We　consider　the　periodic　problem　for　two-fluid　non-isentropic　Euler-Maxwell　systems　in　plasmas.　By　means　of　suitable　choices　of　symmetrizers　and　an　induction　argument　on　the　order　of　the　time-space　derivatives　of　solutions　in　energy　estimates,　the　global　smooth　solution　with　small　amplitude　is　established　near　a　nonconstant　equilibrium　solution　with　asymptotic　stability　properties.　This　improves　the　results　obtained　in　the　work　of　Li　et　al.　[Z.　Angew.　Math.　Phys.　67(5),　133　(2016)]　for　models　with　temperature　diffusion　terms　by　using　the　pressure　functions　p(nu)　in　place　of　the　unknown　variable　densities　n(nu).　Published　by　AIP　Publishing.