This Story Behind How Do Planar Magnetic Headphones Work Will Haunt You For The Rest Of Your Life! How Do Planar Magnetic Headphones Work?

In comparison to dynamic drivers planar magnetic headphones have lower distortion. This is because it vibrates the entire diaphragm, not only the part attached the voice coil.

They also have a more spacious soundstage with better instrument separation and ability to differentiate. However, please click the following post leak a bit more, which means you need to isolate yourself to keep from disturbing those around you.


The diaphragm

The diaphragm is an essential component of nearly every sound transducer (headphones microphones, loudspeakers, and headphones including) that moves air to produce sound waves. In headphones it's a flat piece of diaphragm suspended between two magnets that produce an electromagnetic field when activated by audio signals. In a planar magnetic headphone the current of electricity from the source of the headphone reaches the diaphragm through a coil that generates a magnetic force that causes it to vibrate.

The diaphragm suspension is composed of titanium, neodymium or other synthetic materials. This allows the diaphragm to resonate with your ear at various frequency. In contrast to dynamic drivers that are used in planar headphones, planar magnetic headphones can offer very high SPLs, without sounding blurred or muddy.

Planar magnetic headphones are not only able to reproduce high SPLs but also have an enhanced soundstage. The reason is that the diaphragm's flat shape creates a planar sound wavefront, rather than the narrow spherical wavefront that is found in many dynamic drivers. As a result, the headphones provide a more natural soundstage that's more easily to locate.

Another advantage of planar magnetic headphones is their outstanding transient response. This is the ability to recreate short-lived peaks in audio signals, for example crashes of cymbals and kick drum strikes. The large size of the diaphragm as well as the fact that it's able to move in a uniform manner across its surface means that there is no distortion at these peaks.

Planar magnetic headphones have a few disadvantages that you should consider when selecting a set. For one, they are usually much more expensive than their dynamic counterparts. This is mostly due to the design of their motors that can be complex, as well as the history of the brand behind them.

There are fortunately great affordable planar magnetic headphones that you can purchase for less than $100. In addition to their impressive quality, these headphones are available in open-back and closed-back designs which means you can pick the one that fits your preferences for listening. Audeze LCD-2 Classics and HIFIMAN Arya Stealth Magnets Edition are two of the top headphones on the market.

The voice coil

Planar magnetic headphones offer exceptional clarity and detail across the entire range of frequencies. This is due to the thin, flat diaphragm that is sandwiched between the arrays of magnets. When an electrical signal is transmitted by your audio source the conductive material windings within the voice coil interact with the magnetic field and cause the diaphragm to vibrate, producing sound waves.

The advantage of the planar-type driver is that each vibration is equally distributed and occurs at the same speed, regardless of where the diaphragm's situated within the magnetic field. This produces a more consistent and uniform sound with less distortion. It is also easier to listen to. Dynamic drivers however, tend to produce sound waves that are less uniform and more round.

Planar magnetic drivers due to the way they operate, require a stronger amplification system. They are also larger and heavier due to the larger flexible membrane. They require an external amplifier or DAC to drive them.

Planar magnetic drivers can be more expensive because they are typically constructed from high-quality components. In recent years, however some HiFi audio headphone makers have revived this older technology. Consequently, we're witnessing a myriad of new headphones with planar magnetic drivers, which provide an amazing listening experience.

As with all things in life, the choice between planar magnetic and dynamic headphones is based on personal preference and budget. Planar magnetic headphones have a somewhat larger sound stage than dynamic models and are renowned for their incredible quality and precision. Dynamic headphones are more expensive, however they have a heftier bass and a more rounded sounding signature.

In general, dynamic driver headphones have a bit more slam and punch than those with planar magnetic designs however, the differences aren't always apparent to the majority of listeners. They are also better at imaging and separating. Nevertheless, there are plenty of exceptions to this rule and some great magnetic headphones are available at a very affordable price.

Magnets

In a typical headphones with a dynamic driver the electrical impulses generated by your audio source travel through a conductory material that interacts with the magnetic fields inside the driver. These are used to bend the diaphragm's shape and produce sound waves. Planar magnetic headphones use the thin layer of conductor material that is sandwiched between powerful magnets. They're more difficult to make and are the reason they're more expensive.

A heavier and bigger design is also a result of the necessity for more space around drivers. They also require more power to achieve their full potential than their dynamic counterparts. This isn't an issue every time but it's something to think about when selecting these headphones.

Although this isn't the case for all headphones, a lot of the top planar magnetic headphones will offer an open and airy sound than their more dynamic counterparts. They can provide a sense that they are in a bigger space, which appeals to some listeners. They also offer a larger soundstage, which is helpful when listening to music together with other people.

The open-back design is a common option for a variety of small-scale headphone brands, such as the likes of HiFiMAN and Audeze. Although they're not as well-known as closed-back models, they can be an excellent opportunity to experience the benefits of planar magnetic technology. The HiFiMAN Sundara, for example is a great way to test the speed, accuracy and detail of these headphones.

The housing

If you're an avid audiophile or just a person who enjoys good music, it's likely you've heard of planar magnetic headphones. They have a distinctive look, with a flat diaphragm embedded in the headphone. They are available in both over-ear and open-back designs. In addition to their unique design, these headphones use different working principles in comparison to dynamic drivers.

Planar magnetic headphones, as opposed to traditional moving coil drivers that use the voice coil to produce sound waves, use an array of magnets to move the diaphragm to produce sound. These arrays can be placed on either or both sides based on the design. The magnets are activated by an electrical signal that travels through the voice coil and causes it to vibrate. The vibrations generate magnetic fields that interact with the magnets on either side of the diaphragm. The interactions cause the diaphragms to push and pull against the magnetic fields. This results in sound waves that are the audio signal.

This is why the sound of headphones with planar magnetic design is typically richer and offer better bass extension capabilities. The big, flat diaphragm reacts much quicker to changes in the input signal, which means they respond more quickly to bass response and are less prone to distortion. This provides them with an improved, precise sound that audiophiles enjoy.

These headphones can reproduce higher frequencies, but do not have the slam and punch that modern dynamic driver headphones provide. As such, they can be a bit difficult to listen to for those who want to to listen to metal or hard rock music.

Due to their distinctive design they are more expensive than other headphone types. They also require a dedicated amplifier and digital audio converter to provide power to the drivers. This can add up to an expensive cost increase for some customers, but many people believe the sound is worth the cost. There are other kinds of headphones that are available to those who don't want to spend too much.