
( Brand: Kimafun ), ( Part Type: Microphone Clip ), ( UPC: 604348704950 )
Wireless lavalier microphone,updated Kimafun With a full charge, working time of more than 6 hours is possible.
Built-in rechargeable li-ion battery can be charged via USB.
1khz transmitting power: less than 20mw receiver: 2.
Mini metal clip allows you to easily it your collar, tie or pocket. 4ghz wireless lapel mic connects automatically when powered on.
In this instances, we'll pay the return shipping charges.
4ghz, both way, frequency hopping technology automatic match continuous battery time: 11 hours plus signal feature: 16bit, 44. Wireless handheld microphone for 30 meters plus transmitting range. 02 seconds.
4g clip-on lapel mic set with belt pack transmitter receiver,ideal for teaching, preaching and public speaking applications,online chatting,tour guides new free shipping in USA.
Items are shipped to the lower 48 states only.
4g wireless lavalier microphone, lapel clip-on mic speech megaphone radio for voice amplifier, bus speaker, pc ,laptop, loudspeaker teaching meeting guide microphone with has a working time of more than 6 hours on full charge.
35mm connection plug adapter,which can be used for the louder speaker, pa system, karaoke. 5mm plug which can be used for the smart phone ,pc,tablet. High tech: 2.
4ghz wireless transmission, continuous frequency matching, the distance range is within 50ft in an open field without degradation of audio response, it can work compatible with smart phone PCs laptops voice amplifiers cameras multimedia and more. 5mm plug including mono 6. For speaking,video production,houses of worship in a church preaching, YouTube videos, and classroom presentation 2.
Please turn on the transmitter and receiver power switches, blue light will flash for approximately 2 seconds, once indicator stops flashing after a successful match, you can use.
With leather bag packaging, storage portable specifications: transmitter Can up to 50m wont drop off signal it is a portable karaoke portability: the wireless transmitter receiver be charged simultaneously.