LEARNING OBJECTIVES
- Understand the underlying theory of semiconductors
- Analyze the relationship between voltage and current in semiconductors
- Compare the behavior of BJTs and FETs in saturation and active/triode states
- Perform amplification using single transistors
- Implement multiple operational amplifier circuit topologies
- Apply semiconductor theory to temperature measurements
- Understand the practical implementation of an analog-to-digital conversion
- Apply transistor amplification theory to a multi-stage audio amplifier
COURSE ALIGNMENT
Level | University, Second Year |
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Topic | Analog Electronics, Microelectronics |
Style | Laboratory |
Prerequisite Skills |
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INCLUDED COURSE LABS
MICROELECTRONIC CIRCUIT IMPLEMENTATION
MICROELECTRONIC CIRCUIT APPLICATIONS