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Capacitor & Inductor Analyzer
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PLEASE OBSERVE THESE SAFETY PRECAUTIONS
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TABLE OF CONTENTS
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IN-CIRCUIT TESTS (Capacitors and Inductors)
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COMPONENT TEST RESULTS
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Fig. 1: Location of front panel controls.
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REAR PANEL FEATURES
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1. Test Lead Adapter (39G144) – Use to adapt Out-
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The LC103 is designed to operate as a completely
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STOP TESTING INDICATIONS
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———————— WARNING —————————
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ENTERING COMPONENT DATA
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To enter component tolerance:
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IN-CIRCUIT CAPACITOR TESTING
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OUT-OF-CIRCUIT CAPACITOR TESTING
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Dipped Solid Tantalum Capacitors
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To measure capacitor leakage:
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1.5V 3.0V 6.0V 10V 15V 20V
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AUTOMATIC GOOD/BAD CAPACITOR TESTING
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IN-CIRCUIT INDUCTOR TESTING
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Automatic GOOD/BAD Inductor Value Testing
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Several error conditions may occur while using the
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All of the LC103 ReZolver tests may be totally
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The amount of Component data which needs to be
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Making Leakage Tests
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The procedures explained in the OPERATION section
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Double Layer and “High R” Electrolytics
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IDENTIFYING INDUCTOR TYPES
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IDENTIFYING UNKNOWN COMPONENTS
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When possible, power the LC103 with the PA251 AC
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Testing Non-Polarized (Bi-Polar) Electrolytics
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The In-Circuit Inductor Test
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Ringing Deflection Yokes
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TESTING HIGH VOLTAGE DIODES
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The capacitor is one of the most common components
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Fig. 39: Temperature change versus capacity change
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CAPACITOR FAILURE MODES
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Fig. 44: The Equivalent Series Resistance (ESR) is
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Aging - operating a component or instrument at
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3200 Sencore Drive
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