A signal generator has a series resistance and a parallel parasitic inductance which must be characterized. A 10uF capacitor is put in parallel to be able to calculate the resistance and inductance. The schematic is shown below: Input Model I I IVIN I OdB -3dB + R www + When the frequency is swept, the transfer function is as shown: |H(s)| 1.59kHz VOUT

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A signal generator has a series resistance and a parallel parasitic
inductance which must be characterized. A 10uF capacitor is put in
parallel to be able to calculate the resistance and inductance. The
schematic is shown below:
Input Model
|
I
IVIN
I
OdB
-3dB
+
R
I
+
#-
L
When the frequency is swept, the transfer function is as shown:
|H(s)|
1.59kHz
VOUT
712MHz
1) What is the value of the series resistance in ohms?
2) What is the value of the parasitic inductance in nH?
f
Transcribed Image Text:A signal generator has a series resistance and a parallel parasitic inductance which must be characterized. A 10uF capacitor is put in parallel to be able to calculate the resistance and inductance. The schematic is shown below: Input Model | I IVIN I OdB -3dB + R I + #- L When the frequency is swept, the transfer function is as shown: |H(s)| 1.59kHz VOUT 712MHz 1) What is the value of the series resistance in ohms? 2) What is the value of the parasitic inductance in nH? f
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