Ele 110: Digital Electronics 3 credits
A study of digital components, including gates, flip flops, registers, arithmetic circuits, memory devices and PLDs. Includes a study of Boolean algebra, simplification techniques and HLD-based design. Lecture and lab.
Ele 191: Digital Electronics Lab 0 credits
Corequisite: Ele 110.
Ele 205: Basic Circuit Analysis I 3 credits
Fundamentals of DC circuits. Ohm's Law, circuit theorems, nodal and mesh analysis, capacitors and inductors. First and second order transient response. Lecture and lab .
Prerequisite: Ma 200.
Corequisite: Ma 201.
Ele 206: Basic Circuit Analysis II 3 credits
Fundamentals of AC circuits. Sinusoids, phasors, AC power, three phase circuits, magnetically coupled circuits and frequency response. Laplace impedance methods. Lecture and lab.
Prerequisite: Ele 205.
Ele 295: Basic Circuit Analysis I Lab 0 credits
Corequisite: Ele 205.
Ele 296: Basic Circuit Analysis II Lab 0 credits
Corequisite: Ele 206.
Ele 301: Electronic Devices & Circuits 3 credits
Application of linear transistor circuits with negative feedback. Lecture and lab.
Prerequisite: Ele 206.
Ele 303: Electric Machinery 3 credits
A study of AC and DC machines, energy conversion and transmission of energy.
Prerequisites: Ele 206 or Ma 180 Prerequisite.
Ele 306: Linear Integrated Circuits 3 credits
Phase locked loops, timers, and operational amplifiers as linear amplifiers, oscillators and comparators. Lecture and lab .
Prerequisites: Phy 109 or Ele 206 Prerequisite.
Ele 391: Electronic Devices & Circuits Lab 0 credits
Corequisite: Ele 301.
Ele 396: Linear Integrated Circuits Lab 0 credits
Corequisite: Ele 306.
Ele 404: Microprocessor Interfacing 3 credits
Hardware characteristics of microprocessors. Design of interfaces including memory, I/O, timers, DMA, interrupt controllers, A/D & D/A conversions. Lecture and lab.
Prerequisite: CpS 230.