Interview Microphone, 36cm/14.2in Wired XLR Condenser Shotgun Microphone, with 5M XLR Cable, Handheld Noise Reduction Interview Camera Mic

• NOISE REDUCTION: Condenser shotgun microphone is designed for near and far recording to eliminate the surrounding noise and make the sound cleaner.
• XLR CONNECTOR: XLR condenser microphone with XLR connector design, firm connection, not easy to fall off, stable signal. Plug and play, 5m/16.4ft cable length, a variety of situations can be used, very convenient and practical.
• WIDE ADAPTABILITY: Handheld XLR microphone is suitable for most of the equipment on the market, easy to connect without pressure. Such as DSLR cameras, DV, smartphones, professional recorder pen, professional camcorder and more. (NOTE: A conversion connector is required when connect the the phone (conversion connector not included i the package)）
• DUAL POWER SUPPLY: When connected to the powered devices, no batteries need to be installed, such as cell phones, laptops, etc. When connected to devices that cannot be powered by the microphone, batteries need to be installed for use, such as desktop computers.
• APPLICABLE SCENARIOS: Live microphone is a partner for journalists, live recording and cameras, suitable for large conferences, interviews, outdoor celebrations, speeches, film or TV productions.

How to Use: 1. Install the battery into the microphone, connect the sound output line, and put on the windproof sponge 2. Turn on the switch Specification: Item Type: Interview Microphone Material: Aluminium Alloy Battery Specification: 1 x AA Battery (not Included) Transducer Mode: Capacitive Type Frequency Response: 100‑16000Hz Output Impedance: Near 1K, Far 2.3KQ Power Supply: DC1.5V Pointing: Single Super Pointing Sensitivity: 5‑10mv/pa Near, 10‑15mv/pa Far Microphone Size: Approx. 360x22mm / 14.2x0.9in Package List: 1 x Interview Microphone 1 x Windproof Sponge 1 x 5M XLR Cable 1 x 6.35mm Sound Adapters 2 x Stand Accessories 1 x Instruction Manual Note: All data are measured manually, and there are certain errors in the measurement results.