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COURSE OUTLINE

EET 306L: Electron Devices II Laboratory

Credits and Contact Hrs. (Lecture/Laboratory): 1 credit, 3 contact hours per week. 

Course Description: To accompany EET306. Three hours of laboratory each week. 

Prerequisites/ Co-Requisites: EET206/EET306 

Textbook: Department developed laboratory manual. 

Reference: None 

Course Coordinator: Douglas A. Hanneman, Professor. 

Goals/ Objectives:

Illustrate classroom topics using a hands-on approach in the design, fabrication and testing of electronic circuitry. SPICE analysis is used extensively to compare theoretical to the laboratory results. 

Course topics and lecture hours devoted to each topic:

  • RC coupled BJT amplifier (3hrs.)
  • Two stage BJT RC coupled amplifier using internal feedback (3hrs.)
  • Two stage BJT RC coupled amplifier using external feedback (3hrs.)
  • Differential amplifier (3hrs.)
  • Integrated circuit opamp , open loop characteristics (3hrs.)
  • Inverting and non-inverting opamp circuits (3hrs.)
  • Opamp ramp generator and timer circuit (3hrs.)
  • Opamp signal generators (3hrs.)
  • Free-running and monostable multivibrator opamp circuits (3hrs.)
  • Opamp regulated power supply (3hrs.)
  • Opamp differential input instrumentation amplifier (3hrs.)
  • PNPN device scr phase control circuit (3hrs.)
  • Class A, B, AB push pull amplifier (3hrs.) 
    •

    Computer usage: SPICE analysis required for each experiment.

    Oral and written communication requirements: None

    Calculus usage: None

    Library usage: None