Boeing D6-16050-5 Electromagnetic Interference Control Requirements

Boeing D6-16050-5 Electromagnetic Interference Control Requirements

The Boeing D6-16050-5 standard, developed by Boeing, a multinational American aviation company that designs and manufactures aircraft, helicopters, rockets, satellites, telecommunications equipment and missiles all over the world, It explains the electromagnetic compatibility requirements of electrical and electronic devices used in the production of aircraft and offers test methods.

Boeing D6-16050-5 Electromagnetic Interference Control Requirements

The RTCA/DO-160E document entitled “Environmental conditions and test procedures for airborne equipment” issued by the Radio Technical Commission for Aviation (RTCA) describes the required test conditions and procedures. This document requires Boeing, Airbus and other manufacturers to test avionic components and subsystems. The Boeing D6-16050 standard is based on the electromagnetic compatibility tests contained in this document and mainly includes the following subsections:

  • Boeing D6-16050-2 Electromagnetic interference control requirements
  • Boeing D6-16050-4 Electromagnetic interference control tests
  • Boeing D6-16050-5 Electromagnetic interference control tests for composite aircraft

The Boeing D6-16050-5 standard mainly includes the following tests:

  • AF electric field sensitivity - Wiring
  • AF magnetic field sensitivity - Wiring
  • AF magnetic field sensitivity - Equipment
  • Conducted radio frequency (RF) susceptibility testing - 10 kHz to 400 MHz
  • Radiated radio frequency (RF) sensitivity test - 100 MHz to 18 GHz
  • Induced spike susceptibility
  • AF capacitive coupling
  • AF inductive coupling
  • Emissions transmitted by radio frequency (RF)
  • Radio frequency (RF) radiated emissions

Electromagnetic interference control (EMI) in telecommunications is the control of radiated and transmitted energy to reduce, minimize or eliminate emissions that are unnecessary for system, subsystem or equipment operation. There are three different methods that help reduce or eliminate electromagnetic interference: filtering, grounding and shielding. A direct way to get rid of unwanted signals is to filter them, and most new equipment uses this method to minimize electromagnetic interference.

Within the scope of Boeing D6-16050-5 standard, with its trained and expert staff and advanced technological equipment, our organization has given numerous test, measurement, analysis and evaluation studies for businesses in various sectors. It also provides testing services related to electromagnetic interference control requirements.

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