ECE 220_Demo 8
Presenter(s): John Booske, Professor, ECE
Type: On Demand
Air Date: 5/9/2008
Air Time: 3:30 PM CDT
Duration: 8 Minutes 58 Seconds
Capacitance
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ECE 220_Demo 7
Presenter(s): John Booske, Professor, ECE
Type: On Demand
Air Date: 5/9/2008
Air Time: 3:30 PM CDT
Duration: 3 Minutes 24 Seconds
Magnetic levitation of a coil of current-carrying wire above a conducting planar surface
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ECE 220_Demo 6
Presenter(s): John Booske, Professor, ECE
Type: On Demand
Air Date: 5/9/2008
Air Time: 3:30 PM CDT
Duration: 3 Minutes
Magnetic force on (ferro)magnetic material: example of solenoid valves and switches
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ECE 220_Demo 9
Presenter(s): John Booske, Professor, ECE
Type: On Demand
Air Date: 5/9/2008
Air Time: 3:30 PM CDT
Duration: 3 Minutes 45 Seconds
(Self) Inductance
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ECE 220_Demo 5
Presenter(s): John Booske, Professor, ECE
Type: On Demand
Air Date: 5/7/2008
Air Time: 3:45 PM CDT
Duration: 15 Minutes 27 Seconds
Magnetic fields of permanent magnets, magnetic dipoles; Hall Effect and application to measurement of magnetic fields; magnetic field penetration of nonmagnetic materials; evidence that magnetic flux follows the lowest reluctance path through space and implications for shielding magnetic fields using magnetic (high permeability) materials
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ECE 220_042
Presenter(s): John Booske, Professor, ECE
Type: On Demand
Air Date: 5/7/2008
Air Time: 3:30 PM CDT
Duration: 20 Minutes 31 Seconds
Semester Review: Summary of knowledge covered in semester of 220
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ECE 220_Demo 3b
Presenter(s): John Booske, Professor, ECE
Type: On Demand
Air Date: 5/5/2008
Air Time: 3:45 PM CDT
Duration: 1 Minute 28 Seconds
Biot-Savart Law: magnetic force between currents in two parallel wires (coils)
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ECE 220_Demo 3a
Presenter(s): John Booske, Professor, ECE
Type: On Demand
Air Date: 5/5/2008
Air Time: 3:45 PM CDT
Duration: 1 Minute 32 Seconds
Biot-Savart Law: magnetic force between currents in two parallel wires (coils)
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ECE 220_Demo 1
Presenter(s): John Booske, Professor, ECE
Type: On Demand
Air Date: 5/5/2008
Air Time: 3:45 PM CDT
Duration: 2 Minutes 31 Seconds
Jacob’s Ladder (dielectric breakdown)
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ECE 220_Demo 4
Presenter(s): John Booske, Professor, ECE
Type: On Demand
Air Date: 5/5/2008
Air Time: 3:45 PM CDT
Duration: 8 Minutes 2 Seconds
Faraday’s Law: currents induced by change in magnetic flux due to descending magnet on conducting surface; application to magnetic braking as well as magnetic charging of the battery in hybrid electric automobiles;
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