By adding controlled thicknesses of nickel and gold plating to the conductors of a coaxial transmission line, the magnitude of passive intermodulation produced by the transmission line can be controlled with precision. Theoretical predictions of distortion magnitude as a function of plating thicknesses are presented, along with an experimental validation. These adjustable-magnitude passive intermodulation sources are used to give a fourfold improvement in the bandwidth of techniques presented previously, demonstrating that cancellation can for the first time be achieved in bandwidths needed for cellular systems
Passive intermodulation (PIM) is a niggling phenomenon that debilitates performance of modern commun...
Abstract—This paper presents an intermodulation distortion measurement system based on automated fee...
Characterisation and modelling of distributed passive intermodulation generation in planar microwave...
By adding controlled thicknesses of nickel and gold plating to the conductors of a coaxial transmiss...
Nonlinear signal distortion, caused by passive intermodulation (PIM), presents a major challenge to ...
Coaxial connectors are frequently the dominant contributors to passive intermodulation distortion in...
Passive intermodulation (PIM) causes unwanted distortion signals in high power radio systems such as...
When two or more signals of different frequencies pass through a nonlinear system, intermodulation d...
This article presents novel solutions for suppressing passive intermodulation (PIM) distortion in fr...
Coaxial connectors are frequently the dominant contributors to passive intermodulation (PIM) distort...
Passive intermodulation (PIM) is a phenomenon which occurs when at least two signals are fed into a ...
The telecommunications industry follows a tendency towards smaller devices, higher power and higher ...
Wireless communication is growing rapidly, and the demand for higher data rate, low latency, and ava...
This paper describes several consequences of a linear-nonlinear interaction that was recently found ...
In frequency division duplexing (FDD) based simultaneous transmit-receive systems, nonlinear behavio...
Passive intermodulation (PIM) is a niggling phenomenon that debilitates performance of modern commun...
Abstract—This paper presents an intermodulation distortion measurement system based on automated fee...
Characterisation and modelling of distributed passive intermodulation generation in planar microwave...
By adding controlled thicknesses of nickel and gold plating to the conductors of a coaxial transmiss...
Nonlinear signal distortion, caused by passive intermodulation (PIM), presents a major challenge to ...
Coaxial connectors are frequently the dominant contributors to passive intermodulation distortion in...
Passive intermodulation (PIM) causes unwanted distortion signals in high power radio systems such as...
When two or more signals of different frequencies pass through a nonlinear system, intermodulation d...
This article presents novel solutions for suppressing passive intermodulation (PIM) distortion in fr...
Coaxial connectors are frequently the dominant contributors to passive intermodulation (PIM) distort...
Passive intermodulation (PIM) is a phenomenon which occurs when at least two signals are fed into a ...
The telecommunications industry follows a tendency towards smaller devices, higher power and higher ...
Wireless communication is growing rapidly, and the demand for higher data rate, low latency, and ava...
This paper describes several consequences of a linear-nonlinear interaction that was recently found ...
In frequency division duplexing (FDD) based simultaneous transmit-receive systems, nonlinear behavio...
Passive intermodulation (PIM) is a niggling phenomenon that debilitates performance of modern commun...
Abstract—This paper presents an intermodulation distortion measurement system based on automated fee...
Characterisation and modelling of distributed passive intermodulation generation in planar microwave...