A radio frequency Doherty amplifier circuit configured for amplifying an input signal and comprising: a main amplifier and a peak amplifier; an inductive circuit for splitting the input signal into two output signals, the circuit comprising: an input terminal (P2) that receives an input signal; a first inductive circuit including first and second bond wires coupled to the input terminal and extending to a first output terminal (P4) to provide a first output signal; a second inductive circuit including a third bond wire arranged in between the first and second bond wire and extending from an intermediate input terminal (P3) to a second output terminal (P1) to provide a second output signal, the first, second, and third bond wires extending in a parallel direction and offset from one another to mitigate magnetic coupling between the first inductive circuit and the second inductive circuit; a first capacitive circuit (Cg2) coupling the intermediate input terminal to the first output terminal; and a second capacitive circuit (Cs1) coupling the input terminal to the second output terminal; wherein the first and second output terminals are each coupled to a different terminal among an input terminal of the main amplifier and an input terminal of the peak amplifier; wherein the inductive circuit is configured to cause a phase delay between the two output signals that substantially equals 90 degrees at an operational frequency of the Doherty amplifier. a main amplifier and a peak amplifier; an inductive circuit for splitting the input signal into two output signals, the circuit comprising: an input terminal (P2) that receives an input signal; a first inductive circuit including first and second bond wires coupled to the input terminal and extending to a first output terminal (P4) to provide a first output signal; a second inductive circuit including a third bond wire arranged in between the first and second bond wire and extending from an intermediate input terminal (P3) to a second output terminal (P1) to provide a second output signal, the first, second, and third bond wires extending in a parallel direction and offset from one another to mitigate magnetic coupling between the first inductive circuit and the second inductive circuit; an input terminal (P2) that receives an input signal; a first inductive circuit including first and second bond wires coupled to the input terminal and extending to a first output terminal (P4) to provide a first output signal; a second inductive circuit including a third bond wire arranged in between the first and second bond wire and extending from an intermediate input terminal (P3) to a second output terminal (P1) to provide a second output signal, the first, second, and third bond wires extending in a parallel direction and offset from one another to mitigate magnetic coupling between the first inductive circuit and the second inductive circuit; a first capacitive circuit (Cg2) coupling the intermediate input terminal to the first output terminal; and a second capacitive circuit (Cs1) coupling the input terminal to the second output terminal; wherein the first and second output terminals are each coupled to a different terminal among an input terminal of the main amplifier and an input terminal of the peak amplifier; wherein the inductive circuit is configured to cause a phase delay between the two output signals that substantially equals 90 degrees at an operational frequency of the Doherty amplifier. <EOS>