Worksheet For Exploration 31 6 Rlc Circuits And Phasors Bo Assume An Ideal Power Supply The Graph Shows The Voltage As 1 (219.78 KiB) Viewed 50 times
Worksheet For Exploration 31 6 Rlc Circuits And Phasors Bo Assume An Ideal Power Supply The Graph Shows The Voltage As 2 (167.88 KiB) Viewed 50 times
Worksheet for Exploration 31.6: RLC Circuits and Phasors bo Assume an ideal power supply. The graph shows the voltage as a function of time across the source (red), the resistor (blue), the capacitor (green) and the inductor (yellow), as well as the current through the circuit (black) (voltage is given in volts, current is glven in milliamperes, angles are given in degrees, and time is given in seconds). Restart. 0. From the vectors on the phasor diagram, we can develop a connection between the peak (or rms) voltage and the peak (or rms) current, where Vo = lo Z and the phase difference between the voltage and current is given by o. On the phasor diagram. Vo (the source voltage-red) is the vector sum of the three voltage vectors (resistor-blue, inductor-yellow and capacitor-green) 1. and o is the angle between V, and the resistor phasor (since resistor current and voltage are in phase). The y components of elements. See Illustrations 31.6 and 31.7 as well as Exploration 31.5. the phasor vectors are the voltages across the various circuit 800 Tume () xao a. Explain the phase difference between the blue, yellow and green vectors in the phasor animation. b. Pick a frequency and pause the animation. Verify that the red vector is the vector sum of the other three vectors. C. Pick a frequency and measure o on the phasor diagram using the pink protractor. Frequency = i. Current phasor is in phase with the resistor voltage phasor. Why? ii. Phase shift (angle between current (resistor voltage) and source voltage) = d. Explain how you can tell that the phasor animation matches the voltage and current versus time graph for the circuit.
https://www.compadre.org/Physlets/circuits/ex31_6.cfm Physlet® Physics 3rd Edition C. Mechanics II.Fluids III.Waves IV.Thermodynamics V.Electromagnetism VI.Circuits VII.Optics Home >> Circuits » AC Circuits Exploration 31.6: RLC Circuits and Phasors Chapter 31: AC Circuits phi = +90 500 10.08 V. + Illustrations - Explorations 31.1: Amplitude, Frequency, and Phase Shift 31.2: Reactance 31.3: Filters 31.4: Phase Angle and Power 31.5: RL Circuits with Phasors 31.6: RLC Circuits with Phasors 31.7: RLC Circuits and Resonance 31.8: Damped RLC Locor + le-007 5.00 + Problems Supplements ge (V) & Current (mA) 0.00
Join a community of subject matter experts. Register for FREE to view solutions, replies, and use search function. Request answer by replying!