System for Measuring the Electric Potential of a Voltage Source
OwnerAndrew D. Hibbs, Micheal Andrew Krupka +2inventors
InventorsAndrew D. Hibbs, Micheal Andrew Krupka, Robert Matthews, Linas Kunstmanas
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OwnerAndrew D. Hibbs, Micheal Andrew Krupka +2inventors
InventorsAndrew D. Hibbs, Micheal Andrew Krupka, Robert Matthews, Linas Kunstmanas
Estimating the term…
A non-invasive measurement system (110) for measuring the electrical potential of a voltage source (20, 120) includes a sensing electrode (50, 151) spaced from the voltage source (20, 120). Preferably the voltage source (20, 120) is within a biological cell (115) located in a nutrient bath (119) including electrolytic medium (117) and an object (30, 190) is a portion of the electrolytic fluid (117) located between the cell (115) and the sensing electrode (50, 151). A feedback electrode (181) is formed in an annular shape and surrounds the sensing electrode (50, 151) thus creating an annular fluid region therebetween. The value of the voltage in the annular region (131) is set substantially equal to the value of the voltage in the object (190) and therefore the impedance between the object (190) and a stray voltage source (40) is maximized.
A non-invasive measurement system for measuring an electrical potential of a voltage source comprising:
A system for measuring an electric potential of an object comprising:
A method for enhanced fidelity of a measurement of an electric potential of a biological cell located in a nutrient bath comprising:
Dependencies are inferred from the claim text.