An apparatus comprising: a plurality of antenna terminals (ANT1-ANT5); a first switch and a second switch; a tuner and decoder configured to: determine which of the plurality of antenna terminals (ANT1-ANT5) is connected, set the first switch to select the one or more determined antenna terminals (ANT1-ANT5), calculate a signal strength for the one or more selected antenna terminals, set the signal strength of the antenna terminals to which no antenna is connected to zero, obtain a maximum value of signal strength among the calculated signal strengths, and control the second switch to select the signal with the maximum value of signal strength, wherein the second switch is configured to receive, from the first switch, the output signal of the selected antenna terminal having the signal with the maximum value of signal strength as an input signal and select an input port of the tuner and decoder depending on the frequency to be received; a surface acoustic wave filter configured to receive the first output from the second switch; a high pass filter for selecting UHF signals; a low pass filter for selecting VHF-H signals, wherein the high pass filter and the low pass filter are configured to filter an output of the surface acoustic wave filter; and wherein the tuner and decoder has a first input port for receiving an output of the high pass filter, a second input port for receiving an output of the low pass filter and a third input port for receiving the second output of the second switch, wherein said tuner and decoder is configured to frequency-convert the received outputs into intermediate frequency signals and to decode and demodulate the intermediate frequency signals. a plurality of antenna terminals (ANT1-ANT5); a first switch and a second switch; a tuner and decoder configured to: determine which of the plurality of antenna terminals (ANT1-ANT5) is connected, set the first switch to select the one or more determined antenna terminals (ANT1-ANT5), calculate a signal strength for the one or more selected antenna terminals, set the signal strength of the antenna terminals to which no antenna is connected to zero, obtain a maximum value of signal strength among the calculated signal strengths, and control the second switch to select the signal with the maximum value of signal strength, determine which of the plurality of antenna terminals (ANT1-ANT5) is connected, set the first switch to select the one or more determined antenna terminals (ANT1-ANT5), calculate a signal strength for the one or more selected antenna terminals, set the signal strength of the antenna terminals to which no antenna is connected to zero, obtain a maximum value of signal strength among the calculated signal strengths, and control the second switch to select the signal with the maximum value of signal strength, wherein the second switch is configured to receive, from the first switch, the output signal of the selected antenna terminal having the signal with the maximum value of signal strength as an input signal and select an input port of the tuner and decoder depending on the frequency to be received; a surface acoustic wave filter configured to receive the first output from the second switch; a high pass filter for selecting UHF signals; a low pass filter for selecting VHF-H signals, wherein the high pass filter and the low pass filter are configured to filter an output of the surface acoustic wave filter; and wherein the tuner and decoder has a first input port for receiving an output of the high pass filter, a second input port for receiving an output of the low pass filter and a third input port for receiving the second output of the second switch, wherein said tuner and decoder is configured to frequency-convert the received outputs into intermediate frequency signals and to decode and demodulate the intermediate frequency signals.