지역센타회원 | 5 Planar Magnet Lessons From Professionals
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Planar Magnetic Bluetooth Headphones
With a premium, luxurious aesthetic and impressively precise sound quality These headphones provide an immersive listening experience. They're made for audiophiles that require the highest fidelity in their music.
RHA has developed a brand new technology that reduces distortion to a mere 0.5%. The CL2 features the ten millimeter planar magnetic driver suspended above two matched magnetic arrays.
Accuracy
Planar magnetic headphones use diaphragms with ultra-thin diaphragms bonded to unlike traditional headphones, which utilize cones and moving coils to move air. This allows the headphones to manipulate sound waves in a more uniform fashion that provides better accuracy and crystalline detail. However, they are larger, harder to power, and more expensive than their dynamic counterparts, which is the reason they haven't taken over the market.
Boutique audio brands like Audeze and HIFIMAN continuously improve and launch new models to make the most of this amazing technology. The most recent model of the Audeze LCD-5 headphones for instance, is more slack and balanced than its predecessors, all the while still retaining the high resolution and clarity. The soundstage has been enlarged and uncovered and allows you to hear things that were not there before and to listen to your classics with a new perspective.
A wider soundstage can also give a greater sense of depth and place. The spherical driver in modern closed-back magnetic headphones such as the Oppo PM-3 may also make them sound too wide, particularly when the sound is shifted from left to right. The more symmetrical design of HIFIMAN Ananda, on contrary is designed to give a more natural and accurate stereo image than most other competitors' headphones.
While the benefits of an expanded soundstage are obvious but most users will find that they also prefer a more balanced and Planar Magnetic Drivers neutral tuning for their headphones. Most planar magnetic headphones come in open-back and closed-back models. The one with the open-back is more comfortable and traditional design that can be used on a regular basis.
Here are a few of the most effective ways to increase your effectiveness:
The planar magnetic drivers of RHA's new CL2 headphones deliver a stunningly precise sound. Their compact ten millimeter driver houses an 16-micrometer dial that is perfectly suspended above two matched magnet fields for superior reproduction.
The diaphragm also has more uniform molecular structure than traditional cone drivers, which means that there's less distortion across the frequency range. This allows the sound to be much more natural dynamic response, which gives the listener a vibrant and detailed image quality.
To further reduce distortion the diaphragm is enclosed in a precision-machined aluminum housing. The resulting design is lightweight and durable and has a smooth internal surface that allows for a continuous flow of audio waves from the microphone to the speakers.
These features create a very precise headphone that is a joy to listen to at all volumes. The soundstage is vast and encompasses 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. They use zirconium dioxide, an indestructible material that's used to create synthetic diamonds as well as to protect jet engines. The ultra-thin black stainless steel housings are tough and scratch-resistant with a matte-finish produced by superheated plasma.
The CL2s what are planar magnetic drivers compact magnetic headphones that can provide wireless listening through their Bluemini adapter, which supports Bluetooth 4.1 for aptX and AAC streams. The CL2s come with detachable 3.5mm or balanced 2.5mm cables, with copper with oxygen-free cores to ensure that analogue audio signals are transmitted to the headphones without distortion.
Soundstage
A vast and expansive soundstage is one of the most sought-after qualities amongst audiophiles. Contrary to some listeners who prefer to listen to Taylor Swift over laptop speakers audiophiles require a wide and precise soundstage that allows them to be absorbed in the music.
The soundstage's quality is heavily dependent on the acoustics of the headphones and the way they present the sound. Understanding how headphones are designed and made is key to getting the most immersive soundstage from them. The design of the headband, earpads, and microphones all play an important role in creating the soundstage.
For example the size of a headband plays an important part in how wide and open the soundstage appears. A larger headband results in a bigger soundstage, but less distortion. The quality of the earpads are also a important factor. The earpads need to be comfortable and well-sealed to reduce the amount of unwanted noise and resonance.
Another aspect of a headphones' soundstage is the clarity of every instrument. A clear soundstage makes it easy to differentiate individual vocals and instruments in the song even at higher volumes. The clarity of the bass is vital to the overall sound quality.
This means that the bass response of planar magnetic headphones is typically better than that of dynamic drivers. Planar magnetic headphones are equipped with larger magnets that move the entire diaphragm. Dynamic drivers have a smaller dialum which vibrates in response to the electric impulses sent from the voice coil. This results in a flat wavefront, rather than the spherical wavefront that is focused that is found in dynamic drivers. This helps to localize sound better as it enters your ears.
