Magnetic Planar Speakers - Holographic 3D Imaging and Stunning Clarity

With a thin diaphragm suspended between two arrays of magnets, they vibrate to produce sound waves. Planar magnetic speakers are known for their amazing clarity and holographic 3D images.

They also provide a broad vertical and horizontal dispersion as well as low distortion and affordable costs which makes them suitable for a variety of audio applications.

Superior Sound Quality

Planar magnetic speakers are renowned for their ability to reproduce clear, detailed sounds with low distortion. This is due to the fact that they use flat diaphragms with an electrically conductive trace that reacts to a magnetic field generated by magnets on either or both sides of the speaker. The diaphragm is then able to move, generating sound waves that are transmitted by the dipole or monopole pattern. This makes the diaphragm move more evenly and produce an improved sound quality than a typical dome or cone driver.

Planar magnetic drivers also have the benefit of a large and uniform sound dispersion. This allows the sound to be heard from any position within a room. Additionally dipole or planar ribbon speakers have an incredibly natural soundstage with very few resonances. This provides a unique listening experience that is difficult to replicate with other types speakers.

Because they cover a large surface area, planar magnetic speakers are also more durable than traditional cone drivers and can operate at higher volumes without causing excessive vibration or distortion. They also sound better than other types of speakers, making them an ideal choice for home theatre or HiFi applications.

Planar speakers are more expensive due to their intricate design. However, they deliver better audio quality and are well worth the investment. Planar speakers also have a lower impedance compared to other kinds of loudspeakers. This makes them more suitable for amplifiers drive.

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

Lower Distortion

Low distortion is the most desired characteristic for many audiophiles. Inductance in the voice coil is the most frequent source of distortion in speakers. When an alternating voltage is passed through the voice coil of a 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 however, it also causes unwanted resonances and harmonics that 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 more surface area, instead of being squeezed into an extremely small space within a massive piece of metal. As a result, a well-designed planar magnet speaker can withstand a greater amount of power than a traditional dynamic driver without any sound.

Another method by which planar magnetic speakers minimize 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 functions exactly like a 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 produce little heat, even when playing a lot of music. This is crucial, since the excessive amount of heat can damage the voice coil and decrease its lifespan.

However, this doesn't mean to claim that all single-ended planar magnetic speakers are unaffected by distortion. Because of their close magnet spacing, magnetic forces can interact and draw each other to a large degree, which can result in changes to the diaphragm's tension in the course of time. This issue is made worse by the close proximity of adjacent rows of magnets.

Better Heat Dissipation

Many specialist HiFi audio headphone companies have been creating amazing masterpieces over the last few years that utilize planar magnetic technology. Although many believe that the common coiled dynamic driver most headphones and speakers use to be superior, there are some remarkable advantages to using a planar magnetic design.

The "voice coil" is able to disperse heat more efficiently than a cone speaker because it is spread over more of a surface. This lets the voice coil operate more linearly with less distortion, and permits a diaphragm that is light and can be driven at extremely high levels of excursion.

This enables the planar magnet speaker to have a remarkably quick transient response. Sharp peaks and even the smallest details can therefore be reproduced with great precision even at high SPLs. The sound is extremely clear without distortion and is identical to 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 a relatively easy load that amplifiers can drive, and planar magnetic speakers comparable to resistive loads that electronics manufacturers employ in their tests to show how great their products are.

A ribbon/planar diaphragm that's extremely lightweight can move quickly and without much strain. This produces a very clear and clear sound, with a wide range of frequencies and excellent linearity.

The ribbon/planar design is also very quiet, which reduces distortion even more. Finally, it is very stable across a range of temperatures, allowing the speaker to produce consistent sound quality for long periods of time and across a broad listening area.

Although there are many advantages for using a ribbon/planar speaker, it is important that you remember that this type of speaker isn't suitable for all types of listeners or applications. A ribbon/planar that has a large radiating surface will require a large room in order to produce a full-range sound at an acceptable SPL. Because of this, the majority of these speakers are sold as tweeters or as an upper mid/high range part of a two-way system.

Higher Power Handling

Magnetic planar drivers can provide exceptional clarity and detail without the distortion that plagues traditional cone drivers. This allows them to reveal subtle nuances 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 produce a directionally sound, which can be a problem if are listening to them with other people. This is also the reason behind their amazing dynamic range and pristine image. The sound is like a laser beam shooting directly out of the speakers. It can be heard when you are off-axis.

The flat diaphragm, when combined with the acoustic waves front, provides them with a higher perception of space and depth than cone speakers. They are more likely to have low noise levels which makes them less distracting in noisy environments. Many audiophiles prefer the natural sound quality of planar magnetic drivers over other technologies.

However, there are a few limitations to the technology. Planar drivers are more difficult to make than conventional cone drivers and they can be heavy, making difficult to install in certain situations. They also require a higher power output to drive them, which can restrict their maximum output.

Wisdom Audio is a leader in the development of PMD technology and its products continue to push the boundaries of what is a planar headphone this breakthrough technology can accomplish. The patented material it uses can withstand temperatures that are much higher than PET, which is used to make most planar drivers. Its unique design reduces the effects of diffraction that can occur when sound waves travel through narrow gaps or curves.

The headphones and speakers made by this company are known for their extremely clear and clean sound, free of distortion. They also have a higher level of responsiveness than cone drivers, which could enhance their bass response. They also reproduce high frequencies with astonishing precision, and they're capable of delivering deep, powerful bass.