To　elevate　the　productivity　of　high　critical　current　YBCO　superconducting　films　by　TFA-MOD　processing,　traditional　trifluoroacetate　(TFA)　was　replaced　by　acrylic　acetate　partially.　Since　the　fluorine　content　in　precursor　solution　was　decreased,　the　ramping　rate　in　decomposition　process　reached　300　degrees　C/h.　Meanwhile　the　atmosphere　was　also　adjusted　to　avoid　the　fatal　effect　of　diethanolamine　(DEA),　and　to　increase　thickness　of　YBCO　film.　By　increasing　the　maximum　of　DEA　addition　to　0.75g/5mL,　the　thickness　of　film　reaches　1　mu　m.　While　some　a-axis　grains　dispersed　on　the　film　surface　are　probably　ascribed　to　the　rise　of　thickness,　the　YBCO　film　has　good　interior　microstructures　overall.　As　a　result,　the　highest　critical　current　density　is　3.5MA/cm(2)　and　the　critical　temperature　is　90K　as　well.