| Digital Electronics |
ELEC 56 (VOC) |
- Using the design algorithm, students will design and build a combinational logic control circuit.
- Using a state machine design, students will construct a synchronus counter that counts a random number sequence and then repeats.
- Recognize logic symbols and logic interpretation.
- Analyze combinational logic circuits and waveforms.
- Analyze combinational logic circuits and waveforms.
- Demonstrate reduction techniques of combinational logic.
- Analyze sequential logic circuits and wave forms.
- Evaluate logic circuit parameters from truth tables.
- Troubleshoot logic circuits and find faults.
- Measure logic circuit input and output signals using a variety of testing techniques.
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Electronics Theory |
ELEC 50B (VOC) |
- Students completing ELEC 50B will be able to employ polar and/or rectangular notation to determine the magnitude and phase shift of an unknown circuit parameter (voltage, current, impedance, and/or power).
- Students will be able to accurately measure amplitude and time parameters of a periodic waveform displayed on the oscilloscope screen.
- Define common terms and recognize symbols used in AC electronics. (MO)
- Analyze operation of AC circuits. (MO)
- Calculate unknown electrical quantities in AC circuits. (MO)
- Measure and record AC electrical quantities. (MO)
- Demonstrate the proper use of test equipment (oscilloscope, function generator, frequency counter) when measuring electrical quantities in a lab exercise. (MO)
- Compare and contrast characteristics of series versus parallel AC circuits. (MO)
- Evaluate the characteristics of frequency selective circuits. (MO)
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Electronics Theory |
ELEC 50A (VOC) |
- As a consequence of significant program modification in which electronics math concepts will be covered in the ELEC 50A theory course, students in ELEC 50A will be able to numerically analyze a series-parallel circuit.
- Students completing ELEC 50A will be able to make accurate readings of voltage, current, and resistance using analog and digital multimeters.
- Define common terms and recognize symbols used in DC electronic circuits.
- Explain circuit operation of various DC circuitry.
- Analyze from problems various DC unknown quantities.
- Analyze from schematics various DC unknown quantities.
- Predict unknown electronic quantities before solving electronic formulas.
- Measure and record electrical quantities.
- Demonstrate proper use of test equipment
- Troubleshoot various defects in DC circuitry.
- Calculate unknown electrical quantities in DC circuits.
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