Inspired　by　the　biological　visual　system,　the　biomimetic　visual　systems　are　of　great　significance　to　integrate　large-scale　and　small-scale　organic　photon　synaptic　sensors　and　further　construct　a　neural　form　of　an　artificial　visual　system.　However,　there　are　still　many　unavoidable　problems　in　fabricating　synaptic　transistor　arrays　with　good　integrity.　Herein,　we　fabricated　synaptic　arrays　based　on　CsPbBr3　thin　film/TIPS-pentacene　nanowires.　Thanks　to　the　confinement　effect　of　the　template　imprinting　process　on　organic　precursor　solutions,　the　surface　of　the　composite　film　was　smooth　and　flat　without　obvious　grain　boundaries　and　the　composite　transistor　on　the　synaptic　array　had　ultra-high　stability.　High　cycling　stability　of　a　single　device　was　obtained,　and　the　excellent　overall　consistency　of　steady-state　leakage　source　current　and　good　transient　photocurrent　of　multiple　devices　under　dark　and　light　conditions　were　achieved.　The　light-to-dark　current　ratio　of　the　synaptic　array　exceeded　8　x　10(3)　when　the　light　was　introduced.　The　average　transient　peak　photocurrent　of　-14　nA　was　achieved.　Based　on　the　compact　model　of　organic　transistors,　the　experimental　data　was　fitted　to　estimate　the　impact　of　light　power　changes　on　the　photoelectronic　performance　of　the　device　and　evaluate　the　transient　operating　stability　of　different　devices　within　the　arrays.　Based　on　a　composite　synaptic　array,　an　artificial　vision　system　was　constructed　to　achieve　image　processing　functions.