Features
- Supercardioid pickup pattern
- Natural sound reproduction, precise voice clarity
- High feedback rejection
- Visual operation indicator via LED
- Silent On/Off switch
- Robust, high-quality construction for long durability
- Gooseneck with integrated 3-pin XLR connector
- Operates via external phantom power or desktop base
- Includes windscreen
- Type: Gooseneck Microphone
- Version: LED
- Transmission type: Wired
- System: Back Electret
- Audio frequency range: 80-18,000 Hz
- Nominal impedance: 100 Ω
- Sensitivity: 15.8 mV/Pa
- Signal-to-noise ratio: 74 dB
- Maximum sound pressure: 125 dB
- Power supply: DC 12-48 V Phantom
- Gooseneck length: 305 mm
- Permissible operating temperature: 0-40 °C
- Dimensions: 466 mm
- Weight: 180 g
- Connection: XLR, balanced
- Packaging dimensions (W x H x L): 0.495 x 0.091 x 0.059 m
- Gross weight: 0.33 kg
- Net weight: 0.18 kg
JTS Electret Gooseneck Microphone with On/Off Switch
Discover the JTS Electret Gooseneck Microphone with On/Off Switch – the perfect solution for professional voice transmission. With its supercardioid pickup pattern, this microphone delivers a natural sound profile and precise voice reproduction, effectively minimizing unwanted background noise. The high feedback rejection ensures that your voice comes through clearly and distinctly, while the visual operating indicator via an LED lets you know at all times whether the microphone is active.
The silent On/Off switch allows for easy operation without generating any noise disturbances. Thanks to its solid and high-quality construction, the microphone is designed for durability. The flexible gooseneck with an integrated 3-pin XLR connector can be effortlessly positioned and adjusted. It can be powered via an external phantom power supply or a desktop stand and comes with a windscreen to achieve optimal results even in windy environments.
With a frequency range of 80-18,000 Hz and a sensitivity of 15.8 mV/Pa, the JTS Electret Gooseneck Microphone is the ideal choice for those who value quality and reliability.