Electret Condenser Microphone Components
Headset Microphone Component
For Production & Broadcast Headsets
Electret condenser microphone capsule for production and broadcast headset applications.
Component Application: Ideal for director’s headsets, broadcast communication systems, and production crew headsets.
Technical Specifications:
Directionality
Cardioid
Sensitivity
-35±2dB
SNR
≥60dB
Max SPL
110dB
Communication-Optimized Design
Designed specifically for clear voice communication in production environments.
Studio Recording Component
For Podcast & Home Studio Equipment
MOS-FET based electret condenser microphone capsule for studio recording equipment.
Component Application: For podcast microphones, home studio recording equipment, and voice recording devices.
Technical Specifications:
Directionality
Omnidirectional
Sensitivity
-36±2dB
SNR
76dB
Max SPL
120dB
MOS-FET Circuit Design
Advanced MOS-FET technology for improved audio performance in recording applications.
Large Diaphragm Component
For Professional Vocal Recording
Large diaphragm electret condenser microphone capsule with MOS-FET technology.
Component Application: Designed for professional studio microphones and high-end podcasting setups.
Technical Specifications:
Directionality
Cardioid
Sensitivity
-32±2dB
SNR
83dB
Max SPL
120dB
Large Diaphragm Design
Large diaphragm for detailed audio capture with warm characteristics.
Component Applications
Production & Broadcasting
Recommended Component: ECM-B6027UL-906
For integration into:
- Film and TV production headsets
- Broadcast communication systems
- Live streaming equipment
- Stage communication headsets
Home Studio & Podcasting
Recommended Component: ECM-B1045AML36-061
For integration into:
- Home studio recording microphones
- Podcast recording equipment
- USB microphones
- Voice recording devices
Professional Vocal Recording
Recommended Component: ECM-B2583UML32-23861
For integration into:
- Professional vocal microphones
- Voiceover studio equipment
- High-end podcast setups
- Professional recording gear
Component Technology Comparison
|
Feature 86_ff2664-4d> |
Headset Component 86_e8e082-99> |
Studio Component 86_2eb5fc-57> |
Large Diaphragm Component 86_2f6f5c-69> |
|
Primary Application 86_676b98-8c> |
Production/broadcast headsets 86_9f2310-e7> |
Podcast & studio recording 86_3ffb08-a7> |
Professional vocal recording 86_facd15-77> |
|
Circuit Technology 86_4c00fb-92> |
Standard electret condenser 86_c97f7d-e4> |
MOS-FET design 86_456d5d-4b> |
MOS-FET design 86_2973ab-d3> |
|
Directional Pattern 86_df2220-a7> |
Cardioid 86_27a6ab-92> |
Omnidirectional 86_ab0e4b-cd> |
Cardioid 86_1d549d-c5> |
|
Ideal Equipment 86_429a62-19> |
Production headsets 86_d0f0d1-e3> |
Home studio mics 86_95f66f-9c> |
Professional studio microphones 86_e08dfb-00> |
|
Key Advantage 86_9b039b-ee> |
Clear communication 86_25466e-6b> |
Versatile recording 86_33d8b6-d3> |
Premium audio quality 86_43e960-c4> |
Technical Specifications
MOS-FET Technology Components
Two microphone components feature MOS-FET circuit design:
ECM-B1045AML36-061
Studio Recording Component
- MOS-FET circuit design
- Omnidirectional pattern
- Ideal for podcast equipment
- 76dB SNR
ECM-B2583UML32-23861
Large Diaphragm Component
- MOS-FET circuit design
- Large diaphragm
- -32±2dB sensitivity
- 83dB SNR
About Component Applications
Electret condenser microphone components for integration into audio equipment. Each model is optimized for specific application scenarios.
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