How to improve the sound quality of the already formed speakers?

　　For the pursuit of the quality of audio equipment, from designers, manufacturers to "fans", they are all doing their best and racking their brains to work hard on design, materials and components, and the resulting cost is getting higher and higher. A little improvement in sound quality is often twice the result with half the effort. The reason is that the two congenital "obstacles" that restrict the sound quality of audio are ignored, or there may be no good solutions to these two obstacles.

　　The electrical contact interface of almost all electrical connectors is not a real plane contact, but the electromagnetic conduction formed by the convex peak contact between the overlapping material interfaces and the small gap in the interface, the actual conductive area formed by the two is very large. Small, the electrical contact efficiency is very low, but its contact impedance is relatively large, which has become the first major obstacle affecting the sound quality of audio equipment.

　　Obstacle 2: The Skin Effect

　　The skin effect is one of the basic distortion processes in the signal line, and it is also easily ignored and misunderstood. The skin effect will change the high-frequency signal to varying degrees, and cause the loss of related kinetic energy, and also due to the different components of the conductor, there will be an incoherent Guangzhou sound phenomenon when transmitting the high-frequency signal. Likewise, on older wire harness conductors, the skin effect encourages the alternating beating of signal currents across multiple wire harnesses, creating a harsh signature on the sound. Therefore, the skin effect is the second biggest obstacle that affects the sound quality of audio equipment.

　　2. The recipe for eliminating "obstacles" - high-frequency super silver conduction optimization technology

　　The high-frequency super-silver conductive optimization technology can effectively make up for the two congenital technical defects of the electrical contact interface and the conductive metal surface (that is, the two major obstacles that restrict the sound quality of the sound). Spraying or dipping on electrical connectors and conductive metal surfaces is simple and effective, and is a breakthrough technology that effectively solves the problem of "congenital obstacles" that affect sound quality.

　　1. High-frequency super silver conductive protective agent can reduce electrical contact resistance and enhance conductivity

　　The high-frequency super-silver conductive protective agent has the characteristics of delocalized conduction. When it is applied to the electrical connector and the conductive metal surface, it forms a smooth movement effect similar to the electrons between the conductive lattices, thereby greatly reducing the "electrical contact resistance" and improving the electrical conductivity. and maintain its durability.

　　The high-frequency super silver conductive protective agent is applied to the electrical connector and the conductive metal surface to fill the "sag" part between the "convex peaks" of the metal contact interface (see Figure 2), expanding and increasing the effective The electrical contact area is greatly reduced, and the electrical contact resistance is significantly reduced; at the same time, the envelope formed by the protective agent effectively protects it.

　　2. High-frequency super silver conductive protective agent can reduce skin effect and improve high-frequency characteristics

　　The molecules of the high-frequency supersilver conductive protective agent have rich and dense electron clouds. When it is coated on the conductive metal surface, it will quickly combine with the atoms on the metal surface to form a high conductivity on the surface, thereby reducing the skin effect, especially It is beneficial to high-frequency signals, and can also significantly reduce complex high-frequency mutual interference.

　　3. Contribution of high-frequency super silver conduction optimization technology to sound quality

　　The sound quality of audio equipment refers to the essential characteristics of audio equipment, which is almost innate "nature", which directly represents the basic characteristics of audio equipment; and the timbre of audio equipment refers to the "color" characteristics of sound. , it is a variety and unique supplement and "touch-up" made after the basic characteristics that determine the quality of sound quality. High-frequency super silver conduction optimization technology is an advanced technology to optimize the former (the essential characteristics of audio equipment), which can bring the following contributions to the sound quality of audio equipment:

　　1. Effectively make up for the lack of electrical conductivity of audio equipment materials

　　The high-frequency super silver conductive protective agent can change the conductive properties of the surface of the audio equipment material, so that its conductivity can be improved.

　　2. Optimize the electrical contact impedance of audio equipment

　　High-frequency super silver conductive protective agent can reduce the contact impedance of various electrical connectors, optimize the impedance characteristics, and reduce frequency distortion and phase distortion.

　　3. Reduce the skin effect of audio cables

　　The high-frequency super silver conductive protective agent can reduce the surface resistance of the audio wire metal, thereby reducing the loss and mutual interference caused by the skin effect, which is conducive to purifying the sound quality and improving the high-frequency characteristics of audio equipment.

　　4. Protect audio equipment from environmental factors

　　High-frequency super silver conductive protective agent has extremely high stability, which can protect audio equipment from environmental factors (such as humidity, oxidation, corrosion, mold, etc.), so that the sound quality of audio equipment is lasting and stable.

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