Question 1: How to adjust this car equalizer for the best effect? There is no optimal equalizer effect, only what you like.

I wanted to search for a suitable explanation of the principles of each frequency band of the equalizer, but I found that most of them are like me. They can adjust and speak by themselves, but only they understand what they say. So here I will give you a simple tuning method. I don’t have the ability to apply laws to a large number of instruments, which will make you confused. I hope you can draw inferences from one example.

1. A brief explanation of the frequency band

32HZ: To manage low frequencies, your most intuitive thing is the percussion instruments, those that pop and bang.

I talk about two extremes: push it to 12, and the speaker may be shattered; push it to -12, even if you play the best slow rock, it will have the same effect as a mobile phone.

64HZ: Regarding this, what I understand is to control the moisture level of 32HZ to make the sound field grand, but some people do not want it to intervene, so that the sound quality in the 32HZ frequency band will be very clear and clear.

128-500HZ: Mainly manages vocals, and also manages some orchestral instruments (winding). The further to the positive direction, the louder the human voice. Among these three, 250 and 500 have the greatest effect on human voices. 128 is mainly involved in managing the size of the sound field, which is almost a continuation of 64, except that 128 participates in vocals.

1K-4K: Mainly manages orchestral instruments (playing, playing)

8K: Mainly manages the moisture of orchestral instruments, but exceeding +4 will cause the speaker to sound sharp. Speakers below -8 will appear extremely muffled.

16: Manage the moistness of the entire sound field. If it exceeds +4, the speakers will go crazy. Lower than...many lower than that, I seem to like it, but then I felt that its effect is not very big, but 8K has this effect.

2. Briefly talk about the relationship between frequency bands

Many people think that the equalizer is a troublesome thing, because it cannot adjust the result you want, and it does not seem to have the above mentioned What are the functions of those frequency bands? For example, if you want to adjust it to a slow shake, the result is still messy. I wanted someone to speak clearly, but the result was muddy speech. It always feels like the equalizer is of little or no use.

To show whether it is useful or not, it is very simple to set all the faders to -12, which means they are all turned off. Then push up the few key faders you want, and the effect will come out.

A short paragraph of nonsense, talk about the theme

The above mentioned their respective frequency bands, just like a bunch of freely deformable building blocks, you can build them however you want.

For example, we want a clear slow shake. The rhythm is strong and very shocking.

If you want to be shocked, you must push it up to 32. If the sound quality is good and the speakers are powerful, you can go up to +3. If you just adjust this one, the effect will not be obvious. How can the effect be reflected?

In fact, we can do the opposite, that is, first put all the faders at the most negative end. According to the above effect, first push 32HZ to +3. At this time, the sound of the speaker should be unclear. Clear bass.

Now we urgently need all sound quality to be clear, so push 8K to +2. Is everything clear?

The main skeleton is produced, and it is nourished after birth.

If you feel that the stereo sound is dry, turn on 64, which is about -10 to -8. After turning this on, the stereo sound will feel very grand, but I personally prefer clean drum beats, so I usually place it below -10.

The sound of singing, of course, will also be heard at the negative end of the equalizer, but it will be very small. So in fact, each frequency band now has sound. Even if you don't turn on 128, 250, and 500, it will still make people sing. If you want people to sing louder, please improve the hunger section, below -8.

If you want to hear the vibration of the violin strings, increase 1 and 2K to about 0. If you are rocking slowly, it is best to keep it below -5.

4K: It seems to manage the sound field of 1 and 2K, which is slightly higher than 1 and 2K. Note that when 1 and 2K are higher than 0, 4K should not be higher than it.

8K, now adjusted.

A very important frequency band, you can even understand it this way, 32 is the bass and 8K is the treble.

16K, I am also confused. It’s okay. Just push it and play with it to see what happens. Remember to talk about what this frequency band is for.

Based on the above information, if your car is relatively quiet, I will give you a plan to listen to slow rocking. The sound should be as shocking as silk.

