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特點: 線身特殊金屬材質PVC絕緣, 可吸收非常高頻率噪訊
(40週年版全新導體Analoc插頭)
10%特殊金屬材質的PVC絕緣, 可吸收非常
高頻率的噪訊
材質的黃銅雖然廉價, 容易加工, 但本身卻存在一些問題,
而純銅雖為很好的材料卻又非常昂貴, 但QED發現到,
若只使用一小部分的純銅導體做接觸面積的話,
則可節省成本之外, 亦可解決黃銅作為導體的一些缺失,
於是以此為出發點, 發展出一種名為Analoc技術,
不採用大體積的銅質鎖頭結構, 以小型高純度銅為接頭材質,
搭配低集膚效應而成
表面再經鍍銀處理, 並以不對稱的雙絞線排列方式構成,
搭配最新研發出的互補導體技術
(Complementary Conductor Technology), 利用兩個不同
線徑的導體, 執行相同的音訊信號
能夠使Reference Audio 40達到100%的電磁屏蔽,
可杜絕電磁干擾, 使音訊路徑保持乾淨, 而絕緣則使用了
擁有較低介電常數的發泡聚乙烯材質為材料,
提供較佳的傳輸速度
high purity copper connectors alongside low mass metal
barrels, but now cleverly substitutes high rigidity
thermoplastic material for both the inner support structure
and the cable strain relief to eliminate the detrimental effects
of eddy currents
these unfavourable currents were still able to circulate weakly
in the isolated metal body of the previous plug design.
distortions are completely prevented from adversely
affecting the information contained in the audio signal
as it travels through the new plug.
to help combat the skin effect, the hollow, gold (or rhodium)
plated, high-purity copper signal-pins are retained,
while the effectiveness of the slip ring which locks in place
the similarly plated, pure copper ground-terminal as the
barrels are tightened, has also been improved.
A Zn/Mn Ferrite jacket is used within the cordage to
absorb very high frequency noise components outside
of the audible band that have an adverse effect on the
micro-timing of the audio signal. When measured
at very high frequencies, Reference Audio 40 cables
exhibit cleaner signal transmission than standard audio
interconnects
Free Copper (SPOFC) conductors comes in the form of
a low loss, low density, dielectric foam Polyethylene (LDPE)
inner jacket that minimises
have a detrimental effect on the fidelity of the sound
compared with cheaper PVC alternatives
thermoplastic material
(SPOFC) conductors with LDPE dielectric