Abstract

We propose a design and show the numerical simulation results for a W-band (75–110 GHz) phase shifter. The structure of the phase shifter consists of periodic array of rectangular patch antennas on a dielectric substrate with built-in pin-diodes. The calculations demonstrate the possibility of achieving a phase shift of the transmitted wave up to 87° at a frequency of 96 GHz with transmittance losses of –7 dB.

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