106年 電路學Class plan.xlsx
Week
1
Date
Mon. 13:20~15:10
2/19/17
(Textbook 1
Class rules, Grouping
Inverter / AND / OR gates
2/26/17 NAND / NOR/ XOR / XNOR gates
Boolean algebra / expression
DeMorgan's Theorem
Wed. 10:10~12:00
Homework (5%)
228 Memorial Day
Assigned in pdf file
Implementing combinational logic
Universal property of NAND/NOR gates
Combinational logic using NAND/NOR gates
Logic circuit operation with pulse inputs
Basic adder
Parallel binary adder
Comparators
Assigned in pdf file
2
Logic Gates,
Chap. 3)
3
Boolean Algebra and Logic
Simplification, Combinational
Logic Analysis (Textbook 1
Chap. 4,5)
4
Latches, Flip-flops, and
Timers (Textbook 1 Chap.
5,6,7)
Decoders / encoders
Code converters
3/12/17 Multiplexer / demultiplexer
Parity generators / checkers
Latches
Flip-flop operation characteristics
Flip-flop applications
Edge-triggered flip-flops
Assigned in pdf file
5
Counter, Shift register
(Textbook 1 Chap. 8,9)
3/19/17 Counters
Shift register / Homework & 1st midterm
review
Assigned in pdf file
Boolean analysis of logic circuit
Simplification using Boolean algebra
3/5/17
Truth table
Karnaugh map
DE II Lab1: Software/Hardware
3/26/17
introduction
4/2/17 Pen test 1 (30%)
Q(C) & I(A), V(V), P(W) & E(J)
Elements V,I,E,F,G,H,R,L,C,D,M,Q
4/9/17
Ohm's law & units
Node/branched/loop
6
DE II Lab
7
Midterm 1
8
Basic Concepts / Basic Laws
(Textbook 2 Chap. 1,2)
9
Methods of Analysis/ Circuit
Theorems (Textbook 2 Chap.
3,4)
4/16/17
10
Circuit Theorems/ Operational
Amplifier (Textbook 2 Chap.
4,5)
4/23/17
11
Capacitors and Inductors
(Textbook 2 Chap. 6)
Capacitors, Series and parallel C
4/30/17 Inductors, Series and parallel L
OP AMP + C & L
12
Midterm 2
13
First-Order Circuits, SecondOrder Circuits (Textbook 2
Chap. 7,8.)
5/14/17
14
Sinusoids and Phasors /
Sinusoidal Steady-State
Analysis (Textbook 2 Chap. 9,
10)
Sinusoids, Phasors
Impedance & admittance
5/21/17
KCL/KVL in frequency domain
Impedance combination
15
AC Power Analysis (Textbook 2
Chap. 11)
5/28/17
16
17
18
戴亞翔
Progress
Frequency Response (Textbook 2
Chap. 14)
Frequency Response (Textbook 2
Chap. 14)
Final
6/4/17
DE II Lab2: 7-segment verilog
Spring break
KCL, KVL
Series R, Parallel R, Y <=> Delta
1.5, 1.14
2.13, 2.29, 2.45
Nodal analysis with voltage sources
Mesh analysis with current sources
Linearity property
Superposition
Source transform
Thevenin's theorem
Norton's theorem
Max power transfer
Basic concept about OP AMP
Ideal OP AMP
Inverting / Noninverting amplifier
Summing amplifier
Difference amplifier
Cascaded OP AMP circuits
4.11, 4.22, 4.38
5.13, 5.24, 5.65
Review for pen test 2
6.21, 6.39, 6.72
5/7/17 Pen test 2 (30%)
Source-free RC / RL
Step response of RC / RL circuit
1st-order OP AMP circuit
Singularity functions
Maximum average power transfer
RMS value
Instantaneous & average power
Complex power
Bode plots
Remark
3.10, 3.31, 3.63
SPICE Lab1: Example 3.7, 3.8, 4.9, 4.17
Practice Problem 3.64, 5.4
2nd order circuit
7.14, 7.40
Nodal / Mesh analysis
Superposition Theorem
Source Transformation
Thevenin and Norton Equivalent Circuits
OP AC circuits
9.5, 9.25, 9.67
10.4, 10.22, 10.40
SPICE Lab2: 7.10, 8.12
11.13, 11.22, 11.56
Series / Parallel resonance
Review for pen test 3
14.17, 14.22, 14.50
6/11/17 SPICE Lab3: Bode plot
On-computer SPICE test (5%)
6/18/17 Dragon Boat Festival
Pen test 3 (30%)
第 1 頁
2018/2/5