Proper service and repair is important to the safe, reliable operation of all Philips
Consumer Electronics Company** Equipment. The service procedures recommended by
Philips and described in this service manual are effective methods of performing service
operations. Some of these service operations require the use of tools specially designed
for the purpose. The special tools should be used when and as recommended.
It is important to note that this manual contains various CAUTIONS and NOTICES
which should be carefully read in order to minimize the risk of personal injury to service
personnel. The possibility exists that improper service methods may damage the
equipment. It also is important to understand that these CAUTIONS and NOTICES ARE NOT EXHAUSTIVE. Philips could not possibly know, evaluate and advise the
service trade of all conceivable ways in which service might be done, or of the possible
hazardous consequences of each way. Consequently, Philips has not undertaken any such
broad evaluation. Accordingly, a servicer who uses a service procedure or tool which is
not recommended by Philips must first satisfy himself thoroughly that neither his safety
nor the safe operation of the equipment will be jeopardized by the service method
selected.
** Hereafter throughout this manual, Philips Consumer Electronics Company will be
referred to as Philips.
WARNING
Critical components having special safety characteristics are identified with a or
"S" by the Ref. No. in the parts list and enclosed within a broken line* (where
several critical components are grouped in one area) along with the safety symbol
on the schematics or exploded views. Use of substitute replacement parts which
do not have the same specified safety characteristics may create shock, fire, or other
hazards. Under no circumstances should the original design be modified or altered
without written permission from Philips. Philips assumes no liability, express or
implied, arising out of any unauthorized modification of design. Servicer assumes all
liability.
* Broken Line ____ _ ____ _ ____ _ ____
FIRE AND SHOCK HAZARD
1. Be sure all components are positioned in such a way as to avoid the possibility of adjacent component
shorts. This is especially important on those chassis which are transported to and from the service shop.
2. Never release a repaired unit unless all protective devices such as insulators, barriers, covers, strain
reliefs, and other hardware have been installed in accordance with the original design.
3. Soldering and wiring must be inspected to locate possible cold solder joints, solder splashes, sharp solder
points, frayed leads, pinched leads, or damaged insulation (including the ac cord). Be certain to remove
loose solder balls and all other loose foreign particles.
4. Check across-the-line components and other components for physical evidence of damage or
deterioration and replace if necessary. Follow original layout, lead length, and dress.
5. No lead or component should touch a receiving tube or a resistor rated at 1 watt or more. Lead tension
around protruding metal surfaces or edges must be avoided.
6. Critical components having special safety characteristics are identified with an 'S' by the Ref. No. in the
parts list and enclosed within a broken line* (where several critical components are grouped in one area)
along with the safety symbol on the schematic diagrams and /or exploded views.
7. When servicing any unit, always use a separate isolation transformer for the chassis. Failure to use a
separate isolation transformer may expose you to possible shock hazard, and may cause damage to
servicing instruments.
8. Many electronic products use a polarized ac line cord (one wide pin on the plug). Defeating this safety
feature may create a potential hazard to the servicer and the user. Extension cords which do not
incorporate the polarizing feature should never be used.
9. After reassembly of the unit, always perform an ac leakage test or resistance test from the line cord to all
exposed metal parts of the cabinet. Also, check all metal control shafts (with knobs removed), antenna
terminals, handles, screws, etc., to be sure the unit may be safely operated without danger of electrical
shock.
* Broken line ____ _ ____ _ ____ _ ____
LEAKAGE CURRENT COLD CHECK
1. Unplug the ac line cord and connect a jumper between the two prongs of the plug.
2. Turn on the power switch.
3. Measure the resistance value between the jumpered ac plug and all exposed cabinet parts of the receiver,
such as screw heads, antennas, and control shafts. When the exposed metallic part has a return path to the
chassis, the reading should be between 1 megohm and 5.2 megohms. When the exposed metal does not
have a return path to the chassis, the reading must be infinity. Remove the jumper from the ac line cord.
LEAKAGE CURRENT HOT CHECK
1. Do not use an isolation transformer for this test. Plug the completely reassembled receiver directly into
the ac outlet.
2. Connect a 1.5k, 10W resistor paralleled by a 0.15uF. capacitor between each exposed metallic cabinet
part and a good earth ground such as a water pipe, as shown below.
3. Use an ac voltmeter with at least 5000 ohms/volt sensitivity to measure the potential across the resistor.
4. The potential at any point should not exceed 0.75 volts. A leakage current tester may be used to make
this test; leakage current must not exceed 0.5mA. If a measurement is outside of the specified limits,
there is a possibility of shock hazard. The receiver should be repaired and rechecked before returning it
to the customer.
