An H-bridge power amplifier arrangement (100, 200, 410, 510) with envelope tracking comprising: a first element, comprising a first, a second and a third terminals, wherein the first terminal is configured to receive an envelope signal (Ven) indicative of an envelope of an input radio frequency signal, as a control signal, the second terminal is coupled to a first positive power supply (V H), and the first element is configured to generate a sourcing envelope current; a second element comprising a first, a second and a third terminals, wherein the first terminal is configured to receive an inverse-phase version of the envelope signal (Ven), the second terminal is coupled to the first positive power supply (V H), and the second element is configured to generate a sinking envelope current to compensate a redundant sourcing current generated by the first element; a third element comprising a first, a second and a third terminals, wherein the first terminal is configured to receive the input radio frequency signal (V RF), the second terminal is coupled to the third terminal of the second element to form a first interconnection node, the third terminal is coupled to a negative power supply (V N), and the third element is configured to amplify the received input radio frequency signal, and the first interconnection node is coupled to a second positive power supply (V CM); a fourth element comprising a first, a second and a third terminals, wherein the first terminal is configured to receive an inverse-phase version of the input radio frequency signal (V RF), the second terminal is coupled to the third terminal of the first element to form a second interconnection node, the third terminal is coupled to the negative power supply (V N) via a third positive power supply (V L), and the fourth element is configured to amplify the received inverse-phase version of the input radio frequency signal, and the second interconnection node is coupled to the second positive power supply (V CM); a load coupled between the first and second interconnection nodes to form a path for both the sourcing and sinking envelope currents; wherein the first, second, third and fourth elements form the four corner bars of a first H-bridge structure with the load formed as the cross bar of the first H-bridge structure; and the H-bridge power amplifier arrangement further comprising: a rectifier circuit coupled between the first positive power supply (V H) and the third positive power supply (V L) configured to recycle the sinking envelope current by converting a redundant sinking current power to a direct current, DC, voltage and feeding the DC voltage to the first positive power supply (V H) with the same voltage level. a first element, comprising a first, a second and a third terminals, wherein the first terminal is configured to receive an envelope signal (Ven) indicative of an envelope of an input radio frequency signal, as a control signal, the second terminal is coupled to a first positive power supply (V H), and the first element is configured to generate a sourcing envelope current; a second element comprising a first, a second and a third terminals, wherein the first terminal is configured to receive an inverse-phase version of the envelope signal (Ven), the second terminal is coupled to the first positive power supply (V H), and the second element is configured to generate a sinking envelope current to compensate a redundant sourcing current generated by the first element; a third element comprising a first, a second and a third terminals, wherein the first terminal is configured to receive the input radio frequency signal (V RF), the second terminal is coupled to the third terminal of the second element to form a first interconnection node, the third terminal is coupled to a negative power supply (V N), and the third element is configured to amplify the received input radio frequency signal, and the first interconnection node is coupled to a second positive power supply (V CM); a fourth element comprising a first, a second and a third terminals, wherein the first terminal is configured to receive an inverse-phase version of the input radio frequency signal (V RF), the second terminal is coupled to the third terminal of the first element to form a second interconnection node, the third terminal is coupled to the negative power supply (V N) via a third positive power supply (V L), and the fourth element is configured to amplify the received inverse-phase version of the input radio frequency signal, and the second interconnection node is coupled to the second positive power supply (V CM); a load coupled between the first and second interconnection nodes to form a path for both the sourcing and sinking envelope currents; wherein the first, second, third and fourth elements form the four corner bars of a first H-bridge structure with the load formed as the cross bar of the first H-bridge structure; and the H-bridge power amplifier arrangement further comprising: a rectifier circuit coupled between the first positive power supply (V H) and the third positive power supply (V L) configured to recycle the sinking envelope current by converting a redundant sinking current power to a direct current, DC, voltage and feeding the DC voltage to the first positive power supply (V H) with the same voltage level.