EM-4015N

Microphones Overview

The Soberton Inc. EM-4015N is an analog electret condenser microphone featuring noise-canceling capabilities. It operates within a voltage range of 1.4V to 5V and delivers a frequency response spanning from 200Hz to 10kHz. The device provides a sensitivity of -42dB ±3dB at 94dB SPL. It utilizes solder pads for connection and maintains an IP50 ingress protection rating. The physical dimensions are specified as 4.00mm in diameter by 1.70mm in height.

Microphones Feature Summary

• Noise-canceling design for improved audio clarity
• Electret condenser technology for analog signal output
• Solder pad termination for direct board integration

Microphones Applications

• Embedded audio systems
• Voice recognition modules
• Consumer electronic devices requiring compact microphones

Microphones Procurement Notes

Verify the specific suffix designation, such as EM-4015N-44, against project requirements as sensitivity values may vary between variants. Confirm that the IP50 rating meets environmental exposure standards for the intended deployment location. Ensure solder pad compatibility with the assembly process before finalizing procurement orders.

Microphones Selection Notes

Select this component when a low-profile, noise-canceling electret microphone is required for analog audio capture. The 4mm diameter suits space-constrained designs. Verify that the 1.4V to 5V operating range aligns with the system power supply. Consider the IP50 rating if the application involves minimal dust or water exposure.

Microphones Part Context

This part belongs to the EM Series of electronic condenser microphones manufactured by Soberton Inc. The series includes various models with differing sensitivities and suffixes. The EM-4015N represents a standard noise-canceling variant within this lineup, designed for general-purpose analog audio applications.

Microphones Replacement Considerations

The EM-4015N-44 is a related variant with -44dB sensitivity. Verify electrical compatibility before substitution. No other direct cross-references are confirmed in public documentation.