A display unit having a conductive film that is provided on the display unit of a display device, comprising: a transparent base; and first and second conductive portions (16a, 16b) that are formed on both surfaces of the transparent base, wherein the first and second conductive portions (16a, 16b) include first and second wiring patterns that are formed in a mesh shape in which a plurality of opening portions are formed by a plurality of thin metal wires, respectively, the thin metal wires having a width of 1 μm to 5 μm; the first and second wiring patterns (24a, 24b) have at least first and second patterns, wherein the standard deviation of spectrums in a two-dimensional Fourier space of transmittance image data of the first pattern is equal to or greater than -5.0, and the standard deviation of spectrums in a two-dimensional Fourier space of transmittance image data of the second pattern is less than -5.0, the first and second wiring patterns (24a, 24b) are superimposed as a composite wiring pattern on a pixel array pattern of the display unit, wherein the conductive film fulfils the requirements of the following evaluation process: a plurality of spectrums in a two-dimensional Fourier space of transmittance image data of the pixel array pattern and a plurality of spectrums in a two-dimensional Fourier space of transmittance image data of the composite wiring pattern (24a, 24b) are excluded from a plurality of spectrums in a two-dimensional Fourier space of transmittance image data of a composite pattern of the pixel array pattern and the composite wiring pattern to extract a plurality of spectrums of only noise and moire generated by interference between the pixel array pattern and the first and second wiring patterns (24a, 24b) of the composite wiring pattern, the sum of all of the extracted plurality of spectrums is calculated, and an extraction quantitative value of the moire and the noise calculated from the sum is in a predetermined range, wherein, when the common logarithm of the quantitative value is E, the predetermined range is E < -2.150. a transparent base; and first and second conductive portions (16a, 16b) that are formed on both surfaces of the transparent base, wherein the first and second conductive portions (16a, 16b) include first and second wiring patterns that are formed in a mesh shape in which a plurality of opening portions are formed by a plurality of thin metal wires, respectively, the thin metal wires having a width of 1 μm to 5 μm; the first and second wiring patterns (24a, 24b) have at least first and second patterns, wherein the standard deviation of spectrums in a two-dimensional Fourier space of transmittance image data of the first pattern is equal to or greater than -5.0, and the standard deviation of spectrums in a two-dimensional Fourier space of transmittance image data of the second pattern is less than -5.0, the first and second wiring patterns (24a, 24b) are superimposed as a composite wiring pattern on a pixel array pattern of the display unit, wherein the conductive film fulfils the requirements of the following evaluation process: a plurality of spectrums in a two-dimensional Fourier space of transmittance image data of the pixel array pattern and a plurality of spectrums in a two-dimensional Fourier space of transmittance image data of the composite wiring pattern (24a, 24b) are excluded from a plurality of spectrums in a two-dimensional Fourier space of transmittance image data of a composite pattern of the pixel array pattern and the composite wiring pattern to extract a plurality of spectrums of only noise and moire generated by interference between the pixel array pattern and the first and second wiring patterns (24a, 24b) of the composite wiring pattern, the sum of all of the extracted plurality of spectrums is calculated, and an extraction quantitative value of the moire and the noise calculated from the sum is in a predetermined range, a plurality of spectrums in a two-dimensional Fourier space of transmittance image data of the pixel array pattern and a plurality of spectrums in a two-dimensional Fourier space of transmittance image data of the composite wiring pattern (24a, 24b) are excluded from a plurality of spectrums in a two-dimensional Fourier space of transmittance image data of a composite pattern of the pixel array pattern and the composite wiring pattern to extract a plurality of spectrums of only noise and moire generated by interference between the pixel array pattern and the first and second wiring patterns (24a, 24b) of the composite wiring pattern, the sum of all of the extracted plurality of spectrums is calculated, and an extraction quantitative value of the moire and the noise calculated from the sum is in a predetermined range, wherein, when the common logarithm of the quantitative value is E, the predetermined range is E < -2.150.