Applied Electronics - Course Number 28846

Units: 3

Scoring Policy:
This course has three exams: analog, digital, and microcontrollers (14 points)
Active participation in class (2 points)
project (4 points)

TA classes take place after the main sessions.

Homework:
Analog
Digital
Microcontrollers-1
Microcontrollers-2

Class Schedule

1. Introduction - Some Examples
2. A Review of the General Principles - Quantities - Gyro sensors - Accelerometer
3. Circuit Loading - Signal - Resistors & Capacitors - Relays
4. Semiconductors - Diodes - Characteristics - half/full Wave Rectifier - Zener
5. Transistor - Characteristics - Mode of a Transistor - Large-signal model - Applications
6. Operating Amplifier (Op-amps) - Comparators with Hysteresis - On/Off control
7. Positive/Negative Gain Amplifiers - Buffers - Adders - Error Amplifiers - Proportional Controller
8. Current to Voltage Converters - Voltage to Current Converters - Integrators - Integral/Derivator/Proportional Controllers
9. Instrumentation Amplifiers - Filters - Oscillator
10. Reviewing an Instrumentation Amplifier - AD624
11. Digital Electronics - Logic Gates - Integrated Circuit - Characteristics
12. Combinational Logic Circuit - Full/Half Adder - Truth Table - Three-state Buffers
13. Simplification of Functions - Kmap Table
14. Decoder - Encoder - Multiplexer - Demultiplexer
15. Combinational Circuit Design
16. 7-Seg - ALU - Read Only Memories (ROM)
17. Sequential Circuits - flip-flops
18. Registers - Counters - Random Access Memories (RAM)
19. Design & Analysis of Sequential Circuits - Addressing
20. Microcontroller
21. Arduino-1
22. Arduino-2
23. Microcontroller Applications
24. Communication Protocols-1
25. Communication Protocols-2
26. Digital to Analog & Analog to Digital Converters
27. Data Acquisition Cards
28. Department Projects Review