Abstract: In order to reduce the complexity of the inductive power transfer（IPT） charging systems with feedback control schemes, and to enhance the misalignment tolerant of the magnetic coupler, as well as to guarantee the constant voltage（CV） output of the system, a hybrid topology circuit based on the characteristics of LCC-S and S-LCC topologies was proposed in this paper. The characteristics of misalignment and CV output of the hybrid topology were analyzed. Then, to realize the IPT systems with CV output and misalignment tolerant in 2-dimension plane, the double-D quadrature（DDQ） pad was selected as the magnetic coupler, and a parameter design method was proposed. In addition, the proposed methods are with the following advantages: no complex feedback control schemes and almost no reactive input. An experimental prototype of 1 kW system was constructed to verify the effectiveness and feasibility of the proposed method, showing the characteristics of misalignment tolerant in lateral and vertical directions. The fluctuation of the output voltage is within the requirement of 5% with the load varying from 45Ωto 120Ω, and under the condition of the selected coil parameters, the maximum misalignment in lateral direction is 50%. Besides, the maximum misalignment in vertical direction can reduce up to 23.33%. The experimental results show that the proposed methods are effective and feasible.