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EM-4015N-44 is listed in the Microphones range at ChipApex. The manufacturer field lists Soberton Inc.. Its product description is MIC COND ANLG NC -44DB 0.157"DIA. Review the specifications below when checking this part for your BOM.
The EM-4015N-44 is an analog electret condenser microphone manufactured by Soberton Inc. It features noise-canceling capabilities and operates within a voltage range of 1.4 V to 5 V. The device exhibits a frequency response spanning from 200 Hz to 10 kHz. Sensitivity is specified at -44 dB ±3 dB relative to 94 dB SPL. The component utilizes solder pads for surface mounting and carries an IP50 ingress protection rating.
Verify the specific sensitivity variant, as Soberton also produces the EM-4015N with -42 dB sensitivity. Confirm that the required operating voltage aligns with the 1.4 V to 5 V specification. Ensure the PCB footprint matches the solder pad layout defined in the official datasheet. Check for any environmental sealing requirements beyond the standard IP50 rating if the application involves dust or moisture exposure.
Select this component when a compact, noise-canceling electret microphone is required for embedded applications. The wide supply voltage range allows flexibility in system power design. Consider the -44 dB sensitivity level against alternative models like the -42 dB variant based on pre-amplifier gain requirements. Verify that the 200 Hz to 10 kHz frequency response covers the necessary acoustic bandwidth for the target use case.
This part belongs to Soberton's EM series of analog microphones. The series includes variants such as the EM-4015N, which shares similar physical dimensions but offers different sensitivity characteristics. These components are designed for integration into compact electronic devices requiring reliable analog audio capture with built-in noise reduction capabilities.
The EM-4015N is a related model within the same series but specifies -42 dB sensitivity instead of -44 dB. Substitution requires verification of pre-amplifier compatibility due to the sensitivity difference. No other direct cross-model substitutes are documented in the provided source material.
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