User manual

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info@immersionrc.com

ImmersionRC 5.8GHz SpiroNET 13dBi flat patch antenna

Instruction manual

Specifications

Typical impedance at 5.8GHz > 50 Ohm

SWR > <1.35 at 5.8GHz

Gain > 13dBic

Polarization > Left- or Right-hand circular (LHCP, RHCP)

Radiation pattern > 35-degrees vertical and horizontal

Configuration > Multi-element, phased, patch antennas

Dimensions (LxWxH) > 95x95x10mm

Weight (Grams) > 52 grams

Connector > SMA male

Fig 1.

ImmersionRC 5.8GHz SpiroNET RHCP patch antenna.

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ImmersionRC 5.8GHz SpiroNET 13dBi flat patch antenna Instruction manual Specifications Typical impedance at 5.8GHz SWR Gain Polarization Radiation pattern Configuration Dimensions (LxWxH) Weight (Grams) Connector > > > > > > > > > 50 Ohm <1.35 at 5.8GHz 13dBic Left- or Right-hand circular (LHCP, RHCP) 35-degrees vertical and horizontal Multi-element, phased, patch antennas 95x95x10mm 52 grams SMA male Fig 1. ImmersionRC 5.8GHz SpiroNET RHCP patch antenna. www.immersionrc.com info@immersionrc.
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Overview The ImmersionRC 5.8GHz SpiroNET 13dBi patch antenna was developed to offer a high gain alternative to its popular SpiroNET omni directional antennas. Using the ImmersionRC 5.8GHz SpiroNET 13dBi patch antenna directly on a pair of video goggles with built in 5.8GHz receiver, or mounted on a tripod, will easily triple to quadruple the range versus the SpiroNET omni directional antennas.
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*Multi-path interference is the process in which reflections of the radio frequency signal emitted from the transmitter antenna off of solid objects sum at the receiver's antenna with the directly transmitted signal. Because these reflections are 180-degrees out of phase they can (partially) cancel out the signal that travels from the transmitter antenna directly. This causes for visible 'dropouts' in the audio/video signal.