Abstract: The invention relates to a method for determining the phase difference between a first clock signal (CK1) received by a first electronic component (CE1) and a second clock signal (CK2) received by a second electronic component (CE2), comprising the steps of: S10) transmitting a first calibration signal (S12); S20) measuring a first delay (T1); S30) transmitting a second calibration signal (S21); S40) measuring a second delay (T2); S50) measuring the number (n) of clock pulses between the transmission of the first calibration signal (S12) and the active edge of the first clock signal (CK1) consecutive to the active edge of the second calibration signal (S21); S60) determining the phase difference depending on the parity of the number (n) of clock pulses.

Abstract: An accessory gearbox houses at least one gear train with a series of pinions. The casing has two substantially flat and opposite parallel side walls between which are mounted support shafts for each of the pinions, each of which receives accessories, and which define in the enclosure an internal volume surrounding a shaft supporting at least one hybridization pinion. The gearbox receives at least one electric machine having a rotor and a stator, wherein the rotor of the electric machine is supported by the shaft supporting the hybridization pinion of the gear train, and the stator extends around the rotor in the internal volume.

Abstract: In an embodiment a device includes a first circuit configured to send a signal comprising numbers successively separated by a constant value to at least one second circuit, each second circuit being in a clock domain different from a clock domain of the first circuit and at least one third circuit configured to determine whether the successive numbers of the signal received by the second circuit are separated by the constant value, wherein the signal is sent to a respective third circuit in each of the clock domains different from the clock domain of the first circuit.

Abstract: In an embodiment a device includes a first circuit configured to send a signal comprising numbers successively separated by a constant value to at least one second circuit, each second circuit being in a clock domain different from a clock domain of the first circuit and at least one third circuit configured to determine whether the successive numbers of the signal received by the second circuit are separated by the constant value, wherein the signal is sent to a respective third circuit in each of the clock domains different from the clock domain of the first circuit.

Abstract: A method and device is described for saving a documentation data file intended for being displayed on a screen. The method includes subdividing the documentation data into data blocks; associating a detail level with at least one data block; and saving the data block with a level marker relating to the associated detail level, the marker intended to be compared with a desired detail level in order to display the data on the screen.

Abstract: A method and device is described for saving a documentation data file intended for being displayed on a screen. The method includes subdividing the documentation data into data blocks; associating a detail level with at least one data block; and saving the data block with a level marker relating to the associated detail level, the marker intended to be compared with a desired detail level in order to display the data on the screen.

Abstract: A device (D) is dedicated to the interconnection between communication equipment (EC), equipped with a very short-range radio communication module (MCR) and a communication network (RC). This device (D) comprises i) relay means (MR) operative to relay received data to and from coupling means (MCP) coupled to said communication network (RC) and ii) an antenna (AN) capable, firstly, of radiating, or respectively capturing, very short-range electromagnetic waves, which are representative of data, to the, or respectively from the, radio communication module (MCR) whenever the communication equipment is placed within its immediate vicinity, and secondly, coupled to the relay means (MR) in order to transmit to them the data to be relayed coming from the radio communication module (MCR), and to receive from them (MR) the relayed data that comes from the coupling means (MCP).