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Controlling the common-mode currents induced on wiring harnesses plays an important role in meeting automotive electromagnetic compatibility requirements. For high-frequency signals, the key to controlling these common-mode currents is maintaining the same electrical balance in the harness that was present on the circuit board. When routing differential signals such as LVDS or CAN signals, designers...
In this paper, we present a simple passive technique for removing myoelectric interference in neural recording systems using tripolar electrodes. Imbalance is simply unavoidable with the conventional quasi-tripole (QT) amplifier and this technakshnique is based on a modified version of the QT, which sees the tripole as a bridge that can be balanced by adding impedance to one of the outer electrodes...
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