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Unformatted text preview: H 1 ( s ) = V 1 ( s ) / V s ( s ) for v s ( t ) = V s cos ( 2 π ft ) . Use V s = V, f = MHz, R 1 = k Ω , and C 1 = pF. magnitude, phase [deg] of H 1 ( s ) 1 pt. 6 6. Derive phasors for the impedance Z 1 ( s ) = V 1 ( s ) / I 1 ( s ) and admittance Y 1 ( s ) = I 1 ( s ) / V 1 ( s ) for v s ( t ) = V s cos ( 2 π ft ) . Use V s = V, f = MHz, C 1 = pF. The unit for admittance is Siemens ( S ). 1 October 27, 2010 HW13 v793 http://ucbfeedback.com magnitude [ Ω ], phase [deg] of  Z 1 ( s )  1 pt. 7 magnitude [S], phase [deg] of  Y 1 ( s )  1 pt. 8 7. Find the node voltages in the circuit below. Use V 1 = V, R 1 = M Ω , R 2 = M Ω , C 1 = pF, C 2 = mF, L 1 = nH at f = MHz. v a 1 pt. 9 v b opt. 10 Password: 2 October 27, 2010 HW13 v793 http://ucbfeedback.com...
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 Fall '07
 ChangHasnain
 Frequency, Hertz, EECS Department, Vs cos, B. E. BOSER

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