Microphone Structural Association TRIZ Cases
- Acoustic Damping via Porous Materials in Speaker Transducers
Porous materials inside the rear cavity reduce Q-factor and excursion, improving frequency response without increasing device size.
- Extremely Low Frequency Hydrophone With Dielectric Liquid And Inert Gas
A dielectric liquid and inert gas fill the hydrophone housing to prevent freezing and reduce thermal noise.
- Electrostatic Loudspeaker With Integrated Driving Circuit
An electrostatic loudspeaker embeds the driving circuit inside the back chamber, solving miniaturization challenges while maintaining high-frequency response.
- Data Interface Module Sound Channel Integration
Merging the acoustic path into the data interface jack eliminates separate casing holes, reducing manufacturing complexity and improving device aesthetics.
- Microphone Boot for Combined Audio and Light Port
Segmenting the port into distinct cavities with local quality materials prevents acoustic leakage and light interference in thin devices.
- Universal Microphone Unit for Secure Radio Communication
A universal microphone unit encrypts voice signals before transmission to existing radios.
- Vibration Sensor Resonance for Bone Conduction Sensitivity
Tuned vibration unit amplifies bone conduction signals in the 800-8000 Hz range, resolving low sensitivity and poor voice quality.
- Shielded Microphone Assembly for Mobile Device EMI Isolation
A shielded microphone assembly uses a resilient separator to manage stacking tolerances and establish electrical grounding.