5. Repeat the above procedure with the ac plug reversed. (Note: An ac adapter is necessary when a
polarized plug is used. Do not defeat the polarizing feature of the plug.)
OR
With the instrument completely reassembled, plug the ac line cord directly into a 120Vac outlet. (Do not
use an isolation transformer during this test.) Use a leakage current tester or a metering system that
complies with American National Standards Institute (ANSI) C101.1 Leakage Current for Appliances and
Underwriters Laboratories (UL) 1410, (50.7). With the instrument ac switch first in the on position and
then in the off position, measure from a known earth ground (metal water pipe, conduit, etc.) to all exposed
metal parts of the instrument (antennas, handle brackets, metal cabinet, screw heads, metallic overlays,
control shafts, etc.), especially any exposed metal parts that offer an electrical return path to the chassis.
Any current measured must not exceed 0.5mA. Reverse the instrument power cord plug in the outlet and
repeat the test. See the graphic below.
TV SAFETY NOTES
SAFETY CHECKS
After the original service problem has been corrected, a complete safety check should be made. Be sure to
check over the entire set, not just the areas where you have worked. Some previous servicer may have left
an unsafe condition, which could be unknowingly passed on to your customer. Be sure to check all of the
following:
Fire and Shock Hazard
Implosion
X-Radiation
Leakage Current Cold Check
Leakage Current Hot Check
Picture Tube Replacement
Parts Replacement
WARNING: Before removing the CRT anode cap, turn the unit OFF and short the HIGH VOLTAGE to
the CRT DAG ground.
SERVICE NOTE: The CRT DAG is not at chassis ground.
IMPLOSION
1. All picture tubes used in current model receivers are equipped with an integral implosion system.
Care should always be used, and safety glasses worn, whenever handling any picture tube. Avoid
scratching or otherwise damaging the picture tube during installation.
2. Use only replacement tubes specified by the manufacturer.
X-RADIATION
1. Be sure procedures and instructions to all your service personnel cover the subject of X-radiation.
Potential sources of X-rays in TV receivers are the picture tube and the high voltage circuits. The
basic precaution which must be exercised is to keep the high voltage at the factory recommended
level.
2. To avoid possible exposure to X-radiation and electrical shock, only the manufacturer's specified
anode connectors must be used.
3. It is essential that the service technician has an accurate HV meter available at all times. The
calibration of this meter should be checked periodically against a reference standard.
4. When the HV circuitry is operating properly there is no possibility of an X-radiation problem. High
voltage should always be kept at the manufacturer's rated value - no higher - for optimum
performance. Every time a color set is serviced, the brightness should be run up and down while
monitoring the HV with a meter to be certain that the HV is regulated correctly and does not exceed
the specified value. We suggest that you and your technicians review test procedures so that HV and
HV regulation are always checked as a standard servicing procedure, and the reason for this prudent
routine is clearly understood by everyone. It is important to use an accurate and reliable HV meter. It
is recommended that the HV reading be recorded on each customer's invoice, which will
demonstrate a proper concern for the customer's safety.
5. When troubleshooting and making test measurements in a receiver with a problem of excessive high
voltage, reduce the line voltage by means of a Variac to bring the HV into acceptable limits while
troubleshooting. Do not operate the chassis longer than necessary to locate the cause of the excessive
HV.
6. New picture tubes are specifically designed to withstand higher operating voltages without creating
undesirable X-radiation. It is strongly recommended that any shop test fixture which is to be used
with the new higher voltage chassis be equipped with one of the new type tubes designed for this
service. Addition of a permanently connected HV meter to the shop test fixture is advisable. The
CRT types used in these new sets should never be replaced with any other types, as this may result in
excessive X-radiation.
7. It is essential to use the specified picture tube to avoid a possible X-radiation problem.
8. Most TV receivers contain some type of emergency "Hold Down" circuit to prevent HV from rising
to excessive levels in the presence of a failure mode. These various circuits should be understood by
all technicians servicing them, especially since many hold down circuits are inoperative as long as
the receiver performs normally.
PICTURE TUBE REPLACEMENT
The primary source of X-radiation in this television receiver is the picture tube. The picture tube
utilized in this chassis is specially constructed to limit X-radiation emissions. For continued Xradiation protection, the replacement tube must be the same type as the original, including suffix letter,
or a Philips approved type.
