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Changchun Changcheng Teaching Instrument Co., Ltd
Electromagnetic comprehensive experimental apparatus
NegotiableUpdate on 05/06
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Overview
1、 Experimental content $r $n1. Measure the relationship between the magnetic induction intensity excited by the loop of a straight conductor and a circular conductor and the conductor current; Measure the relationship between the magnetic induction intensity excited by a straight conductor and the distance from the conductor axis; $r $n3. Determine the relationship between the magnetic induction intensity excited by a circular conductor loop, the loop radius, and the distance from the loop; $r $n4. Helmholtz experiment; $r $n5. Measure magnetic field using Hall effect principle; $r $n6. Using the Hall effect principle to measure the relationship curve between current, current, and magnetic field; $r $n7. Solenoid magnetic field distribution test.
Product Details
1、 Experimental content
1. Determine the relationship between the magnetic induction intensity excited by the loop of straight and circular conductors and the conductor current;
2. Determine the relationship between the magnetic induction intensity excited by a straight conductor and the distance from the conductor axis;
3. Determine the relationship between the magnetic induction intensity excited by a circular conductor loop, the loop radius, and the distance from the loop;
4. Helmholtz experiment;
5. Measure the magnetic field using the Hall effect principle;
6. Use the Hall effect principle to measure the relationship curve between current and magnetic field;
7. Solenoid magnetic field distribution test.
1、 Experimental content
1. Determine the relationship between the magnetic induction intensity excited by the loop of straight and circular conductors and the conductor current;
2. Determine the relationship between the magnetic induction intensity excited by a straight conductor and the distance from the conductor axis;
3. Determine the relationship between the magnetic induction intensity excited by a circular conductor loop, the loop radius, and the distance from the loop;
4. Helmholtz experiment;
5. Measure the magnetic field using the Hall effect principle;
6. Use the Hall effect principle to measure the relationship curve between current and magnetic field;
7. Solenoid magnetic field distribution test.
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