Recent SemestersFall 2026, Spring 2025Class Size24 studentsCredits4PrerequisiteAnalyze (predict or calculate the behavior or change in behavior of) a given passive DC electric circuit or device.* Test and measure specified parameters of a given passive DC electric circuit or device using standard laboratory test equipment and procedures. Troubleshoot (identify a faulty component in) a given malfunctioning passive DC electric circuit or device. Design (specify all components and interconnections of) and construct a passive DC electric circuit to perform a specified function.* Evaluate the feasibility of a proposed design for a DC electronic circuit or system intended to satisfy given standards of performance subject to given constraints.* Select from a range of DC electronic devices or circuits the one most suitable for a specified application, subject to given constraints.* Specify which tests or measurements would be necessary to confirm or disprove a given hypothetical diagnosis of a malfunctioning DC electronic circuit or system, given the symptoms.* Apply standard estimating techniques to quickly determine if a solution to an otherwise time-consuming or intractable engineering problem involving DC electric circuits can be rejected in advance.*, ET 92 Transfers ToCSUDescriptionThis course introduces the fundamental concepts of digital electronics, including binary numbers, truth tables, logic families, and Boolean algebra. Students test, troubleshoot, analyze, and design digital circuits including gate networks, flip-flops, multivibrators, registers, counters, state machines, memories, digital-to-analog (D/A) and analog-to-digital (A/D) converters, programmable logic devices, tri-state logic, and data communication circuits.Usually Held4:00pm–5:15pm, Fri 4:00pm–6:50pm, Mon 4:00pm–6:50pm, Mon Wed 4:00pm–5:15pm 