Professor Rim proposed a meaningful solution to these problems through DCRS, an optimally designed coil structure that has two
magnetic dipole coils, a primary one to induce a magnetic field and a secondary to receive electric power.
The DCRS is composed of two (transmitting and receiving)
magnetic dipole coils, placed in parallel, with each coil having a ferrite core and connected with a resonant capacitor.
Not exact matches
The research team rearranged the two
dipole coils from a parallel position to cross them in order to generate rotating
magnetic fields, which was embedded in the Tx's flat platform.
They used high - frequency
magnetic materials in a
dipole coil structure to build a thin, flat transmitter (Tx) system shaped in a rectangle with a size of 1m2.