China Wholesale V-I Characteristics Factory – LEEM-8 Magnetoresistive Effect Experimental Apparatus – Labor
China Wholesale V-I Characteristics Factory – LEEM-8 Magnetoresistive Effect Experimental Apparatus – Labor Detail:
Note: oscilloscope not included
The device is simple in structure and rich in content. It uses two kinds of sensors: GaAs Hall sensor to measure the magnetic induction intensity, and to study the resistance of InSb magnetoresistance sensor under different magnetic induction intensity. Students can observe the Hall effect and magnetoresistance effect of semiconductor, which are characterized by research and design experiments.
Experiments
1. Study the resistance change of an InSb sensor vs the applied magnetic field intensity; find the empirical formula.
2. Plot InSb sensor resistance vs magnetic field intensity.
3. Study the AC characteristics of an InSb sensor under a weak magnetic field (frequency-doubling effect).
Specifications
Description | Specifications |
Power supply of magneto-resistance sensor | 0-3 mA adjustable |
Digital voltmeter | range 0-1.999 V resolution 1 mV |
Digital milli-Teslameter | range 0-199.9 mT, resolution 0.1 mT |
Product detail pictures:
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"Sincerity, Innovation, Rigorousness, and Efficiency" is the persistent conception of our firm to the long-term to develop together with consumers for mutual reciprocity and mutual advantage for China Wholesale V-I Characteristics Factory – LEEM-8 Magnetoresistive Effect Experimental Apparatus – Labor , The product will supply to all over the world, such as: Palestine, Guyana, Botswana, We've got constantly insisted on the evolution of solutions, spent good funds and human resource in technological upgrading, and facilitate production improvement, meeting the wants of prospects from all countries and regions.
By Joyce from Benin - 2017.11.29 11:09
Although we are a small company, we are also respected. Reliable quality, sincere service and good credit, we are honored to be able to work with you!
By Denise from Luxembourg - 2017.11.20 15:58
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