Circuit and method for measuring distances
AssigneeMicro-Epsilon Messtechnik GmbH & Co. KG
InventorsUlrich Kleine, Falk Roewer, Klaus Salzwedel, Felix Mednikov, Martin Sellen
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AssigneeMicro-Epsilon Messtechnik GmbH & Co. KG
InventorsUlrich Kleine, Falk Roewer, Klaus Salzwedel, Felix Mednikov, Martin Sellen
Estimating the term…
A circuit for measuring distances comprising at least two inputs (1, 2), at least one measuring coil (3), and at least one signal source, wherein at least two input signals (epos, eneg) are generated by means of the signal source, and the inputs (1, 2) are activatable by means of the input signals (epos, eneg) The input signals (epos, eneg) are applied, preferably preprocessed, to the inputs of the measuring coil (3). The circuit is designed for use where little space is available for the circuit, with the input signals (epos, eneg) being applied to a preferably timed SC network, which generates a measuring signal and/or an output signal that is dependent on temperature. A corresponding method is also described.
A circuit for measuring distances, comprising at least two inputs, at least one measuring coil, and at least one signal source for generating at least two input signals, wherein the at least two inputs are activatable by means of the input signals, wherein the input signals are applied to the inputs of the measuring coil, and wherein the input signals are applied to at least one SC network and used for generating a measuring signal and/or an output signal that is dependent on a temperature influence.
A method for measuring distances, utilizing a measuring circuit which comprises at least two inputs, at least one measuring coil, and at least one signal source, comprising the steps of
Dependencies are inferred from the claim text.