Learning Trancient Analysis: Tips for New Students

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SUMMARY

The discussion focuses on the foundational concepts necessary for understanding Transient Analysis in electrical engineering, particularly for students in mechatronics. It emphasizes the importance of conducting DC analysis to establish the operating point (Q-point) of a circuit before proceeding to AC analysis and ultimately Transient Analysis. The relationship between DC circuits, AC analysis, and operational amplifiers (op-amps) is clarified, highlighting that assumptions made without proper DC analysis can lead to incorrect conclusions in transient evaluations.

PREREQUISITES
  • Understanding of DC Circuit fundamentals
  • Knowledge of AC Analysis techniques
  • Familiarity with Operational Amplifiers (op-amps)
  • Basic concepts of Transient Analysis
NEXT STEPS
  • Study the process of establishing a Q-point in DC analysis
  • Learn about frequency response in AC analysis
  • Explore time-domain analysis techniques in Transient Analysis
  • Review practical applications of op-amps in transient circuits
USEFUL FOR

This discussion is beneficial for first-year college students in mechatronics, electrical engineering students, and anyone seeking to understand the interconnections between DC circuits, AC analysis, and Transient Analysis in circuit design.

lynda.lysandra
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Hi, I just start my 1st year college. In mechatonics major. Still newbie...
I want to ask for help...
I am going to learn about Trancient Analysis tommorow. I tried to read the book. But I confuse, how can I start to learn. When I read the Chapter, I don't understand. I already know about OP Amp, DC Circuit, also Alternating Current...But, what is the relationship between DC Circuit, AC Analysis and OP Amp with Trancient Analysis.

Thanks...Thank you so much...
 
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Very Good Explanation can be found http://www.aplac.hut.fi/aplac/cookbook/basics/analysis.html".

Full analysis of an active circuit (transistor, opamp.. whatever) consists of three different steps:

1. DC: Basically you're computing an operating point of your circuit or a Q-point. DC values of the network that surrounds the active component determines how the active device will operate & gain etc.
2. AC: When you're done computing DC, you're now able to compute how circuit will operate over a range of frequencies, a frequency response if you will.
3. Transient: While AC analysis evaluates gain vs. frequency, the transient response evaluates voltage/current/power vs. time, in other words it is a time domain analysis (how the circuit will perform over large values of t (time)).

So without DC analysis you cannot perform a transient analysis, unless you assume something first. For instance, you can perform transient analysis / AC on a bjt/opamp circuit without dc analysis first, but you'll be forced to assume the device under investigation is operating in some mode. But if you're wrong about your assumption all other things you've performed will also be wrong.
 
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