Radar Null Position Control via Phase Shifting

The patent changes the phase parameters of transmission signals to create null positions in the radiation pattern. By adjusting phase shift values of the second transmission signal relative to the first transmission signal, the system creates directional nulls that improve detection accuracy without adding more antennas. This parameter-based approach resolves the contradiction by achieving improved measurement precision through signal processing rather than hardware expansion.

The patent achieves improved antenna gain by changing the phase parameters of existing transmission signals rather than adding more antenna elements. By creating controlled null positions through phase shifting, the system concentrates energy in desired directions, effectively increasing gain without the cost of additional antennas. This resolves the contradiction by achieving power improvement through parameter optimization rather than hardware expansion.

The patent achieves beam width adjustment and detection accuracy improvement by changing phase parameters of transmission signals. By adjusting the phase shift values between first and second transmission signals, the system creates null positions at specific angles, effectively controlling beam characteristics without complex mechanical or electronic beamwidth adjustment mechanisms. This resolves the contradiction by achieving precise detection through simple phase parameter changes.