Abstract: A 3-D calculation of the magnetic field produced in the air by a thin sheet model of a superconducting generator's 'horse saddle' type winding is presented. To be able to calculate the field ...

It presents a three‐phase inductor geometry, and develops a magnetic equivalent circuit (MEC) which is the heart of the analysis required for the design. The chapter provides the use of the MEC to ...

so we draw simple magnetic field lines instead. The magnetic field is strongest at the poles, where the field lines are most concentrated. When magnetic field lines are the same distance apart ...

Bar magnets and horseshoe magnets are two of the most common shapes of magnet. The magnetic field is shown by lines with arrows that point from north to south. You can tell how old some coins are ...

In a two-wire Power over Data (PoD) application such as the Home Bus System, an “AC-blocking” inductor is used to separate the ... Differential Mode Connection (B) On PCB (C) Magnetic Field when ...

Useful applications for this include tracing currents in PCB traces and measuring inductor current waveforms through leakage magnetic fields. The magnetic field direction for a positive output voltage ...

Common features for chip inductors include shielding and molded case. A shielded inductor is designed for its core to contain the majority of its magnetic field. An inductor with a molded case has a ...

that inductor won’t magnetically couple to another inductor, real or simulated. There’s no magnetic field to do so. You also don’t get big voltage spikes caused by back EMF, which depending ...

It’s something [mircemk] demonstrates, with an Arduino-powered magnetic field strength meter that uses a UGN 3503U Hall effect device. The circuit is extremely simple, comprising the sensor ...

NAGOYA—Soft ground in Aichi Prefecture will delay completion of a tunnel for the magnetic-levitation (maglev) Chuo Shinkansen ...