The　outputs　of　the　wireless　power　transfer　(WPT)　systems　with　the　primary　series　(S)　compensation　are　in　reverse　proportion　to　the　mutual　inductance;　whereas　those　with　the　primary　inductor　capacitor　capacitor　(LCC)　compensation　are　proportional.　To　enhance　misalignment　tolerance,　this　paper　proposes　a　family　of　novel　dual-frequency　integrated　hybrid　topologies　that　combine　the　S　and　LCC　compensations.　At　one　resonant　frequency,　the　hybrid　topology　is　equivalent　to　that　with　primary　S　compensation,　and　at　the　other　resonant　frequency　the　LCC　compensation.　Four　basic　topologies　are　analyzed　and　four　basic　integrated　hybrid　units　are　established.　Based　on　these,　eight　available　dual-frequency　integrated　hybrid　topologies　are　derived.　A　mathematical　model　is　developed　for　one　of　the　integrated　hybrid　topologies,　namely　the　combination　of　the　S-S　and　LCC-LCC　topologies.　An　experimental　prototype　is　constructed　to　test　the　misalignment　tolerance　capability　of　the　proposed　topology　in　both　vertical　and　horizontal　directions.　The　experimental　results　show　that　the　proposed　topology　has　smooth　output　characteristics　with　at　least　90.3%　efficiency.　The　proposed　topology　has　better　misalignment　tolerance　to　a　wide　range　of　mutual　inductance　variations　compared　to　the　conventional　topology.　©　2015　IEEE.