TangBand W3-582SC 8ｃｍフルレンジで聴く自作バックロードホーン
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- Опубликовано: 22 мар 2020
- TangBand W3-582SC 8ｃｍフルレンジで
聴く自作バックロードホーン
■スピーカーボックス
樹種 : ラジアーダパイン集成材 (15ﾐﾘ厚に集成)
外径寸法:(W)150X(H)370X(D)285 単位:mm
■楽曲：
・フリーBGM音楽素材
RUclipsオーデオライブラリーから
■使用ユニット
TangBand W3-582SC 8ｃｍフルレンジ
■プリアンプ
FX-AUDIO-TUBE-01J 真空管プリアンプ
■メインアンプ
FX-AUDIO-FX202A/FX-36A PRO デジタルアンプ
■録音
TASCAM リニアPCM 無指向性ステレオアンプ搭載
DR-05 VERSION2
■スピーカーボックス設計図入手先 :下記 masamasaさんのサイト
より(作り易いように一部変更)
サイト名 : 自作スピーカーで遊ぶ♪
URL : spc.jpn.org/
仕上 : 水性塗料 
Хобби
昨日は素晴らしい音をお聴かせ頂き有り難うございました。
凄い透き通った音ですね。
実際に聴いてみたくなった。
Just the color alone gives then a great sound 👌🏻
I feel these are the best sounding speakers I've heard yet that Yamanaka Syujiro has made. They have just the right balance and tonality.
and your judgement is based on what you hear over your own speakers? The soundcheck just gives a rogh impression of what you can expect but has nothing todo with reality ... but iyou will be able to hear ,ajor flaws but no details or soundshapes of the speaker
I strongly doubt that those speakers can sound very exciting. However, it is possible that with this kind of enclosure the sound can get kind of more "body". But those speakers are smol chip speakers, so the result can only be what it is.
Отличная работа! Отличный звук!
Отличная работа!
Отлично !
Exquisitely made, as usual!
you probably dont care at all but does any of you know of a trick to log back into an instagram account?
I was dumb forgot the password. I would love any tricks you can give me
@Jericho Oscar Instablaster :)
@Devon Lewis thanks for your reply. I found the site through google and I'm waiting for the hacking stuff now.
Looks like it's gonna take quite some time so I will reply here later with my results.
@Devon Lewis It did the trick and I finally got access to my account again. I am so happy:D
Thank you so much, you saved my account!
@Jericho Oscar No problem :D
這對喇叭的完成度很高，，讚
Japan? So Good job friend!
Me encantaria aprender a realizar los calculos para obtener ese sonido en mis propios parlantes o altavoces :O :D
Creo que el canal de Hexibase da algunos consejos técnicos, solo que está en inglés
ポリプロピレンは適度な粘りときめ細かさがあって、オールラウンドによいかも。台湾のひとのチューニングは日本人向けによいかも。
👍🏻
Could you at least share some of your design techniques, how you compute the TL, simulation, etc...
go on the internet site mentioned in the description and translate it
Good👍🇹🇷
💯%
Estou aqui em São Paulo, capital - Brasil. Me mande o desenho.
Folgado kkkk
How do you come up with the size and shapes of your ports? Do you use an online calculator?
This guy is not sharing anything. Just showing off his building skills. He always does the same thing : transmission line and small speaker.
This is the first one of his designs that appears to be a properly designed rear loaded horn. Most of his cabinets display some good wood working skills but no speaker design skills with features that make no sense. This could have been built with a Tang Band W3-881SJF which has almost identical specifications including a fs of 100 hz but an easy to flush mount round frame which would eliminate some diffraction. Best he's done.
@@didierleclerc66 not true , there is an URL in the description , to his own site , translate to a prefered language and you get lots of infos
в чём разница между ЗЯ и этим?
сравнительный анализ где?
販売はしないのですか？
Мне кажется или я ошибаюсь что динамики вообще не шевеляттся во время проигрывания музыки
это от того что "Играет" корпус.... и это не JBL GO , высокая чувствительность
@@smartdrw 98db?
И ещё вот такой вопрос у меня возник: трубы фазоинвертора тут нет, а сам выход тупо дырень (простите за такой термин). Это нормально?
@@freewatt74 Всё рассчитывается согласно необходимого объема для динамиков.
@@freewatt74 это лабиринт, длинна канала - 1/4 низшей воспр. Волны.
Good work!
But... Fx-audio in the end - so much questions. Dislike...
Yet again the same video, the same process, the same design. It gets boring with time