A flat soundwavefront requires more power than one that is spherical, so planar headphones use larger magnets, and need more powerful amplifiers. This is the reason why the headphones that are planar magnetic are usually slightly heavier and larger than dynamic headphones.
Distortion
The distortion you hear in your headphones is caused by a voice coil which moves back and forth quickly, compressing and releasing air around the diaphragm of your speaker. This causes the diaphragm's edges to move out-of-phase, resulting in muddy and distorted sound. Planar magnetic headphones are much less prone to distortion because the drivers generate uniform driving forces throughout the flat surface of the diaphragm. This results in low distortion even in high volumes.
Planar headphones are also famous for their wide frequency response. They can reproduce a range of frequencies, ranging from deep bass to high treble. They also offer a rapid transient response, which means they respond quickly to changes in the audio signal.
While planar headphones offer a lot of advantages, planar magnetic drivers they can be a bit difficult to drive without an external amplifier. They require more power and have larger magnet arrays. There are, however, extremely efficient planar headphones that can be used directly from mobile devices and desktop audio players.
The CL2 Planar from RHA uses an oxygen-free copper core as well as customized neodymium magnets to provide superior efficiency. They are compatible with all Bluetooth devices and can be used wirelessly as well as with wired connections. They also have a range of cables, including 3.5mm and balanced 2.5mm, all of which are made from high-end materials and braiding for strength and durability.
If you're in the market for a pair of Bluetooth planar headphones or an excellent set to listen to music, there are many good options to choose from. It is important to consider your budget and your preferences for listening before making a decision. It's tempting to buy the most expensive headphones, but you might find they don't sound as good as a pair of cheaper headphones.
Leakage
Like the name suggests that planar headphones utilize an elongated membrane with magnetic fields to produce sound. They also have a thinner diaphragm that's often less than 80% of a dynamic driver. Because of this, they can deliver more detail and a lusher sound than their larger counterparts. They also require more power. While some headphones with a planar design, such as the HIFIMAN DEVA can be powered by phones, the majority require a separate headphone amp to get the best sound.
Due to their bi-directional motion, planar magnetic headphones tend to let out more sound than headphones that use the standard voicecoil transducer. This makes them unsuitable for use in public spaces particularly if you wish to avoid disturbing people around you. However, this can be avoided by choosing closed-back headphones with a tight seal to prevent sound from escaping.
With a premium, luxurious aesthetic and impressively precise sound quality These headphones provide an immersive listening experience. They're made for audiophiles that require the highest fidelity in their music.
RHA has developed a brand new technology that reduces distortion to a mere 0.5%. The CL2 features the ten millimeter planar magnetic driver suspended above two matched magnetic arrays.Accuracy
Planar magnetic headphones use diaphragms with ultra-thin diaphragms bonded to unlike traditional headphones, which utilize cones and moving coils to move air. This allows the headphones to manipulate sound waves in a more uniform fashion that provides better accuracy and crystalline detail. However, they are larger, harder to power, and more expensive than their dynamic counterparts, which is the reason they haven't taken over the market.
Boutique audio brands like Audeze and HIFIMAN continuously improve and launch new models to make the most of this amazing technology. The most recent model of the Audeze LCD-5 headphones for instance, is more slack and balanced than its predecessors, all the while still retaining the high resolution and clarity. The soundstage has been enlarged and uncovered and allows you to hear things that were not there before and to listen to your classics with a new perspective.
A wider soundstage can also give a greater sense of depth and place. The spherical driver in modern closed-back magnetic headphones such as the Oppo PM-3 may also make them sound too wide, particularly when the sound is shifted from left to right. The more symmetrical design of HIFIMAN Ananda, on contrary is designed to give a more natural and accurate stereo image than most other competitors' headphones.
While the benefits of an expanded soundstage are obvious but most users will find that they also prefer a more balanced and Planar Magnetic Drivers neutral tuning for their headphones. Most planar magnetic headphones come in open-back and closed-back models. The one with the open-back is more comfortable and traditional design that can be used on a regular basis.
Here are a few of the most effective ways to increase your effectiveness:
The planar magnetic drivers of RHA's new CL2 headphones deliver a stunningly precise sound. Their compact ten millimeter driver houses an 16-micrometer dial that is perfectly suspended above two matched magnet fields for superior reproduction.
The diaphragm also has more uniform molecular structure than traditional cone drivers, which means that there's less distortion across the frequency range. This allows the sound to be much more natural dynamic response, which gives the listener a vibrant and detailed image quality.
