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4009981799
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TCHERNOV/切爾諾夫

TCHERNOV/切爾諾夫
公司簡介
Tchernov Audio成立于1997年,經過5年的發展,Tchernov作為以俄羅斯國內第一家生產專業音頻和視頻線材的公司誕生了,同年8月,Tchernov線材開始批量生產投入市場。Techernov所有的線材產品無一不體現其專業和專注,每一條線都是材料和科技“力與美”的完美組合。
2012年4月14號,世界權威音響線材Tchernov Audio(切爾諾夫)于香港尖沙咀的海運大廈舉行了一場亞洲地區經銷商會議,東明汽車音響非常榮幸作為中國區域代理商受邀前往。
201288東明汽車音響在廣州金苑山莊酒店舉行俄羅斯“切爾諾夫”發燒線材發布會,宣布俄羅斯“切爾諾夫”正式入主中國。

俄羅期“切爾諾夫”音響線材介紹:

Philosophy of sound authenticity

The aim of our cables is to transfer all richness and beauty of all tints of sound and image symphony as well as its shades and contrasts. The most important is to exclude any kind of sound distortion, keeping its authenticity that is the full conformity with the original.
 還原真實聲音
好的線材能為您的音響系統起到錦上添花的作用,一直以來,我們都堅持原音重現,在研發和制造線材的過程中,我們都致力于排除任何一種聲音失真的產生,讓經由我們線材所發出的聲音都能保持其真實性,符合原始。也希望能通過使用我們的產品,將樂曲中所描繪的色彩和畫面都一一呈現出來,
 
Factors of authenticity:
Naturalness and expressiveness of the timbres:
Each musical instrument has its own unique timbre due to materials it is made from, intention of the manufacturer and skills of musicians. The utmost importance is to transfer the authentic sound character-will it be the charming Stradivari violin, voice of Maria Kallas, Louis Armstrong trumpet of the legendary guitar of Eric Clapton. We are aiming to reveal all the elegance and dramatic art of composer intentions. We would like to reproduce the individuality and all the small details of the greatest contemporary and modern musicians’ performance.
 真實性因素
自然音色的表現力
材料和制造工藝不同會導致樂器會有其獨特的音色,而不同的演奏者也能將樂器演奏出不一樣的味道。如Stradivari制造的小提琴、Maria Kallas的嗓音、Louis Armstrong的小號以及Eric Clapton的吉他,他們都能演繹出迷人的旋律。而我們的目標是將這些偉大的音樂家們的作品,通過我們的線材還原整個樂曲,來一場超越時空的演奏!
 

 
Correct tonal balance:
The right correspondence of low, mid and high frequencies determines the feeling of naturalness of sound. It lets you sink into the music without the feeling that you lack something. Rich and sappy bass saturated mid frequencies and detailed, but unobtrusive high frequencies guarantee the positive image of sound.
 準確的音色平衡
高、中、低頻的正確對應決定了音色的自然度,豐富充沛的低音、飽滿的中頻和不會過于尖銳的高音可以將音樂的細節一一勾勒出來,能讓你在不知不覺中沉浸到音樂的海洋中。
 
 
Right spatio-temporal organization:
By this we mean not just the sound stage. After numerous experiments we came to symmetry of sound and timing correspondence of the musical instruments in the sound image. We achieved the right placement of the instruments in space. The result is the reality and wideness of sound stage just like if the listener is attending a real live concert.
 聆聽空間
這個聆聽空間,在這里我們不單單指的是演奏的舞臺。經過數次實驗,我們得出對稱聲音和樂器發聲的可視圖。根據實驗所得的可視圖,我們可以準確地定位出樂器的位置,讓聆聽者宛如置身于演唱會的現場。
 

 
Cable Architecture
Till recently existed the opinion of impossibility to hear or to measure the distortion introduced by cables. Classical physics justifies this approach by strict framework of the ideal conductor model. In this case they talk about impedance, inductance and capacity of the cables. Mechanism of sound perception is a very sensitive instrument, so while using audio system it’s not correct to assume the ideality of the conductor. Cable as a structure is not only a conductor, but a complex system. One should see it as an important component of an audio system, which has to meet high technical and operational requirements. That’s why the approach to processes which take place inside the cables need to note physical, psychological, biological and many other laws. Moreover, in order to investigate into all factors of how the cable works, one needs to note the specific area of its use and be always ready for new puzzles, which nature gives us.
 線材結構
直至近日,還有人認為,要聽出或測量出由線材導致的音差是不可能辦到的。而經典物理學通過對理想狀態的導體模型進行縝密的構架卻驗證了其可實現性。在此環境下,他們討論線材的電阻,電感以及電容量。由于測試裝置對聲音是非常靈敏的,所以當我們使用音響系統時不應該想當然地認為導體會處于理想狀態。線材不僅是作為一種導體結構,同時也是一個復雜的系統,我們應當視其為音響系統的一個重要組件!曾經有很長一段時間,人們視線材為音響系統的附屬品,其實線材里所包含的高超技術和操作要求絲毫不比喇叭功放低,這也是為什么在處理線材內部時,要考慮到物理學、心理學、生物學以及許多其他的法則。此外,為了深入調查影響線材工作的各種因素,我們需要特別留意線材使用的特定環境,并時時準備欣然接受大自然賜予我們的新奧妙。
 
