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Course Outline and Reading Assignments


SEC #	TOPICS	READING ASSIGNMENTS


		Neaman, Donald A. Electronic Circuit Analysis and Design. 2nd ed. Irwin Professional Publishing, 1996. ISBN: 0256119198.	Johnson and Jayakumar. Operational Amplifier Circuits. Upper Saddle River, NJ: Prentice Hall, 1982. ISBN: 0136374476.


1	Components


	Resistors Standard Values	pp. 1195-1197


	Component Symbols	Handout


	Frequency Response, Bode Plots	pp. 383-397


	Basics Review	Sections 7.0-7.2.4


2	Diodes


	Diodes, Diode Equation	Sections 1.2.4-1.3	pp. 197-202


	Graphical/Load Line Analysis	Section 1.3.1


	Diode Models	Sections 1.3.2-1.3.4


	Diode Models: Ideal		pp. 203


	Diode Models: Piecewise Linear		pp. 203


	Diode Models: AC	Section 1.4 All


	Diode Models: Other Diode Types	Sections 1.5.1-1.5.4, Handout


	Zener Diodes	Section 1.5.5	pp. 210-211


	Diode Applications	Sections 2.0-2.4.1, 2.5-2.6, Handout


	Diode Applications: Peak Sampler, Power Rectifier, Clamps, Regulator	Handouts	pp. 205-209, 229-33


3	Bipolar Transistors


	Definitions	pp. 102-Section 3.1.4	pp. 212-214


	V-I Characteristics, Breakdown	Sections 3.1.5-3.1.6	pp. 215-216


	Common-Emitter Large Signal Model, Graphical Analysis	Sections 3.2-3.2.3, 3.3.3	pp. 216-220


	Common-Collector	pp. 205-212


	Common-Emitter	pp. 189-204


	Applications: Current Source, DC Power Supply Regulator


4	Bipolar Transistors


	Transistor Biasing	pp. 134-150


	Hybrid-PI Equivalent Circuit	pp. 165-189, Section 4.2.4


	High-Frequency Hybrid-PI	pp. 416-426 Top


	H-Parameters	Section 4.2.5


	Common-Emitter Amplifier	pp. 190-204


	Common-Collector (Emitter-Follower) Amplifier	pp. 205-212


5	Junction Field-Effect Transistors


	Operation	pp. 288, 5.4.1-pp. 291 Top


	Background and V-I Characteristics: JFET	pp. 292, Sections 5.4.2-5.4.3, Ex. 5.17 Only


	FET Switch, Chopper, MUX


	Low Frequency Incremental Model	pp. 362, 6.9.1-pp. 367 Top


	Biasing	pp. 295, Ex 5.17, Handouts


	JFET Current Source	pp. 609, Section 10.2.4


6	Two-Transistor Amplifiers


	Differential Emitter-Coupled Pair	pp. 639-648 Top, pp. 653-662


	Differential Emitter-Coupled Pair: Current Mirror	pp. 577-582


	Complementary Emitter-Follower [Class B, AB]	pp. 499-502, 484-491 Top


	Power Amplifiers	pp. 469-474, 477-480


7	Operational Amplifiers


	Overview	pp. 521-9.1.3	pp. 1-15


	Basic Linear Op-Amp Circuits


	Basic Linear Op-Amp Circuits: Inverting, Non-Inverting, Addition, Subtraction	Sections 9.2-9.9.2.2, 9.3, 9.4-9.4.2, 9.6.1	pp. 55-63, 159-162


	Basic Linear Op-Amp Circuits: AC Amplifiers, Inverting and Non-Inverting		pp. 95-98


	Basic Linear Op-Amp Circuits: Cascading; Ideal Impedances		pp. 64-66


	Basic Linear Op-Amp Circuits: I-V Conv, V-I Conv, Difference Amp., Instrumentation Amp.	Sections 9.5-9.5.4	pp. 70-71


	Integrator, Differentiator	Section 9.5.5	pp. 77-87, 163-170


	Lossy Integrator		pp. 87-92


	Negative Feedback	Chapter 12


8	Operational Amplifiers


	Limitations	Sections 14.0-14.1.1


	Limitations: Effect of Finite Open-Loop Gain	Section 9.2.3 + Handouts, Sections 14.2-14.2.2


	Limitations: Differential and Common Mode Input Voltage Limits	Section 14.1.2


	Limitations: Common-Mode Rejection Ratio	Section 14.6.2	pp. 71-72


	Limitations: Input Resistance	Sections 14.2.3-14.2.4	pp. 65


	Limitations: Input Bias Current, Input Offset Current	Sections 14.5-14.5.2	pp. 251


	Limitations: Non-Zero Output Resistance	Section 14.2.5


	Limitations: Frequency Response, Gain-Bandwidth Product	Sections 14.3-14.3.2


	Limitations: Output Voltage Swing, Saturation	pp. 875	pp. 12


	Limitations: Output Current Limit	Section 14.4.1, pp. 830: Short Circuit Protection	pp. 252-253


	Limitations: Compensation	Section 12.10.3, pp. 798	pp. 6, 52


	Limitations: Slew Rate	Section 14.3.3	pp. 93-94


	Limitations: Offset Voltage and Drift	Sections 14.4-pp. 895, 14.4.2, 14.6.1	pp. 93, 250


	Limitations: Op-Amp Selection Considerations		pp. 253-256


9	Operational Amplifiers


	Non-Linear Op-Amp Circuits


	Non-Linear Op-Amp Circuits: Comparator	Sections 15.3-15.3.1	pp. 53-55


	Non-Linear Op-Amp Circuits: Schmitt-Trigger	Sections 15.3.2-15.3.4


	Non-Linear Op-Amp Circuits: Schmitt-Trigger Oscillator [Astable Multivibrator]	Section 15.4.1	pp. 233-234


	Non-Linear Op-Amp Circuits: Precision Rectifier, Log Amplifier	Section 9.5.6	pp. 227-229


	Non-Linear Op-Amp Circuits: 555 IC Timer	Sections 15.4.2-15.4.3


10	Practical Matters


	Physical Layout; Intercircuit Coupling


	V_cc, V_ee Bypassing


	V_cc, V_ee Bypassing: Capacitors and Resistors at Very High Frequencies


	Interference and Shielding


	Grounding and Ground Sequencing


	Optoelectronic Isolators