-
4-Pack Antenna Replace for Shure SLX24 BETA58 SLXSM58 SLXW39 SLXWH30 UR8D UGX88
Antenna Radio. Frequency range 470-890 Mhz. We do not accept P.O. Boxes. Add to Favorite. Color Black. Number of Channels 4. We’re happy to help.
-
4 PCS Replacement SMA Whip Antenna for Shure UR1 UR5 UR1M P9R P9RA P10R ULXD1 QL
Products include : 4 antenna.
-
4 PCS Replacement SMA Whip Antenna for Shure UR1 UR5 UR1M P9R P9RA P10R ULXD1 QL
Compatible with nearly all machines using SMA antennas. Antenna Radio. Products include : 4 antenna. We’re happy to help. New Arrivals. We do not accept P.O. Boxes. Size Frequency band 470-530 MHz.
-
Microphone for Kids: Plastic Fake Microphone Prop, Pretend Play Mic Toy for Kids
PERFECT FOR ROLE PLAYING — With this microphone, children can pretend to be singers or movie stars on. Children can have fun with friends and family and. REALISTIC & FIRM — The fake microphone toy looks very realistic, made of high-quality hard plastic, the whole fake microphone is made of one part, not detachable, durable…
-
UA844+SWB Five-Way Active Antenna Splitter & Power Distribution System for QLX-D
The Shure Model UA844+SWB is an antenna distribution system that allows for the expansion of wireless microphone systems by splitting one pair of antennas to multiple receivers. It also amplifies RF signals to compensate for insertion loss that results from splitting signal power to multiple outputs.
-
UA844+SWB Five-Way Active Antenna Splitter & Power Distribution System for QLX-D
The Shure Model UA844+SWB is an antenna distribution system that allows for the expansion of wireless microphone systems by splitting one pair of antennas to multiple receivers. It also amplifies RF signals to compensate for insertion loss that results from splitting signal power to multiple outputs.
-
UA844+SWB Five-Way Active Antenna Splitter & Power Distribution System for QLX-D
The Shure Model UA844+SWB is an antenna distribution system that allows for the expansion of wireless microphone systems by splitting one pair of antennas to multiple receivers. It also amplifies RF signals to compensate for insertion loss that results from splitting signal power to multiple outputs.
About
Lorem ipsum dolor sit amet, consec tetur adipiscing elit. Maecenas odio lacus, dignissim sollicitudin finibus commodo, rhoncus et ante.
