Infineon 5 Pin Microphone, Omni-Directional, PCB, Digital Output, PG-LLGA-5-3, 3.6V

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Packaging Options:
RS Stock No.:
260-5917P
Mfr. Part No.:
IM72D128V01XTMA1
Brand:
Infineon
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Brand

Infineon

Output Type

Digital

Directivity

Omni-Directional

Sensitivity

-35dBFS

Signal to Noise Ratio

72dB

Standard Operating Voltage

3.6V

Mounting Type

PCB

Package Type

PG-LLGA-5-3

Pin Count

5

Infineon Microphone, 72dB Signal to Noise Ratio, 4x3x1.2mm - IM72D128V01XTMA1


This MEMS microphone is tailored for high-performance audio applications, making it suitable for devices demanding exceptional sound quality. Its broad frequency response and robust construction enable reliable audio capture in challenging conditions. The integration of digital output technology enhances compatibility across various electronic devices, improving the user experience with enhanced audio fidelity.

Features & Benefits


• IP57 rating for water and dust resistance
• High signal-to-noise ratio of 72 dB
• Omni-directional pickup pattern captures sound from all directions
• Multiple power modes for efficiency
• Flat frequency response from 20Hz to 19kHz
• Very low noise operation improves audio clarity

Applications


• Active noise cancellation in headphones and earphones
• Smart speakers and home automation systems
• High-quality audio capture in laptops and tablets
• Voice user interfaces in IoT devices
• Audio pattern detection in monitoring systems

What type of environment can it be used in?


It operates effectively in temperatures ranging from -40°C to +85°C, ensuring consistent performance under extreme conditions.

How can it be integrated into electronic circuits?


The electrical parameters facilitate easy integration onto PCB boards, making it suitable for various electronic devices.

What are the power consumption requirements?


It has low power consumption, with options for different clock frequencies to optimise performance based on specific needs.

Is special setup needed during installation?


Careful handling is important

avoid direct contact with the acoustic port during assembly to prevent damage.

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