1. ES220 Review

2. Highlights of the Semester
Circuit analysis techniques
Components
Passive components: resistor, capacitor and inductor
Active components: Op-amp, (You will learn about transistors in the next semester)
Filter Circuits
Passive filter
Active filter

3. Circuit Analysis Ohm’s law KCL & KVL Dependent sources
Series and parallel circuit
Mesh/nodal analysis
Thevenin/Norton EQ circuit
Maximum power transfer
Complex number calculation

4. Components Op-Amp Inverting/Noninverting amplifier Summer
Difference amplifier
Instrumentation amplifier
3-bit Digital to analog converter
Astable multivibrator
Integrator
Active filter

5. Passive Components Passive=“no power supply is needed” Resistor
Capacitor
Voltage does not change instantaneously
Inductor
Current does not change instantaneously
Concept of impedance

6. Coupling Capacitor
Project from Electronics I

7. Charge Storage
Project in Electronics II

8. Application of Maximum Power Transfer
(50 Ohm antenna)
We design a matching circuit to change the impedance of a circuit.
CES590: Passive RF Circuits

9. Bandpass Filter
(CES590 Passive Components)

10. Active Filter Circuit
Electronics II

11. 4 year Curriculum
(You are here now….)

12. In the Spring

13. Courses in the Spring
Digital Logic Design: Gates+(Possibly Verilog/FPGA)
Electronics I: Transistor
Diode
BJT
CMOS

14. Final Exam
Date: 12/11
Time: 11-12:50
Location: Salazar 2003

15. Topics Circuit analysis (30 points) Components (35 points)
Active/Passive
First Order Filter (35 points)