Essentials of Digital Technology
This two-day course provides a comprehensive overview of digital design fundamentals. You learn design essentials while gaining a working knowledge of how real-world digital systems are implemented on the manufacturing floor. The course identifies how to interpret integrated circuit specifications, understand basic circuit assembly, and manufacturing processes; and acquire a familiarity with the applications of digital building block ICs in practical electronic systems. This course is designed for customer/sales associates, marketing and product line representatives, patent attorneys, and other supervisors and managers seeking a background in the fundamentals in order to gain a concise summary of the essential terms and concepts. You will acquire knowledge of digital systems to enhance your professional performance and thereby help your company to understand how digital systems are designed and implemented. This class includes the text “Digital Electronics” by Tokheim plus a supplementary 76-page text.
What you will learn:
- Digital Electronics: Uses and purposes for digital electronics.
- Numbers used in Digital Electronics: Device Construction and Integrated Circuits: Why do digital electronics use binary, octal, and hexadecimal numbering systems.
- Digital IC Basics: Basic building blocks of binary logic.
- Binary Logic Gates: Types and functions of logic gates.
- Using Binary Logic Gates: How they are used to build more complex functions.
- IC Specification and Simple Interfacing: Understanding the voltage & current disciplines when interfacing logic gates.
- Encoding, Decoding, and Seven-Segment Displays: How they work and are used for the man/machine interfacing.
- Flip-Flops: Types and why they are the basic building block of memories.
- Counters: Ripple, mod-10, synchronous, up-down and self-stopping, counters as frequency dividers, TTL and CMOS IC counters.
- Shift Registers: Basic logic devices for accomplishing many software functions.
- Arithmetic Circuits: The heart of all computer operations, weather performing software functions or automating a hardware function like the automatic automobile.
- Memories: The main element of providing faster computing and building ever complex digital systems.
- Revisiting the PC: How the PC functions from a more detailed viewpoint.
- Connecting with Analog Devices: D/A Conversion: basic and ladder type, operational amplifiers and A/D Converters
- What is a digital circuit?
- Why use digital circuits?
Numbers Used in Digital Electronics
- Counting in decimal and binary; place value
- Binary to decimal conversion
- Decimal to binary conversion
Digital IC Basics
- Device construction and processes
- Diodes and transistors, FETs
- Common integrated circuit types
- MOS devices – CMOS, NMOS, PMOS, PLDs and FPGAs
Binary Logic Gates
- AND, OR, inverter, buffer, NAND, NOR, and exclusive OR
- Multi-input gates
- Practical TTL and CMOS logic gates
Using Binary Logic Gates
- Boolean expressions
- Constructing circuits
- Sample problems for simplifying Boolean expressions
- Drawing a circuit from a maxterm/minterm expression
- Using Vitch Diagrams and Karnaugh Maps for logic minimization
IC Specifications and Simple Interfacing
- Logic levels and noise margins
- Specifications for MOS and CMOS digital ICs
- Interfacing TTL and CMOS with switches, LED and logic interfacing
Encoding, Decoding, and 7-Segment Displays
- Codes (8241, BCD, Gray, and ASCII) encoders
- BCD-to-7 segment decoder/drivers
- Liquid crystal displays
- Using CMOS to drive and LCB display
- R-S and clocked R-S
- Flip-flop operations
- D and J-K flip-flops and Schmitt triggers
- *ipple, Mod-10, Synchronous, up-down and self stopping
- Counters as frequency dividers
- TTL and CMOS IC counters
- Serial load/serial shift
- Parallel load/parallel dump
- Serial load/parallel dump
- Parallel load/serial shift
- Half and full adders
- Arithmetic logic units
- Designing a half adder
- Random access memory (RAM), static, and dynamic RAM ICs, RAM mechanization, read only memory (ROM)
- Using a ROM and programmable read only memory (PROM), other memory devices
- Non-volatile read/write memory, microprocessor memory
- Operation and programming of ROM, PROM, EPROM, and flash RAM
REGISTRATION: There is no obligation or payment required to enter the Registration for an actively scheduled course. We understand that you may need approvals but please register as early as possible or contact us so we know of your interest in this course offering.
SCHEDULING: If this course is not on the current schedule of open enrollment courses and you are interested in attending this or another course as an open enrollment, please contact us at (410)956-8805 or email@example.com. Please indicate the course name, number of students who wish to participate. and a preferred time frame. ATI typically schedules open enrollment courses with a 3-5 month lead-time. To express your interest in an open enrollment course not on our current schedule, please email us at firstname.lastname@example.org.
There are no prerequisites for this course. However, if you have any background working with basic electronics or have attended a vocation-tech curriculum, it would provide a helpful background for the course material.
This class includes the text “Digital electronics” by Tokheim plus a supplementary 76-page text.
Robert Hanson, MSEE has unmatched experience in teaching and knowledge of electronics. As a Testability Overseer for Boeing Commercial Airline products, Mr. Hanson has worked with non-EEs and EE’s. His over 40 years of work experience in the design manufacturing and testing areas have enabled him to consult and train both nationally and internationally. As a digital design engineer at The Boeing Company, Rockwell, Honeywell, and Loral, Mr. Hanson designed and provided prototype operational analysis on many high-speed designs, including PCBs for AWACs, B1-B, 747-400, missiles, and ground support test equipment. He has played a very active role in automating the line, implementing robotics and participating in produciblity studies, and working in the CAE/Cad/CAT, JIT , simulation and automatic assembly environments. He also has performed studies and headed research projects in the computer-integrated manufacturing environment. Mr. Hanson has extensive experience in the testing disciplines (both factory and field, commercial and military). His teaching experience include electronic conventions, over 100 private companies on site, and universities. Boeing Company awarded him Aerospace Man of the Year for saving $6,000,000 for inventing a new testing technique for the Boeing B-1 bomber electronics.