32 +2

64 -10

128 -9

250 -9

500 -10

1K -8

2K -7

4k -6

8k +2

16k +2

Let’s take a look at the data below and listen to some guzheng, piano and other artistically inclined things:

32 -7 (no need to... >>

Question 2: How to adjust the sound equalizer in the car so that the music can listen better? The first two are bass, the middle one is midrange, and the last two are treble. If you like to listen to DJ electronic music with heavy bass, just turn up the bass and the others. Turn it down if you like singing. If you want to listen to ordinary songs, turn the midrange and treble up to make it clearer.

Question 3: How to adjust the equalizer of the car navigation music player? You can adjust it according to your own preferences. Just turn on the music and listen and adjust it until you feel comfortable.

Hope you adopt it

Thank you

Question 4: How? Use a good audio equalizer to tune car audio equipment. There are only two basic functions of an audio equalizer:

(1) To compensate for the defects of the sound source and equipment. The so-called compensation is to make the entire audio sound better. For the purpose of straightening, add less and subtract more. When compensating for audio, you must find out where the music problem is and treat it accordingly, otherwise it will get worse.

(2) Yes. To improve certain instruments or the overall musical tone of certain music, and create some artificial coloring. For example, the timpani in the music is less heavy and the sound is a bit soft. Just select a suitable frequency point in the 150HZ-250HZ frequency band and increase it appropriately. That’s it.

We need to be able to more vividly divide the entire audio range into four segments, namely the basic segment, the intensity segment, the emotional segment and the color segment. The corresponding frequency range is below 150HZ and 150HZ-500HZ. , 500HZ-6KHZ and above 6KHZ.

The directionality of sound waves below 150HZ, especially below 80HZ, is very small. When playing music, it produces an effect like a soft carpet, turning the ground of the entire listening environment. It is full and very loose. If the low frequency band in the system is lacking, the foundation will be weak and the overall feeling will be hard and tight.

The strength section contains the strongest bass percussion energy. This part is also the bass and low-mid range of most musical instruments and people. The lack of energy in this part will directly lead to a feeling of weakness and lack of confidence. However, it should not be too much, as too much will make the sound astringent. .

The emotional section includes the mid-range and high-pitched areas of musical instruments and the treble foundation of human voices. The music in this frequency band is highly directional. If there is too little of this part, the entire sound and image positioning will be weak, making the music lack expressiveness and emotion. But this part must not be too much, it can only be flat. Because the human ear is most sensitive to this frequency. A little more energy, like a lot, reduces the intimacy and kindness of the vocals, giving the singer a hoarse, inhuman feeling.

The color segment includes all musical instruments, the high range and overtones of the human voice. When playing back music, the sound becomes smooth and full of an ethereal feeling, giving the music an ethereal charm. But it can’t be too much, otherwise the music will be blurred and the sound will be unreal.

Some people also divide it into 6 segments:

1. 16HZ-60HZ, ultra-low frequency band. It gives the music a powerful feel. But placing too much emphasis on this frequency band will make the music muddy and unclear.

2. 60HZ-250HZ, low frequency band. This frequency band contains the fundamental tone of the rhythm part, and changing this band will change the balance of the music.

Frequencies near 80HZ give people a strong sound field at high loudness without making people uncomfortable. The 100HZ-2500HZ frequency band can affect the fullness of the sound. If it is appropriate, the sound will be round and sweet, but too much will cause the sound to be turbid and increase fatigue.

3. 250HZ-2KHZ, medium frequency band. This section contains the low-order harmonics of most musical instruments. If it is boosted too much, it will produce a telephone-like tone. If it is significantly attenuated, the sound will lack strength and feel thin. Increasing the 500HZ-1000HZ frequency band will make the sound of musical instruments sound like a trumpet, and increasing the 1000HZ-2000HZ frequency band will make a metallic sound.

4. 2KHZ-4KHZ, high and high school frequency band. Raising this segment will mask the speech and cause the speech to be lisp. This section is the most sensitive area of ??human hearing, and the attenuation should not be too much to avoid reducing the brightness. Too much boost can easily cause hearing fatigue.

