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Magnetic Planar Speakers - Holographic 3D Imaging and Stunning Clarity

They create sound waves through vibrating a thin diaphragm which is suspended between two magnets. Planar magnetic speakers are known for their stunning clarity and 3D holographic images.

They also offer a wide vertical and horizontal dispersion as well as low distortion and reasonable costs making them suitable for a variety of audio applications.

Superior Sound Quality

planar magnetic headphones explained magnetic speakers are known for reproducing detailed, clear sound with minimal distortion. This is because they employ flat diaphragms with an electrically conductive trace that reacts to magnetic fields emanating from magnets on either or both sides of the speaker. The diaphragm is then able to move, producing sounds waves that are transmitted via a monopole or dipole radiation pattern. This allows the diaphragm to move more evenly, and produce higher-quality sound than a typical dome or cone driver.

Another benefit of planar magnetic drivers is their large dispersion that is uniform, which lets the sound be heard equally from any location in a room. In addition dipole or planar ribbon speakers have an unnatural and expansive soundstage that has very little resonance. This creates a unique listening experience that is difficult to replicate with other types speakers.

Because they have such a large surface area, planar magnetic speakers are also more durable than traditional cone drivers. They can operate at higher volume levels without producing excessive vibration or distortion. They are also quieter than other kinds of speakers, which makes them an excellent choice for home theatre and HiFi applications.

Planar speakers are more expensive due to their complicated design. However, they provide superior audio quality and are worth the investment. Furthermore, planar speakers have lower impedance than other types of loudspeakers, which means they are less difficult for amplifiers to drive than conventional drivers.

Planar magnetic speakers are an excellent option for professional and home use. However, they are not as well-liked in IEMs because they require more intricate engineering to fit into smaller forms such as headphones and earbuds. Recently, however there is a surge in the number of IEMs that have planar magnetic technology. The Rinko by Seeaudio and the S12 & Z12 from LETSHOUER are two examples IEMs that have been proven to offer a superior listening experience.

Lower Distortion

Low distortion is the most sought-after feature for many audiophiles. Inductance in the voice coil is the main reason for distortion in speakers. When an alternating current is fed through a typical moving coil driver's voice coil, the inductance of the voice coil creates magnetic fields that cause a movement of the diaphragm. The movement or the excursion is what produces the sound wave, however it also creates unwanted resonances and harmonics that degrade the quality of the audio.

Magnetic planar speakers have a lower distortion level than traditional dynamic drivers. This is due to the fact that the "voice coil" has an increased surface area rather than being squeezed into a tiny space inside a huge piece of metal. In the end, a well-designed planar magnetic speaker can withstand a greater amount of power than a traditional dynamic driver without any sound.

Planar magnetic speakers also reduce distortion by presenting a nearly perfect resistive load to the amplifier in the system. This is because the voice coil is a long thin wire that functions as a simple resistor. This makes it easy for the amplifier to drive, and it always sounds best when driven by a planar magnetic speaker.

The high efficiency of magnetic planar speakers implies that they generate less heat even when playing high-pitched music. This is important as excessive heat can damage the voice coil, reducing its lifespan and increasing distortion.

However, this is not to claim that all single-ended planar magnetic speakers are without distortion. Because of their close magnet spacing, magnetic forces can interact and draw each other to a significant degree, which can result in changes to the diaphragm tension as time passes. This issue is made more difficult due to the proximity of adjacent rows of magnets.

Better Heat Dissipation

Many specialization HiFi audio headphone manufacturers have been developing amazing masterpieces in the past few years that utilize planar magnetic technology. While many people consider the standard coiled dynamic driver most headphones and speakers use to be superior, there are some amazing advantages to using a planar magnetic design.

The main benefit is that the "voice coil" is spread over more of a larger area than a typical cone speaker that allows it to disperse heat efficiently and not get too hot. This lets the voice coil operate more efficiently and with less distortion. It also makes it possible to use a lighter diaphragm that can be driven at very high excursion levels.

This allows for the planar magnetic speaker to have a remarkably rapid transient response, meaning that sharp peaks and tiny details can be reproduced accurately even at very high SPLs. It also ensures that the sound is extremely clear and free from distortion and is identical to the original source material.

The planar magnetic speaker also has a flat impedance curve that ranges from about 4.2 Ohms in the bass, to 3.3 Ohms in the treble. This makes it a relatively easy load that amplifiers can drive, and comparable to resistive loads that electronics manufacturers use for tests designed to show how good their products are.

Another advantage is that the diaphragm (planar) is extremely light, which allows it to move extremely quickly and easily with less strain. This produces very clear and Magnetic Planar Speakers clean sound with a wide bandwidth and superb linearity.

The ribbon/planar also is very quiet, which helps reduce distortion. It is also extremely stable across a range of temperatures, which allows the speaker to produce high-quality sound that is consistent over long durations of time, and over the entire listening area.

While the benefits of using a ribbon/planar speaker are numerous, it is important to remember that they are a specific type of loudspeaker, and Magnetic Planar Speakers are not suitable for every situation or for all listeners. For instance, a planar or ribbon speaker with a large radiating panel requires an enormous space to provide full-range sound at an sufficient SPL. The majority of these speakers are sold as tweeters or as upper mid/high-range components in a two-way speaker system.

Higher Power Handling

Magnetic planar drivers can 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 accuracy. They also have a broad frequency response, which means they can produce a wider frequency range with greater precision.

Planar speakers create a highly directed sound field, which can be a drawback when you're listening in an area with other people. It's also a reason for their incredible dynamic range and pristine image. The sound seems to shoot directly out of 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 give them a better sense of depth and spaciousness than conventional cone speakers. They are more likely to have low noise levels which makes them less distracting when in noisy environments. Planar magnetic drivers are preferred by a large number of audiophiles because of their natural sound quality.

There are some limitations to the technology. Planar drivers can be more difficult to make and heavier than cone drivers. They are also difficult to mount in certain areas. They also require more power to drive, which can limit the output they can attain.

Wisdom Audio is the leader in the development and application of PMD technology. Its products continue to expand the capabilities of this innovative technology. Its new patented material is able to withstand temperatures far higher than PET which is used to make most planar drivers. Its unique design reduces the effects diffraction which can occur when sound waves travel through small gaps or curves.

This is why its speakers and headphones planar are known for their extremely clear and precise sound that isn't distorted. They also have a higher level of responsiveness than cone drivers, which helps improve their bass response. They can also reproduce high frequencies with incredible precision, and are capable of delivering deep, powerful bass.