The best natural material for audio signal transmission is copper. For a conductor the utmost quality is the degree of admixtures content. However our numerous tests proved that the balance of certain quantity of some elements after refinement may have rather a positive effect on sound, than their absence. This phenomenon characterizes the fundamental law of nature diversity. We can take distilled water as an analog, which is not useful, but harmful for health. By the way, we breathe 100% oxygen. Thanks to our painstaking investigations, we found a way to get the optimal balance between copper and admixtures –BRC (Balanced Refinement Conductor) – which lets the conductor correspond to the sound transmission requirements. Besides, we should take into account the skin-effect. The impedance of the conductor is different on high, mid and low frequencies. The sound image gets narrow as per timbre; it loses details and volume as a result. In order to fight this effect we use multi-wire conductors with sophisticate twist.
 銅是用于傳輸音頻信號的最佳天然材料,作為線材的靈魂,導體的性能的優缺就是添加劑含量指數的差別。然而,經過無數次的試驗證明,一些元素經過提煉后剩余的成分,添加一定量比完全不添加,可能會對音質產生非常積極的作用。該現象象征著自然多樣性的基本法則。比如假若我們吸入100%的氧氣,不但對我們沒什么用,而且有害身體健康。多虧了一群不辭勞苦的研究人員,使我們找到了讓銅與添加劑BRC(均衡精煉導體)達到最佳平衡點的方法—從而使導體可以符合聲音傳輸要求。另外,我們也應該考慮集膚效應。在高,中,低頻率下,導體的電阻也是不同的。音像會隨音質變窄,最終模糊不清,為了克服這點,我們采用通過復雜工藝交織而成的多股絞線導體。
 
While designing the cable we are trying to foresee the real maintenance conditions. As everyone knows a lot of processes in nature are connected with the vibration effect. In one case it has a good application (speech and hearing), in other causes the negative effect. One of the best examples are cables. Under influence of internal and external sources of vibration the so-called “microphone effect” takes place. It is caused by accumulation of static charge and physical qualities of the materials. The acoustic noise causes extra vibration – confused sound oscillation which arises due to system components work as well. The vibrations lead to distortions in signal transmission, worsening of contact, arcing and variable inductance.
 設計線材時,我們會盡量預知其實際所需的養護條件。眾所周知,許多處理過程本質上與振動效應都是相關聯的。在某種情況下,振動效應可以得到很好的應用(比如演講和傾聽),而在其他情況下可能就是負面影響。線材就是最好的例子,在震源內部和外部雙重作用下就會出現所謂的“話筒效應”。該效應是由靜電荷的累積以及材料的物理特性造成的。噪音會產生多余的振動——隨著系統各部件工作的運行,混淆視聽的聲音顫抖也會不斷增加。該振動會使聲音信號傳輸時失真,產生接觸不良,電弧作用以及電感異常波動,最終使得人們聽到的是變質的聲音。
 

To fight the vibration effect we use the insulation materials with high-damping qualities: ElastollanR SAF PE, CAF PE, SPVC, Teflon cotton and others. Extra reduce of microphone effect is achieved by using different antistatic additions. The particular attention is paid to electromagnetic distortion defense. Special shield construction and twist of insulated wires ensures good defense from electrical equipment and communications. Set of the listed technical decisions defines qualitative difference of TCHERNOVAUDIO CABLE products. To be convinced just make a choice…
 為了克服振動效應,我們采用具有高阻尼性能的絕緣材料:ElastollanR SAF PE(聚乙烯), CAF PE, SPVC(軟質聚氯乙烯), 聚四氟乙烯棉以及其他材料。另外,我們加入不同的抗靜電荷添加物來減少話筒效應的額外振動。尤其要注意的是電磁失真防御,特殊的防護結構以及交錯的絕緣線很好的確保了音質免受電氣設備以及通訊設備的影響。以上列舉的技術措施闡明了切爾諾夫線材產品與其他品牌同類產品本質上的不同。選擇我們,您將切身體會到其獨一無二的性能。
 
Balanced Refinement Conductor
BRC is made from copper of special refinement, which possesses strictly defined quantity of useful elements. This copper is extracted from special fields and is controlled during the whole period of technological process starting from refinement till manufacturing of wire. Thanks to its composition, the conductor ensures the best audio/video signal transmission unlike any other conductor any other kind of copper.
 均衡精煉導體(BRC)
BRC是由經過特殊提煉的銅合成,它包含許多經過嚴密篩選的有用元素。該銅是在特殊環境下提煉出來的,從提煉到電線制造的整個工藝過程都是有嚴格控制。多虧了其獨特的多成分組合,BRC導體相比于其他任何導體或任何銅材,更能確保達到最佳音頻/視頻信號傳輸。
 

