Magnetic Planar Speakers - Holographic 3D Imaging and Stunning Clarity

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

They also work well for a variety of audio applications due to their low distortion, wide horizontal and vertical dispersion, and low costs.

Superior Sound Quality

When it comes to high-performance audio planar magnetic speakers are renowned for their ability to produce clear, detailed sound with minimal distortion. This is due to the fact that they use an elongated diaphragm that has a conductive trace pattern that reacts to a magnetic field generated by magnets located on one or both sides of the speaker. The diaphragm is then able to move, creating sound waves that are transmitted through the dipole or monopole pattern. This makes the diaphragm move more evenly and to produce superior sound quality compared to the typical cone or dome driver.

Another benefit of planar magnetic drivers is their large dispersion, uniform in size which lets the sound be heard equally from any location in a room. Planar dipoles or ribbon speakers also have a natural, spacious soundstage that has very few resonances. This creates a unique listening experience that is hard to duplicate with other types speakers.

Due to their large surface area they are also more durable than conventional cone drivers and can operate at higher volume levels without causing excessive vibrations or distortion. They also have less mechanical noise than other kinds of drivers, making them an excellent choice for home theaters and HiFi systems.

Due to their intricate design, planar speakers can be more expensive than other kinds of loudspeakers. However, they have superior sound quality that is worth the cost. In addition, planar speakers have a much lower impedance than other types of loudspeakers, meaning they are less difficult for amplifiers to drive than standard drivers.

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

Lower Distortion

For a lot of audiophiles, the most desired characteristic of a speaker or headphone is its low distortion. Inductance in the voice coil is the main source of distortion in speakers. When an alternating current is pumped through a typical moving coil driver's voice coil the inductance of the voice coil creates magnetic fields that trigger diaphragms to move. The movement or the excursion is what causes the sound wave, however it also creates unwanted resonances and harmonics that degrade the quality of audio.

Magnetic planar speakers have a much 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 tiny space inside a huge piece of metal. A well-designed planar magnet speaker can handle more power than a dynamic driver without any audible strain.

Another way that planar magnetic speakers reduce distortion is by presenting an almost perfect resistive load to the amplifier within the system. This is because the voice coil is a long thin wire that functions exactly like a resistor. This makes it simple for the amplifier to drive and it always sounds best when driving a planar magnetic speaker.

The high efficiency of magnetic planar speakers means that they generate little heat even when playing loud 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 say that all single-ended magnetic speakers are free from distortion. Due to their close magnet spacing, the magnetic forces can interact and pull each other to a large degree, which can result in changes to the diaphragm's tension over time. This problem is made worse by the close proximity between the adjacent rows of magnets.

Better Heat Dissipation

In the last few decades, many specialization HiFi audio headphones manufacturers have created amazing masterpieces using planar magnet technology. While many people consider the common dynamic driver planar that most headphones and speakers utilize to be superior, there are remarkable advantages of using a planar magnet design.

One big advantage is that the "voice coil" is spread over more of a larger area than a conventional cone speaker which allows it to disperse heat effectively without getting too hot. This helps the voice coil operate more efficiently and with less distortion and also allows for an extremely light diaphragm that can be driven to 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 very precisely even at extremely high SPLs. The sound is extremely clear and free of distortion, and is indistinguishable from the original source material.

The impedance curve of the planar magnetic speaker is also extremely flat and ranges from 4.2 Ohms for the bass to 3.3 in the treble. This makes it an easy load for amplifiers to drive and comparable to the resistive loads used by electronics manufacturers for tests designed to show the quality of their products.

A ribbon/planar diaphragm that's extremely light and compact can move quickly and without much strain. This produces very clear and Planar Magnetic Drivers crisp sound with a very wide bandwidth and excellent linearity.

The ribbon/planar design also is very quiet, which reduces distortion even further. Finally, it is very stable over a wide range of temperatures, which enables the speaker to produce high-quality sound that is consistent over long periods of time and across a broad listening area.

While the benefits of using a ribbon/planar speakers are numerous, it's crucial to remember that they are a specialized type of loudspeaker and not appropriate for every application or for all listeners. For example, a ribbon/planar speaker with a large radiating panel requires an enormous space to create a full-range sound with an sufficient SPL. The majority of these speakers are only available as tweeters, or as upper mid/high range components in two-way speaker systems.

Higher Power Handling

Magnetic planar drivers provide clarity and detail that are unmatched by cone drivers. They can detect subtle nuances and reproduce complex sounds with precision. They also have a wide frequency response, which means they can create a wider range of frequencies with greater precision.

Planar speakers create a highly directional sound field, which could be a problem if you're listening to them in a room with other people. However, it's what gives them their incredible dynamic range and stunning imaging. The sound is like a laser beam, that shoots directly out of the speakers. It can be heard even when you are off-axis.

The flat diaphragm and the acoustic wavefront also give them an enhanced sense of depth and planar magnetic drivers spaciousness than traditional cone speakers. They tend to have an extremely low noise floor, which can make them less distracting in noisy environments. Many audiophiles prefer the natural sound quality of planar magnetic drivers - http://0522565551.ussoft.kr/g5-5.0.13/bbs/Board.php?bo_table=board_5552&wr_id=1934934, over other types of technology.

There are still a few limitations with the technology. Planar drivers are more difficult to manufacture than cone drivers that are conventional, and they can be quite heavy, which can make difficult to install in certain environments. They also require more power to drive, which can restrict the maximum output they can achieve.

Wisdom Audio is the leader in the application and development of PMD technology. The company's products continue to advance the boundaries of this revolutionary technology. The patented material it uses can withstand temperatures much higher than PET, which is used to create the majority of planar drivers. Its unique design also minimizes the effects of diffraction which can occur when sound waves pass through narrow gaps and curves.

As a result, its headphones and speakers are known for their exceptionally clear and detailed sound that's free of distortion. They're also more responsive than cone drivers that are traditional which can help increase their bass response. They're also able to reproduce high frequencies with astonishing precision, and they can produce powerful, deep bass.