Vibronic-type transducer for a medium flowing through a pipe, said transducer comprising: - a measuring tube, which vibrates at least temporarily during operation, said measuring tube being essentially straight and designed to convey the medium, wherein the measuring tube communicates with the pipe via a, particularly essentially straight, inlet pipe element which opens into the inlet side and a, particularly essentially straight, outlet pipe element which opens into the outlet side, - a counter-oscillator, particularly a counter-oscillator which is essentially tubular and/or essentially straight, which is fixed to the measuring tube on the inlet side, forming a first coupling zone (11#) and is fixed to the measuring tube on the outlet side, forming a second coupling zone (12#) - a first extension bracket --which is coupled to the inlet pipe element and the measuring tube in the area of the first coupling zone (11#), and --which has a centre of gravity, M 15, in the area of the inlet pipe element, and - a second extension bracket, -- which is coupled to the outlet pipe element and the measuring tube in the area of the second coupling zone (12#), and -- which has a centre of gravity, M 16, in the area of the outlet pipe element - a sensor arrangement, supported at least in part on the counter-oscillator, for recording vibrations of the measuring tube at least - an exciter arrangement, supported at least in part on the counter-oscillator, for exciting the measuring tube at least - a transducer housing fixed on the inlet pipe element and outlet pipe element, and - connection cables, particularly for the exciter arrangement and/or the sensor arrangement - characterized in that at least one of the connection cables is supported on at least one of the two extension brackets. - a measuring tube, which vibrates at least temporarily during operation, said measuring tube being essentially straight and designed to convey the medium, wherein the measuring tube communicates with the pipe via a, particularly essentially straight, inlet pipe element which opens into the inlet side and a, particularly essentially straight, outlet pipe element which opens into the outlet side, - a counter-oscillator, particularly a counter-oscillator which is essentially tubular and/or essentially straight, which is fixed to the measuring tube on the inlet side, forming a first coupling zone (11#) and is fixed to the measuring tube on the outlet side, forming a second coupling zone (12#) - a first extension bracket --which is coupled to the inlet pipe element and the measuring tube in the area of the first coupling zone (11#), and --which has a centre of gravity, M 15, in the area of the inlet pipe element, and --which is coupled to the inlet pipe element and the measuring tube in the area of the first coupling zone (11#), and --which has a centre of gravity, M 15, in the area of the inlet pipe element, and - a second extension bracket, -- which is coupled to the outlet pipe element and the measuring tube in the area of the second coupling zone (12#), and -- which has a centre of gravity, M 16, in the area of the outlet pipe element -- which is coupled to the outlet pipe element and the measuring tube in the area of the second coupling zone (12#), and -- which has a centre of gravity, M 16, in the area of the outlet pipe element - a sensor arrangement, supported at least in part on the counter-oscillator, for recording vibrations of the measuring tube at least - an exciter arrangement, supported at least in part on the counter-oscillator, for exciting the measuring tube at least - a transducer housing fixed on the inlet pipe element and outlet pipe element, and - connection cables, particularly for the exciter arrangement and/or the sensor arrangement - characterized in that at least one of the connection cables is supported on at least one of the two extension brackets.