Abstract: The invention relates to a sensor system for implantation into a body of a living being, comprising a measuring unit for measuring parameters of the body and generating corresponding measurement signals, a transmitting unit for transmitting signals using the measurement signals, a control and analysis unit which is connected to the measuring unit and the transmitting unit in order to process and prepare the measurement signals and control the transmitting unit for transmitting the transmitting signals, an energy storing unit for supplying energy to the units, and an outer casing that at least partly surrounds the measuring unit, the transmitting unit, the analysis unit, and the energy storing unit.

Abstract: The present invention relates to a device for simultaneous simulation of a symmetrical and an asymmetrical impedance of an asynchronous machine. The device has three subcircuits for simulating the three phases of the asynchronous machine. Each subcircuit preferably comprises a series connection of a main inductance, a leakage inductance and a resistor between the input terminal and the output terminal, which are connected in parallel to ground across a capacitor and a resistor in each case. A magnetic coupling is implemented or the effect of a magnetic coupling is simulated for the main inductances of the subcircuits. This device can be used to advantage instead of the asynchronous machine in calibration of EMC filters.