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MEMS microphone
MEMS microphones are generally composed of MEMS microcapacitive sensors, micro-integrated conversion circuits, acoustic chambers, and RF anti-interference circuits. The MEMS microcapacitance head includes a silicon diaphragm and a silicon back electrode for receiving sound. The silicon diaphragm ...Read more -
Bone conduction call noise reduction
Support 3 microphones + VPU bone conduction call noise reduction, accurately distinguish human voice and environmental sound, and effectively filter external noise. Even in noisy train stations, your voice can still be heard clearlyRead more -
MEMS Acoustic Membrane
In addition to water pressure-resistant sound-permeable membranes, another application of ePTFE expanded body in the field of consumer electronics is MEMS acoustic membranes, which benefit from the technological innovation of MEMS acoustic sensors (MEMS microphones). Before the advent of MEMS aco...Read more -
ePTFE
ePTFE membrane has waterproof, breathable, and sound-permeable properties. The water-pressure-resistant sound-permeable membrane products developed by the company using these characteristics have begun to be used in consumer electronics industries such as smart wearable devices and smartphones to...Read more -
Bone conduction speaker unit
Bone conduction technology Bone conduction technology realizes sound transmission by vibrating the skull, without going through the external auditory canal and eardrum, without damaging the eardrum and the ossicular chain. The bone conduction horn adopts the principle of bone conduction technol...Read more -
What is bone conduction?
What is bone conduction? Under normal circumstances, sound waves are conducted through the air, and the sound waves drive the tympanic membrane to vibrate through the air, and then enter the inner ear, where they are converted into nerve signals at the cochlea, which are transmitted to the audit...Read more -
Headphone knowledge science
According to the type of driver (transducer) and the way of wearing headphones, headphones are mainly divided into: Dynamic Headphones The moving coil earphone is the most common and common type of earphone. Its driving unit is a small moving coil speaker, and the diaphragm connected to it is dri...Read more -
Stereo (2.0)
A basic stereo system (2.0) consists of two speakers (one on the left and one on the left), usually without any processing of the sound, and directly delivering the original sound. A safe choice for every game genre. Stereo Enhancement (2.0) Usually when you put on headphones, what you hear is t...Read more -
In-ear active noise reduction
The effect of in-ear active noise reduction is easily affected by the size of the ear. The smaller ear type is more suitable for wearing, and the noise reduction effect is more obvious. The large ear type wears more loosely, and the noise reduction effect is not obvious. It is recommended to keep...Read more -
HyperSound
HyperSound is an emerging technology with enormous potential in a wide range of commercial settings. The level of audio “directivity” varies widely in today’s speakers. When we talk about directivity, we are referring to the property of how a speaker sends sound in different di...Read more -
Directional sound
Directional audio is an emerging technology with enormous potential in a wide range of commercial settings. The level of audio “directivity” varies widely in today’s speakers. When we talk about directivity, we are referring to the property of how a speaker sends sound in diffe...Read more -
Bone conduction
There are two ways for sound to enter the human ear. One uses air as the medium, and the other uses human bones as the medium. Bone conduction means that sound waves are directly transmitted to the inner ear using the human skull as the medium. Beethoven used this technology a long time ago. The ...Read more
