ABS base: Ampère, Biot&Savart (ABS)

Plus d'informations

Tray table position 1
Tray table position 2

Original and robust design for this educational material dedicated for the experimental demonstration of Ampere, Biot& Savart.
The coil is simply supplied with few mA courent, and the magnetic field can be measured along the graduated plate with magnetometer like INPHYNIX probe M.

Its modular platform allows you to verify Biot&Savart’s law inside or outside the coil.

The distribution of the field B on a closed surface and the demonstration of the Ampere’s theorem are measured on the graduated raised surfaces on the platform.

Caractéristiques techniques :

Single turn, square coil 360x360 mm
DC coil electrical resistance : negligible
Current limitation by adding 50 Ohm resistor
Maximum supply voltage: +/- 20 V
Connection : banana and coaxial BNC connectors
Possibility to add supplementary coils on a built-in groove
Removable, 2 positions tray table
Size (centered tray table) : 365x300x445(hight)
Plastic ABS material
Silk screened texts and inscriptions

(*) Inphynix reserves the right to modify the characteristics of the material described herein prior notice.

Les points forts :

Measuring around a single turn coil, close to the ideal academic case
Novelty of experiments much closer to academic lectures and exercises
Coil currents < 100 mA (no needs for high currents output power supplies)
Robust plastic ABS fabrication
Silk screened texts and inscriptions
2 years warranty

Expériences possibles :

Around cross product and Biot et Savart's law

Measuring the magnetic flux density in the center of the loop and upon symmetry axis
Measuring the magnetic flux density in the vicinity of the side wire, seen like a quasi infinite wire
Adding the effect of finite length of the wire and effects of the other wires

Around Ampère's theorem and line integral

To draw a contour line
Sampling and monitoring the tangential component of vector B
Showing the adequacy of the reconstructed line integral from samples along the chosen contour line and the Ampere's theorem.

Inphynix : Plug N' Work - Bâtiment D / 2, rue Jean Perrin - 14460 COLOMBELLES - Tél : +33 (0)2 31 46 22 78 / Fax : +33 (0)2 31 46 22 61 | Infos légales