MB6013ABC-2

Microphones Overview

The MB6013ABC-2 is a subminiature electret condenser microphone manufactured by Knowles. It operates within a frequency range of 100 Hz to 10 kHz and requires a supply voltage between 2 V and 10 V. The device features an omnidirectional polar pattern with a sensitivity of -44 dB ±2 dB at 94 dB SPL. It draws an operating supply current of 500 uA and presents an impedance of 2.2 k ohms. The component utilizes a solderless bullseye connection type for integration.

Microphones Feature Summary

• Compact design suitable for space-constrained applications
• Omnidirectional acoustic capture capability
• Solderless bullseye termination for simplified assembly

Microphones Applications

• High-performance audio capture in rugged environments
• Space-constrained electronic devices requiring analog microphones

Microphones Procurement Notes

Verify the specific datasheet version and manufacturer documentation before procurement, as component specifications may vary. Confirm availability status directly with authorized distributors or the manufacturer, as stock levels and distribution rights change frequently. Ensure compatibility with existing circuit designs regarding voltage requirements and interface types.

Microphones Selection Notes

Select this component when a compact, omnidirectional electret microphone is required for analog audio signal conversion. Consider the 2 V to 10 V operating range and 500 uA current draw during power budgeting. The solderless bullseye interface dictates specific PCB layout constraints compared to traditional leaded packages.

Microphones Part Context

This microphone belongs to the Knowles subminiature electret microphone series, designed for demanding applications in medical, defense, and industrial markets. It serves as an advanced audio input solution within the broader portfolio of high-performance components provided by the manufacturer.

Microphones Replacement Considerations

Consult official manufacturer substitution guides for verified alternatives. Generic equivalents may not match the specific sensitivity, impedance, or form factor requirements of the original design.