Nexans

Safran Electrical & Power

Thomas Haehner

Dimitri Charrier

Patrick Rybski

Jonathan Nevett

Adrien Charmetant

Marcelo Paixao Dantas

Clara Lagomarsini

Nabil Mellouky

Flavien Koliatene

Laurent Manenti

Eddy Aubert

Jonathan Nexans Network Solutions Nv Nevett

An insulated electrically conductive element () for the aerospace field has an elongate electrically conductive element surrounded by at least two layers, said two layers being an electrically insulating layer () surrounding the elongate electrically conductive element () and a first semiconductor layer () surrounding said electrically insulating layer (), at least one of the layers having at least one fluoropolymer.

Electrical cable for the aerospace field

A helically-wound electric cable having at least two groups wound together so as to form a group helix. Each group has at least two twisted-together conductor wires, wherein the pitch of the group helix varying along the helically-wound electric cable in accordance with a sinusoidal function between two limit values having the same sign, characterized in that said sinusoidal function has a determined modulation period (MP) in order to avoid return loss peak (RLp) in the operating frequency range (Fmin-Fmax) of said helically-wound electric cable.

Helically-wound electric cable

Growing community of inventors

Fumay, France

Thomas Haehner