A capacitive touch-sensitive device, comprising: a transparent substrate (21, 22); a sensor electrode layer (31, 32) disposed on said transparent substrate and including a plurality of mutually electrically isolated sensor lines (311, 321); a signal trace layer (41, 42) disposed on said transparent substrate and including a plurality of mutually electrically isolated signal lines (411, 421), each having an outer terminal portion (412, 422) that is coupled to a respective one of said sensor lines of said sensor electrode layer (31, 32); a flexible circuit board (51, 52) having a plurality of mutually electrically isolated bonding pads (511, 521), each corresponding in position to said outer terminal portion of a respective one of said signal lines (411, 421) of said signal trace layer (41, 42); and an electrically-conductive adhesive layer (6, 7) disposed between said outer terminal portions (412, 422) of said signal trace layer (41, 42) and said flexible circuit board (51, 52) characterized by the electrically-conductive adhesive layer including a plurality of first zones (61, 71) that are spaced apart from each other and that respectively correspond to said outer terminal portions (412, 422) of said signal trace layer, each of said first zones (61, 71) having a first adhesive matrix and a plurality of first conductors (612, 712) dispersed in said first adhesive matrix, wherein said first conductors of each of said first zones electrically bridge the respective one of said outer terminal portions (412, 422) of said signal trace layer (41, 42) to a respective one of said bonding pads (511, 521) of said flexible circuit board (51, 52); and wherein said electrically-conductive adhesive layer (6, 7) further includes a plurality of second zones (62, 72) that are respectively disposed between adjacent pairs of said first zones (61, 71), each of said second zones (62, 72) having a second adhesive matrix and a plurality of second conductors (622, 722) dispersed in said second adhesive matrix; and a dispersion density of said first conductors (612, 712) in each of said first zones (61, 71) is greater than that of said second conductors (622, 722) in said each of said second zones (62, 72); wherein the dispersion density describes the number of conductors per unit area of the surface of the electrically-conductive adhesive layer. a transparent substrate (21, 22); a sensor electrode layer (31, 32) disposed on said transparent substrate and including a plurality of mutually electrically isolated sensor lines (311, 321); a signal trace layer (41, 42) disposed on said transparent substrate and including a plurality of mutually electrically isolated signal lines (411, 421), each having an outer terminal portion (412, 422) that is coupled to a respective one of said sensor lines of said sensor electrode layer (31, 32); a flexible circuit board (51, 52) having a plurality of mutually electrically isolated bonding pads (511, 521), each corresponding in position to said outer terminal portion of a respective one of said signal lines (411, 421) of said signal trace layer (41, 42); and an electrically-conductive adhesive layer (6, 7) disposed between said outer terminal portions (412, 422) of said signal trace layer (41, 42) and said flexible circuit board (51, 52) characterized by the electrically-conductive adhesive layer including a plurality of first zones (61, 71) that are spaced apart from each other and that respectively correspond to said outer terminal portions (412, 422) of said signal trace layer, each of said first zones (61, 71) having a first adhesive matrix and a plurality of first conductors (612, 712) dispersed in said first adhesive matrix, wherein said first conductors of each of said first zones electrically bridge the respective one of said outer terminal portions (412, 422) of said signal trace layer (41, 42) to a respective one of said bonding pads (511, 521) of said flexible circuit board (51, 52); and wherein said electrically-conductive adhesive layer (6, 7) further includes a plurality of second zones (62, 72) that are respectively disposed between adjacent pairs of said first zones (61, 71), each of said second zones (62, 72) having a second adhesive matrix and a plurality of second conductors (622, 722) dispersed in said second adhesive matrix; and a dispersion density of said first conductors (612, 712) in each of said first zones (61, 71) is greater than that of said second conductors (622, 722) in said each of said second zones (62, 72); wherein the dispersion density describes the number of conductors per unit area of the surface of the electrically-conductive adhesive layer.