Nano-Crystal Coating Composite Diaphragm
10mm Composite Hollow space Dynamic Construction:Adopting the Aria’s decentralized dynamic Construction, the top-efficiency 10mm composite Hollow space with top-frequency phased waveguide leverages a N52 Nd magnet interior magnetic circuit and 0.035m extremely-skinny imported CCAW sound coil to acquire top power conversion potency, and ship remarkable efficiency with complete dynamic vary and wealthy main points.
Correct Calculatioof Acoustic Coupling Hollow space:In an effort to fit the frequency Reaction as carefully as imaginable to the VDSF Aim Reaction, the acoustic coupling Hollow space must be sparsely managed. Via quantity and measurement calculation, FEA finite component simulation and 3-D printing test verification, an acoustic coupling Hollow space has been created which will appropriately reproduce the correct frequency Reaction.
Alloy Casting Exterior Hollow space:The steel outer Hollow space is made from alloy fabrics the use of melting and injection molding generation, therefore making a strong, actual, and esthetically fascinating Hollow space that may be each sturdy and dependable.
Provided with Spring Guidelines:Chu comes usual with the preferred Spring Guidelines eartips
Moondrop CHU High Performance Dynamic Driver IEMs in-Ear Earphone (with
Amazon.com Price: $19.99 (as of 04/09/2023 12:23 PST- Details)
Nano-Crystal Coating Composite Diaphragm
10mm Composite Cavity Dynamic Structure:Adopting the Aria’s decentralized dynamic structure, the high-performance 10mm composite cavity with high-frequency phased waveguide leverages a N52 Nd magnet internal magnetic circuit and 0.035m ultra-thin imported CCAW sound coil to obtain high energy conversion efficiency, and deliver outstanding performance with full dynamic range and rich details.
Accurate Calculatioof Acoustic Coupling Cavity:In order to match the frequency response as closely as possible to the VDSF Target Response, the acoustic coupling cavity needs to be carefully controlled. Through volume and dimension calculation, FEA finite element simulation and 3D printing experiment verification, an acoustic coupling cavity has been created which can accurately reproduce the ideal frequency response.
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