This　paper　considers　the　global　exponential　stability　and　exponential　convergence　rate　of　impulsive　BAM　neutral　networks　with　continuously　distributed　delays　in　which　the　state　variables　on　the　impulses　are　related　to　the　unbounded　distributed　delays.　By　establishing　a　new　impulsive　delay　differential　inequality,　a　new　criterion　concerning　global　exponential　stability　for　these　networks　is　derived,　which　generalize　and　improve　the　previously　known　results.　©　2010　IEEE.