A differential capacitive transducer system that senses a physical quantity, the differential capacitive transducer system comprising: a first capacitive core generating a first core output based on the physical quantity, the first capacitive core including a first variable capacitor, a second variable capacitor, a first core input coupled to the first variable capacitor, a second core input coupled to the second variable capacitor, and a first core output coupled to a first common node between the first variable capacitor and the second variable capacitor; a second capacitive core generating a second core output based on the physical quantity, the second capacitive core including a third variable capacitor, a fourth variable capacitor, a third core input coupled to the third variable capacitor, a fourth core input coupled to the fourth variable capacitor, and a second core output coupled to a second common node between the third variable capacitor and the fourth variable capacitor; a chopping system having a high state and a low state, the chopping system being coupled to the first and second capacitive cores, the chopping system having a first chopping input coupled to a first positive signal, a second chopping input coupled to a second negative signal, a third chopping input coupled to a first negative signal, a fourth chopping input coupled to a second positive signal, a first chopping output and a second chopping output, characterized in that when the chopping system is in the high state, the first chopping input is coupled to the first core input, the second chopping input is coupled to the second core input, the third chopping input is coupled to the third core input, the fourth chopping input is coupled to the fourth core input, the first chopping output is coupled to the first core output and the second chopping output is coupled to the second core output; and when the chopping system is in the low state, the first chopping input is coupled to the third core input, the second chopping input is coupled to the fourth core input, the third chopping input is coupled to the first core input, the fourth chopping input is coupled to the second core input, the first chopping output is coupled to the second core output and the second chopping output is coupled to the first core output. a first capacitive core generating a first core output based on the physical quantity, the first capacitive core including a first variable capacitor, a second variable capacitor, a first core input coupled to the first variable capacitor, a second core input coupled to the second variable capacitor, and a first core output coupled to a first common node between the first variable capacitor and the second variable capacitor; a second capacitive core generating a second core output based on the physical quantity, the second capacitive core including a third variable capacitor, a fourth variable capacitor, a third core input coupled to the third variable capacitor, a fourth core input coupled to the fourth variable capacitor, and a second core output coupled to a second common node between the third variable capacitor and the fourth variable capacitor; a chopping system having a high state and a low state, the chopping system being coupled to the first and second capacitive cores, the chopping system having a first chopping input coupled to a first positive signal, a second chopping input coupled to a second negative signal, a third chopping input coupled to a first negative signal, a fourth chopping input coupled to a second positive signal, a first chopping output and a second chopping output, characterized in that when the chopping system is in the high state, the first chopping input is coupled to the first core input, the second chopping input is coupled to the second core input, the third chopping input is coupled to the third core input, the fourth chopping input is coupled to the fourth core input, the first chopping output is coupled to the first core output and the second chopping output is coupled to the second core output; and when the chopping system is in the low state, the first chopping input is coupled to the third core input, the second chopping input is coupled to the fourth core input, the third chopping input is coupled to the first core input, the fourth chopping input is coupled to the second core input, the first chopping output is coupled to the second core output and the second chopping output is coupled to the first core output.