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5 Planar Magnet Projects For Any Budget
Planar Magnetic Bluetooth Headphones

These headphones provide an immersive listening experience. They come with a premium, luxurious aesthetic and a sound reproduction that is astonishingly accurate. These headphones are designed for audiophiles who demand the highest quality music.

RHA has developed new technology to reduce distortion to a negligible 0.5%. The CL2 includes 10 millimeters of planar magnetic driver , suspended above two magnetic arrays that are matched.

Accuracy

Planar magnetic headphones use diaphragms that are ultra-thin between two magnets, unlike traditional headphones which make use of cones and moving voice coils to move air. This allows them to manipulate sound waves in a more uniform way, offering better accuracy and crystalline detail. However, they are more bulky, difficult to power, and more expensive than their dynamic counterparts, which is the reason they're not yet dominating the market.

Boutique audio brands such as Audeze and HIFIMAN constantly improve and introduce new models to make the most of this thrilling technology. Audeze LCD-5 headphones are a great example. The latest model is less brash and more balanced, but retains all the clarity and resolution of its predecessors. The soundstage is also much more spacious and revealing, allowing you to hear things you didn't before and enjoy old favorites in a new way.

Another benefit of an expansive soundstage is the sense of depth and placement that the headphones create. The spherical driver of many modern closed-back planar magnetic headphones such as the Oppo PM-3 can also make them sound a little wide at times, especially when sounds pan from left to right. The HIFIMAN HIFIMAN is constructed with a more symmetrical form to give a more precise stereo sound.

The benefits of a larger soundstage are obvious, but the majority of users prefer a neutral and balanced tuning. This is the reason that most magnetic headphones that are planar come with closed-back and open-back versions, with the latter providing the more traditional and practical design that can be used on a daily basis.

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The magnetic drivers that are planar in RHA's newest CL2 headphones provide an astonishingly precise sound. Their compact ten-millimeter driver houses a 16-micrometer diaphragm perfectly suspended over two magnetic fields for superior reproduction up to 45,000 Hz.

The diaphragm has a more uniform molecular structure compared to traditional cone drivers, which means there's less distortion throughout the frequency range. This results in more natural dynamic response.

To further reduce planar magnetic drivers , the diaphragm is enclosed by a metal housing which has been precisely machined from a single block of aluminum. The result is a lightweight robust design with a smooth inner surface that allows for a continuous flow of audio waves between the microphone and the speakers.

These features combine to produce headphones that sound fantastic regardless of the volume you play it at. The soundstage is large and covers your headspace with clear separation between sounds that gives your music a sense of depth.

The Glasgow-based company uses top materials to create the CL2 headphones. Zirconium dioxide is utilized as a virtually indestructible substance that is also used to protect jet engines and to make synthetic diamonds. The stainless steel housings that are ultra-thin are tough and scratch-resistant with a matte-finish produced by superheated plasma.

The CL2s are compact magnetic headphones that can provide wireless listening through their Bluemini adapter, which can support Bluetooth 4.1 for aptX and AAC streams. The CL2s also come with detachable 3.5mm or balanced 2.5mm cables, which have copper with oxygen-free cores to ensure that analogue signals are delivered to the headphones without distortion.

Soundstage

A large and spacious soundstage is among the most sought-after features among audiophiles. Audiophiles are not like some listeners, who are happy to blast Taylor Swift on laptop speakers. They want a clear and full soundstage so they can immerse themselves into the music.

The quality of a soundstage is greatly dependent on the headphones and their acoustics. Understanding how headphones are designed and made is key to obtaining the best soundstage from them. The design of the headband, earpads, and microphone all play a role in creating a soundstage.

The size of the headband, as an example, can have a big impact on how large and open a soundstage. A larger headband results in a larger soundstage and less distortion. The quality of the earpads is also a factor. The earpads must be comfortable and well sealed to minimize unwanted sound and resonance.

Clarity of each instrument is a different aspect of the soundstage that headphones provide. A crisp soundstage allows you to easily distinguish vocals and instruments in the song, even at high volume. The clarity of the bass also plays a significant role in the overall audio quality of headphones.

Planar magnetic headphones offer greater bass response than dynamic drivers. The headphones with planar magnetics have larger magnets which move the entire diaphragm. Dynamic drivers have a smaller dialum that vibrates in response to the electrical impulses generated by the voice coil. This results in an unidirectional sound wavefront, rather than the spherical focus that is present in dynamic drivers which helps localize sound more precisely as it enters the ear.

A flat soundwavefront requires more power than a circular, which is why planar headphones use larger magnets and require more powerful amplifiers. This is why headphones with a planar shape tend to be a little heavier and bulkier than dynamic headphones.

Distortion

The distortion of your headphones is due to a voice coil moving between two places compressing and decompressing air around the speaker diaphragm. This causes the different points on the diaphragm to move out of sync and produce a sound that is fuzzy and distorting. Planar magnetic headphones have lower distortion rates because the drivers apply uniform driving forces to the entire flat surface. This results in a low distortion even in high volumes.

Planar headphones also have wide frequency response. They can reproduce a variety of frequencies, from deep bass to high treble. Additionally, they are able to provide a fast transient response, meaning they react quickly to changes in the audio signal.

While planar headphones have many benefits however, they can be difficult to drive without an external amplifier. They require more power and have larger magnet arrays. However, there are high-quality planar headphones that are able to be operated directly from mobile devices and desktop audio players.

The CL2 Planar from RHA utilizes an oxygen-free copper base and specially designed neodymium magnets for high efficiency. They can be utilized with wireless or wired connections and are compatible with all devices that supports Bluetooth. The cables are available in 3.5mm and balanced 2.5mm and premium materials. They are also braided for durability and strength.

There are many options for Bluetooth headphones that are planar or an excellent set of headphones to listen to music. It's important to think about your budget and your preferences for listening before making a choice. magnet planar tempting to purchase the most expensive headphones but you might find that they don't sound quite as impressive as a pair of less expensive ones.


Leakage

As the name suggests the headphones are planar. They use a flat membrane that is surrounded by magnetic fields to create sound. They also have a diaphragm which is typically 80% smaller than that of dynamic drivers. They can deliver a deeper sound and have more detail than their larger counterparts. They also require more power. Some planar headphones, like the HIFIMAN Deva, can be powered by phones on mobiles. However, to get the best sound quality most headphones require a headphone amplifier.

Due to their bi-directional movement that they have, planar magnetic headphones tend to release more sound than headphones with the standard voicecoil transducer. They are not suitable for use in public places particularly if you wish to keep your surroundings from being disturbed by you. This can be avoided by choosing closed-back headphones with a tight seal, which prevents sound from escaping.

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