A　scheme　for　the　photonic　generation　of　multi-band　reconfigurable　microwave　waveforms　(MRMWs)　is　proposed　and　demonstrated　based　on　dual-correlated　chirped　fiber　combs.　In　the　proposed　system,　the　output　of　master　laser　is　split　into　two　paths,　and　then　respectively　coupled　with　another　a　single-frequency　fiber　laser　and　amplified　for　the　generation　of　dual　combs,　which　also　acts　as　the　reference　frequency.　During　various　formats　wavelength　sweeping　operation,　one　of　the　single-frequency　lasers　can　flexibly　manipulate　the　repetition-rate　difference　of　the　dual-comb.　Meanwhile,　the　chirp　from　a　pump　laser　is　transferred　to　all　spectral　comb　teeth　through　the　intra-cavity　cascaded　four-wave　mixing　process　at　once.　After　optical　filtering,　by　beating　the　paired　comb　lines　of　the　same　order　at　a　high-speed　photodetector　(PD),　the　bandwidth,　central　frequency　and　repetition　rate　of　the　chirped　microwave　waveforms　are　obtained.　This　system　has　a　compact　structure　without　electro-optical　modulators　and　takes　into　account　mutual　coherence.　©　2023　SPIE.