Determine the phase angle between voltage and current for the
following circuit (#2b). Thank you for the help.
Here f is required to calculate w.I am doing the procedure by taking w as angular frequency.
Xc=(1/wC) =1/(w*0.0022*10-6) =(4.55*108/w) ohm
R=56000 ohm
Then actual phase angle between generator current and generator voltage is (with voltage lagging current):
θ = tan-1(Xc/R) = tan-1[4.55*108/w)/56000] = tan-1(8125/w)
Put value of w and calculate phase angle by taking tan inverse.
Determine the phase angle between voltage and current for the following circuit (#2b). Thank you for...
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Determine the magnitude and phase angle of the circuit current
shown
100 HA 3 mA lc 2.5 mA
Find the phase angle (in degrees) of this RC circuit if
the input voltage V(t) = 4 sin (2πft).
Data: C = 0.10 μF, R = 150 Ω,
and f = 15 kHz.
V(t)( ^)