Coulomb Meter
Coulomb Meter is designed to use as a digital electroscope. The LCD display will show the number of coulombs deposited into the instrument either by source of static electricity (a charged plastic rod) current through a resistance or from a capacitor. This instrument shows the charge digitally in Coulombs up to 1999 nC. Accuracy ±10 nC.
In Stock
In Stock
Related Products
Related products
-
Electrostatic
Electromagnetic Induction Demonstrator
0 out of 5(0)Electromagnetic Induction Demonstrator kit is used for demonstrating the important experiments performed by Faraday and how they lead to some of the significant conclusions in electromagnetism. It is designed to perform studies even beyond the basic experiments. It comprises of three solenoids of 20, 40 and 80 turns, each of identical cross section, mounted on a transparent base along with a milliammeter. These three coils of different lengths are provided to understand the effect of length of coil on induced current. Repeatedly inserting a magnet into the coil and removing it causes electric current to flow through the coil, which can be read directly from the milliammeter. Also notice that the milliammeter shows zero current when the magnet is not moving. Using this apparatus, students can study correlations between induced current to that of magnetic field strength, number of turns of coil, magnetic field polarity and speed. Requires 1.5V dry cell battery (not included).
PH41288 -
Electrostatic
Electrostatic Materials Kit
0 out of 5(0)Set of material for demonstrating the generation of electrostatic charges with friction rods. It provide the classic introduction to electrostatics, this kit allows students to rub any of the rods with rubbing cloths and detect the polarity of charge. Includes a solid glass rod, hard rubber rod, silk cloth, rubber cloth, fur friction pad, PVC pipe, stirrup and pith balls. With Instruction manual.
PH45050 -
Electrostatic
Wimshurst Machine, Superior
0 out of 5(0)This traditional electrostatic charge generator consists of two parallel transparent discs supported on rigid uprights. Each disc has a number of radial aluminium segments and are driven in opposite directions by hand wheel and belt. The electrostatic charge on aluminium segments is collected by combs mounted on either end of the discs and stored in the two leyden jars. When the potential difference between the jars is sufficiently high. A spark will flow between the adjustable discharging spheres.
PH45120S







