| 1.
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Analyze series and parallel resonant circuits mathematically. (II,
III)
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| 2.
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Describe bandwidth and gain of resonant circuits. (II, III)
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| 3.
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Analyze series and parallel tuned circuits. (II, III)
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| 4.
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Describe criteria for oscillations. (II, III)
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| 5.
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Describe active and passive filters. (III, IV)
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| 6.
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Describe the effects of a filter on complex waveforms. (III, IV)
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| 7.
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Analyze the components of an AM modulated wave. (IV)
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| 8.
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Describe and identify sources of noise, equivalent noise resistance.
(V)
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| 9.
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Compute signal-to-noise ratio. (V)
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| 10.
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Describe a method used to measure noise. (V)
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| 11.
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Draw a typical block diagram of an AM transmitter. (VI, VIII)
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| 12.
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Troubleshoot an AM transmitting system. (VI, VIII)
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| 13.
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Explain the Armstrong, Colpitts, and crystal oscillator. (VII)
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| 14.
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Describe LC oscillator sine wave. (VII)
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| 15.
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Align an FM receiver and detectors. (VII, IX-XI)
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| 16.
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Explain single-sideband (SSB) principles. (VIII)
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| 17.
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State several advantages of SSB transmission. (VIII)
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| 18.
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Describe FM modulation techniques. (IX)
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| 19.
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Explain the function of each block of an FM receiver. (IX)
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| 20.
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Troubleshoot FM receiving systems. (IX, X)
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| 21.
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Explain the theory of a lossless transmission line. (X, XI)
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| 22.
|
Compute VSWR. (XI)
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| 23.
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Use a Smith chart. (XI)
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| 24.
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Define polarization and the dipole antenna. (XII)
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| 25.
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Describe characteristic impedance. (XII)
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