A　method　for　generating　reconfigurable　photonic　arbitrary　phase-coded　microwave　signal　with　fundamental/double/triple　carrier　frequencies　is　proposed　and　demonstrated.　A　dual-parallel　dual-polarization　Mach-Zehnder　modulator　(DP-DPMZM)　and　an　optical　bandpass　filter　(OBPF)　are　cascaded　to　generate　orthogonally　polarized　optical　carrier　signals　and　1st/2nd/3rd-order　sideband　signals,　which　are　sent　into　a　polarization-dependent　phase　modulator　(PD-PM),　which　can　realize　phase　modulation　with　different　polarization　state　optical　signals.　The　phasemodulated　signal　after　PD-PM　will　be　projected　into　the　polarization　direction　with　a　polarizer　(Pol)　and　the　phaseshifting　microwave　signal　will　be　obtained　with　a　photodetector　(PD).　This　method　enables　the　frequency　multiplication　factor　to　be　changed　by　tuning　the　bias　voltage　of　the　modulator　alone,　which　makes　the　system　can　work　in　a　wide　bandwidth,　and　it　also　reduces　the　frequency　requirements　of　the　local　oscillator　(LO)　signal.　In　the　simulation,　binary　phase-coded　signals　with　center　frequencies　of　6　GHz,　12　GHz,　and　18　GHz　are　generated,　and　their　performance　is　verified.　©　2023　SPIE.　All　rights　reserved.