The impedance of
a planar coil suspended on a torsion beam and placed in a strong magnetic field is analyzed.
Not exact matches
For audiophiles, Audeze is outfitting the Mobius with
planar magnetic drivers — a technology that trades the standard copper wire voice
coil typically found in dynamic drivers for a very thin diaphragm with voice
coils sandwiched between two magnets.
Unlike the dynamic speakers inside most headphones, which use a piston - style voice
coil to generate sound,
planar magnetic drivers employ a micro-thin membrane, excited by a magnetic circuit.
It also features all the technology that makes them great, like Audeze's Fluxor
planar magnets as well as its Uniforce voice
coil technology.
The very design of
planar magnetic drivers, which use a thin membrane excited by a magnetic
coil to produce sound, is part of why they're generally so big.
Drivers come in multiple flavours, including the usual dynamic (moving
coil) drivers, balanced drivers,
planar magnetic drivers, electrostatic drivers and a lot more.
For those unfamiliar with
planar magnetic headphones, the design uses a thin membrane excited by a magnet to create sound (as opposed to the cone and
coil design of most headphones), making them notorious power hounds.