Difference between revisions of "ECE 3084"
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| − | {{DISPLAYTITLE: |
+ | {{DISPLAYTITLE:ECE 3084 - Signals and Systems}} |
| − | '''ECE |
+ | '''ECE 3084''' is a 3 credit hour class with no lab requirement. It is a requirement for [[Electrical_Engineering |electrical engineering]] majors and an elective for [[Computer_Engineering | computer engineering]] majors. <ref name=":0">https://www.ece.gatech.edu/courses/course_outline/ECE3084</ref> [BACKGROUND INFORMATION] |
| + | [ANY REQUIRED PURCHASES] |
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==Topic List== |
==Topic List== |
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| + | [TOPIC LIST] |
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| − | * Basic Concepts |
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| − | **Voltage, current, power, and energy |
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| − | **Circuit elements (R, L, C, ideal [https://en.wikipedia.org/wiki/Operational_amplifier operational amplifiers], ideal transformers) |
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| − | **Independent and dependent sources |
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| − | **Kirchoff's laws |
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| − | **Series and parallel combinations of elements |
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| − | **Voltage division and current division |
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| − | *DC circuit analysis |
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| − | **Node analysis |
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| − | **Mesh analysis |
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| − | *Network theorems |
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| − | **Linearity |
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| − | **Superposition |
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| − | **Source transformations (Thevenin-Norton equivalencies) |
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| − | **Thevenin's theorem |
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| − | **Norton's theorem |
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| − | *Circuits containing operational amplifiers |
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| − | **Ideal Op-Amp model, with negative feedback |
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| − | **Inverting and non-inverting configurations |
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| − | **Voltage followers, adders, difference amplifiers |
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| − | *First and second-order circuits |
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| − | **Singularity functions |
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| − | **RC and RL source-free circuits |
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| − | **Constant and non-constant forcing functions |
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| − | **Initial and final values |
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| − | **Op-amp circuits for integration and differentiation |
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| − | **Measurement of signals in physical circuits |
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| − | **RLC circuits |
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| − | **Time-domain analysis |
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| − | *Sinusoidal steady-state (SSS) analysis |
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| − | **Sinusoids |
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| − | **Complex numbers |
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| − | **Complex exponential representations of sinusoids (phasors) |
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| − | **Impedance and admittance |
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| − | **Superposition, Thevenin and Norton theorems |
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| − | **Analysis and network theorems for SSS |
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| − | **Frequency response |
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| − | **Bode (BOH-dee or Bo-duh) plots |
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| − | **Resonance |
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| − | **Measurement of frequency response of physical circuits |
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| − | *Power analysis |
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| − | **Instantaneous and average power |
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| − | **Power factor and power factor correction |
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| − | **Complex power |
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| − | **Maximum power transfer |
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| + | [REFERENCE TO THIS LIST] |
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| − | This topic list is from spring 2021.<ref name=":0" /> |
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==Future Outlook== |
==Future Outlook== |
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| + | [LIST WHAT THIS CLASS IS A PREREQ FOR] |
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| − | ECE 2040 is a prerequisite for '''many''' courses in the School of Electrical and Computer Engineering. These courses are listed below. |
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| + | [LIST HOW DIFFICULT IT IS] |
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| − | |||
| − | * [[ECE 3025]] - Electromagnetics |
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| − | * [[ECE 3030]] - Physical Foundations of Computer Engineering |
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| − | * [[ECE 3040]] - Microelectronic Circuits |
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| − | * [[ECE 3077]] - Introduction to Probability and Statistics for ECE |
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| − | * [[ECE 3150]] - VLSI and Advanced Digital Design |
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| − | * [[ECE 3550]] - Feedback Control System |
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| − | |||
| − | Many of the above courses are also requirements for EE and CmpE degrees--these courses may be prerequisites for other major-required courses or for certain electives. |
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| − | |||
| − | ECE 2040 is also a pre or co-requisite for some non-ECE classes: |
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| − | |||
| − | * BMED 4782 - Biosystems Analysis |
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| − | * CHBE 4782 - Biosystems Analysis |
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| − | * ME 3017 - System Dynamics |
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| − | * ME 4013 - Hybrid Vehicle Powertrains |
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| − | * ME 4782 - Biosystems Analysis |
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==Registration== |
==Registration== |
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| + | [IS THIS COURSE LINKED OR NOT?] [[https://gt-student-wiki.org/mediawiki/index.php/Scheduling#Linked_Course]] |
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| − | ECE 2040 is not a [[Linked Course|linked course]]. |
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==Resources== |
==Resources== |
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| + | [INCLUDE COURSE WEBSITE] |
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| − | *[https://hasler.ece.gatech.edu/Courses/ECE2040/index.html Course website] |
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==References== |
==References== |
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Latest revision as of 20:14, 13 May 2022
ECE 3084 is a 3 credit hour class with no lab requirement. It is a requirement for electrical engineering majors and an elective for computer engineering majors. [1] [BACKGROUND INFORMATION]
[ANY REQUIRED PURCHASES]
Topic List[edit | edit source]
[TOPIC LIST]
[REFERENCE TO THIS LIST]
Future Outlook[edit | edit source]
[LIST WHAT THIS CLASS IS A PREREQ FOR] [LIST HOW DIFFICULT IT IS]
Registration[edit | edit source]
[IS THIS COURSE LINKED OR NOT?] [[1]]
Resources[edit | edit source]
[INCLUDE COURSE WEBSITE]