Original materials
We use the best high-tech materials containing original technical ideas. Each material is applied only where it’s technologically reasonable.
BRC: BRC is made from copper of special refinement, which possesses strictly defined quantity of useful elements. This copper is extracted from special fields and is controlled during the whole period of technological process starting from refinement till manufacturing of wire.
Thanks to its composition, the conductor ensures the best audio/video signal transmission unlike any other conductor from any other kind of copper.
 原材料
我們一律采用蘊含原創技術理念的最優質的高科技材料,每種材料只有當其技術上合格時才會采納。
BRC是由經過特殊提煉的銅合成,它包含許多經過嚴密篩選的有用元素。該銅是在特殊環境下提煉出來的,從提煉到電線制造的整個工藝過程都是有嚴格控制。多虧了其獨特的多成分組合,BRC導體相比于其他任何導體或任何銅材,確保了最佳的音頻/視頻信號傳輸。
 
SAF
PE (Stabilized Air-Foamed PE): Dielectrics are developed by Russian specialists. They have passed the certification process and are approved by Research Institute of Cable Industry for application in manufacturing of the cable production.
SAF PE(性能穩定的氣泡型聚乙烯): 該電介質由俄羅斯專家研發,通過了認證,且獲得電纜工業研究機構批準應用于線材生產中。
 
CAF PE (Combined Air-Foamed PE): This material is especially important while solving such problems as conductor protection from vibrations, which may seriously affect the sound quality.
CAF PE 復合氣泡型聚乙烯): 用于防止導體受震動影響時(可能會嚴重影響音質),該材料顯得尤其重要。
 
LDPE (Low Density Polyethylene): Offers such advantage as tear strength and high chemical resistance. It is also waterproof.
LDPE(低密度聚乙烯):具有以下優良性質:高撕裂強度,高耐化學性,防水性。
 
100% Cotton braids: Cotton braids, stranded together with insulated conductors, protect the conductors from vibrations and acoustic noises and assures the round shape of the cable.
100%棉質紗辮:棉辮與絕緣導體絞合可以防止震動和噪音,并且能使線材保持圓形構造。
 
Antistatic (addition): These additions regardless of price are used in all TCHERNOVAUDIO CABLE products. They seriously decrease the noise and burn-in period.
抗靜電(添加劑):無論這些添加劑價格多么昂貴,由于它們可以顯著減少噪音和延緩老化周期,切爾諾夫線材產品統統都會應用這些添加劑。
 
Teflon (polyterafluori-neethylene): In upper models of CUPRUM line, such as Classic and Reference, we use tapes made from porous and solid Teflon. Advantages of this material are as follows: high heat resistance, excellent electric insulation characteristics and mechanical durability. Manufacturing of the half-aired insulation from porous Teflon conductor. Thanks to the effect of cold state fluidity, tapes are sticked together during the winding process.
Teflon(聚四氟乙烯):在銅素產線的高端模型中,比如Classic系列和Reference系列,我們采用了由多空及極其牢固的Teflon制造而成的膠帶。Teflon有如下優點:高度耐熱性,優良的電絕緣線,良好的機械耐受性。用多孔Teflon導體制作半中空絕緣體時,由于冷態流動效應,在絞合過程中膠帶會緊緊地粘固在一起。
 
SPVC (Soft Polyvinyl-chloride): Using this elastron for jacket manufacturing ensures the sufficient flexibility of the cable construction and additional decrease of vibratory load. In double layer jackets, the inner layer is manufactured from achromatic SPVC.
SPVC(柔性的聚乙烯氯化物):用這種elastron制作護套可以保證線材有足夠的柔韌性,并且還能降低振動負載。在雙層護套中,內層是由消色SPVC合成。
 
CL (thread): This thread is made from the base (synthetic thread), on which the flat copper wire is winded up. The braid is used as an additional shield, which creates the shock-absorption layer beyond the jacket and at the same time is a bandage for the copper tapes screen.
CL(線路): 該線路是由底部穿入(合成線),線上纏繞著扁平的銅線。其紗辮充當除了護套外的防震緩沖層,同時又可以作為銅線和膠帶間的綁帶。
 
Organic (concentrates): Special recipes for dielectric coloration.
                                          Organic dye does not affect electrical or mechanical
Characteristics of cables.
 有機染料(濃縮液):用于電介質著色的特殊配料,且該有機染色劑不會影響線材的電氣和機械性能。
 
 
ElastollanR: Along with excellent dielectric features this material possesses unique damping qualities. Mechanical features of the cables based on ElastollanR satisfy in the best way specific requirements of home and car audio systems maintenance:
·high endurance and friction resistance
·high tear strength and very good shock-absorption
·frost resistance and temperature differences stability
·high chemical resistance (oils, fats, acids and ozone).
ElastollanR:該材料既有優良的電介質特性又有獨特的阻尼性能。基于ElastollanR線材的機械性能可以最大程度上滿足家用和汽車音響系統維護的特殊要求:
-經久耐用,耐摩擦
-耐撕裂,良好的防震性能
-防凍,能適應溫度變化
-高度耐化學性(原油,油脂,酸性物質以及臭氧)
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