EE 260 Lectures

This page will contain links to classroom lectures for this semester as they are created. They are available for your review after class and may be available before the class. Lectures are listed here in reverse order.

* Here is information on the Navigation icons. used in the lecture notes.

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Course Lectures

Lecture 43
EE 260 Computer
Where have we been
Readings for next time:
  • Good luck on the final
Lecture 42
EE 260 Computer
Readings for next time:
  • Begin reviewing for the final
Lecture 41
EE 260 Computer
Readings for next time:
  • Begin reviewing for the final
Lecture 40
A Simple Computer
Readings for next time:
  • Begin reviewing for the final
Lecture 39
Generic Digital System
A Simple Computer
Readings for next time:
  • Read Sections 10.1 to 10.4
Lecture 38
Generic Digital System
Readings for next time:
  • Read Sections 8.8 and 8.9
Lecture 37
Generic Digital System
Readings for next time:
  • Read Section 8.5 up to and including 8.5.8
  • Read Section 8.6
Lecture 36
Practical Matters
Generic Digital System
Readings for next time:
  • Read Section 5.9 up to and including 5.9.4
Lecture 35
Midterm 2
Readings for next time:
  • None
Lecture 34
Practical Matters
Readings for next time:
  • Review for Midterm
Lecture 33
Tristate and Open Collector Gates
Where have we been: 2
Readings for next time:
  • Read Section 3.4
  • Skim Sections 3.5 and 3.6
  • Read Section 3.10
Lecture 32
PALs
Readings for next time:
  • Read Sections 5.6.1 and 5.6.2
Lecture 31
Doing Logic with MUX's
ROMs
PLAs
PALs
Readings for next time:
  • None
Lecture 30
Alarm Clock Block Diagram
Display Module
Multiplexor Logic
Readings for next time:
  • Read Sections 5.3 and 8.3
Lecture 29
TLC: State Table
Alarm Clock Block Diagram
Display Module
Readings for next time:
  • Read Section 5.7 up to and including 5.7.3
Lecture 28
TTL MSI Counters
Readings for next time:
  • None
Lecture 27
TLC: Block Diagram
Readings for next time:
  • None
Lecture 26
TLC: State Table
TLC ASM Chart
Readings for next time:
  • None
Lecture 25
Flip-Flop Flavors
Readings for next time:
  • Read Section 8.4 up to and including 8.4.4
Lecture 24
Flip-Flop Flavors
Readings for next time:
  • None
Lecture 23
2-4 Decoder
Flip-Flop Flavors
Readings for next time:
  • Read (and review) Section 7.3
  • Read Sections 7.4.4 to 7.4.6
Lecture 22
TLC: State Table
TLC: State Table
Readings for next time:
  • Read Section 7.2. The internal design of these FF's is not as important as understanding their behavior.
Lecture 21
TLC ASM Chart
TLC: State Table
Readings for next time:
  • Read Section 5.4 up to and including 5.4.5
Lecture 20
Midterm 1
Readings for next time:
  • None
Lecture 19
Where have we been
Traffic Light Controller
TLC: State Table
Readings for next time:
  • Review for the midterm
Lecture 18
7-Segment Display
CAD Tools
Joint Minimization
Readings for next time:
  • Review for the midterm
Lecture 17
7-Segment Display
Readings for next time:
  • None
Lecture 16
7-Segment Display
Readings for next time:
  • None
Lecture 15
K-Maps
K-Map Vocabulary
7-Segment Display
Readings for next time:
  • Review Section 4.3.8
Lecture 14
Where have we been
Example
Laws and Theorems
K-Maps
Readings for next time:
  • Review Sections 4.3.3 to 4.3.8
Lecture 13
Truth Table
Logic Minimization
Readings for next time:
  • Read Section 4.3
  • Skim Section 4.4
Lecture 12
Circuit Diagram Procedure
Alarm Clock: Circuit Diagram
Schematic Diagram
Where have we been
Readings for next time:
  • Read Section 4.1
Lecture 11
Alarm Clock: Circuit Diagram
Circuit Diagram Procedure
Another Example
Readings for next time:
  • Read Sections 5.1.5 to 5.1.8
  • Skim Section 5.2
Lecture 10
Implementing Logic in TTL
Alarm Clock: Logic Diagram
Alarm Clock: Circuit Diagram
Readings for next time:
  • Read Section 5.1 up to and including 5.1.5
Lecture 9
Encoded State Table
Logic vs Voltage
Circuit Diagram
Readings for next time:
  • Read Section 4.2
  • Read Sections 4.3.1 and 4.3.2
Lecture 8
Questions
Alarm Clock Control: ASM Chart
State Table
Boolean Operations
Readings for next time:
  • Read Section 3.2
  • Skim Section 3.3 (just for background information)
  • Read Section 4.2
Lecture 7
Questions
Control Finite State Machine
Alarm Clock Control: Timing Diagram
Readings for next time:
  • Read Section 3.1
  • Read Section 4.1 (just skim sections 4.1.2 to 4.1.5 - we will not be using these theorems right away)
Lecture 6
Questions
Alarm Clock Block Diagram
Alarm Clock: Control Block
Control Finite State Machine
Alarm Clock Control: ASM Chart
Readings for next time:
  • None
Lecture 5
Questions
Alarm Clock Block Diagram
Alarm Clock: Compare Module
Readings for next time:
  • Read Section 7.3 up to and including section 7.3.4
  • Read Section 7.4 up to and including section 7.4.1
  • Don't worry about the equations and circuit diagrams you see in these sections. We will start with a simpler implimentation technique
Lecture 4
Questions
Steps in Digital Design
Alarm Clock Block Diagram
Alarm Clock: Compare Module
Readings for next time:
  • Read Section 7.3 up to and including section 7.3.4
  • Read Section 7.4 up to and including section 7.4.1
  • Don't worry about the equations and circuit diagrams you see in these sections. We will start with a simpler implimentation technique
Lecture 3
Questions
Steps in Digital Design
Design as Process
Readings for next time:
  • Read Sections 2.1 to 2.3
  • Read Section 3.1 (NOTE: we will discuss positive and negative logic in mucvh more detail than presented here)
  • Read Section 10.1 through 10.1.1 only
Lecture 2
Questions
Digital vs Analog
What is Design
Readings for next time:
  • Read Sections 1.6 to 1.12
Lecture 1
About EE 260
Readings for next time:
  • Skim Preface
  • Read Sections 1.1 to 1.5

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