Mini-LED,　with　its　small　size,　flexibility,　and　stability,　can　be　applied　in　various　fields.　It　is　necessary　to　adopt　different　driving　methods　in　different　scenarios.　In　this　work,　a　new　type　of　Mini-LED　driving　technique　called　non-contact　alternating　current　power　transmission　(NCACPT)　driving　based　on　magnetic　coupling　resonant　are　designed,　which　uses　the　alternating　current　(AC)　from　the　receiving　coil　to　drive　Mini-LED.　This　new　device　could　be　called　NCACPT-LED.　Novel　equivalent　circuit　models　are　proposed　and　have　been　employed　to　conduct　finite　element　simulation　on　Mini-LED　under　this　driving　technique.　Based　on　the　results　obtained　from　the　finite　element　simulation,　the　sudden　extinction　phenomenon　and　the　resonant　frequency　shift　are　explained.　Electrical　and　optical　characteristics　of　NCACPT-LED　are　investigated.　The　novel　LED　device　proposed　in　this　study,　coupled　with　the　analysis　of　the　experimental　phenomena,　contributes　to　the　progress　of　Mini-LED　applications　across　various　domains.