PARTS REPLACEMENT
Many electrical and mechanical parts in Philips television sets have special safety related
characteristics. These characteristics are often not evident from visual inspection nor can the protection
afforded by them necessarily be obtained by using replacement components rated for higher voltage,
wattage, etc. The use of a substitute part which does not have the same safety characteristics as the
Philips recommended replacement part shown in this service manual may create shock, fire, or other
hazards.
PRODUCT SAFETY GUIDELINES FOR ALL PRODUCTS
CAUTION: Do not modify any circuit. Service work should be performed only after you are thoroughly
familiar with all of the following safety checks. Risk of potential hazards and injury to the user increases if
safety checks are not adhered to.
USE A SEPARATE ISOLATION TRANSFORMER FOR THIS UNIT WHEN SERVICING.
PREVENTION OF ELECTROSTATIC DISCHARGE (ESD)
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 electrostatic
discharge (ESD).
1. Immediately before handling any semiconductor component or semiconductor-equipped assembly, drain
off any ESD on your body by touching a known earth ground. Alternatively, obtain and wear a
commercially available discharging ESD wrist strap, 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 buildup 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 "antistatic
(ESD protected)" can generate an electrical charge sufficient to damage ES devices.
5. Do not use Freon propelled chemicals. These can generate electrical charges 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 of your clothes fabric or the lifting of your feet from a carpeted
floor can generate static electricity (ESD) sufficient to damage an ES device.)
NOTE to CATV system Installer:
This reminder is provided to call the CATV system installer's attention to article 820-22 of the NEC that
provides guidelines for proper grounding and, in particular, specifies that the cable ground shall be
connected to the grounding system of the building, as close to the point of cable entry as practical.
PRACTICAL SERVICE PRECAUTIONS
IT MAKES SENSE TO AVOID EXPOSURE TO ELECTRICAL SHOCK. While some sources are
expected to have a possible dangerous impact, others of quite high potential are of limited current and are
sometimes held in less regard.
ALWAYS RESPECT VOLTAGES. While some may not be dangerous in themselves, they can cause
unexpected reactions – reactions that are best avoided. Before reaching into the powered color TV set, it is
best to test the high voltage insulation. It is easy to do, and is just a good service precaution.
BEFORE POWERING UP THE TV WITH THE BACK OFF (or on a test fixture), attach a clip lead to
the CRT DAG ground and to a screwdriver blade that has a well insulated handle. After the TV is powered
on and high voltage has developed, probe the anode lead with the blade, starting at the bottom of the High
Voltage Transformer (flyback – IFT). Move the blade to within two inches of the connector of the CRT. IF THERE IS AN ARC, YOU FOUND IT THE EASY WAY, WITHOUT GETTING A SHOCK! If
there is an arc to the screwdriver blade, replace the High Voltage Transformer or the lead, (if removable)
whichever is causing the problem.
PICTURE TUBE REPLACEMENT PROCEDURE
Note: a. Two (2) people are required to handle this picture tube.
b. Safety Glasses must be worn during this procedure or whenever directly handling a picture tube.
c. Take care in each step not to damage the CRT or the cabinet.
1. Remove the Chassis and the CRT Socket Board Module from the cabinet.
2. A furniture pad or blanket should be positioned on the floor to support only the CRT Face. This pad or
blanket should be high enough to keep the CRT Face approximately 12 to 14 inches off the floor.
3. Using two people, place the cabinet in a front down position with the CRT Face on the pad or blanket.
4. Place padded blocks under each corner of the cabinet to keep it from rocking.
5. Remove the four screws, at the corners of the CRT.
6. With two people lowering the cabinet to the floor, leave the CRT elevated by the pad or blanket.
Note: Take care not to grasp the neck of the CRT during this procedure, as it is extremely fragile.
7. Two (2) people may then lift the CRT from the cabinet.
8. Remove the degaussing coil from the defective CRT and mount on the replacement. Take care to
maintain the exact shape and fit.
To install the new CRT, reverse steps 1 to 7.
E8 CHASSIS INTRODUCTION
The E8 series chassis is the Small Screen TV chassis produced by Philips Consumer Electronics Company
for the 1999-2000 model year. The E8 is used with 13, 19, and 20 inch CRT’s. The E8 Tuning System
features a 181 channel Tuning System with On-Screen Display. The Tuning System uses two IC’s mounted
on the main chassis. It consists of a Microcomputer IC and Memory IC. The Microcomputer communicates
with the Memory IC, the Customer Keyboard, the Remote Receiver, the U/V Tuner, the TV Signal Processor,
the Stereo Decoder (optional), and the Power On-Off circuitry. The Memory IC retains the settings for
favorite stations, customer control settings, feature settings, and factory setup data.
