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2:05 - Building RC Circuit: Causal Approach
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Classroom Contents
Acausal vs Causal Modeling Explained with Dyad
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- 1 0:00 - Introduction to Causal vs Acausal Modeling
- 2 0:13 - Pros and Cons: Industry Perspectives
- 3 2:05 - Building RC Circuit: Causal Approach
- 4 2:32 - Deriving Causality with Kirchhoff's Laws
- 5 3:54 - Implementing RC Circuit in Dyad Causal
- 6 6:21 - Block Diagram Walkthrough
- 7 9:22 - Building RC Circuit: Acausal Approach
- 8 9:35 - Component-Based Modeling Philosophy
- 9 10:18 - Defining Connectors and Pins
- 10 11:09 - Creating Partial Components One Port
- 11 12:04 - Building Resistor, Capacitor, and Inductor Components
- 12 14:01 - RC Circuit Acausal Implementation
- 13 15:13 - Visual Comparison: Causal vs Acausal Representations
- 14 17:21 - Building RLC Circuit: Causal Approach
- 15 18:41 - RLC Block Diagram Implementation
- 16 19:15 - Detailed Block Diagram Walkthrough
- 17 23:29 - Lack of Reusability in Causal Approach
- 18 24:29 - Building RLC Circuit: Acausal Approach
- 19 25:11 - Component Reuse Benefits
- 20 26:06 - Model Evolution Comparison
- 21 27:51 - Code Comparison: RC to RLC Transition
- 22 28:45 - Summary and Key Benefits
- 23 29:22 - Next Steps and Resources
