Onboard electrical current sensing system

An onboard current sensing system, comprising:

• an electrical sensor to detect a flow of electrical currents;
• an integrator to integrate the flow of electrical currents to an analog signal;
• an analog-to-digital converter to convert the analog signal to a digital signal;
• and
• an Integrated Vehicle Health Management (IVHM) system to receive the digital signal and record a log of attributes of the flow of electrical currents including a magnitude of the electrical currents and a tag identifying a source of the electrical currents, wherein the electrical sensor is a Rogowski coil circuit capable of measuring a current of the flow of electrical currents in a range from 200 mA to 200 kA.

An Integrated Vehicle Health Management (IVHM) system, comprising:

• an uncored transformer positioned between two structures to detect an electrical current, wherein the uncored transformer comprises a Rogowski coil circuit capable of measuring a current of the flow of electrical currents in a range from 200 mA to 200 kA;
• an analysis module to determine a magnitude and flow direction of the electrical current;
• a communications module to output the magnitude and flow direction of the electrical current;
• and
• a database interface module to store data associated with the electrical current, the data stored in a data log.