A sensor fault detection system comprising: a sensor having a primary winding, a first secondary winding providing a first sensor output and a second secondary winding providing a second sensor output; a wiring harness operably connected to the primary winding, first secondary winding and second secondary winding of the sensor; and a controller operably connected to the wiring harness, characterised by the controller including: a bias network configured to apply a first DC voltage bias to the first sensor output and a second DC voltage bias of opposite polarity to the second sensor output respectively; a fault sense circuit having a first transistor and a second transistor, the fault sense circuit configured to monitor the first DC voltage bias on the first sensor output and the second DC voltage bias on the second sensor output; a first amplifier having inputs connected to outputs of the first DC voltage bias and a second amplifier having inputs connected to outputs of a second DC voltage bias; and a first switch associated with the inputs of the first amplifier and a second switch associated with the inputs of the second amplifier, the fault sense circuit being configured to shunt, using the first switch and the second switch, the inputs to the first amplifier and the inputs to the second amplifier if at least one of the DC voltage bias on the first sensor output and the DC voltage bias on the second sensor output is impacted beyond a selected threshold. a sensor having a primary winding, a first secondary winding providing a first sensor output and a second secondary winding providing a second sensor output; a wiring harness operably connected to the primary winding, first secondary winding and second secondary winding of the sensor; and a controller operably connected to the wiring harness, characterised by the controller including: a bias network configured to apply a first DC voltage bias to the first sensor output and a second DC voltage bias of opposite polarity to the second sensor output respectively; a fault sense circuit having a first transistor and a second transistor, the fault sense circuit configured to monitor the first DC voltage bias on the first sensor output and the second DC voltage bias on the second sensor output; a first amplifier having inputs connected to outputs of the first DC voltage bias and a second amplifier having inputs connected to outputs of a second DC voltage bias; and a first switch associated with the inputs of the first amplifier and a second switch associated with the inputs of the second amplifier, the fault sense circuit being configured to shunt, using the first switch and the second switch, the inputs to the first amplifier and the inputs to the second amplifier if at least one of the DC voltage bias on the first sensor output and the DC voltage bias on the second sensor output is impacted beyond a selected threshold. a bias network configured to apply a first DC voltage bias to the first sensor output and a second DC voltage bias of opposite polarity to the second sensor output respectively; a fault sense circuit having a first transistor and a second transistor, the fault sense circuit configured to monitor the first DC voltage bias on the first sensor output and the second DC voltage bias on the second sensor output; a first amplifier having inputs connected to outputs of the first DC voltage bias and a second amplifier having inputs connected to outputs of a second DC voltage bias; and a first switch associated with the inputs of the first amplifier and a second switch associated with the inputs of the second amplifier, the fault sense circuit being configured to shunt, using the first switch and the second switch, the inputs to the first amplifier and the inputs to the second amplifier if at least one of the DC voltage bias on the first sensor output and the DC voltage bias on the second sensor output is impacted beyond a selected threshold.