Microphone Voice Sound Sensor Module

Price 30 INR/ Piece

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MOQ : 1 Piece

Microphone Voice Sound Sensor Module Specification

Sensitivity
Adjustable via onboard potentiometer

Wireless
No

Operating Temperature
-10C to +50C

Features
Compact design, onboard sensitivity adjustment, ready-to-use module

IP Rating
Not rated

Mounting Type
Through-hole PCB mount

Signal Type
Analog and Digital TTL output

Measurement Range
Detects sound up to several meters

Sensor Type
Electret condenser microphone

Interface
3-pin (VCC, GND, OUT)

Application
Sound detection, voice activation, audio sensing, automation projects

Cable Length
Not included

Response Time
Fast response (<1 ms)

Power Consumption
Low

Product Type
Microphone Voice Sound Sensor Module

Material
pcb Fiber

Input
Voice/Sound Signal

Output
Analog and Digital

Function
Detects sound and converts it into an electrical signal

Usage
Industrial

Accuracy
High precision sound detection

Resolution
Analog variable output

Voltage
3.3 - 5 Volt (v)

Weight
Approx 5 grams

Warranty
1 Year

Operating Current
<10 mA

Connector Type
Pin Header

Adjustability
Sensitivity adjustable via potentiometer

Dimensions
Approx 32mm x 17mm x 8mm

Board Type
Single side PCB

Indicator
Onboard LED for output indication

Compatibility
Arduino, Raspberry Pi, Microcontrollers

About Microphone Voice Sound Sensor Module

Discover the Best-seller Microphone Voice Sound Sensor Module-your Crackerjack companion for top-tier audio sensing. Its compact, innovative design ensures high-precision voice activation and sound detection, ideal for automation and industrial projects. With its adjustable sensitivity potentiometer, you gain incomparable control over sound input. Compatible with Arduino, Raspberry Pi, and microcontrollers, effortless integration is guaranteed. Features include onboard LED indication, dual analog/digital output, and ultra-low power consumption. Durable pcb Fiber construction promises reliability. Must-have for creators-order today and elevate your automation projects to new heights.

Superior Usage and Competitive Advantages

This Microphone Voice Sound Sensor Module is engineered for sound detection, voice activation, and audio sensing, excelling in industrial automation and electronics prototyping. Its adjustable sensitivity and high precision set it apart, offering unparalleled versatility. With seamless integration into microcontroller platforms, the module suits a range of sites-from research labs to automation lines. Reliability, low power use, and fast response make it the preferred choice among professionals.

Certifications, FOB Port, and Sample Policy

Certified for quality, this module is available at the lowest price. Dispatching is prompt from major FOB ports in India, with guaranteed timely arrival. Samples are provided per policy, supporting traders, distributors, and wholesale buyers. With strict adherence to compliance, you benefit from peace of mind when ordering for export, import, or manufacturing applications. Reliability and efficient procurement are ensured throughout the transaction process.

FAQ's of Microphone Voice Sound Sensor Module:

Q: How is the sensitivity of the Microphone Voice Sound Sensor Module adjusted?

A: You can adjust the sensitivity of this module using the onboard potentiometer, allowing it to detect even subtle sounds according to your application needs.

Q: What operating voltage is required for this sensor module?

A: The module operates within a voltage range of 3.3 to 5 volts, making it compatible with popular platforms like Arduino and Raspberry Pi.

Q: When does the onboard LED indicator activate?

A: The onboard LED indicator lights up whenever the sensor detects a sound or voice signal, providing immediate visual feedback for output status.

Q: Where can this sensor module be applied for optimal use?

A: This module is ideal for industrial automation, audio sensing systems, voice-controlled devices, and research laboratories seeking precise sound detection.

Q: What is the process to integrate this module with microcontrollers?

A: Simply connect the module via the 3-pin header (VCC, GND, OUT) to your microcontroller, adjust the sensitivity, and start receiving analog or digital TTL output.

Q: What benefits does the analog and digital output provide?

A: Dual outputs enable flexible use: analog signals for variable audio sensing and digital TTL for on/off activation functions, enhancing project possibilities.

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