EGR 352

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EGR 352

• Instructor Chris Poulos
• Instructors background
• E-mail cpoulos_at_ptloma.edu
• Syllabus
• Lecture Twice a Week , Lab Once a Week
• Grading 3-4Tests (50), Final (25), and Lab
  (25)

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Methods of Learning

• Lecture PowerPoint Slides and Whiteboard
  Calculations
• Assignments text and handouts
• Circuit Simulation CircuitMaker
• Lab construction of circuits with plug board and
  printed circuit board, analysis circuits with
  signal generator, volt/amp meter, and
  oscilloscope

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Goals, after this class you will be able to

• Write Kirchoffs voltage and current equations
• Draw Thevenins equivalent circuits
• Write differential equations of a circuit that
  describe the time and frequency response
• Describe the characteristics of the Germanium and
  Silicon Diode

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Goals, after this class you will be able to

• Describe the different types of Transistors,
  bipolar junction and the field effect transistor
  and their characteristics
• Understand and use the different types of
  configuration (common base, emitter, and
  collector)
• Learn the different biasing techniques of
  transistors

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Goals, after this class you will be able to

• Learn the History of the Transistor from Dick
  Shockley
• Understand the transistor from small and large
  signal points of view
• How to apply load line techniques to analysis the
  operating region of a diode or transistor
• Use the transistor model developed for
  understanding the transistor amplifier

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Goals, after this class you will be able to

• Understand the systems approach of cascading
  modules to build a system
• Design using an Op-Amp to create active filters,
  oscillators, voltage summing, and voltage
  regulators

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Rth 7k Vth 6v
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100x50/(10050)
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