In the chapter "resonance"
/vol_2/chpt_6/6.html
when it is about parallel resonance circuit, the parallel circuit is, in my opinion, mistakenly called to be a series.
"A parallel resonant circuit is resistive at the resonant frequency. (Figure below) At resonance XL=XC, the reactive components cancel. The impedance is maximum at resonance. (Figure below) Below the resonant frequency, the SERIES resonant circuit looks inductive since the impedance of the inductor is lower, drawing the larger proportion of current. Above resonance, the capacitive rectance decreases, drawing the larger current, thus, taking on a capacitive characteristic."
/vol_2/chpt_6/6.html
when it is about parallel resonance circuit, the parallel circuit is, in my opinion, mistakenly called to be a series.
"A parallel resonant circuit is resistive at the resonant frequency. (Figure below) At resonance XL=XC, the reactive components cancel. The impedance is maximum at resonance. (Figure below) Below the resonant frequency, the SERIES resonant circuit looks inductive since the impedance of the inductor is lower, drawing the larger proportion of current. Above resonance, the capacitive rectance decreases, drawing the larger current, thus, taking on a capacitive characteristic."