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2019•Institution of Engineering and Technology eBooksRequires access

Load pull characterization

C. Tsironis, T. Williams

Open publisher page 1 citations

Abstract

The Chapter begins with a discussion of the definition of load pull. It goes on to consider scalar and vector load pull, why load pull is needed, load pull methods, reflection on a variable passive load, injection of a coherent (active) signal, impedance tuners, harmonic load pull, fundamental versus harmonic load pull, on wafer integration, base-band load pull, active tuning, and data transfer into CAD and nonlinear models.

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What this paper is about

The Chapter begins with a discussion of the definition of load pull. It goes on to consider scalar and vector load pull, why load pull is needed, load pull methods, reflection on a variable passive load, injection of a coherent (active) signal, impedance tuners, harmonic load pull, fundamental versus harmonic load pull, on wafer integration, base-band load pull, active tuning, and data transfer into CAD and nonlinear models.

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OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

The Chapter begins with a discussion of the definition of load pull. It goes on to consider scalar and vector load pull, why load pull is needed, load pull methods, reflection on a variable passive load, injection of a coherent (active) signal, impedance tuners, harmonic load pull, fundamental versus harmonic load pull, on wafer integration, base-band load pull, active tuning, and data transfer into CAD and nonlinear models.

Key concepts: Load pull, Active load, Nonlinear system, Scalar (mathematics), Input impedance, Harmonic, Electrical impedance, Engineering

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