Zl-1720S Lavalier Microphone Mini 4Pin Xlr Plug(Shure Type)

Zl-1720S Lavalier Microphone Mini 4Pin XLR Plug (Shure Type)

The Zl-1720S Lavalier Microphone is an ideal solution for your professional audio needs thanks to its Mini 4Pin XLR (Shure Type) connection. With its condenser structure and omni-directional polar pattern, it adds value to your recordings by capturing crystal-clear sound.

Superior Sound Quality

This condenser lavalier microphone perfectly captures sounds from all directions with its 4mm cartridge diameter. Thanks to its omni-directional polar pattern, it offers a clear and natural audio experience even in different positions. It demonstrates flawless performance across a wide audio spectrum with its 80Hz~20KHz frequency response.

Wide Compatibility and Easy Connection

With its Mini 4Pin XLR (Shure Type) connector, it provides seamless compatibility with Shure systems, making integration with your existing equipment quite easy. The 1-meter cable length offers comfortable freedom of movement in stage or studio environments, while the 2.0V-10V.DC power requirement allows for flexible use.

Professional and Reliable Performance

It provides low-noise and high-efficiency sound transmission with its 18mv/Pa (-32dB±2dB) sensitivity and ≥58dB signal-to-noise ratio. This microphone meets your professional expectations with its long-lasting and stable performance.

Technical Specifications

Highlighted Features

• Crystal Clear Condenser Sound: With its high-quality condenser structure and 4mm cartridge diameter, it captures sounds from all directions with precision, offering a vivid and natural audio experience.
• Shure Compatible Mini 4Pin XLR Connection: Thanks to its Mini 4Pin XLR plug (Shure Type) connection, it provides full compatibility with Shure systems, offering easy and reliable integration.
• Wide Frequency Response and High Signal-to-Noise Ratio: Guarantees rich tones with 80Hz~20KHz frequency response, and low-noise, high-performance audio recording with 18mv/Pa sensitivity and ≥58dB S/N ratio.