An electronic receiver for amplitude-modulated signals, comprising: - sampling means (22, 26, 28, 38), configured for receiving an input signal (s in (t)) including one or more elementary signals (s 1 (t), s 2 (t)) amplitude-modulated starting from one and the same modulating signal (u(t)) and partially overlapping in time and in frequency, and for generating a plurality of input samples (S IF2 (n)) starting from the input signal (s in (t)); - filtering means (44, 46), configured for filtering the input samples (S IF2 (n)) and generating a plurality of samples to be estimated (S IF3, C (n)); and - estimator means, connected to the filtering means (44, 46) and configured for determining a number of sinusoidal functions on the basis of the samples to be estimated (S IF3, C (n)), and for determining, for each sinusoidal function, a corresponding set of parameters; - carrier-eliminating means, connected to the sampling means and to the estimator means and configured for generating a plurality of processed samples (S IF2, NC (n)) on the basis of the input samples (S IF2 (n)) and of the sets of parameters; and - translating means, connected to the estimator means and to the carrier-eliminating means and configured for generating a plurality of samples converted into baseband (S' BB (n)) on the basis of the processed samples (S IF2, NC (n)) and of at least one from among the sets of parameters; characterized in that it further comprises interference-suppressing means, connected to the translating means and to the estimator means and configured for generating a plurality of equalized samples (S BB (n)) on the basis of the samples converted into baseband (S' BB (n)) and of the sets of parameters, and wherein each set of parameters comprises a respective estimated amplitude, a respective estimated frequency, and a respective estimated phase, and wherein the carrier-eliminating means are configured for subtracting from each input sample (S IF2 (n)) a corresponding first quantity obtained by adding a number of contributions equal to the number of sinusoidal functions, each contribution being a function of the estimated amplitude, of the estimated frequency, and of the estimated phase of a respective set of parameters. - sampling means (22, 26, 28, 38), configured for receiving an input signal (s in (t)) including one or more elementary signals (s 1 (t), s 2 (t)) amplitude-modulated starting from one and the same modulating signal (u(t)) and partially overlapping in time and in frequency, and for generating a plurality of input samples (S IF2 (n)) starting from the input signal (s in (t)); - filtering means (44, 46), configured for filtering the input samples (S IF2 (n)) and generating a plurality of samples to be estimated (S IF3, C (n)); and - estimator means, connected to the filtering means (44, 46) and configured for determining a number of sinusoidal functions on the basis of the samples to be estimated (S IF3, C (n)), and for determining, for each sinusoidal function, a corresponding set of parameters; - carrier-eliminating means, connected to the sampling means and to the estimator means and configured for generating a plurality of processed samples (S IF2, NC (n)) on the basis of the input samples (S IF2 (n)) and of the sets of parameters; and - translating means, connected to the estimator means and to the carrier-eliminating means and configured for generating a plurality of samples converted into baseband (S' BB (n)) on the basis of the processed samples (S IF2, NC (n)) and of at least one from among the sets of parameters;