Transcription of Hall Effect Experiment Manual
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012-15871A hall Effect Experiment SE-7260 Instruction Manual PASCO 012-15871A SE-7260 hall Effect Experiment Page 2 of 22 Table of Contents Equipment List .. 3 Safety Information .. 4 hall Effect Apparatus .. 6 Maintenance .. 7 Experiment .. 8 Appendix A: General Specifications .. 16 Appendix B: Teacher s Notes .. 17 Appendix C: Product End of Life Disposal Instructions .. 21 Appendix D: Technical Support Information .. 22 PASCO 012-15871A SE-7260 hall Effect Experiment Page 3 of 22 hall Effect Experiment SE-7260 Equipment List No. Material list Quantity 1 hall probe, n-semiconductor (n-GaAs) 1 2 hall Effect Apparatus 1 3 U-Core Electromagnetic Coil, 1A, 1000 turns 1 4 Track, 400 mm 1 5 Adjustable Post Holder, 25 mm 2 6 Optical Carrier, 50 mm 2 7 Post, 90 mm 2 8 Power Cord 1 9 Connecting Cable, red, 1 m 1 10 Connecting Cable, black, 1 m 1 11 Connecting Cable, banana plug, red, m 2 12 Connecting Cable, banana plug, black, m 2 13 User s Manual 1 Required but not included in SE-7260 14 2-Axis Magnetic Field Sensor PS-2162 1 15 PASCO 850 or 550 Universal Interface UI-5000/UI-5001 1 PASCO Capstone software See 1 1 2 7 3 5 6 4 15 14 7 PASCO 012-15871A SE-7260 hall Effect Experiment
The Hall Effect is the production of a voltage difference (the Hall voltage) across an electrical conductor, transverse to an electric current in the conductor and a magnetic field perpendicular to the current. It was discovered by Edwin Hall (1855-1938) in 1879. The Hall effect was discovered in 1879 by Edwin Herbert Hall while he was
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