Electrical & Industrial Maintenance Training

Digital Electronic: Design II (INDT 1603)

To obtain current class dates, times, and fees:

  1. Open eResources (You will need the class number located in parenthesis after the class title)
  2. Navigate to Non-Credit Registration
  3. Navigate to "Register and Pay for Continuing Education Classes"

If you have any questions, email ContractTrainingSales@jjc.edu.

Description

Builds on concepts started in Digital Electronic Design I. The attendees will be exposed to design and operation of sequential logic devices. With the aid of a digital design computer program, the attendee will construct sequential logic circuits during hands-on portion of the course. Complex Program Logic Devices (CPLDs) will be used for most of this course.

You will learn

  1. Data Control Devices
    • Comparators, Decoders/Encoders
    • Mux/Demux Devices
  2. Flip-Flops
    • S-R Flip-Flops
    • D type Flip-Flops
    • J-K Flip-Flops
    • Three State Buffers
  3. Sequential Logic Circuits
    • Switch Debouncing
    • One-Shot Multivibrators
    • Multivibrators
  4. Counter Circuits and Shift Registers
    • Ripple Counters
    • Divide by N Counters
    • Seven Segment Display Circuits
    • Synchronous Counters
    • Shift Registers
  5. Complex Programmable Logic Devices (CPLD)
    • Introduction into CPLD Operations
    • Programming

Who will benefit

  • Computer/Electrical/Electronic Technicians
  • Biomedical Technicians
  • Auto Mechanics
  • Electronic Field Service Personnel

Your instructor

John Koepke, P.E., is a Joliet Junior College faculty member who teaches in the electrical engineering technology program. He previously served as a master instructor at the United States Naval Academy while on active duty teaching upper level electrical engineering courses on such topics as Digital Logic, Semiconductors, AC/DC Circuit Analysis, Rotating Machines and Natural/Forced Response. Prior to coming to JJC, John worked as a revenue systems engineer for the Chicago Transit Authority (CTA) where he was responsible for testing and evaluating software/hardware for the 6800 microprocessor-based revenue collection system. While at the CTA, he developed and delivered training courses in the substation breakers, rail signal maintenance and other microprocessor based equipment. John has a B.S. in Technical Careers from S.I.U., Carbondale, and an M.S. in Aeronautical Engineering and Avionics from the Naval Postgraduate School in Monterey, California

In-House Training Available

For additional information about in-house training, please call Amy Murphy at (815) 280-1418 or email amurphy@jjc.edu

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