Question

Circuit 3 - RL Series Circuit Choose R = 1 k$\Omega$ and L = 27 mH. Input from AWG is a Sine Wave, 2V, 1 kHz. No offset, Range is 1V/div and base is 500 or 200 $\mu$s/div. Click on Cursers to measure the time difference between two waveforms. CH1+ AWG 2V 1.41V$_{rms}$ 1kHz 0Deg R1 1 k$\Omega$ V1 L1 27mH CH2+ CH2- CH1- GND Attach the screen shot of channel 1 and 2 (3 points) Fill out the Table for Circuit 3 (7 points) R $V_L$ measured (RMS) (1 points) Phase measured (3 points) Phase calculated $\theta$ = 90 - tan$^{-1}$(X$_L$/R) (3 points) 1 k$\Omega$

          Circuit 3 - RL Series Circuit
Choose R = 1 k$\Omega$ and L = 27 mH. Input from AWG is
a Sine Wave, 2V, 1 kHz. No offset, Range is 1V/div
and base is 500 or 200 $\mu$s/div. Click on Cursers to
measure the time difference between two
waveforms.
CH1+
AWG
2V
1.41V$_{rms}$
1kHz
0Deg
R1
1 k$\Omega$
V1
L1
27mH
CH2+
CH2-
CH1-
GND
Attach the screen shot of channel 1 and 2 (3
points)
Fill out the Table for Circuit 3 (7 points)
R
$V_L$ measured
(RMS)
(1 points)
Phase measured
(3 points)
Phase calculated
$\theta$ = 90 - tan$^{-1}$(X$_L$/R)
(3 points)
1 k$\Omega$

Circuit 3 - RL Series Circuit
Choose R = 1 kΩ and L = 27 mH. Input from AWG is
a Sine Wave, 2V, 1 kHz. No offset, Range is 1V/div
and base is 500 or 200 μs/div. Click on Cursers to
measure the time difference between two
waveforms.
CH1+
AWG
2V
1.41Vrms
1kHz
0Deg
R1
1 kΩ
V1
L1
27mH
CH2+
CH2-
CH1-
GND
Attach the screen shot of channel 1 and 2 (3
points)
Fill out the Table for Circuit 3 (7 points)
R
VL measured
(RMS)
(1 points)
Phase measured
(3 points)
Phase calculated
θ = 90 - tan^-1(XL/R)
(3 points)
1 kΩ

Added by Kristina K.

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