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Magnetic Planar Speakers: It's Not As Expensive As You Think
Magnetic Planar Speakers - Holographic 3D Imaging and Stunning Clarity

They create sound waves by vibrating a diaphragm, which is suspended between two magnets. Planar magnetic speakers are known for their 3D holographic imaging and incredible clarity.

They are also ideal for a broad range of audio applications due to their low distortion, broad vertical and horizontal dispersion and affordable costs.

Superior Sound Quality

Planar magnetic speakers are renowned for their ability to reproduce clear, detailed sound with minimal distortion. This is because they utilize a flat diaphragm with an conductive trace pattern that reacts to magnetic fields emanating from magnets on either or both sides of the speaker. This causes the diaphragm to move, creating sound waves that are transmitted via the dipole radiation pattern. This allows the diaphragm vibrate more evenly and create an improved sound quality than the typical cone or dome driver.

Another advantage of planar magnetic drivers is their broad, uniform dispersion that allows the sound to be heard equally well from any position in a room. Additionally dipole or planar ribbon speakers offer a natural and spacious soundstage that has very little resonance. This provides a unique listening experience that is difficult to replicate with other types 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 are also quieter than other kinds of speakers, which makes them an excellent option for home theatre and HiFi applications.

Planar speakers are more expensive due to their complicated design. However, they provide better audio quality and are worth the investment. Furthermore they have lower impedance than other types of loudspeakers. This means they are easier for amplifiers to drive than standard drivers.

Planar magnetic speakers are a great option for home and professional use. However, they are not as well-liked in IEMs because they require more intricate engineering to be able to fit into smaller forms such as headphones and earbuds. Recently, however there is a surge in the availability IEMs with planar magnetic technology. The Rinko by Seeaudio and the S12 and Z12 from LETSHOUER are two examples IEMs that have been shown to provide a great listening experience.

Lower Distortion

For many audiophiles the most desired characteristic of a speaker headphone is the low distortion. Distortion is created in the speaker through many factors, but perhaps the most prevalent cause of distortion is the voice coil inductance. When an alternating current is fed through a conventional moving coil driver's voice coil the inductance of the voice coil produces magnetic fields that cause a movement of the diaphragm. The movement or excursion is what produces the sound wave, but it also generates unwanted resonances and harmonics which degrade the quality of the audio.

Magnetic planar speakers have a lower distortion than traditional dynamic drivers. This is because the "voice coil" has an increased surface area rather than being squeezed into a small space within a massive piece of metal. In the end, a well-designed planar magnet speaker can handle far more power than the traditional dynamic driver, without any sound.

Another way in which planar magnetic speakers minimize distortion is by presenting an almost perfect resistive load to the amplifier inside the system. This is due to the fact that the voice coil is a very long thin wire that acts as a simple resistor. This makes the amplifier simple to drive and will always sound the best when driven by the magnetic planar speaker.

Lastly, the high efficiency that magnetic planar speakers offer means that they generate very little heat when playing music at high volumes. This is important as a large amount of heat can cause damage to the voice coil, decreasing its lifespan and increasing distortion.

However, this doesn't mean to say that all single-ended magnetic speakers are free from distortion. Due to their close magnet spacing, magnetic forces can interact with one with one another and pull each other to a considerable extent, causing changes to the diaphragm's pressure over time. This is a problem that is made worse due to the proximity of adjacent rows of magnets.

Better Heat Dissipation

Many specialized HiFi audio headphone companies have been creating amazing masterpieces in recent years that use planar magnetic technology. While many consider the standard coiled dynamic driver the majority of headphones and speakers use to be superior, there are some incredible advantages to using a planar magnetic design.

One of the major advantages is that the "voice coil" is spread out over more of a larger area than a typical 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 a very lightweight diaphragm that can be driven to extremely high excursion levels.


This allows for the planar magnetic speaker to have exceptionally rapid transient response, meaning that sharp peaks and very tiny details can be reproduced extremely precisely even at very high SPLs. This also means that the sound is very clean and free of distortion, and is not different from the original source material.

The planar magnetic speaker has a very flat impedance curve that ranges from approximately 4.2 ohms in the bass, to 3.3 ohms in the treble. This makes it a simple load to drive amplifiers, and is similar to the resistive loads used by electronics manufacturers to demonstrate their products' high-end quality.

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 clean sound with a broad bandwidth and superb linearity.

The ribbon/planar design is extremely quiet, which helps to reduce distortion even more. It is also extremely stable over a wide range of temperatures, which allows the speaker to provide an even sound quality over long durations of time, and over a broad listening area.

Although there are many advantages to using a Ribbon/Planar Speaker however, it is crucial to remember that this type of speaker is not appropriate for all types of listeners or applications. A ribbon/planar with a large radiating surface will require a larger space to create full-range sound with an adequate SPL. For this reason, most such speakers are sold as tweeters or as an upper mid/high range part of a two-way system.

Higher Power Handling

Magnetic planar drivers provide clarity and detail that is not matched by cone drivers. They can reveal subtle details in your music and reproduce complex sounds with precision. They also have a wide frequency response, which means that they can produce a greater frequency range with greater accuracy.

Planar speakers emit a directional sound, which can be a problem when you are listening to them with others. It's also a reason for their incredible high-quality image and dynamic range. The sound seems to emanate directly from the speaker, similar to a sonic laser beam that can be heard even if you're off-axis.

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

However, there are limitations to the technology. Planar drivers are more difficult to create than conventional cone drivers, and they are quite heavy, which can make them challenging to mount in certain environments. click through the next internet site 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, and its products continue to push the boundaries of what this revolutionary technology can achieve. The new material that it has patented can withstand temperatures that are much higher than PET, which is used to make most planar drivers. Its unique design minimizes the effects of diffraction that occurs when sound waves pass through narrow gaps or curves.

In the end, its speakers and headphones are known for their exceptionally detailed and clear sound that isn't distorted. They are also more responsive than cone drivers, which could enhance their bass response. They also reproduce high frequencies with astonishing precision, and they're capable of producing powerful, deep bass.

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