Connect the 50 Ω output from the function generator to the oscilloscope input and establish a sine wave on the oscilloscope with the following characteristics:
a. f = 100 Hz, Vmax = 500 mV
Disconnect the output of the function generator from the oscilloscope and apply it to your circuit. Using a 100 Ω resistor and 2.2 μF capacitor.
Giving me the result:
f(hz) Vr(V) vc(V) vl(V)
100 0.096 0.65 0.06
150 0.13 0.63 0.08
It then asks me to use these results to calculate the following parametersfor 100 and 150hz:
1. I (A)
2. XL (Ω)
3. XC (Ω)
4. Z (Ω)
Would i be right in saying:
1. I v/r 0.0957/100
2. Xl = 2pi x f x l
3. Xc = 1/2pi x f x c
4. Z = √rsquared+(Xc-Xl)squared
a. f = 100 Hz, Vmax = 500 mV
Disconnect the output of the function generator from the oscilloscope and apply it to your circuit. Using a 100 Ω resistor and 2.2 μF capacitor.
Giving me the result:
f(hz) Vr(V) vc(V) vl(V)
100 0.096 0.65 0.06
150 0.13 0.63 0.08
It then asks me to use these results to calculate the following parametersfor 100 and 150hz:
1. I (A)
2. XL (Ω)
3. XC (Ω)
4. Z (Ω)
Would i be right in saying:
1. I v/r 0.0957/100
2. Xl = 2pi x f x l
3. Xc = 1/2pi x f x c
4. Z = √rsquared+(Xc-Xl)squared
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