Frequency Domain Analysis » Exercise - 125. At the phase crossover frequency, ω =5 rad/s,│G(jω)H(j ω) │= 10 dB. The system is : (a) stable (b) unstable (c) conditionally stable (d) cannot be predicted
Frequency Domain Analysis » Exercise - 122. At the phase crossover frequency, ω =10 rad/s,│G(j ω)H(j ω) │= -8 dB. The system is : (a) stable (b) unstable (c) conditionally stable (d) cannot be predicted
Frequency Domain Analysis » Exercise - 1 18. At the gain crossover frequency : (a) │G G(jω)H(jω) │ = 0 dB (b) │ G(jω)H(jω) │ = 1 dB (c) │ G(jω)H(jω) │ = -20 dB (d) │ G(jω)H(jω) │ = 20 dB
Tags: db, frequency, domain, analysis, exercise, gain, crossover, electronics, engineering
Frequency Domain Analysis » Exercise - 121. The frequency where M has a peak value is known as the : (a) peak frequency (b) resonant frequency (c) normalised frequency (d) none of these