The chassis features a Very Large Scale Integration (VLSI) IC for TV Signal Processing. This IC performs
Video IF, Sound IF, AFT/AGC control, Horizontal Signal Processing, Vertical Signal Processing,
Horizontal/Vertical Synchronization, Chroma/Luminance Processing, and Video Switching between internal
and external inputs. On-Screen Graphics from the Microcomputer are placed on the main signal within the
TV Signal Processor. Automatic Volume Level (AVL) from the Microcomputer is sent to the TV Signal
Processor (Mono Sets) and to the Stereo Module (DBX Stereo Sets via the I2C bus). AVL for Normal Stereo
is switched by Pin 9 of the Microcomputer, 7600. The Mono version has a 1 watt audio amplifier. The
Normal Stereo version has a 2x1 watt amplifier. The DBX Stereo version has a 2x3 watt amplifier. Latin
American versions of this chassis may have a 2 or 3 watt Mono amplifier.
The E8 chassis features a Switching Mode Power Supply. A ”HOT“ ground reference is used in the primary
side of the power supply. ”COLD“ (signal) ground is used from the secondary of the power supply and
throughout the rest of the chassis. AN ISOLATION TRANSFORMER IS REQUIRED WHEN DOING
SERVICE ON ANY CHASSIS.
CHASSIS SPECIFICATIONS
Channel Tuning:
Antenna: Channels 2 through 69
Cable: Channels 1 through 125
Allowable cable offset ± 2.0 MHz
Operating and Storage Temperatures:
Operating Temperature: +5ºC to +45ºC
Sound Performance:
At 360 mv RMS/1 kHz to Audio input;
Output 1 Watt per channel or 3 Watts per channel with <10% Total Harmonic Distortion (THD).
At 1 Watt RMS, both channels driven, response is within ± 2dB from 20Hz to 20kHz.
Power Supply Voltages:
NAMEVALUE TOLERANCE AT COMPONENT
V+3.3 3.3 volts +/- 0.3 volt 2604
V+5vD 5 volts +/- 0.8 volt Emitter of 7612
V+5v 5 volts +/- 0.5 volt Pin 6 of 1000
Vstby 5 volts +/- 0.5 volt 3615
V+7.5v 7.5 volts +/- 0.5 volt 2414
V+8.5v 8.7 volts +/- 0.8 volt 2415
VmainAux 9 volts +/- 1 volt 2561
Vsound 10.5 volts +/- 1 volt 2955 (2X1 W stereo, 1 W mono)
Vsound 16.5 volts +/- 1 volt 2955 (2X3 W stereo)
V+13v 13.5 volts +/- 1 volt 2410 (13“ and 19“ models)
V+13v 13.8 volts +/- 1 volt 2410 (20“ models)
V-13v -13.5 volts +/- 1 volt 2410 (13“ and 19“ models)
V-13v -13.8 volts +/- 1 volt 2410 (20“ models)
MainSupply 95 volts +/- 1.5 volts Pin 2 of 5445
V+190v 190 volts +/- 10 volts 2413
190V 190 volts +/- 10 volts Pin 3 of connector 0244
Mains (AC Power):
60 Hz, 120 volts AC nominal:
Allowed 90 to 132 volts AC
For Auto-Multi-Voltage Only:
60 Hz, 90 to 276 volts AC
Power consumption, worst control setting:
9200 +/- 10% 8200 +/- 15% 10,200 +/- 15%
Note: Nominal specifications represent the design specifications. All units should be able to approximate
these. Some will exceed and some may drop slightly below these specifications. Limit specifications
represent the absolute worst condition that still might be considered acceptable. In no case should a unit fail
to meet limit specifications.
MODEL TO MODULE LIST
The Model to Module list shown below identifies all electrical panels, modules and assemblies used in each
model produced with the E8 chassis. This information was current at time of printing.
Information concerning cabinet parts and cabinet mounted parts (CRT/Yoke/etc.) is shown in the Cabinet
Replacement Parts List.
Replacement part numbers for each module are provided in the Chassis Panel Replacement Parts List.
If you are attempting to service a model equipped with the E8 chassis, the necessary electrical information
should be covered in this service manual, even if the corresponding model number is not listed.
