Experiment:
AC Resistance, Coil - Capacitor
![Experiment:
AC Resistance, Coil - Capacitor, 8000650 [UE3050321-230], Direct and alternating current (DC and AC)](/imagelibrary/UE3050321-230/UE3050321-230_01_Experiment-AC-Resistance-Coil-Capacitor.jpg)
![Experiment:
AC Resistance, Coil - Capacitor, 8000650 [UE3050321-230], Direct and alternating current (DC and AC)](/imagelibrary/UE3050321-230/UE3050321-230_02_Experiment-AC-Resistance-Coil-Capacitor.jpg)
![Experiment:
AC Resistance, Coil - Capacitor, 8000650 [UE3050321-230], Direct and alternating current (DC and AC)](/thumblibrary/UE3050321-230/UE3050321-230_01_1200_1200_Experiment-AC-Resistance-Coil-Capacitor.jpg)
![Experiment:
AC Resistance, Coil - Capacitor, 8000650 [UE3050321-230], Direct and alternating current (DC and AC) (Small)](/thumblibrary/UE3050321-230/UE3050321-230_02_1200_1200_Experiment-AC-Resistance-Coil-Capacitor.jpg)
Experiment:
AC Resistance, Coil - Capacitor
Objective: Determining impedance in a circuit with an inductive and a capacitive reactance
AC circuits with inductive and capacitive reactances show resonant behaviour. At the resonant frequency, the impedance of a series connection of an inductive and a capacitive reactance is zero, whereas the impedance of a parallel connection is infinite. This experiment examines this phenomenon with the help of an oscilloscope and a function generator which supplies voltages between 50 Hz and 20,000 Hz.
Item No.: 8000650 [UE3050321-230]
| Brand | 3B Scientific |
Documentation
- Secure online payment with SSL
- Expert advice
- Easy returns & exchanges
- International shipping available