I bought new headphones and used powder noise to cook them

Powder noise can be cooked, but the effect is not obvious, go to verycd to the next pot disc or test disc to cook, the general burn-in time is at least 50 hours, if the headphones are not particularly high-end, it is recommended to listen naturally.

Generally with the radio!! FM Three days is enough!! Cooking headphones is not so particular!! But it's okay if you don't listen to it out loud!!

If you don't know too much, it is recommended not to cook it like this. Just use a burner, or use the radio to tune in to a blank station.

If there's anything you don't understand, go here.

It is recommended not to deliberately boil. There are also many people who have problems with the burn-in, and the so-called burn-in is to let the headphones enter the state as soon as possible. Listen more, it will be better, and the effect of burning the machine will not be as obvious as you think, don't listen to those gun texts, it sounds like there will be earth-shaking changes, what grade of headphones, what level can be reached has long been decided, a slight change.

Hello landlord, in fact, there is no need to boil the headphones, you can use it normally when you get it, don't open the volume too much at the beginning (the range that the human ear can bear is no problem), you usually listen to whatever song you listen to, use it for about 50 hours, depending on the specific situation, basically the sound and quality can be played.

The burn-in machine is actually just a process of accelerating the running-in of the original and wire, driving continuously for dozens of hours, and of course the running-in is fast. Some so-called pink noise and white background noise burn-in tracks, due to the extreme frequency band, may damage the headphones. If you don't pursue this fast speed, natural use is actually the most suitable, and slowly experiencing the process of sound running-in is a rare experience in terms of fun and grasp of sound.

Most of those who have a large set of theories about burning the machine do not understand headphones, for fear that others will think they don't understand.

All in all, natural use is the best way to do it.

ps: If the landlord doesn't believe it, I can't help it. If you want to cook, it's okay, and the headphones won't break anyway.

But you have to explain what powder noise is, you have to turn on the machine**, I'm sorry, I've burned for so many years, and I've been in contact with hundreds of headphones, large and small, and I can't provide you with this help.

Another answer is not what you asked, others ask about pink and white, which is better You first say that there is no need to boil, saying that you have burned more than 100 headphones, indicating that you are a person from the past The key is that does this help other people's problems in any way?

The difference between white noise and pink noise is that white noise is evenly distributed in loudness within the hearing range of the human ear. White noise refers to the fact that the power of the frequency component in a sound is uniform throughout the audible range (0 20kHz).

The pink noise sounds relatively balanced to the human ear, and the pink noise has several types of low-frequency energy, decreasing from low frequency to high frequency, and the pink noise sounds like a pear-shaped sound wave. The frequency component power of pink noise is mainly distributed in the middle and low frequency bands. Sounds most commonly used for acoustic testing.

White Noise Profile:

1. White noise refers to the fact that the power of the frequency component in a sound is uniform throughout the audible range (0 20kHz). Since the human ear is sensitive to high frequencies, this sound sounds like a noisy rustle.

2. White noise or white noise is a random signal or random process with a constant power spectral density. In other words, the power of this signal is the same in each frequency band, and since white light is a mixture of monochromatic light of various frequencies (colors), this property of this signal with a flat power spectrum is called "white", and this signal is also called white noise.

3. On the other hand, other noise signals that do not have this property are called colored noise. Ideal white noise has an infinite bandwidth and therefore an infinite amount of energy, which is not possible in the real world. In fact, we often think of flat signals with limited bandwidth as white noise, because it makes our mathematical analysis easier.

4. The "white noise" of magic has amazing properties, it is like a white beam of light, made up of all colors, and what we see is white light. It's a kind of white noise, one might ask, what does white noise sound like? Can you make us feel exactly, in some Western countries, many people who have been exposed to white noise** describe it as sounding like rain, or like the sound of waves crashing against rocks, or like the rustle of wind blowing through leaves.

This kind of sound can play a certain role in the sound of people of all ages, and it is a "harmonious" voice. Some people also feel that "white noise" sounds a little harsh, and white noise at a certain volume can ** some children with hyperactivity have mental concentration disorders. Some experts and scholars say that "white noise" is actually a sound suggestion given to us by nature, which can play a role in assisting some neurological diseases.

Pink Noise Profile:

English name: pink noise Pink noise is the most common noise in nature, simply put, the frequency component power of pink noise is mainly distributed in the middle and low frequency bands. From a waveform perspective, pink noise is fractal, with audio data having the same or similar energy within a certain range.

From a power (energy) point of view, the energy of pink noise is constantly attenuated from low to high frequencies with a curve of 1 f, typically 3 dB drop every 8 degrees. Pink noise is the sound most commonly used for acoustic testing. Pink noises can be used to simulate sounds such as waterfalls or rain.

White noise and pink noise are mainly reflected in their power spectral density, which is described in the communication principle.

The power spectrum of white noise is uniform, and the power spectrum of pink noise is centralized.

Needing white noise is as simple as tuning the radio to a band where there is no station.

White noise is generally used for burning.

It's best to boil the new headphones, otherwise they will break easily.

If it's not a good headphone...Listen to songs that are not intense....It's good after a long time.

Hello

1, b, the diaphragm is the part of the earphone sound, the general structure of the earphone is that the diaphragm is coated with iron powder, and the electromagnetic coil is connected to the back, after the power is on, the diaphragm is vibrated by the force and makes sound.

2, a, electrostatic and dynamic refers to the principle of sound is different, the above is the structure of the moving coil, the electrostatic is different, in addition to the electret type, isomagnetic type, etc. It doesn't have much to do with the appearance.

3, C, except for the stax 001a, which is an earbud type, the others are large headphones, which is related to its structure. Of course, the appearance is nothing special, and it is no different from the dynamic headphones.

Burn-in means that the diaphragm of the new headphones is stiff, and it takes a while to get into the state to get normal sound. Burn-in is the process of getting into the state. It doesn't have much to do with listening to the content of **.

As long as you use it for enough time, it will gradually get better. The time depends on different earphone models, some can be stable for more than ten hours, and some are unstable for two hundred hours. Generally speaking, normal use is fine.

Don't make too much noise, it's not good for the ears, because the new diaphragm is stiff, and it is easy to damage the diaphragm at a loud volume.

The longer this one, the better, and it usually takes 300+ hours to fully boil.

If you have a question, let's go to the headphones.