5. 4KHZ-6KHZ, high frequency band. This frequency band is the presence feeling band, which can affect the clarity of vocals and musical instruments. Raising this section makes the sound bright and prominent. If this section is too loud, it will produce an unbearable harsh sound.

6. 6KHZ-16KHZ, ultra-high frequency band. This frequency band gives people a fresh and pleasant feeling, and can control the brightness and clarity of the sound. Too much boost in this band will make the sound hairy.

Clarifying the above points will be very helpful for our future car audio tuning.

Question 5: How to adjust the car equalizer to the best level? Hello, this still depends on the type of music you are listening to.

Question 6: How to adjust the sound equalizer in the car navigation system (Pioneer)? I don’t know how to answer. Haha, adjust it slowly according to your feeling and sound quality.

Question 7: How to adjust the music equalizer in a Volkswagen car? To enjoy DJing, you must first understand the functions of each frequency band of the equalizer:

From low frequency to high frequency: 32HZ---16KHZ

The meaning of the letters: HZ = Hertz K=1000 1KHZ is 1000HZ 16KHZ=16000HZ

16khz is Not much higher than 32HZ! Understand this, and then use popular things to explain these. We all call sharp sounds high frequency, and call dull sounds low. The sound of the flute is relatively sharp, so it is considered high frequency; the sound of gongs and drums is relatively deep, so it is considered low frequency. Most people's voices are neither sharp nor deep, so it is considered medium frequency.

Therefore, each frequency band of the equalizer manages its own area, and the purpose is to allow you to achieve the effect you want by adjusting it to distort it.

Okay, let’s roughly explain the function of each frequency band:

32HZ: manages percussion instruments, such as drums, bass drums and other strong rhythmic sounds. Adjusting in the positive direction amplifies the signal , if your player and speakers are good enough, you can turn it on. Usually, cars with tens of thousands or more than 100,000 yuan cannot exceed +4. Normally, the effect should be enough at +2, otherwise it will be a broken sound from the speaker. In other words, the heavy percussion instrument you want for DJ sound effects is to tune it. As for how much to tune, it depends on your equipment. If you are a DJ, it is recommended to be at least 0 or above.

64HZ: This mainly manages the loudness of the entire sound field. Adjust it in the positive direction to make the sound field brighter. Adjust it in the negative direction to make the sound clear. I usually like to hear clear sound, so I usually adjust it to around -9.

128-256HZ: Manage vocals. I don’t like to hear loud vocals, so I often put it around -10;

500HZ-4KHZ: Manage various orchestras. Instruments, such as flute, qin, harp, etc., while adjusting them, may also affect the clarity of the sound field. This varies according to each music.

8KHZ-16KHZ: These two are used to manage the loudness, dullness, and clarity of the sound field. They are very important!

It can be said that if you adjust the lower one (32HZ) to +2, adjust the last two items to between 0 and +2, and turn off the rest, it will not affect your listening to DJ.

Okay, that’s all. I hope it’s helpful to you.

Question 8: How to best adjust the car audio equalizer? Some people like to listen to human voices, and some people like to listen to rock music. There is no standard for whether it sounds good or not.

It depends on the difference. Adjust the music style

Question 9: How to adjust the car audio equalizer? 35 points The picture below is the equalizer setting on the computer. For reference, the value is not fixed. Adjust it and listen to it. If you are not satisfied, adjust it again. Everyone's ears are different. The value I mentioned may just be suitable. Mine may not be suitable for you

Question 10: How to adjust the equalizer to make the music sound the best? Winap equalizer settings include two methods: one is manual setting, and the other is preset. Unless we are professional tuners, we generally do not need to set it manually, because it is difficult for you to find the high, low, and heavy combinations between the various sounds; what I am talking about here are the preset values. First click PRESETS, then click Load "Preset". There are many options such as super bass and treble, hall, electronic music, treble, classical, club, pop, PARTY, gentle, gentle rock, dance music, etc. The above options are pre-matched by professional tuners according to different music types. You can choose according to your own preferences. Of course, if you really want to do it yourself, you can also make adjustments based on the presets. Hope you enjoy listening to music! :)