A method for the batch production of a set of N filters F i, where 1 < i ≤ N, each filter F i being an acoustic wave filter, each filter F i comprising M i actual acoustic wave resonators R ij, where 1 < j ≤ M i, each filter F i comprising center frequencies f i and bandwidths l i, which are different for at least two of the filters F i, characterized in that it comprises the following steps: - synthesizing N theoretical filters, each filter being defined on the basis of a set of M i theoretical acoustic wave resonator(s), where 1 ≤ j ≤ M i, such that said theoretical filters have said center frequencies f i and said bandwidths l i, the theoretical acoustic wave resonators of each filter having an impedance of an equivalent model respectively determined by a triplet of parameters: a theoretical static capacitance C 0ij,eq, a theoretical resonant frequency ω rij,eq and a theoretical antiresonant frequency ω aij,eq, these parameters being grouped into one or more subsets; - determining a reference acoustic wave resonator structure for each subset such that said reference resonator has geometrical dimensions such that it naturally has a resonant frequency ω r,ref that is lower than the lowest of the theoretical resonant frequencies ω rij,eq of said subset and an antiresonant frequency ω a,ref that is higher than the highest of the theoretical antiresonant frequencies ω aij,eq of said subset; - determining, subsequent to the preceding step for each theoretical resonator of each subset, an elementary building block comprising an intermediate resonator R' ij, a parallel reactance Xp ij and/or a series reactance Xs ij, the intermediate resonator R' ij having an impedance of a model selected such that the elementary building block has a static capacitance that is equal to the theoretical static capacitance C 0ij,eq, a resonant frequency that is equal to the theoretical resonant frequency ω rij,eq and an antiresonant frequency that is equal to the theoretical antiresonant frequency ω aij,eq; - determining the geometrical dimensions of the actual resonators R ij of the filters on the basis of the geometrical dimensions of said reference resonator structure such that they respectively have the capacitance C 0ij of the intermediate resonator R' ij; - producing each of said actual resonators; - associating series and/or parallel reactances with said actual resonators in order to form the elementary building blocks. - synthesizing N theoretical filters, each filter being defined on the basis of a set of M i theoretical acoustic wave resonator(s), where 1 ≤ j ≤ M i, such that said theoretical filters have said center frequencies f i and said bandwidths l i, the theoretical acoustic wave resonators of each filter having an impedance of an equivalent model respectively determined by a triplet of parameters: a theoretical static capacitance C 0ij,eq, a theoretical resonant frequency ω rij,eq and a theoretical antiresonant frequency ω aij,eq, these parameters being grouped into one or more subsets; - determining a reference acoustic wave resonator structure for each subset such that said reference resonator has geometrical dimensions such that it naturally has a resonant frequency ω r,ref that is lower than the lowest of the theoretical resonant frequencies ω rij,eq of said subset and an antiresonant frequency ω a,ref that is higher than the highest of the theoretical antiresonant frequencies ω aij,eq of said subset; - determining, subsequent to the preceding step for each theoretical resonator of each subset, an elementary building block comprising an intermediate resonator R' ij, a parallel reactance Xp ij and/or a series reactance Xs ij, the intermediate resonator R' ij having an impedance of a model selected such that the elementary building block has a static capacitance that is equal to the theoretical static capacitance C 0ij,eq, a resonant frequency that is equal to the theoretical resonant frequency ω rij,eq and an antiresonant frequency that is equal to the theoretical antiresonant frequency ω aij,eq; - determining the geometrical dimensions of the actual resonators R ij of the filters on the basis of the geometrical dimensions of said reference resonator structure such that they respectively have the capacitance C 0ij of the intermediate resonator R' ij; - producing each of said actual resonators; - associating series and/or parallel reactances with said actual resonators in order to form the elementary building blocks.