An electronic device comprising: at least one antenna ; at least one filtering module (840; 850; 960) configured to filter a wireless signal received from the antenna ; and a wireless processor , wherein the at least one filtering module (840; 850; 960) comprises: a first filter unit (841; 851; 961) comprising a first plurality of filters (842; 843; 852; 853; 962; 963) configured to pass different frequency bands which are adjacent to each other; and an amplifier (849; 859; 969) configured to amplify the wireless signal which has passed through the first filter unit (841; 851; 961), the electronic device further comprising a second filter unit (871; 881; 971) which is connected to the at least one filtering module (840; 850; 960), the second filter unit (871; 881; 971) being configured to receive the amplified wireless signal from the at least one filtering module (840; 850; 960) and pass a predetermined frequency band in the received wireless signal, wherein the first plurality of filters (842; 843; 852; 853; 962; 963) are configured to share one output terminal (846; 856; 966), and each of the first plurality of filters (842; 843; 852; 853; 962; 963) is configured to connect to the amplifier (839; 849; 859; 869) through the one output terminal (846; 856; 966), and wherein the second filter unit (871; 881; 971) comprises a second plurality of filters (872; 873; 882; 883; 972; 973) and a plurality of output terminals (876; 877; 886; 887; 976; 977), an output terminal being individually connected to each of the second plurality of filters (872, 873, 882, 883; 972, 973), and each output terminal being individually connected to the wireless processor . at least one antenna ; at least one filtering module (840; 850; 960) configured to filter a wireless signal received from the antenna ; and a wireless processor , wherein the at least one filtering module (840; 850; 960) comprises: a first filter unit (841; 851; 961) comprising a first plurality of filters (842; 843; 852; 853; 962; 963) configured to pass different frequency bands which are adjacent to each other; and an amplifier (849; 859; 969) configured to amplify the wireless signal which has passed through the first filter unit (841; 851; 961), a first filter unit (841; 851; 961) comprising a first plurality of filters (842; 843; 852; 853; 962; 963) configured to pass different frequency bands which are adjacent to each other; and an amplifier (849; 859; 969) configured to amplify the wireless signal which has passed through the first filter unit (841; 851; 961), the electronic device further comprising a second filter unit (871; 881; 971) which is connected to the at least one filtering module (840; 850; 960), the second filter unit (871; 881; 971) being configured to receive the amplified wireless signal from the at least one filtering module (840; 850; 960) and pass a predetermined frequency band in the received wireless signal, wherein the first plurality of filters (842; 843; 852; 853; 962; 963) are configured to share one output terminal (846; 856; 966), and each of the first plurality of filters (842; 843; 852; 853; 962; 963) is configured to connect to the amplifier (839; 849; 859; 869) through the one output terminal (846; 856; 966), and wherein the second filter unit (871; 881; 971) comprises a second plurality of filters (872; 873; 882; 883; 972; 973) and a plurality of output terminals (876; 877; 886; 887; 976; 977), an output terminal being individually connected to each of the second plurality of filters (872, 873, 882, 883; 972, 973), and each output terminal being individually connected to the wireless processor . <EOS>