>  Computers & Printers  >   Accessories & Peripherals  >   Microphones  >  AriMic Dual Lavalier Microphone 1.5m Cable
AriMic Dual Lavalier Microphone 1.5m Cable


AriMic Dual Lavalier Microphone 1.5m Cable

1 Offer from:   R 549.00

Brand: AriMic
Model: PLID53707442
Last Updated: 2023-04-28

Product Information

Features: - Designed for Smartphones & DSLR Cameras - Easy to Use, Plug & Play - Omnidirectional - Excellent for interviews Overview The AriMic Smartphone Dual-lapel is an omnidirectional condenser microphone designed for recording interviews. With its' broadcaster-style design it provides a clear and accurate voice recording experience for the user. Performs significantly better than built-in microphones, making it ideal for all sorts of recording. Specifications: - Cable Length: 1.5m or 6m - SNR: 58dB - Sensitivity: -30dB ± 2dB - Frequency Range: 20-20kHz - Output Impedance: 680 - Standard Operating Voltage: 1.0-10V/DC Note - Smartphone not included. - Use this mic with your device before recording an important event. Make sure that you are familiar with its operation with your specific camera and verify the audio recording results are as expected. Additional Operating Instructions Some Android Smartphones require the use of an application to allow for an external microphone to be picked up by the smartphone operating software. We recommend "Open Camera" and within the app settings select "Use External Microphone." Smartphones and DSLR cameras use the 3.5mm audio jack. Please ensure your device has this available before purchasing. iPhone users may utilize the Lightning to 3.5mm adapter to

a port for the AriMic. The AriMic has a 3.5mm Male TRRS (Smartphone) connection. In addition, the TRRS to TRS adapter allows you to use the microphone on DSLR Cameras. Please do not use additional adapters that are not required. What's in the box 1 x Dual-head Lavalier Microphone 4 x Lapel Clip 4 x Foam windscreen 2 x Furry windshield 1 x Cable adapter 1 x Phone Adapter 1 x Portable Bag



EAN: 606110098489
Load Time: 0 seconds