RFI Three-Way 5.8GHz Power Divider

Key Features

• N-Type

• Splitter/Combiner function

• Ideal for 5.8GHz ISM applications

• 3x N Female output

Usage

• Simultaneously connect three devices to the one antenna by splitting the antenna signal

• RFI Wilkinson-style power dividers/combiners are used in a variety of RF power dividing and combining applications

• Typically used in DAS (Distributed Antenna Systems) for distributing power throughout feeder cable networks

• Designed using Wilkinson or N-way styled cascaded broadband binary power splitting or combining techniques offering broadband capability with good splitter output / combiner input, port-to-port isolation.

Splitter

• The input signal is equally split into two output signals, each reduced by 3dB (i.e. halved) due to the 1:2 power division

• A small signal loss of 0.5dB is incurred as no RF device can operate at 100% efficiency.

• When determining whether you can afford to split your signal, keep in mind that the signal will be halved between each device: the question to answer is - is your signal strong enough?

• In very low signal areas it's often advisable to use two antennas instead of a splitter.

Combiner

• While it is possible to sum two input signals with no loss, this can only be accomplished if the input signals are identical in phase and amplitude

• When two signals are completely out of phase (180 degrees) the signals will cancel completely, hence the statistical average for two unknown signals is a 3dB combination loss (i.e. reduced by half).

Specifications / Frequency

Electrical Specifications

• Frequency: 5700-5800MHz

• Insertion loss: <5.5dB

• Isolation: >18dB

• Nominal Impedance: 50Ω

• VSWR: <1.3:1 >18dB RL

• Phase Balance: ±3°

• Amplitude Balance: <0.3dB

• Max. Power: 50Watts

• Connectors: N Female

Mechanical Characteristics

• Construction: Black painted aluminium

• Operating temperature: -30 +70°C

• Relative humidity: 5~95%

• Dimensions: 93 x 54 x 22mm

• Weight: 290g

Read More

• Specification Sheet

• Understanding Power Splitters