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本帖最後由 Avantgarde-HK 於 2020-12-10 14:35 編輯
Schnerzinger Ground Protector 效力驚人, 是頂級系統接地不二之選. 可是一套配齊亦是價值不菲. 與早前繼 Grid Protector 的實用版 Power Guard 同一概念, Schnerzinger 推出較實用的 Ground Guard. Ground Guard 故明思意是接地保護(地盒), 令雜訊干擾減低, 從而令器材準確無誤地工作. 亦可以減低器材之間的互相干擾. 只要你是一個對音質有要求的發燒友, 就一定對地盒不會陌生. Ground Guard 與 Ground Protector 不同之處是用家在買的時候可以選擇, 5、7 或 8組地線輸出. 插頭可選擇 RCA, XLR/W, XLR/M, BNC, RJ45, USB Type A and Type B. Ground Guard 內置 GIGAHERTZ CANCELING 裝置, 令接上後器材達致極寧靜、低干擾狀態下工作. 效果十分理想.
Ground Guard
PROTECTOR SYSTEM
The music reproduction quality of an audio system is highly affected by low and high frequency electrical interfering fields, caused by Wi-Fi, cellular radio, power lines etc. With the PROTECTORS and their integrated trendsetting GIGAHERTZ CANCELING technology, SCHNERZINGER has developed a product category that actively eliminates the sonic effects of low and high frequency interfering fields.
The PROTECTORS significantly enhance the transmission quality of audio systems. The sonic effects include an astonishingly higher spatial depth and resolution as well as increased broad and fine dynamics in music reproduction.
Utilizing the operating principle and efficiency of the GIGAHERTZ CANCELING technology, the SCHNERZINGER PROTECTORS represent a unique solution in the market.
An important health aspect: protector technology does not increase radiation exposure within the room.
GROUND GUARD
The GROUND GUARD extremely effectively clears up grounding resp. ground problems via its 2-channel GIGAHERTZ CANCELING technology :
• Channel 1 clears up grounding resp. ground problems of the attached devices
• Using the optional GROUND GUARD PROTECTOR, channel 2 clears up interfering fields within the Hi-Fi system power distribution, without slowing down current flow at all.
The GROUND GUARD already has bidirectional operating device connections (Supply Lines) in SCHNERZINGER EXTREME quality and BIDIRECTIONAL PROTECTION. Thus it detects even the smallest earthing or equipotential bonding currents and clears them up completely without allowing further transmission of interfering fields among the connected devices.
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