An acoustooptic phased array antenna beam-former with independent phase and carrier control capability is experimentally demonstrated using single sideband signals with frequencies omega(c) + omega(o) and omega(c) - omega(o) to drive the two acoustooptic devices, respectively. Varying omega(c) controls the antenna carrier (2-omega(c)), while changing omega(o) only effects the phase. 0-2-pi phase control is achieved using 0-340 kHz change in omega(o) with the carrier fixed at 120 MHz using omega(c) = 60 MHz. A dynamic range of 66.6 dB at 2 MHz and carrier-to-noise of 126.9 dB/Hz at 2 MHz is measured. This beamformer can provide wide antenna tunable bandwidth and intrapulse beam forming.An acoustooptic phased array antenna beam-former with independent phase and carrier control capability is experimentally demonstrated using single sideband signals with frequencies omega(c) + omega(o) and omega(c) - omega(o) to drive the two acoustooptic devices, respectively. Varying omega(c) controls the antenna carrier (2-omega(c)), while changing omega(o) only effects the phase. 0-2-pi phase control is achieved using 0-340 kHz change in omega(o) with the carrier fixed at 120 MHz using omega(c) = 60 MHz. A dynamic range of 66.6 dB at 2 MHz and carrier-to-noise of 126.9 dB/Hz at 2 MHz is measured. This beamformer can provide wide antenna tunable bandwidth and intrapulse beam forming.