Dielectric Constant

Product Code:In stock

*An ENGLISH instruction manual with elaborate experimental procedures and block diagram etc. shall be provided with the training system set-up.

The main objective of this experiment is to verify the relation between capacitance C, charge Q and charging voltage E which is given as C=Q/E. The capacitance of a parallel plate capacitor depends upon the distance d between the plates, area A of the plates and the nonconductive material (having dielectric constant) between the plates. In present setup, the parallel plates are charged by 600 V DC power supply. The charge Q on the parallel plate is measured by electrometer amplifier as voltage. The distance between the plates is adjusted by placing spacer on the edges of plates.

Observation topics:

• Capacitance.
• Dielectric Constant.
• Electric field.
• Permittivity.

Details

• Free vibration.
• Charge measurement done by electrometer amplifier.
• Safety Sockets are used for making electrical connections.
• Capacitors plates are attached to insulated riders.
• Electrical safety tested.

List

• Exp-1 To find hysteresis loop of an iron core.
• Exp-2 To find corrosivity and retentivity of an iron core.
• Exp-3 To show the effect of varying voltage and frequency on hysteresis loop.