To further reduce distortion the diaphragm is enclosed in a precision-machined aluminum housing. The resulting design is lightweight and durable and has a smooth internal surface that allows for a continuous flow of audio waves from the microphone to the speakers.
These features create a very precise headphone that is a joy to listen to at all volumes. The soundstage is vast and encompasses 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. They use zirconium dioxide, an indestructible material that's used to create synthetic diamonds as well as to protect jet engines. The ultra-thin black stainless steel housings are tough and scratch-resistant with a matte-finish produced by superheated plasma.
The CL2s what are planar magnetic drivers compact magnetic headphones that can provide wireless listening through their Bluemini adapter, which supports Bluetooth 4.1 for aptX and AAC streams. The CL2s come with detachable 3.5mm or balanced 2.5mm cables, with copper with oxygen-free cores to ensure that analogue audio signals are transmitted to the headphones without distortion.
Soundstage
A vast and expansive soundstage is one of the most sought-after qualities amongst audiophiles. Contrary to some listeners who prefer to listen to Taylor Swift over laptop speakers audiophiles require a wide and precise soundstage that allows them to be absorbed in the music.
The soundstage's quality is heavily dependent on the acoustics of the headphones and the way they present the sound. Understanding how headphones are designed and made is key to getting the most immersive soundstage from them. The design of the headband, earpads, and microphones all play an important role in creating the soundstage.
For example the size of a headband plays an important part in how wide and open the soundstage appears. A larger headband results in a bigger soundstage, but less distortion. The quality of the earpads are also a important factor. The earpads need to be comfortable and well-sealed to reduce the amount of unwanted noise and resonance.
Another aspect of a headphones' soundstage is the clarity of every instrument. A clear soundstage makes it easy to differentiate individual vocals and instruments in the song even at higher volumes. The clarity of the bass is vital to the overall sound quality.
This means that the bass response of planar magnetic headphones is typically better than that of dynamic drivers. Planar magnetic headphones are equipped with larger magnets that move the entire diaphragm. Dynamic drivers have a smaller dialum which vibrates in response to the electric impulses sent from the voice coil. This results in a flat wavefront, rather than the spherical wavefront that is focused that is found in dynamic drivers. This helps to localize sound better as it enters your ears.
A flat soundwavefront requires more power than one that is spherical, so planar headphones use larger magnets, and need more powerful amplifiers. This is the reason why the headphones that are planar magnetic are usually slightly heavier and larger than dynamic headphones.
Distortion
The distortion you hear in your headphones is caused by a voice coil which moves back and forth quickly, compressing and releasing air around the diaphragm of your speaker. This causes the diaphragm's edges to move out-of-phase, resulting in muddy and distorted sound. Planar magnetic headphones are much less prone to distortion because the drivers generate uniform driving forces throughout the flat surface of the diaphragm. This results in low distortion even in high volumes.
Planar headphones are also famous for their wide frequency response. They can reproduce a range of frequencies, ranging from deep bass to high treble. They also offer a rapid transient response, which means they respond quickly to changes in the audio signal.
While planar headphones offer a lot of advantages, planar magnetic drivers they can be a bit difficult to drive without an external amplifier. They require more power and have larger magnet arrays. There are, however, extremely efficient planar headphones that can be used directly from mobile devices and desktop audio players.
The CL2 Planar from RHA uses an oxygen-free copper core as well as customized neodymium magnets to provide superior efficiency. They are compatible with all Bluetooth devices and can be used wirelessly as well as with wired connections. They also have a range of cables, including 3.5mm and balanced 2.5mm, all of which are made from high-end materials and braiding for strength and durability.
If you're in the market for a pair of Bluetooth planar headphones or an excellent set to listen to music, there are many good options to choose from. It is important to consider your budget and your preferences for listening before making a decision. It's tempting to buy the most expensive headphones, but you might find they don't sound as good as a pair of cheaper headphones.
Leakage
Like the name suggests that planar headphones utilize an elongated membrane with magnetic fields to produce sound. They also have a thinner diaphragm that's often less than 80% of a dynamic driver. Because of this, they can deliver more detail and a lusher sound than their larger counterparts. They also require more power. While some headphones with a planar design, such as the HIFIMAN DEVA can be powered by phones, the majority require a separate headphone amp to get the best sound.
Due to their bi-directional motion, planar magnetic headphones tend to let out more sound than headphones that use the standard voicecoil transducer. This makes them unsuitable for use in public spaces particularly if you wish to avoid disturbing people around you. However, this can be avoided by choosing closed-back headphones with a tight seal to prevent sound from escaping.