EM-6027

Microphones Overview

The EM-6027 is an omnidirectional electret condenser microphone manufactured by Soberton. It functions as a sound-to-electrical signal transducer utilizing an integrated FET impedance converter. The device captures acoustic waves from all directions with uniform sensitivity, making it suitable for general audio pickup applications where directional isolation is not required.

Microphones Feature Summary

• Omnidirectional polar pattern for uniform sound capture
• Integrated FET impedance converter for low output impedance
• Electret condenser technology for stable performance

Microphones Applications

• General purpose audio recording
• Voice recognition systems
• Consumer electronic devices requiring ambient sound input

Microphones Procurement Notes

Verify the specific suffix code (e.g., P, S-BC) against the manufacturer's datasheet to ensure correct packaging and terminal configuration. Confirm that the omnidirectional characteristic aligns with the system design requirements, as this variant lacks noise-canceling features found in other models within the same series.

Microphones Selection Notes

Select the EM-6027 when a non-directional microphone is required for broad sound field coverage. Distinguish this model from the EM-6027N or EM-6027NP variants, which offer noise-canceling capabilities. Ensure the application environment does not demand high rejection of background noise, as this unit prioritizes omnidirectional sensitivity over noise suppression.

Microphones Part Context

This component belongs to the Soberton EM-6027 series of electret condenser microphones. It shares the base form factor with related models but differs in polar pattern specification. The series includes variations such as the EM-6027P and EM-6027S-BC, which may differ in mounting or electrical characteristics while maintaining the core omnidirectional functionality.

Microphones Replacement Considerations

Direct substitutes include the EM-6027P and EM-6027S-BC from Soberton, provided the pinout and mechanical dimensions are identical. Cross-brand replacements require verification of sensitivity, impedance, and directivity patterns to ensure functional equivalence.