Infineon Technologies Ag

Axel Reithofer

Michael Hausmann

Heimo Hartlieb

Klaus Strohmayer

Harald Panhofer

Viktor Kahr

One aspect of the invention relates to a method of supplying power to a sensor arrangement including a first sensor and at least one second sensor which in each case have a first and a second supply terminal, and which can be operated in a first and a second operating mode. The first and at least one second sensor can be connected via their supply terminals to a voltage supply arrangement in the first operating mode. The first and at least one second sensor can be connected in series with one another via their supply terminals in the second operating mode and the series circuit with the first and at least one second sensor is connected in series with a current source.

Sensor arrangement and method of supplying power to sensors therein

A current regulator and a method for regulating current are described.

Regulation of a current through an inductive load

Current regulators and related method for regulating a current through a load. The current regulator may include, for example, a first circuit configured to determine an amount of current that flows through the load; and a second circuit configured to cause a voltage to be applied across the load, the voltage having a duty cycle that depends on the amount of the current flowing through the load.

Integrating current regulator and method for regulating current

An integrated circuit and a method for operating an integrated circuit is disclosed. One embodiment provides a semi-conductor component, an electronic system, and a method for operating an integrated circuit. A method for operating an integrated circuit provides applying a voltage to a line or a connection in accordance with data to be input. A current is applied to the line or the connection in accordance with data to be output.

Integrated circuit and method for operating

An electrical circuit assembly includes a node and an electrical circuit. The circuit draws a node point to a specific potential when and for as long as the node point is not drawn in any other way to a different potential. The electrical circuit is distinguished by the fact that the electrical circuit operates as a function of the potential at the node point. In other words, the potential to which the node point is drawn by the electrical circuit can be varied by a weak signal, but not also just by electromagnetic interference.

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Graz, Austria

Axel Reithofer