Ocopper = 5.813x10' (Qm)', µo= 4xx107 H/m, &0 =8.85x10-12 F/m a) Find the high frequency model of a 500 2 resistor with 2.5 cm copper wire connections (radius = .2032 mm) and a stray capacitance Ca of 5 pF. Give an expression for the equivalent impedance. b) Sketch the impedance magnitude as a function of frequency. In your sketch also include the ideal behavior of the capacitor. %3D
Ocopper = 5.813x10' (Qm)', µo= 4xx107 H/m, &0 =8.85x10-12 F/m a) Find the high frequency model of a 500 2 resistor with 2.5 cm copper wire connections (radius = .2032 mm) and a stray capacitance Ca of 5 pF. Give an expression for the equivalent impedance. b) Sketch the impedance magnitude as a function of frequency. In your sketch also include the ideal behavior of the capacitor. %3D
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Transcribed Image Text:Ocopper = 5.813x10' (2m)', Ho = 4tx10 H/m, ɛo = 8.85x1012 F/m
a) Find the high frequency model of a 500 2 resistor with 2.5 cm copper wire connections (radius =
.2032 mm) and a stray capacitance Ca of 5 pF. Give an expression for the equivalent impedance.
b) Sketch the impedance magnitude as a function of frequency. In your sketch also include the ideal
behavior of the capacitor.
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