An electrical system is shown in the Figure 1. Assuming output as V:(t), Obtain, a) the...

Transcribed Image Text:

An electrical system is shown in the Figure 1. Assuming output as V:(t), Obtain, a) the set of differential equations governing the system b) transfer function e) Draw the block diagram from the differential equations d) Obtain the state space model (state and output equation) e) Draw the Bond Graph of this system "without causality" R, i. 1 R, 216 Figure-1 De(t) C 2. A mechanical system is shown in the Figure 2 Figure-2 St FM 4- F 771 kı www. v₂(t) 10-1-9 Obtain a) the set of differential equation governing the system b) Synthesize the Bond Graph An electrical system is shown in the Figure 1. Assuming output as V:(t), Obtain, a) the set of differential equations governing the system b) transfer function e) Draw the block diagram from the differential equations d) Obtain the state space model (state and output equation) e) Draw the Bond Graph of this system "without causality" R, i. 1 R, 216 Figure-1 De(t) C 2. A mechanical system is shown in the Figure 2 Figure-2 St FM 4- F 771 kı www. v₂(t) 10-1-9 Obtain a) the set of differential equation governing the system b) Synthesize the Bond Graph

Answer rating: 100% (QA)

Steps Step 1 of 2 a Differential equations governing the system di dt Vit R it L du C it dt where Vi ... View the full answer