Puluz PU3151B Lavalier Type C Wireless Microphone
Create recordings with good quality. The Puluz omnidirectional microphone effectively captures 360° of sound, and the built-in chip eliminates ambient noise. It features a range of up to 20 meters and is compatible with Android. The receiver is equipped with a USB-C port and allows you to record and charge your device at the same time. In addition, a special clip allows you to clip the microphone to your clothing.
High quality sound without interference
The Puluz PU3151B is an omnidirectional microphone that picks up sounds from all directions. In addition, the built-in chip reduces ambient noise and interference, so you can record comfortably even in noisy environments.
Wireless operation
The Lavalier microphone works wirelessly, and thanks to plug & play, you can quickly connect it to a compatible device. The 2.4 GHz band provides a stable signal up to 10 meters outdoors, and up to 20 meters indoors. The 70 mAh lithium battery offers up to 5 h of use, and the included USB-C cable makes charging easy.
Compatible
You will successfully use the microphone during interviews, vlog recording or live broadcasts. It is Android compatible, so you can easily connect it to your smartphone, tablet and laptop. Works with platforms such as TikTok, YouTube, Twitter, Snapchat, Instagram, Facebook, etc.
Included
- x2 microphone
- receiver
- USB cable x2
| Manufacturer | Puluz |
|---|---|
| Model | PU3151B |
| Color | black |
| Microphone | |
| Chip | 2.4 GHz |
| Microphone sensitivity | -35 dBm |
| Sampling frequency | 44.1 K (normal mode),
32 K (noise reduction) |
| Transmission power | max. 10 dBm |
| Range | 15-20 m (indoors, unobstructed),
approx. 10 m (outdoors, unobstructed) |
| Charging port | USB-C |
| Material | ABS |
| Receiver | |
| Battery capacity | 70 mAh (LIR1254) |
| Current consumption at power on | 2.6 uA |
| Power consumption | 4 mA (power on without pairing with microphone);
10 mA (power on and pairing with microphone); 6mA (silent mode) |
| Charging current | 70 mA |
