We　present　an　analysis　of　the　reconstruction　through　any　intermediate　plane　by　using　the　cascaded　Fresnel　diffraction　integrals.　The　realization　of　the　integral　with　the　single　fast-Fourier-transform　(FFT)　imposes　inherently　the　constraints　on　the　pixel　resolution　and　the　field　of　view　of　the　computation　window　in　the　intermediate　plane.　On　the　other　hand,　according　to　the　optical　diffraction　field　of　the　band-limited　object,　the　size　of　the　diffraction　field　including　most　energy　exhibits　a　change　with　the　intermediate　plane　in　a　different　way.　Since　the　field　of　view　of　the　computation　window　is　usually　smaller　than　the　corresponding　optical　diffraction　field,　then　the　simply　cascaded　FFT-Fresnel　diffraction　integral　algorithms　will　lose　the　resolution　and　degrade　the　image　quality.　It　is　proposed　to　improve　the　reconstruction　by　compensating　the　field　to　be　close　to　the　optical　diffraction　field　and　using　the　new　field　as　the　computation　window　in　the　intermediate　plane.　The　numerical　simulation　and　the　experimental　data-based　calculation　are　performed　and　demonstrate　our　proposal.