Model Size
Panel Number Description
PHILIPS – MAGNAVOX MODELS
13PT30L1 13“
00A10800 Combi Board
00EME810 Main Chassis
00ASD054 BTSC (Non-DBX) Panel Replacement Parts List
Note: A10800 Combi Board contains the following boards:
Side Interface Panel, Top Customer Control Panel, LED Right Panel and LED Left Panel
13PR19C1 13“
00EME801 Main Chassis
PR1305C1 13“
00EME800 Main Chassis
PR1319C1 13“
00EME803 Main Chassis
PR1390C1 13“
00EME802 Main Chassis
PR1391X1 13“
00EME802 Main Chassis
XR1305C1 13“
00EME800 Main Chassis
XR1391C1 13“
00EME802 Main Chassis
19PR19C121 19“
00EME873 Main Chassis
19PR19C122 19“
00EME842 Main Chassis
19PR19C125 19“
00EME832 Main Chassis
19PS56C121 19“
00EME876 Main Chassis
00ASD050 2X1Watt Stereo Module
19PS56C122 19“
00EME847 Main Chassis
00ASD050 2X1Watt Stereo Module
19PS56C125 19“
00EME837 Main Chassis
00ASD050 2X1Watt Stereo Module
19PT10C125 19“
00EME839 Main Chassis
PR1903C121 19“
00EME870 Main Chassis
PR1903C122 19“
00EME840 Main Chassis
PR1903C125 19“
00EME830 Main Chassis
PR1920C121 19“
00EME874 Main Chassis
PR1920C122 19“
00EME846 Main Chassis
PR1920C125 19“
00EME836 Main Chassis
PS1946C121 19“
00EME875 Main Chassis
00ASD050 2X1Watt Stereo Module
PS1946C122 19“
00EME843 Main Chassis
00ASD050 2X1Watt Stereo Module
PS1946C125 19“
00EME833 Main Chassis
00ASD050 2X1Watt Stereo Module
PS1956C121 19“
00EME872 Main Chassis
00ASD050 2X1Watt Stereo Module
PS1956C122 19“
00EME844 Main Chassis
00ASD050 2X1Watt Stereo Module
PS1956C125 19“
00EME834 Main Chassis
00ASD050 2X1Watt Stereo Module
PS1966C121 19“
00EME871 Main Chassis
00ASD052 DBX 2X1Watt Stereo Module
PS1966C122 19“
00EME845 Main Chassis
00ASD052 DBX 2X1Watt Stereo Module
PS1966C125 19“
00EME835 Main Chassis
00ASD052 DBX 2X1Watt Stereo Module
XR1903C121 19“
00EME870 Main Chassis
XR1903C122 19“
00EME840 Main Chassis
XR1903C125 19“
00EME830 Main Chassis
XS1956C121 19“
00EME872 Main Chassis
00ASD050 2X1Watt Stereo Module
XS1956C122 19“
00EME844 Main Chassis
00ASD050 2X1Watt Stereo Module
XS1956C125 19“
00EME834 Main Chassis
00ASD050 2X1Watt Stereo Module
PHILIPS
20PT30B122 20“
00AVJ240 Side AV Jack Panel
00EME838 Main Chassis
00ASD051 DBX 2X3Watt Stereo Module
PHILIPS - LATIN AMERICA 110V
14LL190121 13“
00EME824 Main Chassis
14LW192221 13“
00EME822 Main Chassis
00ASD049 DBX 2X3Watt Stereo Module
14LX1903 13“
00EME820 Main Chassis
20LL290125 19“
00EME850 Main Chassis
20LL291125 19“
00EME851 Main Chassis
20LW292225 19“
00EME852 Main Chassis
00ASD049 DBX 2X3Watt Stereo Module
20LW293225 19“
00EME853 Main Chassis
00ASD049 DBX 2X3Watt Stereo Module
20LX2903 19“
00EME854 Main Chassis
21LW392221 20“
00AVJ240 Side AV Jack Panel
00EME860 Main Chassis
00ASD051 DBX 2X3Watt Stereo Module
PHILIPS - INDUSTRIAL TELEVISION SMARTPORT
HC9913C1 13“
00EME893 Main chassis
00A10809 Healthcare Jack Panel
HC9919C1 19“
00EME892 Main Chassis
00A10779 Healthcare Jack Panel
PL9119C125 19“
00EME890 Main Chassis
TL9119C125 19“
00EME890 Main Chassis
PHILIPS ITV CARD SETS
PC9219C1 19“
00A10777 Interface Module
00EME891 Main Chassis
PC9219PKIT 19“
00A10777 Interface Module
00EME891 Main Chassis
00PROKIT Pro Video Card Kit
00A10758 Pro Video Card
00A10759 Pro Video Jack Panel
HEADPHONEFRONT FRONT FRONT
VIDEO OUTPUT1 1 1
AUDIO OUTPUTL-R (FIXED) L-R (FIXED) L-R (FIXED)
* Only one set of audio output jacks, menu selectable, switchable between fixed and variable output.
