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Example of the gain plot of G1 when R shunt (or P control) is used. Dotted and dashed lines show the cases of σ=0,∞. Solid lines show the case of R shunt. (a) Low electromechanical coupling (μ=1,ψ=2) and (b) high electromechanical coupling (μ=1,ψ=10).
Published Online: July 15, 2025
Fig. 4 Example of the gain plot of G 1 when R shunt (or P control) is used. Dotted and dashed lines show the cases of σ = 0 , ∞ . Solid lines show the case of R shunt. ( a ) Low electromechanical coupling ( μ = 1 , ψ = 2 ) and ( b ) high electromechanical coupling ( μ... More about this image found in Example of the gain plot of G 1 when R shunt (or P control) is use...
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Example of the gain plot of G2 when R shunt (or P control) is used. Dotted and dashed lines show the cases of σ=0,∞. Solid lines show the case of R shunt. (a) Low electromechanical coupling (μ=2,ψ=2) and (b) high electromechanical coupling (μ=2,ψ=5).
Published Online: July 15, 2025
Fig. 5 Example of the gain plot of G 2 when R shunt (or P control) is used. Dotted and dashed lines show the cases of σ = 0 , ∞ . Solid lines show the case of R shunt. ( a ) Low electromechanical coupling ( μ = 2 , ψ = 2 ) and ( b ) high electromechanical coupling ( μ... More about this image found in Example of the gain plot of G 2 when R shunt (or P control) is use...
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Example of the gain plot of G1 when RC shunt (or PI control) is used. Dotted and dashed lines show the cases of ζ=0,∞. Solid lines show the case of RC shunt. (a) Low electromechanical coupling (μ=1,ψ=2.5) (b) high electromechanical coupling (μ=1,ψ=4.5) and (c) high electromechanical coupling (μ=1,ψ=10).
Published Online: July 15, 2025
Fig. 6 Example of the gain plot of G 1 when RC shunt (or PI control) is used. Dotted and dashed lines show the cases of ζ = 0 , ∞ . Solid lines show the case of RC shunt. ( a ) Low electromechanical coupling ( μ = 1 , ψ = 2.5 ) ( b ) high electromechanical coupling ( ... More about this image found in Example of the gain plot of G 1 when RC shunt (or PI control) is u...
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Example of the gain plot of G2 when RC shunt (or PI control) is used. Dotted and dashed lines show the cases of ζ=0,∞. Solid lines show the case of RC shunt. (a) Low electromechanical coupling (μ=1,ψ=2.5) and (b) high electromechanical coupling (μ=1,ψ=10).
Published Online: July 15, 2025
Fig. 7 Example of the gain plot of G 2 when RC shunt (or PI control) is used. Dotted and dashed lines show the cases of ζ = 0 , ∞ . Solid lines show the case of RC shunt. ( a ) Low electromechanical coupling ( μ = 1 , ψ = 2.5 ) and ( b ) high electromechanical coupling ... More about this image found in Example of the gain plot of G 2 when RC shunt (or PI control) is u...
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Experimental frequency response (gain) of G2. Experimental (jagged) and predicted (smooth) lines are shown. Shunt control (solid) suppresses the peak over 27 dB from no control (dashed).
Published Online: July 15, 2025
Fig. 18 Experimental frequency response (gain) of G 2 . Experimental (jagged) and predicted (smooth) lines are shown. Shunt control (solid) suppresses the peak over 27 dB from no control (dashed). More about this image found in Experimental frequency response (gain) of G 2 . Experimental (jagge...