I am doing a lab about Analysis of AC circuits and am not sure about this activiy. How do we determine the phase shift and how to know when the voltage lags or leads or in phase with the current can you explain? Using the graphs below, measure the time difference between the peaks in the voltage and current, usethis to determine the phase shift for each component (note: these can be recorded in the Excel file forthis lab)A PicoScope 6ResistorFile Edit ViewsMeasurementeHelp15 us/div200 s(x 132 of 32A.1AutoDCTechnologyP52.55.0mA5 µsa151.53.0101.02.050.51.00.0:0.0-50.5:-1.0|-101.0-2.0|-151.5-3.0-202.0-4.0-252.0-25.005.025.0-20.0-15.0-10.0-5.00.05.010.015.020.03200 us10ChannelMin|Average| Max19.6 kHz 50.4 kHz 50 kHz| Value| Capture Count -B-AFrequency 50 kHz183.5 Hz 20Running* * -694.3 µV50 %AOResistor =R: V leads, lags or in phase with the current? Activity 1- Frequency Response of Resistors, Inductors, and CapacitorsThe three graphs below show the voltage (V) and current (I) for agiven component at a frequency shown (50 kHz for the resistor andinductor, 120 Hz for the capacitor). We describe the phase shift, Aø,for any component as being the difference between when thevoltage and current peak in the component. The phase shift for aAøgiven component can be calculatedAø = 2nfAt.Here, At is the time difference between when the voltage peaks and the next closest peak in the current(note: At should always be less than 1/f). A components is "in phase" when the phase shift is 0.

In a pure ohmic resistor the voltage waveforms are “in-phase” with the current. In a pure inductance…

I am doing a lab about Analysis of AC circuits and am not sure about this activiy. How do we determine the phase shift and how to know when the voltage lags or leads or in phase with the current can you explain?

I am doing a lab about Analysis of AC circuits and am not sure about this activiy. How do we determine the phase shift and how to know when the voltage lags or leads or in phase with the current can you explain?

University Physics Volume 2

18th Edition

ISBN:9781938168161

Author:OpenStax

Publisher:OpenStax

Chapter15: Alternating-current Circuits

Section: Chapter Questions

Problem 64CP: A 200- resistor, 150- F capacitor, and 23-H inductor are connected in series with an ac source of...

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