Abstract: A power resistor for use in an automotive battery diagnosis circuit. The resistor includes a length of conductive material stamped to form a ribbon, which has formed along its length pins arranged perpendicular to the length of the ribbon and in a plane perpendicular to the stamping direction. The pins are arranged to provide in use means for electrical connection and mechanical fixation to the circuit.

Abstract: A power resistor for use in an automotive battery diagnosis circuit. The resistor includes a length of conductive material stamped to form a ribbon, which has formed along its length pins arranged perpendicular to the length of the ribbon and in a plane perpendicular to the stamping direction. The pins are arranged to provide in use means for electrical connection and mechanical fixation to the circuit.

Abstract: A junction box, comprising a multi-layer circuit board, wherein the circuit board (6) comprises: a plurality of dielectric layers, each having conducting track on a side and arranged one on top of another to form the multi-layered circuit board; power circuitry (4) mounted on the circuit board; signal processing circuitry (5) mounted on the circuit board; and a power input for inputting electrical power into the circuitry on the circuit board, wherein the electrical power is transferred through conducting track (12) arranged to be on an inner dielectric layer, the conducting track on the inner dielectric layer being thicker than the conducting track arranged on the outer dielectric layers, and wherein the power circuitry is arranged on one region of the circuit board and the signal processing circuitry is arranged on another region of the circuit board, the two regions being thermally isolated by a thermal dam (9).

Abstract: A junction box, comprising a multi-layer circuit board, wherein the circuit board (6) comprises: a plurality of dielectric layers, each having conducting track on a side and arranged one on top of another to form the multi-layered circuit board; power circuitry (4) mounted on the circuit board; signal processing circuitry (5) mounted on the circuit board; and a power input for inputting electrical power into the circuitry on the circuit board, wherein the electrical power is transferred through conducting track (12) arranged to be on an inner dielectric layer, the conducting track on the inner dielectric layer being thicker than the conducting track arranged on the outer dielectric layers, and wherein the power circuitry is arranged on one region of the circuit board and the signal processing circuitry is arranged on another region of the circuit board, the two regions being thermally isolated by a thermal dam (9).

Abstract: The invention relates to an installation for operating seat modules (12) equipped with an assembly of actuators (30, 32, 34, 36, 38, 40, 42, 44) each intended for adjusting a seat element (22, 24, 26, 28). It comprises a control unit (16) suited to each seat module (12). This control unit (16) comprises means (62) for the acquisition of variables representing the functioning state of the seat module. A central unit (18) for the management of the seat modules (12) is connected to the control unit (16). It comprises means (96) for the transmission of information toward the control units (16). Each control unit (16) comprises means (66) for the transmission of variables representing the functioning state of the associated seat module toward the central management unit (18). Use in aircraft seats.