The invention relates to a super-thin mutual capacitance touch screen and a combined super-thin touch screen thereby. The super-thin mutual capacitance touch screen comprises a driving electrode group (100) and a sensing electrode group (200), wherein the driving electrode group (100) is electrically connected with an excitation signal source (800) arranged outside the touch screen, and the sensing electrode group (200) is electrically connected with a sensing control module (900) arranged outside the touch screen; the driving electrode group (100) comprises tabulate driving electrodes (110), wherein the tabulate driving electrodes (110) are connected together in series and/or in parallel and are formed from transparent conducting materials; the sensing electrode group (200) comprises tabulate sensing electrodes (210), wherein the tabulate sensing electrodes (210) are connected together in series and/or in parallel and are formed from transparent conducting materials; and in particular, in an one pair of neighboring driving electrodes (110) and sensing electrodes (210) of the touch screen, the polar plate area of a mutual electric field (FB) generated by at least one electrode is less than that of a variable electric field (FV) generated by the electrode. The super-thin mutual capacitance touch screen ensures that the combined super-thin touch screen is changed to be thinner and has higher effective capacitivity.