American Scientific, LLC · Columbus, Ohio · Exclusive U.S. Distributor of PHYWE Systems
American Scientific, LLC · Columbus, Ohio · Exclusive U.S. Distributor of PHYWE Systems
Electromagnetism & Induction equipment from the PHYWE Electricity & Magnetism range. 65 products, 110V/60Hz adapted for U.S. labs.
In this experiment, capacitor and coil are connected in series to form an oscillating circuit. The capacitor is charged and then discharged via the coils.
To demonstrate the function of an eddy current brake and for model experiments on the function of an alternating current counter. Diameter: 120 mm.
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Bell Striker Contact Knife R S, supplied in the U.S. by American Scientific. Contact us for specifications.
To hang circular conductors (06404.00) from the torsion dynamometer.
To hold coils (06510.00 and 06526.01). The coils fit exactly into the holder, with both horizontal or vertical core orifice. Orifice for core (mm): 37 × 37.
Turning a coil in the magnetic field generates voltage on its ends (induced voltage). After each half rotation of the coil the voltage changes its sign.
Turning a coil in the magnetic field generates voltage on its ends (induced voltage). After each half rotation of the coil the voltage changes its sign. If just at this moment the polarity of the coil
For demonstrating force exerted by a magnetic field on current carrying conductor.
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If the load of the secondary side of a transformer is too high, the current in the secondary circuit depends on the primary circuit current and the number of windings of the coils.
Demo Advanced Physics Electromagnetism 1, supplied in the U.S. by American Scientific. Contact us for specifications.
Demo Advanced Physics Electromagnetism 2, supplied in the U.S. by American Scientific. Contact us for specifications.
Demo Beginner Applied Sciences Set Current And Magnets, supplied in the U.S. by American Scientific. Contact us for specifications.
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For demonstration of the construction and function of an electric bell.
This device allows to set up different function models:
In this experiment, the process of electromagnetic induction and its benefits are to be investigated.
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The generation of induction voltages by a permanent magnet is to be demonstrated, and the conditions which govern the size of them are to be investigated.
The generation of induction voltages by a permanent magnet is to be demonstrated, and the conditions which govern the size of them are to be investigated. Particularly comprehensible and didactically
The generation of induction voltages by a electro-magnet is to be demonstrated, and the conditions which govern the size of them are to be investigated.
The secondary current of a loaded transformer depends on the number of turns of both coils, which can be used to generate high currents.
Using two high voltage transformers the transmission losses between the power station and the consumer can be kept low despite high line resistance.
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For the completion of our sales program in LAB decade with shielding plastic housing for education, maintenance, trouble-shooting, working standard research, design and developing.
To demonstrate the principle of high voltage long distance lines.
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For high current melting experiments using a build-up transformer to demonstrate the principle of induction melting when used as a secondary coil.
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Especially suited to generate a homogeneous magnetic field for Hall effect carrier boards (11802.00)(n-germanium), (11803.00) (copper), (11804.01) (zinc) and (11805.00) (p-germanium).
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E. g. to generate a homogeneous magnetic field for the electric balance (11081.88). 1 pair. Front surfaces (mm): 60 × 20. Air gap: 10 mm or 42 mm.
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A metal disc rotates on a bearing-mounted shaft in the presence to two out-of-phase alternating magnetic fields.
Ruhmkorff's induction coil for the generation of sparks up to a length of 50 mm.
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Copper ring with slit. Suitable for iron cores with 30 x 30 mm² cross-section.
Short-circuit ring, supplied in the U.S. by American Scientific. Contact us for specifications.
Turning a coil in the magnetic field generates voltage on its ends (induced voltage). After each half rotation of the coil the voltage and electric current change their signs.
Turning a coil in the magnetic field generates voltage on its ends (induced voltage). After each half rotation of the coil the voltage and electric current change their signs. A light bulb can be oper
Turning a coil in the magnetic field generates voltage on its ends (induced voltage). After each half rotation of the coil the voltage changes its sign.
Turning a coil in the magnetic field generates voltage on its ends (induced voltage). After each half rotation of the coil the voltage changes its sign. If just at this moment the polarity of the coil
A stable motor set with armature coils, collector and contact brushes is placed on a large U-magnet. This creates a model of an electric motor with a permanent magnet whose properties can be studied.
An electromotor can also be operated with an electromagnet as a field magnet. If armature coils and field coils are connected in series, then this is called a series-wound motor.
An electromotor can also be operated with an electromagnet as a field magnet. If armature coils and field coils are connected in series, then this is called a series-wound motor.
An electromotor can also be operated with an electromagnet as a field magnet. If armature coils are connected parallel to the field coils, then this is called a shunt-wound motor.
An electromotor can also be operated with an electromagnet as a field magnet. If armature coils are connected parallel to the field coils, then this is called a shunt-wound motor.
This experiment demonstrates the force on a closed conductor in which current is being induced. Using DC in the primary coil, there is a pulse as the power is turned on and the coil is forced away.
Tin, granular 50 g, supplied in the U.S. by American Scientific. Contact us for specifications.
The transformer usually consists of two or more coils of insulated copper wire wound on a common iron core.
This experiment demonstrates how to convert AC voltages to higher or lower voltages .
When a massive body made of conductive material moves through a magnetic field, eddy currents are induced.
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