5 5 2 3 1 8 0 0 XX AC CP L E NDC AP ? U P P ER AVR 7 10 0 0PC 1
6 6 15 55178770
N O.
AC PRI LABEL SAFETY LEAF
P AR TS NO .
MODEL AVR 8 0 0 0
P AR TS N AME
P ARTS
1 PC
QT' Y
16 55231920 AC BOOK INSTR AVR8000 US P A CK IN G DR A 1WIN PCG

S CALE TOLERANCE NAME
17 BAT 1.5V AAA 1.15 AH 5 PC
LES S ; P ARTS
18 55232080 AC PRI LEAFLET HCDC CATALOG AVR8000
LES S ; NO. 5 5 2 8 1 6 6 0 XX
55182890 CONN-SPE JUMPER PLUG 2PIN ABS-NI MA 14MM 2 BK 0 A0 5 PC R EV
UNIT LES S ; DWG.
m/ m LES S ; NO. 0
242

Harman Kardon Avr8000

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harman/kardon

semiconductor "chip" components.

prevent electrostatic charge build-up or exposure of the assembly.

3. Use only a grounded-tip soldering iron to solder or unsolder ES devices.

sufficient to damage ES devices.

chassis or circuit assembly into which the device will be installed.

Each precaution in this manual should be followed during servicing.

1. Inspect all lead dress to make certain that

leads are not pinched or that hardware is not

lodged between the chassis and other metal

parts in the unit.

2. Be sure that any protective devices such as

nonmetallic control knobs, insulating fish-

papers, cabinet backs, adjustment and

compartment covers or shields, isolation

resistor-capacity networks, mechanical

insulators, etc. Which were removed for the

servicing are properly re-installed.

3. Be sure that no shock hazard exists ; check for leakage

current using Simpson Model 229 Leakage Tester, standard

equipment item No. 21641, RCA Model WT540A 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

unit to the owner.

Audio Section AM Tuner Section

is a trademark of Harman International Industries, Inc. (Patent No. 5,386,478).

Logic 7 is a registered trademark of Lexicon, Inc.

Crystal is a registered trademark of Cirrus Logic Corp.

Front Panel Controls

5 FRONT PANEL CONTROLS

Front Panel Controls

6 FRONT PANEL CONTROLS

Front Panel Information Display

A Upper Display Line E Speaker/Channel Input Indicators I TUNED Indicator

7 FRONT PANEL INFORMATION DISPLAY

Rear Panel Connections

¡ AM Antenna ‹ Video 1/Video 2 Component Video Inputs f DVD Inputs

ª CD Inputs b Coaxial Digital Inputs 33 Video 1/Video 2 Outputs

⁄ Tape Inputs d Optical Digital Audio Output

8 REAR PANEL CONNECTIONS

Rear Panel Connections

9 REAR PANEL CONNECTIONS

Main Remote Control Functions

a Power Off Button c b a

10 MAIN REMOTE CONTROL FUNCTIONS

Main Remote Control Functions

11 MAIN REMOTE CONTROL FUNCTIONS

Main Remote Control Functions

12 MAIN REMOTE CONTROL FUNCTIONS

Main Remote Control Functions

Program/SPL Indicator c will change

13 MAIN REMOTE CONTROL FUNCTIONS

SYMPTOM CAUSE SOLUTION

harman/kardon Service Bulletin

To: All harman/kardon Service Centers

Synopsis: Set DC idle current of output devices by adjusting five potentiometers

Specialized equipment/parts needed:

1) Unplug any external connected cables to the AVR8000.