ELE 1801 - Transfer Digital Logic and Embedded Systems

2 lecture hours 2 lab hours 3 credits

Course Description
This course is utilized to document approved transfer credit in Digital Logic and Embedded Systems from another college, normally as part of a transfer agreement, and is not intended for regular offering at MSOE. The digital topics include digital number systems, testing logic functions, implementing Boolean expression using combinational logic circuits, and testing logic blocks. Simplification techniques, encoders, decoders, multiplexers, and implementing a design on a programmable logic device are also covered. Microprocessors and embedded systems are examined as well, where students describe processor architecture, program microcontrollers/microprocessors, analyze general purpose input/output, analyze analog to digital conversion results, analyze interrupts, and implement serial communication. Both ELE1801 Transfer Digital Logic and Embedded Systems and ELE2801 Bridge Digital Design and Procedural Programming are required to satisfy the ELE1601 Intro Programming for EEs and CPE1500 Digital Logic courses at MSOE. (prereq: none)

Course Learning Outcomes
Upon successful completion of this course, the student will be able to:

Analyze digital number systems
Test functions of basic logic functions
Implement Boolean expressions using combinational logic circuits
Identify electrical signals or characteristics
Test the operation of logic blocks
Test the operation of display devices
Test the operation of sequential logic devices
Determine functions of electronic memory
Interface digital to field devices
Apply Boolean tools and other simplification techniques
Differentiate specifications among logic families
Build encoders, decoders, and multiplexers into a system
Generate pulses and timing signals
Build clocked logic circuits to drive encoders, decoders and multiplexer systems with asynchronous and/or synchronous counters
Implement a design using programmable logic devices
Explain digital design considerations (relate to real world)
Test an analog to digital interface
Describe microcontroller/microprocessor architecture
Program microcontrollers/microprocessors (target) using microprocessor language (preferably C)
Apply Hexadecimal numbering system to memory mapped registers
Analyze general purpose digital I/O
Evaluate parallel communications
Analyze analog to digital conversion
Analyze interrupts
Implement Pulse Width Modulation (PWM)
Implement serial communications

Prerequisites by Topic

None

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Dr. Joshua Carl

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ELE 1801 - Transfer Digital Logic and Embedded Systems