Electronic device including plurality of antennas and wireless communication method using the same

A wireless communication method using a plurality of antennas, the wireless communication method comprising:

• determining a quality of each of a plurality of signals respectively received through a plurality of electrical paths, the plurality of electrical paths being connected to each of the plurality of antennas;
• receiving a satellite signal through a first antenna and a first electrical path in response to determining that the quality of a signal received through the first electrical path connected to the first antenna is highest among the qualities of respective signals received through the plurality of electrical paths, the plurality of electrical paths including the first electrical path, the plurality of antennas including the first antenna, the plurality of signals including the signal and the respective signals, and the first electrical path including a first band pass filter configured to pass a signal of a corresponding frequency band;
• and
• receiving the satellite signal through at least one bypass path connected in parallel with the plurality of electrical paths based on an intensity of a signal received through the first electrical path being less than a reference value.

An antenna device comprising:

• a first antenna configured to receive a satellite signal from a satellite;
• a first electrical path connected to the first antenna, the first electrical path including a first band pass filter configured to pass a signal of a corresponding frequency band;
• a first bypass path connected to the first antenna in parallel with the first electrical path;
• and
• processing circuitry connected to the first electrical path and the first bypass path, the processing circuitry being configured to receive the satellite signal through the first antenna and the first bypass path based on an intensity of a signal received through the first antenna and the first electrical path being less than a reference value.