High Resistance Measurement by Leakage Method

Order Code: 55955

Category: Physics Trainers

55955 High Resistance Measurement by Leakage Method is useful for measuring very high value of Resistance. Digital Multimeters or LCR meters are used to measure the normal value of resistance (generally 1W - 20MW) but in the case of very high value o...



SPECIFICATION

55955 High Resistance Measurement by Leakage Method is useful for measuring very high value of Resistance. Digital Multimeters or LCR meters are used to measure the normal value of resistance (generally 1W - 20MW) but in the case of very high value of resistance these are unable to measure with high accuracy. Leakage method is very accurate way to measure the high value of resistance because of very sensitive ballistic galvanometer with scale & lamp arrangement and very low value of capacitances used in the product. It is provided with different values of unknown high resistances on rotary selection and different values of capacitors.

Features

  1. A complete setup with all accessories
  2. Inbuilt DC power supply
  3. Ballistic Galvanometer with Moving coil of large moment of inertia
  4. Ballistic Galvanometer with Flexible phosphor-bronze ribbon suspension
  5. Lamp and scale arrangement with adjustable stand

Object

  1. To determine the value of High Resistance by Leakage Method

Technical Specifications

  • Mains Supply : 230V ±10%, 50/60Hz
  • DC Power Supply : 12V

Ballistic Galvanometer

  • Type : Moving Coil
  • Suspension Wire : Phosphor Bronze
  • Reflector : Concave Mirror
  • Coil Resistance : 500W

Lamp & Scale

  • Lamp : Laser Light Source
  • Scale : 30-0-30cm
  • Unknown Resistances : Selectable

                                                 R1 = 20MW

                                                 R2 = 40MW

                                                 R3 = 60MW

                                                 R4 = 80MW

  • Capacitors : Selectable

                               0.22μF

                               0.33μF

                                0.47μF

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