RLC - phase difference

5L20.10C | Df2
Catalog: 
5L20.10C
Location: 
Df2
Room: 
PS F175
Quantity: 
1
Setup Time: 
30 min
Instructors: 
Adams
  • In a RC circuit the current leads the voltage. The top is the applied voltage. T
    In a RC circuit the current leads the voltage. The top is the applied voltage. The bottom trace is the phase of the current in the circuit.
  • In a RL circuit the current lags the voltage. The top is the applied voltage. Th
    In a RL circuit the current lags the voltage. The top is the applied voltage. The bottom trace is the phase of the current in the circuit.
  • Circuit diagram where the capacitor is switched for the inductor.
    Circuit diagram where the capacitor is switched for the inductor.
  • A decade resistor box can be added to show not phase change.
    A decade resistor box can be added to show not phase change.
  • The external synch switch needs to be on and connected to the positive channel 1
    The external synch switch needs to be on and connected to the positive channel 1 connector.
  • Another view to show wiring.
    Another view to show wiring.
  • Another view to show wiring.
    Another view to show wiring.
  • A closer view of the oscilloscope settings.
    A closer view of the oscilloscope settings.
Date Added: 
Wednesday, April 17, 2002 - 12:00am
Description: 

RLC phase difference switching capacitor and inductor.

Purpose: 
Show the phase of a capacitor and then an inductor compared to the source.
Parts: 
  • capacitor 9B20.11-1 (De5)

  • inductor 9B20.21-5 (Df2)

  • iron core 5K20.30A (Da1)

  • oscilloscope

  • CCTV

    Link: 
    http://pirt2.asu.edu/DCS/5L20.10C.pdf