A　microwave　photonics　deceptive　RF　regeneration　method　with　multi-characteristic　regulatory　is　proposed　for　radar　jamming.　In　this　scheme,　Doppler　frequency　shift　(DFS)　is　implemented　by　a　Serrodyne　structure　based　on　the　modulation　of　a　sawtooth　wave　signal.　This　structure　can　effectively　fulfill　a　small　frequency　shift　of　the　original　carrier　through　carrier-suppressed　single　sideband　modulation　without　any　filter,　which　makes　a　small　frequency　shift　possible　for　a　wideband　radio　frequency　signal.　The　phase　shifting　of　the　RF　signal　is　achieved　by　adjusting　the　bias　voltage　of　the　modulator.　The　RF　modulation　pulse　signal　is　stored　in　an　optical　loop.　Two　semiconductor　optical　amplifiers　and　an　Erbium-doped　optical　fiber　amplifier　are　combined　to　control　the　delay　time　and　ensure　the　fidelity.　The　experimental　results　show　that　the　DFS　from　100　Hz　to　5　MHz　can　be　realized　and　its　minimum　frequency　step　is　50　Hz.　The　phase　shift　covers　from　-180°　to　180°.　Furthermore,　the　RF　signal　can　be　delayed　more　than　100　μs　with　a　small　signal-to-noise　degradation　(<7.32　dB).　This　method　supplies　flexibility　of　multi-parameter　adjustment,　and　has　broad　potential　applications　in　modern　radar　interference.　IEEE