14mm Noise-Cancelling Capsule For Streaming Microphones

This 14mm noise-cancelling capsule for streaming microphones features a high sensitivity of -36±2dB and a low signal-to-noise ratio of 79dB, ensuring accurate and clear sound reproduction. The device functions within a frequency range of 100-16,000Hz and is capable of reaching a maximum sound pressure level (SPL) of 120dB, rendering it suitable for a variety of audio recording scenarios. The compact dimensions of 14mm x 5.5mm enable effortless integration into a range of devices, guaranteeing reliable and consistent performance.

 

• High sensitivity: -36±2dB for accurate audio acquisition.
• Unidirectional Pickup Pattern: Captures audio from a designated source while minimizing ambient noise interference.
• Extensive Frequency Spectrum: 100-16,000Hz for thorough audio representation.
• Maximum SPL reaches 120dB, enabling the capture of high-volume sound sources with minimal distortion.
• Low Noise: The signal-to-noise ratio of 79dB guarantees a clear audio output with reduced background interference.
• Dimensions: 14mm x 5.5mm, designed for seamless integration into a range of audio equipment.

 

 

Name	Parameter
Sensitivity	-36±2dB
Output impedance	15KΩ
Directivity	Uni-Directional
Frequency range	100-16000HZ
Maximum SPL	120 dB
S/N Ratio	79dB
Dimensions	14*5.5(mm)

 

 

• Advanced Manufacturing: Our 14mm Noise-Cancelling Capsule for Streaming Microphones is engineered through automated, precision-driven processes to ensure consistency and reliability.
• Improved Quality Assurance: Comprehensive quality evaluations, including sensitivity and signal-to-noise ratio assessments, guarantee peak performance.
• Customized Solutions: We offer OEM/ODM services specifically engineered to meet distinct customer requirements.
• Sturdy and Reliable: Designed to withstand demanding environments, ensuring long-lasting performance and reliability.
• Technical Assistance: Our expert team is prepared to provide support and guidance on optimal microphone integration techniques.