The invention provides inverter topology in high frequency application. The inverter topology comprises a first capacitor, a second capacitor, a first power switch tube, a second power switch tube, a third power switch tube, a fourth power switch tube, a second diode and a third diode, wherein each power switch tube comprises a reversely parallel parasitic body diode; the first capacitor and the second capacitor are in series, the two ends of the first capacitor and the two ends of the second capacitor are respectively connected to a positive DC (direct current) bus and a negative DC bus so as to provide DC input and output; a connection part of the second power switch tube and the third power switch tube is connected with an inductor so as to provide AC (alternating current) output; the first power switch tube and the fourth power switch tube are respectively connected with a reverse fifth power switch tube and a reverse sixth power switch tube in series, and each power switch tube comprises the reversely parallel parasitic body diode so that the follow current flowing the parasitic body diodes of the first power switch tube and the fourth power switch tube is blocked by controlling the switch on and off of the fifth power switch tube and the sixth power switch tube; meanwhile, the positive DC bus and the negative DC bus are respectively connected with a separate first diode and a separate second diode in parallel to provide a follow current circuit.