Sentences with phrase «electrostatic drivers»

Drivers come in multiple flavours, including the usual dynamic (moving coil) drivers, balanced drivers, planar magnetic drivers, electrostatic drivers and a lot more.

Electrostatic drivers are a bit more elegant in design, composed of a razor - thin membrane suspended between two electrified plates that use static electricity (hence the name) to create sound waves.

We eluded to the wild world of electrostatic drivers in the intro, but let's do a crash - course review for those who aren't yet intimate with the technology: Most in - ear headphones use one of two driver technologies: dynamic drivers, which are essentially micro-sized versions of the speakers in your home, or balanced armature drivers, which are extremely tiny tubes (armatures) wrapped in a voice coil that vibrates when electrified, again, creating sound.

It took eight years of stubborn engineering for the headphone masters at Shure to shrink down the complexities of electrostatic drivers and reduce them to something that could fit perfectly inside your ear canal.

As Shure's engineers discovered essentially by accident, confining electrostatic drivers into a tight space — with just the right tweak of physics — creates a soundstage unlike anything else.

In more uncommon and complex electrostatic drivers, the electric coil and the diaphragm are combined into a single part of the apparatus.

Planar magnetic drivers mix some of the operating principles between dynamic and electrostatic drivers.

In a hybrid design (like MartinLogan's electrostatic tower speakers) the lower frequency range is handled by a traditional dynamic driver and the mid-range and upper frequencies are produced by electrostatic drivers.

The TreVolo is capable of delivering some absolutely gorgeous moments of sonic brilliance, utilizing its electrostatic drivers to saturate your ears with crystalline detail.

Not only does it strike an innovative and attractive design, but it's packing a technological first for Bluetooth speakers: Electrostatic drivers.

For those unfamiliar with the science, Electrostatic drivers emit sound by exerting force on an extremely slim membrane suspended in an electrostatic field.

Known for their brilliant transparency and lightning - fast transient response, electrostatic drivers are normally the stuff of premium rarities, like Martin Logan's line of loudspeakers.

But like an electrostatic driver, the diaphragm mechanism is replaced by directly vibrating a large, flat film, allowing for more precision and range.

Not exact matches

The driver's air bag may unexpectedly deploy due to insufficient grounding of the steering components if an electrostatic discharge occurs and the air bag clockspring is broken.

It states «on certain vehicles, electrostatic discharge, when combined with a broken steering wheel clock spring and insufficient grounding of the steering components, could lead to an inadvertent deployment of the driver's frontal airbag.»

Then you have different driver tech with planar, dynamic, and electrostatic.