Data Analysis Strategy for Spectroscopic investigation of Lambda hypernuclei in the wide mass region using the (e,e'K) reaction

The third-generation hypernuclear experiment in Hall C Jefferson Lab, \emph{E05-115}, has successfully finished data taking at the end of October 2009. To obtain high resolution hypernuclei missing mass spectra, a precise optics tuning is crucial to describe properties of two complete new spectroscopes, HKS for Kaon, HES for Electron, as well as a new splitter magnet for \emph{(e',K)} separation, particle identification for Kaon will help us to get hypernuclei spectra with good S/N ratio and sufficient yield, specially for $^{51}$$_{\Lambda}$V, which is the first heavy hypernuclear we investigate, and kinematic calibration is also very important to give correct and precise sub-structure of hypernuclear states. I will briefly discuss our analysis procedure and show some preliminary results.