A receiving apparatus comprising: preamble analysis means for receiving a frame of Digital Video Broadcasting-Terrestrial 2 made up of an Orthogonal Frequency Division Multiplexing signal and analyzing a preamble contained in the received frame, characterized by further comprising: offset detection means for detecting a fine carrier frequency offset and a coarse carrier frequency offset on the basis of the analyzed preamble in the time domain and a preset carrier frequency correction amount; carrier frequency correction means for executing carrier frequency correction on an Orthogonal Frequency Division Multiplexing time domain signal obtained by quadrature demodulation on the basis of the detected fine carrier frequency offset and the detected coarse carrier frequency offset; determination means for determining whether the detection of said coarse carrier frequency offset has been completed; and control signal output means for, if the detection of said coarse carrier frequency offset is determined to be completed, outputting a control signal to enable to feed back a fine carrier frequency offset detected on the basis of an Orthogonal Frequency Division Multiplexing frequency domain signal obtained by Fast Fourier Transform computation to said carrier frequency correction means. preamble analysis means for receiving a frame of Digital Video Broadcasting-Terrestrial 2 made up of an Orthogonal Frequency Division Multiplexing signal and analyzing a preamble contained in the received frame, characterized by further comprising: offset detection means for detecting a fine carrier frequency offset and a coarse carrier frequency offset on the basis of the analyzed preamble in the time domain and a preset carrier frequency correction amount; carrier frequency correction means for executing carrier frequency correction on an Orthogonal Frequency Division Multiplexing time domain signal obtained by quadrature demodulation on the basis of the detected fine carrier frequency offset and the detected coarse carrier frequency offset; determination means for determining whether the detection of said coarse carrier frequency offset has been completed; and control signal output means for, if the detection of said coarse carrier frequency offset is determined to be completed, outputting a control signal to enable to feed back a fine carrier frequency offset detected on the basis of an Orthogonal Frequency Division Multiplexing frequency domain signal obtained by Fast Fourier Transform computation to said carrier frequency correction means. offset detection means for detecting a fine carrier frequency offset and a coarse carrier frequency offset on the basis of the analyzed preamble in the time domain and a preset carrier frequency correction amount; carrier frequency correction means for executing carrier frequency correction on an Orthogonal Frequency Division Multiplexing time domain signal obtained by quadrature demodulation on the basis of the detected fine carrier frequency offset and the detected coarse carrier frequency offset; determination means for determining whether the detection of said coarse carrier frequency offset has been completed; and control signal output means for, if the detection of said coarse carrier frequency offset is determined to be completed, outputting a control signal to enable to feed back a fine carrier frequency offset detected on the basis of an Orthogonal Frequency Division Multiplexing frequency domain signal obtained by Fast Fourier Transform computation to said carrier frequency correction means.