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Military & AerospaceEMC Technologies’ Melbourne and Sydney laboratories provide NATA accredited Electromagnetic Compatibility (EMC) testing of military equipment to MIL-STD 461 B, C, D and E. The scope includes most test requirements and methods called up by MIL-STD 462, allowing defence agencies, contractors and defence suppliers to prove compliance with the stringent EMC limits imposed on defence equipment and systems. MIL-STD-461 (limits) and MIL-STD-462 (test methods) are coordinated documents used by the Army, Air force and Navy as a baseline to standardize EMC design and test requirements for equipment and systems. They provide a standardized set of interference control and test requirements which form a common basis for assessing the EMC characteristics. They include conducted emissions, radiated emissions, conducted susceptibility, and radiated susceptibility requirements. Facilities include large semi-anechoic chambers that accommodate large vehicles, systems and equipment as well as small military devices. The scope of the NATA accreditation includes:
EMC Technologies experienced EMC and Tempest engineers provide expert consultancy services to defence agencies, contractors and suppliers in the areas of EMC design and systems integration. Tender bid assistance, documentation preparation. Electromagnetic Environmental Effects (Tempest consultation and pre-testing is also provided).
Aerospace/Commercial Avionics testing to DO-160EApproving products for use in the critical aircraft environment can be a difficult process. DO-160E EMC and environmental tests are very similar to the military standards.
Electromagnetic Environmental Effects (E3) MIL-STD 464E3 requirements address both intra-system and inter-system issues as well as the broad range of electromagnetic disciplines. These include electromagnetic interference (EMI), electromagnetic susceptibility (EMS), radiation hazards (RADHAZ) electromagnetic vulnerability (EMV), hazards of electromagnetic radiation to ordinance (HERO), lighting and precipitation static (p-static). External E3 effects include lightning, p-static, EMP and RF transmissions. Internal E3 effects include EMI, RF transmissions and cross coupling of RF and low frequency currents. EMC Technologies experienced engineers will handle all your E3 integration requirements, systems testing, preparing or reviewing all the necessary documentation as well as liaising with defence department on your behalf.
Special TestsShielding effectiveness testing of buildings and installations is also provide to MIL-STD 285 . Testing is provided to many of the less common military and aerospace standards including cable shielding, transfer impedance, filter attenuation, reliability, to name a few. Environmental tests are also available.
TempestTEMPEST testing is required to ensure that no unintentional compromising emissions occur from cryptographic and other equipment processing classified information. EMC Technologies TEMPEST engineer are accredited for TEMPEST Certification by the UK Technical Authority CESG at GCHQ, Cheltenham (Recognised by the Defence Signals Directorate). Our Melbourne Manager has over 12 years experience in the field both in Australia and in the UK. ‘Right first time’ is the only standard that can be applied to defence related products or services. Our expertise and extensive test capabilities ensure that this is the case for all customers defence-related products. Our personnel conduct engineering investigations to isolate TEMPEST problems and recommend corrections or countermeasures to ensure that the system can operate with no compromise of security. We also provide engineering analysis of proposed new systems and engineering change proposals to determine which TEMPEST specifications and/or counter measures should be utilised in the design. We can provide comprehensive TEMPEST Test Plans and guidance for conducting testing and mitigation of potential problems
CS116 CapabilityNew test equipment - CS116 Generator
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www.emctech.com.au |
