|
1 ) Explain career opportunities in the field of digital electronics. |
||||||||
|
2 ) Apply safety rules, regulations, and procedures related to the digital electronics field. |
||||||||
|
3 ) Explain digital principles, including electrical signal types. Examples: digital, analog |
||||||||
|
4 ) Utilize digital number systems, including binary, octal, decimal, hexadecimal, and Boolean operations. |
||||||||
|
5 ) Interpret logic gate symbols, including standard form and alternate form. |
||||||||
|
6 ) Determine the truth table for each logic gate used in digital electronics. |
||||||||
|
7 ) Identify types of logic devices. Examples: multivibrators, encoders, converters, memory storage devices |
||||||||
|
8 ) Interpret logic device symbols. |
||||||||
|
9 ) Utilize breadboarding techniques in construction of digital circuits, including simple logic and combinational logic. |
||||||||
|
10 ) Demonstrate skills related to troubleshooting digital circuits. |
||||||||
|
11 ) Utilize terminology related to microprocessor system components. |
||||||||
|
12 ) Explain principles and operation of a microprocessor system. |