The utility model relates to a microwave induction driving structure. The microwave induction driving structure comprises a main body, and a control panel, a microwave module, an LED driver, a first cover body and a second cover body which are arranged in a mounting cavity, the control panel is electrically connected with the LED driver; the microwave module is electrically connected with the LEDdriver; the first cover body is used for shielding high-frequency clutter signals generated when the LED driver works in a space defined by the first cover body. And the second cover body is used forpreventing external high-frequency clutter signals from entering the mounting area of the microwave module. According to the utility model, the microwave module and the LED driver are respectively shielded, so that the interference of high-frequency clutter signals generated when the LED driver works on the microwave module can be effectively reduced, and the short circuit of the LED driver circuit can be prevented. Actual tests show that the induction distance of the microwave module of the lamp adopting the shielding design can be increased by one to two times, the misoperation of the inductor is completely overcome, and the lamp smoothly passes the EMC test standard requirement.