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/.! !^^-J": ^ ^o^ct^^s^' ^^r s^
THEM^bMEf^rS P^GNATEDBY!^<<^^(^J
^ ^
COMPONENTS WHC 8E VALUES ARE OFSPECtALSJQM^C ^
^YlCOMPONEMT ^EStGNATED BY A MARKMED^Tt
DESIGNATED tN TT-E PARTS UST. DO NOT DEBATE
VOLTAGE RATINGS SHOWN.
!
f-
3. K^^p^raS a^y frc )T( h^H^tage^an^ h^gh temperature conip Me ^ ^
NOTES ON SCHEMATA DtAGRAM
Spectfication of capacitor and resistors wiii be shown
with coded symbo)s, reading code symbols fottowing
the chart and notes. Some capacitor and resistors wi!)
be shown directfy with va!ues and no other infor-
mation. DetaDed information on each capacitor and
resistor wiii be shown in the !ist.
DO NOT REPLACE OR ORDER RES!STOR AND
CAPACITOR PARTS FOLLOW)NG THE SPEOF)-
CAT)ONS SHOWN iN THE SCHEMATIC D)A-
GRAMS.
ALWAYS CHECK FOR THE CORRECT SPEC!F!-
CATiONS !N THE PARTS UST. ESPECIALLY FOR
CRmCAL COMPONENT MARKED A . SPEOAL
ATTENTION MUST BE QtVEN TO CRtTtCAL COM-
PONENTS.
Read resistor codes as fo)!ows:
1. A!t resistance va!ues are indicated in
ohms: K=1.000. M=1,000,000.
2. Read wattage, material and to!erance
codes foiiowing the chart.
Read capacitor codes as fottows:
1. For capacitors identified with-i h values iess than
1 are expressed in ^ F , values more than
1 are in pF.
2. For capacitors (e)ectroiytic) identrfied with -S-
values are expressed in ^ F.
Vottage and waveforms were taken using a video
cotor bar signa! (1V p-p). Une voHage is 240V.
Vottages were taken with a high-impedance
voltmeter.
- 71
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