An integrated circuit comprising an integrated HF-amplifier structure, said integrated HF-amplifier structure comprising: - in a first direction in the order mentioned: an input bond pad (IBP; IBP1, IBP2), a plurality of cells (CE1, CE2) being displaced with respect to each other in the first direction, and an output bond pad (OBP; OBP1, OBP2, OBP3), each one of the cells (CE1, CE2) comprising an amplifier having an input pad (GP1, GP2; GP11, GP12, GP13, GP21, GP22, GP23), an active area (A1, A2), and an output pad (DP1, DP2; DP11, DP12, DP13, DP21, DP22, DP23), the active area being arranged in-between the input pad and the output pad, and wherein the input pad, the active area, and the output pad are displaced with respect to each other in a second direction substantially perpendicular to the first direction, wherein the plurality of cells (CE1, CE2) comprises a first cell and a second cell, and wherein the amplifiers of the first and second cell form a peak and main amplifier of a Doherty amplifier, respectively; - a first network comprising first interconnecting means for interconnecting input pads of adjacent ones of the plurality of cells, wherein the first interconnecting means extend in the first direction, and - a second network comprising second interconnecting means for interconnecting output pads of adjacent ones of the plurality of cells, wherein the second interconnecting means extend in the first direction; wherein the first interconnecting means comprises a first bond wire extending in the first direction, and the second interconnecting means comprises a second bond wire also extending in the first direction; wherein the first network, an input capacitance of the first cell, and an input capacitance of the second cell form a first phase shift circuit, wherein the second network, an output capacitance of the first cell, and an output capacitance of the second cell form a second phase shift circuit, wherein the first and second phase shift circuits are constructed for obtaining a phase shift of +90° or -90° at a particular operational frequency; and wherein the first phase shift circuit and the second phase shift circuit are configured to ensure that signals amplified by the amplifiers of the first and second cells add in phase at the output bond pad for a given input signal at the input bond pad. - in a first direction in the order mentioned: an input bond pad (IBP; IBP1, IBP2), a plurality of cells (CE1, CE2) being displaced with respect to each other in the first direction, and an output bond pad (OBP; OBP1, OBP2, OBP3), each one of the cells (CE1, CE2) comprising an amplifier having an input pad (GP1, GP2; GP11, GP12, GP13, GP21, GP22, GP23), an active area (A1, A2), and an output pad (DP1, DP2; DP11, DP12, DP13, DP21, DP22, DP23), the active area being arranged in-between the input pad and the output pad, and wherein the input pad, the active area, and the output pad are displaced with respect to each other in a second direction substantially perpendicular to the first direction, wherein the plurality of cells (CE1, CE2) comprises a first cell and a second cell, and wherein the amplifiers of the first and second cell form a peak and main amplifier of a Doherty amplifier, respectively; - a first network comprising first interconnecting means for interconnecting input pads of adjacent ones of the plurality of cells, wherein the first interconnecting means extend in the first direction, and - a second network comprising second interconnecting means for interconnecting output pads of adjacent ones of the plurality of cells, wherein the second interconnecting means extend in the first direction; wherein the first interconnecting means comprises a first bond wire extending in the first direction, and the second interconnecting means comprises a second bond wire also extending in the first direction; wherein the first network, an input capacitance of the first cell, and an input capacitance of the second cell form a first phase shift circuit, wherein the second network, an output capacitance of the first cell, and an output capacitance of the second cell form a second phase shift circuit, wherein the first and second phase shift circuits are constructed for obtaining a phase shift of +90° or -90° at a particular operational frequency; and wherein the first phase shift circuit and the second phase shift circuit are configured to ensure that signals amplified by the amplifiers of the first and second cells add in phase at the output bond pad for a given input signal at the input bond pad.