About of Toa DM-1100 Unidirectional Microphone
The
Toa DM-1100 Unidirectional Microphone is a durable, high-performance microphone ideal for speeches, presentations, and live performances. Its unidirectional design ensures crystal-clear sound capture by focusing on the primary audio source while reducing background noise.
Specification
| Feature |
Details |
| Type |
Unidirectional Dynamic Microphone |
| Frequency Response |
70 Hz – 15 kHz |
| Sensitivity |
-54 dB ± 3 dB |
| Impedance |
600 ohms |
| Connector |
XLR 3-pin |
| Cable Length |
7 meters |
| Weight |
320 grams |
Description
DM-1100 Unidirectional Microphone in BD
The
Toa DM1100 Unidirectional Microphone is engineered for superior audio clarity, making it perfect for professional settings. Whether it's a conference, a stage performance, or an event, its precise audio capture and robust construction ensure consistent sound quality, even in demanding environments.
User Experience
The
Toa DM-1100 Microphone offers seamless operation and exceptional audio clarity. Its lightweight build and ergonomic design ensure comfortable handling during extended use. Users appreciate its ability to minimize feedback and handle high sound pressure levels, making it ideal for professional and casual use. Its durable construction ensures reliable performance over time, even with frequent handling.
Why Choose the Toa DM-1100 Microphone?
- High-Quality Sound: Delivers clear, natural audio output.
- Noise Reduction: Unidirectional design minimizes background noise.
- Versatile Applications: Suitable for events, conferences, and performances.
- User-Friendly: Lightweight, ergonomic, and easy to use.
- Durable Build: Built to withstand rigorous use over time.
Installation Steps
- Connect the microphone's XLR cable to the audio mixer or amplifier.
- Secure the microphone stand or hold it by hand for optimal sound capture.
- Adjust the position to align with the primary audio source.
- Test the connection and volume levels before use.
- Ensure the cable is free from tangles for uninterrupted operation.
