2006IEEE Transactions on Microwave Theory and TechniquesRequires access

In-band distortion of multisines

Khaled M. Gharaibeh, Kevin G. Gard, M.B. Steer

Open publisher page 35 citations

Abstract

Multisine signals are shown to be useful for estimating distortion of communication signals. In particular, a generalized approach for the evaluation of effective in-band distortion in a nonlinear amplifier using multisine excitation is presented. The output of the nonlinearity is represented as the sum of uncorrelated components by the transformation of a behavioral model. Simulated and measured results are presented for code-division multiple-access signals

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What this paper is about

Multisine signals are shown to be useful for estimating distortion of communication signals. In particular, a generalized approach for the evaluation of effective in-band distortion in a nonlinear amplifier using multisine excitation is presented. The output of the nonlinearity is represented as the sum of uncorrelated components by the transformation of a behavioral model. Simulated and measured results are presented for code-division multiple-access signals

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Available abstract

Multisine signals are shown to be useful for estimating distortion of communication signals. In particular, a generalized approach for the evaluation of effective in-band distortion in a nonlinear amplifier using multisine excitation is presented. The output of the nonlinearity is represented as the sum of uncorrelated components by the transformation of a behavioral model. Simulated and measured results are presented for code-division multiple-access signals

Key concepts: Distortion (music), Nonlinear distortion, Amplifier, Nonlinear system, Electronic engineering, Uncorrelated, Division (mathematics), Transformation (genetics)

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