This　paper　studies　a　production　and　distribution　problem　in　a　supply　chain　of　perishable　electronic　products,　where　the　firm　determines　the　production-distribution　policies　under　different　production　modes　and　carbon　emission　regulation.　In　order　to　maximize　the　firm＇s　profit,　the　mixed　integer　optimization　models　with　time　constraints　are　proposed　under　carbon　trading　mechanism.　The　models　are　solved　by　Lingo11.0　to　obtain　the　optimal　production　and　distribution　quantities　under　three　production　modes,　i.e.,　MTS　(Make　to　Stock),　MTO　(Make　to　Order,　and　partially　delayed　mode.　Finally,　numerical　experiments　are　provided　to　compare　the　optimal　production-distribution　policies　under　the　three　production　modes.　The　result　shows　that　the　partially　delayed　mode　can　effectively　meet　the　time　requirements　of　the　large　market　demand　by　production　scale　effect,　which　is　the　best　choice　for　the　supply　chain　of　the　perishable　electronic　products.　©　2019　IEEE.