Publication | Closed Access
Directional Electromagnetic Couplers
212
Citations
5
References
1954
Year
Transmission LinesElectromagnetic WaveElectrical EngineeringEngineeringAntennaTransmission LineDirectional Electromagnetic CouplersNatural CouplingDirectional CouplerTransmission SystemComputational ElectromagneticsParallel Transmission LinesElectromagnetic Compatibility
The natural coupling between parallel transmission lines is inherently directional. Very simple and cheap directional couplers can be made which utilize this effect. By varying the coupling with distance, a wide range of transmission characteristics—including high‑pass with ideally infinite bandwidth—can be achieved, and the coupled lines may be of equal or different impedance. A simple configuration of four wires (or two wires and ground) can simultaneously act as a directional coupler, filter, and transformer.
The natural coupling between parallel transmission lines is inherently directional. Very simple and cheap directional couplers can be made which utilize this effect. By introducing appropriate variation of coupling with distance a wide variety of transmission characteristics may be realized, including high-pass (ideally, infinite bandwidth) characteristics. The coupled lines may be of equal or different impedance. Thus, a simple configuration of four wires (or two wires and ground) can serve simultaneously as a directional coupler, filter, and transformer.
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