Mobile phone lavalier microphone with 3.5mm plug and omnidirectional -32dB sensitivity for clear audio recording

This lavalier microphone provides hands-free audio capture designed specifically for mobile phone video recording, interviews, and content creation. With its 3.5mm plug, it offers direct compatibility with smartphones, tablets, and other portable recording devices without requiring additional adapters. The omnidirectional pickup pattern ensures consistent audio quality regardless of the speaker's precise positioning, making it suitable for various recording scenarios where movement occurs.

Features and Construction

The microphone's technical specifications support reliable voice capture for mobile recording applications. With a working voltage of 2.0V and impedance of 2.2kΩ, it maintains compatibility with standard mobile device audio inputs while delivering usable audio signals.

Material and Build

The microphone core employs anti-interference construction within its 6.0x5.0mm medium-sized housing. This design helps reduce unwanted noise pickup during operation. The APS shielded wire extends from the microphone capsule to the 3.5mm plug, providing additional protection against electrical interference that could affect audio quality in recording environments with multiple electronic devices.

Size and Practical Fit

The compact 6.0x5.0mm microphone dimensions allow for discreet placement on clothing without creating noticeable bulk. The 3.5mm plug diameter represents the standard size for mobile device audio connections, ensuring compatibility with most smartphones and portable recorders. The wire length, while not specified, typically accommodates comfortable positioning from device to speaker.

Uses and Placement

This lavalier microphone suits various audio recording needs where clear voice capture takes priority. Its technical specifications support both casual and professional recording scenarios where mobile devices serve as the primary recording equipment.

Event or Professional Use

For professional applications, the microphone's -32dB+1dB sensitivity enables adequate voice capture in interview settings, presentations, and speaking engagements. The signal-to-noise ratio exceeding 60dB helps maintain voice clarity against typical background noise levels encountered in event environments. The omnidirectional pattern accommodates speakers who may turn their heads or move slightly during recording sessions.

Everyday Home Use

For home recording scenarios, the microphone supports content creation, video calls, and personal recording projects. The 100-16,000Hz frequency range covers the fundamental frequencies and harmonics of typical speech, ensuring natural-sounding voice reproduction. The APS shielded wire construction helps maintain audio quality in home environments with multiple electronic devices that could otherwise introduce interference.

Benefits and Buying Value

The microphone's specifications address common audio recording challenges while maintaining compatibility with existing mobile devices. Its design focuses on practical improvements to voice recording quality without requiring complex setup procedures.

Reuse and Low Maintenance

The microphone requires minimal maintenance beyond basic care of the wire and connections. The 3.5mm plug design ensures straightforward connection to various devices without specialised equipment. The construction supports repeated use across different recording sessions without degradation of the core technical specifications that determine audio quality.

Why Choose This Product

This lavalier microphone offers measurable audio improvements over built-in mobile phone microphones through its dedicated -32dB sensitivity core and anti-interference construction. The omnidirectional pattern provides flexibility in speaker positioning that directional microphones cannot match. For users seeking clearer audio in mobile recording scenarios without investing in complex audio equipment, this microphone delivers specific technical advantages supported by its published specifications.