INMP441 MEMS High Precision Omnidirectional Microphone Module I2S

(8 customer reviews)
Availability:

In stock


SKU: 975775
  1. Digital I2S interface with high precision 24-bit data
  2. High signal to noise ratio is 61 dBA
  3. High sensitivity – 26 dBFS
  4. Stable frequency response from 60 Hz to 15 kHz
  5. Low power consumption: low current consumption 1.4 mA
  6. High PSR: -75 dBFS

 210.00 (Incl. GST)

In stock

Purchase this product now and earn 3 Robu Points!

Free Delivery above ₹499
Free Delivery
above ₹499
Cash On delivery
Cash on Delivery*

Didn’t find what you are looking for?

Brand: Generic
Category: Sound Sensor

INMP441 MEMS High Precision Omnidirectional Microphone Module I2S

The INMP441 is a high-performance, low-power, digital output, omnidirectional MEMS microphone with a bottom port. The complete INMP441 solution consists of a MEMS sensor, signal conditioning, analog to digital converter, anti-aliasing filter, power management, and industry-standard 24-bit I2S interface.

The I2S interface allows the INMP441 to be directly connected to digital processors such as DSPs and microcontrollers without the need for an audio codec for use in the system. The INMP441 has a high signal-to-noise ratio and is an excellent choice for near-field applications. The INMP441 has a flat wideband frequency response that results in a high definition of natural sound.

Interface definition
  1. SCK: Serial data clock for I2S interface
  2. WS: Serial data word selection for I2S interface
  3. L/R: Left/Right channel selection.
  4. When set to low, the microphone outputs a signal on the left channel of the I2S frame.
  5. When set to high level, the microphone outputs signals on the right channel
  6. SD: Serial data output of the I2S interface.
  7. VCC: Input power, 1.8V to 3.3V.
  8. GND: power ground
NMP441 connection with ESP32
  1. SCK -GPIO14
  2. SD – GPIO32
  3. WS – GPIO15
  4. L/R – GND
  5. GND – GND
  6. VDD – VDD3.3

Features:

  1. Digital I2S interface with high precision 24-bit data
  2. High signal to noise ratio is 61 dBA
  3. High sensitivity – 26 dBFS
  4. Stable frequency response from 60 Hz to 15 kHz
  5. Low power consumption: low current consumption 1.4 mA
  6. High PSR: -75 dBFS

Package Included:

1 x INMP441 MEMS High Precision Omnidirectional Microphone Module I2S

SKU: 975775 Category:
S/N Ratio (dB)

61 dBA

High Sensitivity

26 dBFS

Stable Frequency Response

60 Hz to 15 kHz

Power Consumption (mA)

1.4 mA

High PSR

-75 dBFS

Shipping Weight 0.02 kg
Shipping Dimensions 6 × 5 × 3 cm

Based on 8 reviews

4.9 overall
7
1
0
0
0

Add a review

  1. melwayne gomez (verified owner)

    Works like a charm.

    melwayne gomez

  2. Sandesh Pillai (verified owner)

    Well packed and works as intended, the break out board doesn’t come with the pins soldered so as for minimal damage while shipping well done. Thanks for the quick delivery

    Sandesh Pillai

  3. rajkciitr (verified owner)

    worked fine with Pico board in Arduino IDE.

    rajkciitr

  4. venkata.m12.srm (verified owner)

    Delivered as promised

    venkata.m12.srm

  5. V.N.S Rishivardhan Reddy (verified owner)

    Product was safely delivered and shipped, ensuring a seamless and secure arrival.

    V.N.S Rishivardhan Reddy

  6. rajchaudhari800 (verified owner)

    Good sensor sensitivity, working great with ESP32 running wled

    rajchaudhari800

  7. ankushkale1 (verified owner)

    Working good, picks up minute / dull sounds also so good sensitivity

    ankushkale1

  8. mrigankamanna3 (verified owner)

    Works as expected..

    mrigankamanna3

Datasheet

Questions and answers of the customers

    please help me how to connect this INMP441 MEMS wi... Read more
  1. 0 votes
    Q please help me how to connect this INMP441 MEMS with jetson nano answer now
    Asked by vishnu.pvpsit on July 3, 2023 5:58 am
    A Hello, for your query related to connection kindly... Read more
Only registered users are eligible to enter questions
Country Of Origin: China
icon   

Robu.in wants to send you updates. Click Allow to subscribe.