Avionics system including a controller and at least one peripheral device connected by common lines for power and data
A technology of avionics systems and peripheral equipment, applied in the field of avionics systems, can solve problems that are difficult to complete, CPL technology is not applicable to avionics systems, and does not meet the EMC constraints of the aircraft environment.
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[0035] refer to figure 1 , the central controller C is shown connected to one or more peripheral devices P via a power line L, usually a pair of wires 1 -P N .
[0036] The size of the manufacturing line L is firstly based on its low frequency characteristics and its ability to withstand high voltages and important currents. In addition, routing constraints can force two conductors to be associated in twisted pairs, without needing to be shielded, achieving an iterative impedance of known value, typically between 50 and 300 ohms.
[0037] More precisely, the peripheral device P 1 -P N It is connected to the wire L through the connection interface Ir.
[0038] The central controller C comprises a DC or AC power transmitter 1, preferably insulated to comply with aircraft builder recommendations in terms of resistance to the effects of lightning.
[0039] As detailed later, the central controller C implements:
[0040] - providing e.g. a high level continuous voltage (e.g....
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