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Magnetic Planar Speakers - Holographic 3D Imaging and Stunning Clarity

Using a thin tensioned diaphragm suspended between two arrays magnets that vibrate, they create sound waves. Planar magnetic speakers are known for their amazing clarity and holographic 3D images.

They also offer a wide horizontal and vertical dispersion, low distortion and reasonable costs which makes them suitable for many audio applications.

Superior Sound Quality

When it comes to high-performance audio, planar magnetic speakers are famous for their ability to reproduce clear, precise sound with minimal distortion. They accomplish this by using an elongated diaphragm that has a conductive pattern on it. This is a reaction to the magnetic field produced by magnets, either on one or both sides of a speaker. This causes the diaphragm to move, producing sounds waves that are transmitted through the dipole radiation pattern. This makes the diaphragm move more evenly and to produce a higher-quality sound compared to a typical dome or cone driver planar.

Another benefit of planar magnetic drivers is their large dispersion that is uniform which allows the sound to be heard equally well from any location in an area. In addition dipole or planar ribbon speakers provide a natural and spacious soundstage that has very little resonance. This provides a full listening experience that brings the music to life in a way that is hard to replicate with other kinds of speakers.

Planar magnetic speakers have a greater surface area than cone drivers and are more durable. They can also operate at higher volumes without causing excessive distortions or vibrations. They also sound better than other kinds of speakers, making them a great choice for home theatre and HiFi applications.

Due to their complex design, planar drivers may be more expensive than other kinds of loudspeakers, but they offer superior audio quality that is worth the investment. Planar speakers also have a lower impedance when compared to other types of loudspeakers. This makes them more convenient for amplifiers drive.

Although these advantages make planar magnetic speakers an an excellent option for home and professional applications However, they aren't as well-known in IEMs, as they require more advanced engineering to incorporate into small forms like headphones and earbuds. Recently, however, there is a surge in the availability IEMs with planar magnetic technology. The Rinko by Seeaudio and the S12 & Z12 from LETSHOUER are just two examples of IEMs that have been shown to offer a superior listening experience.

Lower Distortion

For magnetic Planar many audiophiles, the most sought-after characteristic of a speaker or headphone is the low distortion. Inductance of the voice coil is the main reason for distortion in speakers. When an alternation voltage is applied to the voice coil of a moving coil driver, the inductance of the voice coil creates a magnetic field which causes the diaphragm to move. The resultant 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 lower distortion than traditional dynamic drivers. This is due to the fact that the "voice coil" has an increased surface area instead of being squeezed into an extremely small space within a massive piece of metal. A well-designed planar magnet speaker can handle more power than a dynamic driver with no the sound of strain.

Another method by which planar magnetic speakers can reduce distortion is to provide an almost perfect resistive load to the amplifier in the system. This is because the voice coil is a long thin wire that acts as a simple resistor. This makes the amplifier simple to drive and will sound the best when driven by the magnetic planar speaker.

The high efficiency of magnetic planar speakers implies that they produce little heat even when playing loud music. This is important because excessive heat can damage the voice coil, decreasing its lifespan and increasing distortion.

This does not mean that all planar single-ended speakers are distortion free. Due to their close magnet spacing, the magnetic forces can interact with one the other and draw one another to a large extent, causing changes in the diaphragm's tension as time passes. This is a problem that is exacerbated due to the proximity of adjacent rows of magnets.

Better Heat Dissipation

Many specialist HiFi audio headphone companies have been creating amazing masterpieces in the past few years using planar magnetic technology. Planar magnetic drivers offer remarkable advantages over the standard Coiled Dynamics used in the majority of headphones planar and speakers.

One of the major advantages is that the "voice coil" is spread out over a much larger surface area than in a typical cone speaker which allows it to disperse heat efficiently and not get too hot. This lets the voice coil operate more linearly with less distortion. It also permits a diaphragm that is light and can be driven at very high levels of excursion.

This allows the planar magnetic speaker to have a remarkably fast transient response, so that sharp peaks and tiny details can be reproduced very precisely even at extremely high SPLs. It also means that the sound is extremely clear and clear of distortion. It is not different from the original source material.

The impedance curve of a planar magnetic speaker is also very flat, ranging from 4.2 ohms for the bass to 3.3 in the high-frequency. This makes it an easy load to drive for amplifiers, and is similar to resistive loads that electronics manufacturers to show their products' superiority.

Another benefit is that the ribbon/planar diaphragm is extremely light, which enables it to move very quickly and with less strain. This produces very clear and crisp sound with a wide bandwidth and superb linearity.

The ribbon/planar design is also very quiet, which reduces distortion even more. It is also very stable across a wide range of temperatures, allowing the speaker to produce high-quality audio that is consistent over long periods of listening and a large listening area.

While the advantages of using a ribbon/planar speaker are numerous, it is crucial to remember that they are a specific kind of loudspeaker that is not appropriate for every application or for all listeners. For instance, a planar or ribbon speaker with a large radiating panel requires an enormous space to produce full-range sound of adequate SPL. The majority of these speakers are only available as tweeters, or as upper mid/high range components in a two-way system of speakers.

Higher Power Handling

Magnetic planar drivers offer clarity and detail that is unmatched by cone drivers. They can reveal subtle nuances and reproduce complex sounds with precision. They have a broad frequency response, which allows them to create a wider frequency range with greater accuracy.

Planar speakers produce a highly directed sound field, which could be a disadvantage if you're listening to them in an area with other people. It's also a reason for their remarkable high-quality image and magnetic planar dynamic range. The sound is like a laser beam shooting directly out of the speakers. It is heard even when you are off-axis.

The flat diaphragm as well as the acoustic wavefront also give them a better sense of space and depth than traditional cone speakers. They typically have low noise levels which can make them less distracting in noisy environments. Many audiophiles prefer the natural sound quality of planar magnetic drivers over other technology.

There are some limitations to the technology. Planar drivers are more difficult to make than cone drivers that are conventional, and they are quite heavy, making difficult to install in certain conditions. They also require more power to drive, which may limit the output they can attain.

Wisdom Audio is a leader in the development of PMD technology, and its products continue to push the limits of what this revolutionary technology can do. The new material that it has patented is able to withstand temperatures far higher than PET, which is used to make most planar drivers. Its unique design also reduces the effects of diffraction, which can occur when sound waves travel through small gaps and curves.

This is why its headphones and speakers are renowned for delivering an exceptionally clear and detailed sound that is free of distortion. They're also more responsive than traditional cone drivers which can help enhance their bass response. They're also able to reproduce high frequencies with amazing accuracy and produce deep, powerful bass.