Power splitter is an RF device that distributes the power of one input signal to multiple output ports. It can distribute RF signals to different branches in a certain proportion, commonly used for signal distribution in communication systems and power feeding of antenna arrays.
A coaxial power splitter is defined as a power splitter which uses coaxial cable technology. It splits an input RF signal into several output RF signals. They have been optimized to ensure low-loss and good impedance matching in coaxial cable based RF systems. Coaxial power splitters tend to be placed at the feed line of antennas.
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How does a power splitter divide signals?
It uses internal circuitry to split an input RF signal into multiple output signals according to a set proportion. This enables even distribution of power among different branches in a system.
Where are power splitters commonly applied?
They are commonly applied in communication systems like wireless base stations. They’re also used in antenna arrays to evenly distribute signals for better performance.
Can the splitting ratio of a power splitter be adjusted?
Some power splitters come with adjustable splitting ratios. These allow users to adapt to different application requirements by changing the signal distribution proportion.
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