
7
Q
C
p
R
p
.
(12b)
Using the quality factor, the impedance of an inductor is seen to be
Q
j
L
jQ
R
L
j
R
Z
/
1
1
(13a)
and the inductor’s series equivalent circuit components can be expressed in terms of its
parallel equivalent circuit components as
2
1
Q
R
R
p
,
2
2
1
Q
L
Q
L
p
(13b)
The impedance of a capacitor in terms of the quality factor is
j
D
C
jQ
R
C
j
R
Z
1
1
/
1
(14a)
and the capacitor’s series equivalent circuit components can be expressed in terms of its
parallel equivalent circuit components as
2
1
Q
R
R
p
,
p
C
D
C
2
1
(14b)