Musical instrument frequency range table
Musical instrument frequency range table
A 110 220 440 880 1760 3520
B 123.45 246.9 493.8 987.6 1975.2 3950.4
C 130.8 261.6 523.2 1046.4 2092.8 4185.6
D 146.825 293.65 587.3 1174.6 2349.2 4698.4
E 164.8 329.6 659.2 1318.4 2636.8 5273.6
F 174.6 349.2 698.4 1396.8 2793.6 5587.2
G 195.975 391.95 783.9 1567.8 3135.6 6271.2
C #-Db 34.6 69.3 138.6 277 554 1109 2217
D #-Eb 38.9 77.8 155.6 311 622 1244 2489
F #-Gb 46.2 92.5 185 370 740 1480 2960
G #-Ab 51.9 103.8 207.6 415 831 1661 3322
A #-Bb 58.3 116.5 233 466 932 1865 3729
Violin 200Hz ~ 400Hz affects the fullness of timbre; 1 ~ 2KHz is the plucked sound band; 6 ~ 10KHz is the timbre brightness.
Viola 150Hz ~ 300Hz affects the strength of timbre; 3 ~ 6KHz affects timbre expressiveness.
Cello 100Hz ~ 250Hz affects the fullness of the timbre; 3KHz affects the timbre of the timbre.
The bass violin 50Hz ~ 150Hz affects the fullness of the timbre; 1 ~ 2KHz affects the brightness of the timbre.
Flute 250Hz ~ 1KHz affects the fullness of timbre; 5 ~ 6KHz affects the brightness of timbre.
The black tube 150Hz ~ 600Hz affects the fullness of the timbre; 3KHz affects the brightness of the timbre.
The oboe 300Hz ~ 1KHz affects the fullness of the timbre; 5 ~ 6KHz affects the brightness of the timbre; 1 ~ 5KHz boost makes the timbre bright and gorgeous.
The 100Hz ~ 200Hz tone of the large tube is full and deep; the 2 ~ 5KHz affects the brightness of the tone.
Trumpet 150Hz ~ 250Hz affects the fullness of tone; 5 ~ 7.5KHz is a bright and crisp band.
The French Horn 60Hz ~ 600Hz boost will make the timbre harmonious and natural; strongly blowing the timbre of the timbre, 1 ~ 2KHz is obviously enhanced.
The trombone 100Hz ~ 240Hz improves the fullness of the sound; the 500Hz ~ 2KHz increase makes the sound brilliant.
Large size 30Hz ~ 200Hz affects the fullness of the timbre; 100Hz ~ 500Hz increase makes the timbre deep and thick.
Piano 27.5 ~ 4.86KHz is the sound band. The timbre becomes thin with increasing frequency; 20Hz ~ 50Hz is the formant frequency.
The harp 32.7Hz ~ 3.136KHz is the frequency range. The sound of small-strength plucking is soft; the sound of high-strength plucking is full.
Saxophone 600Hz ~ 2KHz affects the brightness; increasing this frequency will make the sound clear.
The saxophone bB 100Hz ~ 300Hz is a pure feeling that affects the timbre. Increasing this frequency band can make the initial vibration characteristics of the timbre more delicate and enhance the expressiveness of the timbre.
Guitar 100Hz ~ 300Hz increase to increase the fullness of tone; 2 ~ 5KHz enhance the expression of enhanced tone.
Bass guitar 60Hz ~ 100Hz The bass is full; 60Hz ~ 1KHz affects the strength of the timbre; 2.5KHz is the plucked string frequency.
Electric guitar 240Hz is the fullness frequency; 2.5KHz is the brightness frequency 3 ~ 4KHz. The character of the plucked musical instrument is more fully expressed.
Electric bass 80Hz ~ 240Hz is the fullness frequency; 600Hz ~ 1KHz affects the strength of the timbre; 2.5KHz is the plucked string frequency.
Tambourine 200Hz ~ 240Hz resonance frequency; 5KHz affects the presence.
Snare drum (snack drum) 240Hz affects fullness; 2KHz affects strength (loudness); 5KHz is snare audio (overtone zone)
Tongtong 360Hz affects fullness; 8KHz is the hardness frequency; overtones can reach 10 ~ 15KHz
The bass drum 60Hz ~ 100Hz is the bass velocity frequency; 2.5KHz is the percussion frequency; 8KHz is the drum skin overtone frequency.
Ground drum (bass drum) 60Hz ~ 150Hz is velocity audio, which affects the fullness of timbre; 5 ~ 6KHz is overtone audio frequency.
Cymbals at 250Hz are strong, tough, and sharp; 7.5 ~ 10KHz sounds are sharp; 1.2 ~ 15KHz cymbal overtones "golden splashes".
Singing (male) 150Hz ~ 600Hz affects the strength of the singing voice. Increasing this frequency band can make the singing resonance strong and enhance the strength.
The singing voice (female) 1.6 ~ 3.6KHz affects the brightness of the timbre. Raising this frequency can make the timbre clear and transparent.
Voice 800Hz is a "dangerous" frequency, too much increase will make the tone sound "hard" and "lendy"
Raising the hoarse sound from 64Hz to 261Hz will improve the timbre.
Throat sound attenuation 600Hz ~ 800Hz will improve the timbre
The nasal sound weight is attenuated by 60 Hz to 260 Hz, and boosting by 1 to 2.4 KHz can improve timbre.
Tooth sound weight 6KHz too high will produce severe tooth sound.
If the coughing weight is too high at 4KHz, it will cause serious coughing (the tone when the radio frequency deviates).
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