We　report　a　dispersion-management　mode-locked　Yb-doped　fiber　laser　utilizing　all-polarization-maintaining　(PM)　components　and　cross-splicing　method,　which,　to　the　best　of　our　knowledge,　is　the　first　report　about　dispersion　management　mode-locking　with　this　approach.　The　compact　linear　cavity　is　constructed　with　a　chirped　fiber　Bragg　grating　for　dispersion-management,　and　nonlinear　polarization　evolution　based　on　all　PM　fiber　structured　artificial　saturable　absorber　as　nonlinear　mode-locking　mechanism,　delivering　1.855　mW　average　power　output　pulses　with　3dB　spectral　bandwidth　of　25.18　nm　centered　at　1031　nm.　The　stable　pulse　train　had　a　repetition　rate　of　6.14　MHz　and　pulse　duration　was　7.01　ps　which　could　be　further　compressed　to　179.6　fs.　The　net　dispersion　of　the　cavity　is　adjusted　by　changing　lengths　of　the　single　mode　fiber　in　the　cavity　from　anomalous　dispersion　to　normal　dispersion.　We　have　obtained　different　features　of　pulses,　which　distinguished　in　spectral　shapes　and　time　traces.　In　the　meantime,　we　discuss　the　nonlinear　characteristics　of　this　saturable　absorbers　theoretically　and　provide　a　theoretical　basis　for　further　improving　the　mode-locked　fiber　lasers.