Caramemisahkan karakter speaker mid high - low sub dengan satu power#karakterspeaker#karakterpowerTag:Cara memisahkan karakter speaker mid high - low sub de Dengarkandengan baik bagaimana keseimbangan Tonal Balance antara frekuensi Low, Mid, dan High-nya. Semakin seimbang 3 frekuensi tersebut, menunjukkan speaker tersebut menghasilkan suara yang baik. Kesan pertama saat Anda mendengarkan lagu yang familiar bagi Anda adalah suara bass yang kuat dan vokal dan instrumen yang jernih. Suara tersebut harus terdengar alami tanpa ada frekuensi yang lebih tinggi dari frekuensi lainnya. subbass : 0 > 100hz mid bass : 80 > 500hz mid range: 400 > 2khz upper mid: 1k > 6khz high freq: 4k > 12khz Very high freq: 10k > 20khz and above Above 10khz we are moving out of the realm of first harmonics and into the realm of second harmonics and higher. Again, it is not so much a matter of right and wrong, as your own perspective on the matter. Mid- frekuensi antara 250Hz dan 3.5Hz ; Low - frekuensi dibawah 250Hz Dan bila kita ingin lebih spesifik lagi didalam mengidentifikasi frekuensi ini sehingga nantinya akan memudahkan kita didalam mengenali masing-masing frekuensinya, karena kita wajib untuk mengenalinya bila kita merupakan seorang sound engineer, yaitu : Brilliance - frekuensi diatas 6kHz Converterini mempunyai kelebihan dalam hal ketepatan pembagian frekuensi. Titik potong penyilang nya pun lebih jelas dan loop frekuensi yang terpotong lebih tuntas, sehingga frekuensi yang dibatasi akan lebih baik dibandingkan dengan rangkaian pasif. overlap antara frekuensi high, mid dan low dapat dibagi dengan baik. Bahkan setiap titik potong dapat dirubah dengan sangat flexibel hanya dengan merubah besaran R, L maupun C variable. elxnCv. Oddly, no one really knows. What any one person defines as low frequencies, or midrange frequencies, or high frequencies has as many variations as there are people to comment on it. As a tangential discussion. this came up in one of the speaker building forums, and even people intimately familiar with building speakers couldn't agree. In general, one could say any thing below 500hz is low frequency. Anything between 500hz and 2,000hz to 4000hz falls in the midrange, and anything above that is treble or high frequencies. But even in my own mind, that is not etched in stone. There are 3-way speaker systems that cross over at 800hz. If a bass speaker, meaning a woofer, is handling a frequency does that automatically make it a bass frequency? I don't know for sure. Now if I listen to test tones, what I perceive as bass-ish ends at around 200hz. I perceive based on listening to pure wave tones, that treble begins around 4,000hz. But that is more my perception than the rule. Also, speaker design alters what people commonly perceive or label as bass, midrange, and treble. With standard straight forward 3-way speakers design, it seems simple. It is similar to what I described above. The bass speaker handles the bass, the midrange handles the midrange, and the tweeter handles the highs. However, modern speakers are rarely standard 3-way speakers any more. Far more common are speakers that are not standard bass, midrange and treble, but low-bass, midbass, and highs. Or, to look at it another way, a standard 2-way speaker with an added low-bass driver. A person for whom a speaker like this is common, is going to perceive the low/mid crossover as being much lower, as is the mid/high crossover. With the introduction of subs, it become even more difficult. With subs in the system, what a person perceives as low, mid, and high, is going to be more very low bass, midbass, and high. In this case, the low/midbass crossover is extremely low. So, it is difficult to specify the ranges with exact boundaries. Sorry. Steve/bluewizard Frequency is the number of times per second that a sound wave repeats itself. In everyday conversation, you’ve likely talked about frequency without realizing it; you just refer to it as pitch, which is the subjective response of human hearing to frequency. For example, a truck engine has a much lower pitch than a bicycle horn, and a dog’s growl has a much lower pitch than a bird’s chirp. Pitch is how we perceive the different frequencies of those sounds. Alright, let’s get some quick definitions out of the way. Frequency is measured in hertz Hz. The number of hertz represents the number of cycles per second. A cycle is one complete wave of sound. At its most basic level, frequency describes how often something repeats, and with sound waves, those repetitions will determine the pitch of what we hear. Did we just compare “frequency” and “pitch” twice? YES! Because it’s important! A bird’s song, for example, has a frequency between 2,000 and 8,000 Hz. Compare that to a dog’s bark, which measures at about 1,000 Hz. The difference in pitch stems from the oscillation, or the regular back and forth of the sound waves that emanate from those two sources. Sound waves can behave “irregularly”, but let’s stick to the basics. That sort of misbehavior is better suited for a classroom. A dog bark falls into the category known as mid frequency while a bird song depending, of course, upon the bird is often considered high frequency. Mid frequency is comprised of the sounds we perceive most often on a day to day basis and fall into the range of 200-2,000 Hz. Anything below 200 Hz is considered low frequency and anything above 2,000 Hz is high frequency sound. Bagi para joki sound system tentunya wajib tahu atau mengenali dasar-dasar fungsi dari setiap komponen pada sound system, hal yang paling penting adalah pada frekuensi, dimana para joki wajib tau jenis frekuensi karena kalau sampai tidak tau ya pasti akan selalu bermasalah pada power maupun speaker . Setiap speaker atau power memiliki karakter dan fungsi masing-masing, untuk itu sangat penting memahami ilmu ini, saya sendiri juga masih belajar jadi mohon maaf bila ada kekeliruan ataupun kesalahan. Penyebab speaker dan power sering jebol seingkali tidak disadari karena setiap kali live sering tidak menyadari frekuensi yang tidak seharusnya ikut nimbrung dan akhirnya akan membuat speaker/power bekerja secara brutal. Contoh saja bila frequensi mid pada speaker 10" kemasukan frekuensi low maka kerja speaker akan sangat liar dan bisa membahayakan speker. Namun kasus yang paling sering terjadi adalah pada tweeter yang sering putus atau terbakar, penyebabnya adalah frekuensi mid terlalu besar, untuk itu wajib memakai equalizer,crossover atau komponen untuk memotong frekuensi yang tidak diinginkan. Frekuensi 20Hz - 60Hz Sub-bass 60Hz-200Hz Bass 200Hz-600Hz Low Mid 600Hz-3KHz Mid 3KHz-8KHz High Mid 8KHz-20KHz High Frekuensi 20Hz-60 Hz adalah sub-bass atau biasa di pakai untuk subwoofer dan jenis speaker yang cocok adalah martin, g-sub dan jenis box speaker yang memiliki ruang lebih besar, frekuensi ini biasa disebut Glerrr... Frekuensi 60Hz-200Hz Frekuensi ini biasa di pakai untuk bass alias njeduk, frekuensi ini cocok untuk jenis box speaker seperti turbo atau horn folded seperti 1850 Frekuensi low mid 200Hz-600Hz , frekuensi ini cocok untuk speaker 15" Frekuensi 600Hz-3KHz adalah karakter midlle atau biasa dipakai untuk speaker 10" 3KHz-8Khz frekuensi ini biasa dipakai untuk tweeter dengan voice coil yang sedikit besar 100-300watt 8KHz-20KHz High frekuensi yang biasanya dipakai untuk tweeter kecil atau juga super tweeter .