
- Style:Lavalier microphone
- Transducer:Condenser microphone
- Use:Home studio
- Certification:None
- Set type:Single microphone
- Origin:Cn(origin)
- Polar patterns:Omnidirectional
- Communication:Wired
- Microphone type:Condenser microphone
- Suitable:Home, computer, stage, camera, recording, musical instrument, radio an
- Dimensions:1.5m
- With or without bracket:No
- Microphone interface:3.5mm plug, type c plug, lightning plug, usb plug
- Feature 01:Live broadcast microphone
- Feature 02:Microphone for singing
- Feature 03:Microphone for pc
- Feature 04:For karaoke microphone
- Feature 05:Support audio interface
- Feature 06:Usb microphone
- Feature 07:3.5mm microphone
- Feature 08:Type c microphone
- Feature 09:Lightning microphone
- Feature 10:Mini microphone
- Feature 11:Microphone lapel
Microphone pickup effect is clear and clean.Microphone, it can effectively suppress sound feedback in noisy environments, reduce background noise. That is, the use of small and thin vibration film, with small volume, light weight characteristics, while ensuring excellent sound quality; In addition, the microphone is very sensitive to electromagnetic interference. Their effect on the climate has a strong anti-interference performance, which is very suitable for some completely new fields. Microphones have the advantages of small size, good heat resistance, good consistency, good stability, high reliability, anti-RF interference, etc., can also output digital signals and conducive to intelligent development, and its market size has maintained rapid growth momentum in the past 10 years. The microphone proximity effect is sometimes used to produce a good effect, while other times it is an undesirable side effect of microphone placement. It can highlight the muffled voice of the announcer, the muffled sound of the floor drum, the roar of the bass amplifier. It can also cause low-end frequency turbidity and overperformance in microphone signals that don't necessarily need it. The proximity effect is the increase in the low-frequency response of the microphone as the microphone gets closer to a given sound source.