GLOSSARY OF TERMS, ACRONYMS, AND ABBREVIATIONS
2CS Two Channel Stereo
AFC Automatic Frequency Control
AFT Automatic Fine Tuning
AP Asia Pacific
ATS Automatic Tuning System
AV External Audio/Video
AVL Automatic Volume Level control
BTSC Broadcast Television Standard Committee (TV stereo)
CBA Circuit Board Assembly (PCB)
CC Closed Captioning
CSM Customer Service Mode
CVBS Color Video Blanking Sync
DNR Dynamic Noise Reduction
EEPROM Electrical Erasable Programmable Read-Only Memory
Error Buffer Register that keeps track of errors that occur and stores error codes
Error Code A numerical value used to indicate a failure in the television
EU Europe
EXT External audio/video input
FM Frequency Modulation
I²C Inter IC bus, 2-wire bi -directional (SCL/SDA)
ID Identification
IDENT Horizontal coincidence signal, transmitter identification
IF Intermediate Frequency
IN ITT sound IC with NICAM function
IT ITT sound IC without NICAM function
LATAM Latin America
LED Light Emitting Diode
Local Keyboard The buttons (usually volume up, volume down, channel up, and channel down) located on
the front of the television set
MA Mono All; single mono carrier receiver
NICAM Near Instantaneous Companding Audio Multiplex; Digital Sound System
NR Noise Reduction
NTSC National Television Systems Committee (video)
NVM Non Volatile Memory
OB Option Byte (Feature Byte)
OSD On Screen Display
PCB Printed Circuit Board (CBA)
PIP Picture In Picture
PLL Phase Locked Loop
PP Personal Preference
RAM Random Access Memory
RC Remote Control
RC-5 Remote Control System 5
RGB Red Green Blue
ROM Read Only Memory
SAM Service Alignment Mode
SAP Second Audio Program
SCL Serial Clock
SDA Serial Data
SDM Service Default Mode
SVHS Super Video Home System
Top Level Menu This refers to the main menu (as opposed to sub menus) in SAM
V-Chip Violence-Chip
VCR Video Cassette Recorder
2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL
VIDEO NOISE REDUCTIONYESYESYESYESYESYESYESYESYESYESYESYESYESYESYES
GLOBAL SMART SOUNDYESYESYESYESYESYESYESYESYESYESYESYESYESYESYES
Software - (2US1 Cluster)
________These sets use Mono Software (48K uP)
TUNERFULL CABLE FULL CABLEFULL CABLEFULL CABLEFULL CABLE FULL CABLE FULL CABLEFULL CABLEFULL CABLEFULL CABLE FULL CABLE FULL CABLEFULL CABLEFULL CABLEFULL CABLE
SPEAKERS2" X 4" OVAL 2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL 2" X 4" OVAL 2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL2" X 4" OVAL 2" X 4" OVAL 2" X 4" OVAL2" X 4" OVAL2" X 5" OVAL2" X 5" OVAL
JACK PANELJP9403JP9403JP9410JP9410JP9403JP9403JP9403JP9410JP9410JP9403JP9403JP9403JP9410JP9610JP9610
REAR CONNECTORSMONO A/V IN MONO A/V IN STEREO A/V/I/O STEREO A/V/I/O MONO A/V IN MONO A/V IN MONO A/V IN STEREO A/V/I/O STEREO A/V/I/O MONO A/V IN MONO A/V IN MONO A/V IN STEREO A/V/I/O STEREO A/V/I/O STEREO A/V/I/O
FRONT CONNECTORSSTEREO A/V IN STEREO A/V INSTEREO A/V IN STEREO A/V INSTEREO A/V IN
SIDE CONNECTORSSTEREO A/V IN STEREO A/V IN
HEAD PHONE JACKFRONTFRONTFRONTFRONTFRONTFRONTFRONTFRONTFRONTFRONTFRONTFRONTFRONTFRONTFRONT
SET CONTROLSDV6DV6DV6DV6DV6DV6DV6DV6DV6DV6DV6DV6DV6DV6DV6