1.
|
Define basic electricity terms. (I)
|
2.
|
Perform calculations using scientific notation with metric prefixes
and symbols. (II, III, IV, V)
|
3.
|
Use Ohm's law and Kirchoff's voltage law to solve series circuit
problems. (II, III, IV, V)
|
4.
|
Make circuit measurements using ammeter, voltmeter, and ohmmeter. (II,
III, IV, V, VI, VII)
|
5.
|
Construct series, parallel, and combination circuits and measure
voltages, current, and resistance using the appropriate test
equipment. (III, IV, V, VI, VII)
|
6.
|
Make circuit measurements in parallel and series-parallel circuits.
(III, IV, V, VI, VII)
|
7.
|
Use the laws of electricity to solve parallel and series-parallel
circuit problems. (IV, V)
|
8.
|
Describe voltage and current sources, and evaluate the effect of loads
on practical sources. (V)
|
9.
|
Use the standard color code to determine resistance. (VI)
|
10.
|
Determine current meter and voltage meter loading effects in a
circuit. (VII)
|
11.
|
Describe the characteristics and properties of conductors and
insulators. (VIII)
|
12.
|
Use standard formulas to calculate internal resistance and power
transfer for battery power supplies. (IX)
|
13.
|
Determine the frequency and period of a periodic function. (X)
|
14.
|
Determine peak, peak-to-peak, and rms values of a sine wave. (X)
|
15.
|
Determine angles in degrees and radians. (X)
|
16.
|
Make voltage or current calculations using phasors. (X, XIV)
|
17.
|
Determine equivalent inductance and inductive reactances of inductors
connected in series or parallel. (XI)
|
18.
|
Perform calculations of equivalent capacitance and capacitive
reactances of capacitors connected in series of parallel. (XII)
|
19.
|
Demonstrate RC circuit conditions in the laboratory. (XII)
|
20.
|
Make calculations for A.C. circuits containing series RL or RC
elements. (XII)
|
21.
|
Determine power dissipation in A.C. circuits. (XIII)
|
22.
|
Make circuit calculations for series and parallel A.C. circuits
containing resistance, inductance, and capacitance. (XIV)
|
23.
|
Determine admittance, conductance, and susceptance, and make
calculations for parallel A.C. circuits. (XIV)
|
24.
|
Determine the resonant frequency of a series parallel RLC circuit.
(XV)
|
25.
|
Describe low, high, and band pass filter operation and circuits. (XVI)
|
|