Post on 07-Oct-2015
description
Circuito RLC serie, uscita su C:
RCjLCjH += 21
1)(& ; 222 )()1(
1)(RCLC
jH
+
=&
222
222
22
)()1()()1(
)(2)2)(1(221
)(RCLCRCLC
RCLCLC
jHdd
+
++
=& = 222222
222
)()1()()1(
)()(22
RCLCRCLC
RCLCLC
++
++=
[ ] 2/3222222
)()1(
])()(22[
RCLC
RCLCLC
+++=
0)( = jHdd & , per 0= e per
20
2
2
2
2
2
211)
21(1
21
)(2)(2
sQLCR
LCLR
LCLCRCLC ==== ; tali pulsazioni
esistono se e solo se 2
1sQ ; in tal caso esse risultano minori in modulo di 0 . Circuito RLC serie, uscita su L:
RCjLCLCjH
+= 2
2
1)(& ;
222
2
)()1()(
RCLC
LCjH
+
=&
222
222
222222
)()1()()1(
)(2)2)(1(221)()1(2
)(RCLC
RCLC
RCLCLCLCRCLCLC
jHdd
+
+++
=& =
=+++= 2/3222
222222
])()1[(])()2)(1[(])()1[(2
RCLCRCLCLCRCLCLC
=++++= 2/3222
2422224
])()1[(])(22)(4)(22[
RCLCLCLCRCLCLCLC
2/3222
22
])()1[(])(22[
RCLCRCLCLC
++=
0)( = jHdd & , per 0= e per , cio 0)(22 22 =+ RCLC
)2
11()2
11()2
1(
1
2)(
1)(2
2
2
0
2
20
222
ss QQLCRLCRCLCRCLC
=
=
=
== ; tali
pulsazioni esistono se e solo se 2
1sQ ; in tal caso esse risultano maggiori in modulo di 0 .