Inductive　power　transfer　enjoys　the　advantages　of　convenience　and　adaptability　to　various　application　scenarios.　However,　the　coil　misalignment　normally　cannot　be　avoided　in　practical　applications,　which　can　cause　a　dramatic　decline　of　the　mutual　inductance　and　a　sharp　fluctuation　of　the　output.　To　solve　this　issue,　this　article　proposes　an　inductor-capacitor　(LC)　squared-compensated　topology　based　on　three　integrated　and　decoupled　transmitting　coils.　The　simple　series　compensation　is　adopted　on　the　secondary　side,　forming　an　LC　squared　series　topology　with　a　constant-current　(CC)　output.　The　receiving　coil　has　couplings　with　the　first　and　third　transmitting　coils.　Thus,　the　output　is　related　to　the　two　mutual　inductances,　which　can　be　optimized　for　a　smooth　output　against　misalignment　with　a　proper　design　of　the　magnetic　couplers.　The　mathematical　model　is　established　and　analyzed.　The　experimental　results　obtained　from　the　prototype　reveal　that　the　output　fluctuates　less　than　6%　from　the　central　to　the　boundary　positions.　Also,　a　CC　output　independent　of　the　load　is　realized.　Compared　with　previous　methods,　the　proposed　method　is　a　low-cost　solution　to　achieve　misalignment　tolerance.