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Magnetic Planar Speakers - Holographic 3D Imaging and Stunning Clarity

Utilizing a diaphragm that is thinly tensioned suspended between 2 arrays of magnets They vibrate to create sound waves. Planar magnetic speakers are famous for their 3D holographic imaging and stunning clarity.

They are also suitable for a broad range of audio applications because of their low distortion, large horizontal and vertical dispersion, and low costs.

Superior Sound Quality

Planar magnetic speakers are renowned for delivering clear, precise sounds with low distortion. This is because they utilize an elongated diaphragm that has an conductive trace pattern that reacts to a magnetic field emanating from magnets on either or both sides of the speaker. This causes the diaphragm to move, creating sound waves that are transmitted by the dipole radiation pattern. This allows the diaphragm's surface to vibrate more evenly, and produce superior sound quality than a standard dome or cone driver planar.

Planar magnetic drivers also have the advantage of a broad and uniform sound dispersion. This allows for the sound to be heard from any position in the room. In addition, planar ribbon or dipole speakers offer an unnatural and expansive soundstage, with minimal resonances. This provides an experience of listening that is difficult to replicate with other types of speakers.

Planar magnetic speakers have a bigger surface area than cone drivers and are more durable. They are also able to operate at higher volumes without causing excessive distortions or vibrations. They also have lower mechanical noise than other types of drivers, which makes them a perfect choice for home theaters and HiFi systems.

Planar speakers are more expensive due to their complicated design. However, they provide better sound quality and are worth the investment. In addition planar speakers have less impedance than other types of loudspeakers. This means they are less difficult for amplifiers to drive than standard drivers.

These advantages make planar magnetic speakers ideal for home and professional applications, they are less popular in IEMs, as they require more sophisticated engineering to integrate into small form factors such as headphones and earbuds. Recently however, there has been an increase in the availability of IEMs with planar magnetic technology. These include the Rinko by Seeaudio, and the S12 and Z12 by LETSHOUER that have proven to provide an exceptional listening experience.

Lower Distortion

For many audiophiles, the most desirable characteristic of a speaker headphone is low distortion. The distortion is caused in the speaker through a variety of elements, but perhaps the most prevalent cause of distortion is the voice coil inductance. When an alternating voltage is passed through the voice coil of the moving coil driver, the voice coil's inductance produces magnetic field which causes the diaphragm to move. The resulting movement, or excursion, is the reason for the sound wave to be produced but it also generates unwanted harmonics and resonances which degrade the audio quality of the speaker.

Magnetic planar speakers have a much lower distortion than traditional dynamic drivers. This is because the "voice coil" has a larger surface area, rather than being squeezed into a tiny space within a huge piece of metal. A well-designed planar magnet speaker can handle more power than a dynamic driver without any audible strain.

Planar magnetic speakers are also able to reduce distortion by providing an almost perfect resistive load to an amplifier in the system. The voice coil is a long, thin wire that acts as a resistor. This makes the amplifier simple to drive and will sound best when driving an electric planar speaker.

The high efficiency of magnetic planar speakers implies that they produce little heat even when playing high-pitched music. This is important because the heat produced can cause damage to the voice coil, reducing its lifespan and increasing distortion.

However, this isn't to say that all single-ended magnetic speakers are unaffected by distortion. Because of their close magnet spacing, magnetic forces can interact and pull each other to a large extent, causing changes to the diaphragm tension as time passes. This issue is exacerbated by the close proximity between the adjacent rows of magnets.

Better Heat Dissipation

Many specialization HiFi audio headphone companies have been developing amazing masterpieces in the past few years that utilize planar magnetic technology. Planar magnetic drivers have some remarkable advantages over the standard Coiled Dynamics used in the majority of headphones and speakers.

One big advantage is that the "voice coil" is spread across more of a larger area than a conventional cone speaker that allows it to disperse heat effectively without getting too hot. This helps the voice coil operate more linearly and with less distortion and also permits an extremely light diaphragm that can be driven to extremely high excursion levels.

This allows for the planar magnetic speaker to have an extremely quick transient response, which means that sharp peaks and very tiny details can be reproduced accurately even at very high SPLs. The sound is crystal clear without distortion and is identical to the original source material.

The planar magnetic speakers has a very flat impedance curve, ranging from approximately 4.2 ohms in the bass, to 3.3 Ohms in the Treble. This makes it a relatively easy load for amplifiers to drive and comparable to the resistive loads that electronics manufacturers use in their tests to show the quality of their products.

Another advantage is that the ribbon/planar diaphragm is extremely light, which allows it to move quickly and without strain. This produces a very clean and clear sound, with a very wide range of frequency and excellent linearity.

The ribbon/planar design is very quiet, which decreases distortion even more. Finally, it is very stable over a wide range of temperatures, allowing the speaker to maintain a high-quality sound that is consistent over long periods of time and across the entire listening area.

Although there are many benefits for using a ribbon/planar speaker, it is important to remember that this type of speaker isn't suitable for all listeners or applications. A large ribbon/planar radiating surface requires a large room in order to produce full-range sound with an adequate SPL. Because of this, the majority of such speakers are sold as tweeters or as an upper mid/high range component of a two-way system.

Higher Power Handling

Magnetic planar drivers provide amazing clarity and detail without the distortion that plagues traditional cone drivers. This allows them to reveal subtle details in your music and reproduce complex sounds with precision. They have a broad frequency response that allows them to produce a greater frequency range with greater accuracy.

Planar speakers have a very directionally sound, which can be a problem if you are listening to them along with others. It's also the reason for their incredible high-quality image and dynamic range. The sound appears to emanate directly from the speaker, much like the sound of a laser beam, which can be heard even when you're off-axis.

The flat diaphragm and acoustic wavefront also give them an enhanced sense of space and depth than conventional cone speakers. They are more likely to have a low noise floor which can make them less distracting in noisy environments. Many audiophiles prefer the natural sound quality of how Do planar magnetic headphones work magnetic drivers over other technologies.

There are still a few limitations with the technology. Planar drivers are more difficult to manufacture and heavier than cone drivers. They can also be difficult to mount in certain environments. They also require a higher power output to drive them, which can limit their maximum output.

Wisdom Audio is a leader in the development of PMD technology, How Do Planar Magnetic Headphones Work and its products continue to push the boundaries of what this breakthrough technology can accomplish. The new materials that it has patented can withstand temperatures far higher than PET, which is the material used in the majority of planar drivers. Its unique design also reduces the effects of diffraction which can be caused by sound waves traveling through small gaps and curves.

Speakers and headphones made by this company are known for their extremely clear and clear sound, free of distortion. They are also more responsive than cone drivers, which can enhance their bass response. They also reproduce high frequencies with astonishing accuracy, and are capable of delivering deep, powerful bass.