How would I find the high frequency and low frequency asymptotes for this transfer function G(s) =s^2/ (s^2+1), so that I can draw the bode plot? - Quora
![The asymptotic Bode magnitude plot of minimum phase transfer function Gs is shown below.Consider the following statements:Statement 1: Transfer function Gs has three poles and one zero.Statement 2: At very high frequency The asymptotic Bode magnitude plot of minimum phase transfer function Gs is shown below.Consider the following statements:Statement 1: Transfer function Gs has three poles and one zero.Statement 2: At very high frequency](https://df0b18phdhzpx.cloudfront.net/ckeditor_assets/pictures/1163062/original_14.a1.png)
The asymptotic Bode magnitude plot of minimum phase transfer function Gs is shown below.Consider the following statements:Statement 1: Transfer function Gs has three poles and one zero.Statement 2: At very high frequency
![control system - deriving the transfer function given bode plot - Electrical Engineering Stack Exchange control system - deriving the transfer function given bode plot - Electrical Engineering Stack Exchange](https://i.stack.imgur.com/rBbxb.jpg)
control system - deriving the transfer function given bode plot - Electrical Engineering Stack Exchange
![Control Systems Bode Plots in Control Systems Tutorial 10 April 2023 - Learn Control Systems Bode Plots in Control Systems Tutorial (25922) | Wisdom Jobs India Control Systems Bode Plots in Control Systems Tutorial 10 April 2023 - Learn Control Systems Bode Plots in Control Systems Tutorial (25922) | Wisdom Jobs India](https://www.wisdomjobs.com/userfiles/3(22).png)
Control Systems Bode Plots in Control Systems Tutorial 10 April 2023 - Learn Control Systems Bode Plots in Control Systems Tutorial (25922) | Wisdom Jobs India
![filter - Transfer Function and Bode Plot from Poles and Zeroes - Electrical Engineering Stack Exchange filter - Transfer Function and Bode Plot from Poles and Zeroes - Electrical Engineering Stack Exchange](https://i.stack.imgur.com/PM4Hp.gif)
filter - Transfer Function and Bode Plot from Poles and Zeroes - Electrical Engineering Stack Exchange
![The effect of varying coil resistance. Bode plot for transfer function... | Download Scientific Diagram The effect of varying coil resistance. Bode plot for transfer function... | Download Scientific Diagram](https://www.researchgate.net/publication/224067714/figure/fig8/AS:668615615471633@1536421793954/The-effect-of-varying-coil-resistance-Bode-plot-for-transfer-function-from-the-external.png)
The effect of varying coil resistance. Bode plot for transfer function... | Download Scientific Diagram
![3: Example of Bode plot transfer functions G(s) that is composed of... | Download Scientific Diagram 3: Example of Bode plot transfer functions G(s) that is composed of... | Download Scientific Diagram](https://www.researchgate.net/publication/265682989/figure/fig34/AS:614341128761359@1523481747819/Example-of-Bode-plot-transfer-functions-Gs-that-is-composed-of-three-different-types.png)
3: Example of Bode plot transfer functions G(s) that is composed of... | Download Scientific Diagram
![1: Bode plot of the transfer function T (s) from the voltage input of... | Download Scientific Diagram 1: Bode plot of the transfer function T (s) from the voltage input of... | Download Scientific Diagram](https://www.researchgate.net/publication/41481899/figure/fig3/AS:669421014106121@1536613815545/Bode-plot-of-the-transfer-function-T-s-from-the-voltage-input-of-our-translation.png)
1: Bode plot of the transfer function T (s) from the voltage input of... | Download Scientific Diagram
![The asymptotic Bode plot of the transfer functionK/[1+s/a] is given in figure. The error in phase angle and dB gain at a frequency of ω=0.5 are respectively. The asymptotic Bode plot of the transfer functionK/[1+s/a] is given in figure. The error in phase angle and dB gain at a frequency of ω=0.5 are respectively.](https://df0b18phdhzpx.cloudfront.net/ckeditor_assets/pictures/1148605/original_39.a1.png)