Mipro AD-808 In-Ear Monitor 4 Channel Antenna Combiner 470960 MHz

Mipro AD-808 In-Ear Monitor 4 Channel Antenna Combiner 470960 MHz
Mipro AD-808 In-Ear Monitor 4 Channel Antenna Combiner 470960 MHz
Mipro AD-808 In-Ear Monitor 4 Channel Antenna Combiner 470960 MHz
Mipro AD-808 In-Ear Monitor 4 Channel Antenna Combiner 470960 MHz

Mipro AD-808 In-Ear Monitor 4 Channel Antenna Combiner 470960 MHz
AD-808 is a half-rack size, 4-input, 1-output professional active antenna combiner. It operates between 470MHz960MHz and connects or four MI-909T in. Ear monitoring transmitters to greatly improve RF performance and reduces chances for signal dropouts. This combiner will also work on other wireless ear systems in the same freq. May need adapters for your antenna style connecters BNC or TNC. There’s a pic attached that shows the combiner racked up with the MI909 systems. Some knuckle head will ask. Up to four wireless transmitters can be combined into one transmitting antenna. Input Signal Indicator Threshold when input signal >+6dBm. Maximum RF input power +20dBm efficiency (100mW). Ideal intermodulation characteristic full band performance +15dBm two-tone test, 3rd order IM. Full System Gain: 02dB. VSWR Input / Output: 1.5:1. Maximum RF Input Power: +20dBm. Input Signal Indicator Threshold: +6dBm. Power Consumption: 9.12W (12V, 760mA). Input / Output Connectors: TNC Female (4-input, 1-output). Dimensions: 210(W) x 44(H) x 206(D)mm / 8.3(W) x 1.7(H) x 8.1(D). Weight: 1.1kg / 2.4lbs. Does not include FB-71 rack ears. Look around the web for. For more info, pics and systems with the paddle antenna. The item “Mipro AD-808 In-Ear Monitor 4 Channel Antenna Combiner 470960 MHz” is in sale since Tuesday, June 20, 2017. This item is in the category “Musical Instruments & Gear\Pro Audio Equipment\Microphones & Wireless Systems”. The seller is “zolton2″ and is located in Cincinnati, Ohio. This item can be shipped worldwide.
  • Brand: Mipro
  • Form Factor: Half Space Rack Mount

Mipro AD-808 In-Ear Monitor 4 Channel Antenna Combiner 470960 MHz