Unformatted text preview: It is not straighaorward to compute the pole due to Cµ1 in the circuit below, because neither of its terminals is grounded. EE105, Fall 2013 Lecture 13 – Slide 14 Prof. Ming C. Wu 7 Miller’s Theorem §༊ If Av is the voltage gain from node 1 to 2, then a ﬂoaDng impedance ZF can be converted to two grounded impedances Z1 and Z2: V1 − V2 V1
=
ZF
Z1 V1 − V2
V
=− 2
ZF
Z2
EE105, Fall 2013 ⇒ Z1 = Z F ⇒ Z2 = −Z F V1
1
= ZF
= Z1
V1 − V2...
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This note was uploaded on 01/22/2014 for the course EE 105 taught by Professor Kingliu during the Fall '07 term at Berkeley.
 Fall '07
 KingLiu
 Frequency, Volt

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