A first order PLL is operating with zero frequency and phase error when a step in frequency of magnitude is applied The loop gain K t is 2(100) Determine the steady state phase error, in degrees, for 2(30), 2(50), 2(80), and 2(80), rad s what happen if 2(120) rad s

Question: A first-order PLL is operating with zero frequency and phase error when a step in frequency of magnitude is applied. The loop gain K

A first-order PLL is operating with zero frequency and phase error when a step in frequency of magnitude Δω is applied. The loop gain K_t is 2π(100). Determine the steady-state phase error, in degrees, for Δω = 2π(30), 2π(50), 2π(80), and 2π(80), rad/s. what happen if Δω = 2π(120) rad/s?

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