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EET 202 - Electronics 2


Credits: 4
3 Lecture Hours 2 Lab Hours

Prerequisites: EET 201  

 
Description
This course is a continuing study of Electronics 1 and its applications. Emphasis will be on power amplifiers, differential amplifiers, junction gate field-effect transistors (JFETs), metal oxide-semiconductor field-effect transistors (MOSFETs) and thyristors. Detailed analysis of linear op-amp circuits and their applications will be presented. Popular linear integrated circuits (IC) and timers will be covered.


Learning Outcomes
Upon successful completion of the course, the student will:

  1. Employ techniques to analyze and design differential and power amplifiers.
  2. Identify JFET and Complementary Metal-Oxide-Semiconductor (CMOS) transistors and describe their function.
  3. Describe thyristors and their operations.
  4. Make use of the concepts of electronic theory in troubleshooting and design of electronic circuits.
  5. Define the concepts in the design of active filters, oscillators and timers.
  6. Use Electronics Workbench and Multisim simulators in the design and analysis of electronic circuits.
Listed Topics
  1. Emitter follower: CC amplifier, voltage gain, maximum unclipped output, cascading CE and CC, class B operation, improved voltage regulation
  2. Power amplifiers: the AC load line, class A operation, transistor power rating, AC output compliance, thermal resistance
  3. Field-effect transistors (FET): the biased JFET, drain curves, the transconductance
  4. FET circuits: self-bias circuit, graphical solution of self-bias, JFET amplifiers, JFET analog switch, other JFET applications
  5. Thyristors: the four-layer diode, the silicon controlled rectifier, bidirectional SCR, the unijunction transistor
  6. Frequency: frequency response of an amplifier, input and output coupling capacitor, emitter bypass capacitor, high-frequency bipolar analysis, decibels and bDm, power and voltage gain, bode plot
  7. Op-amp theory: integrated circuits making IC, the differential amplifier, common mode gain, the current mirror
  8. More op-amp theory: small and large signal frequency response, power bandwidth, op-amp characteristics, popular op-amps; other linear ICs
  9. Linear op-amp circuits: voltage controlled voltage source (VCVS) sallen and key active filters, low-pass 1st and 2nd-order active filter, high-pass 1st and 2nd order active filter, band-pass 2nd-order active filters, multiple-feedback active filter design
  10. Oscillators: theory of sinusoidal oscillation, the Wien-Bridge oscillator, other RC oscillator, the Colpitts oscillator, the 555 timer
Reference Materials
Approved Instructor textbooks and materials
Approved By: Johnson, Alex Date Approved: 04/28/2010


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