Title :
Radiated emission and susceptibility EMI testing: the advantages of conducting unit level tests in a system level environment
Author_Institution :
US Naval Underwater Syst. Center, New London, CT, USA
Abstract :
The author suggests that time and money could be saved and more meaningful electromagnetic interference (EMI) test results could be obtained if existing MIL-STD EMI test procedures were modified to permit cabinet (unit) level testing to be conducted while having the total system electronics interconnected in a system-level environment. He proposes a concept in which electronic systems consisting of more than one cabinet could be EMI tested while configured and operating in a system-level, testbed type of environment. This would require the development of a portable electromagnetically isolated test chamber that has built-in near-field measurement sensors that permit the chamber to be utilized in an oversized system development laboratory which has been peripherally shielded with copper screening
Keywords :
electromagnetic interference; electronic equipment testing; military equipment; standards; Cu screening; MIL-STD EMI test procedures; cabinet level testing; electromagnetically isolated test chamber; electronic systems; magnetic shielding; near-field measurement sensors; radiated emission testing; susceptibility testing; system level environment; unit level tests; Cables; Copper; Costs; Electromagnetic interference; Electromagnetic measurements; Electronic equipment testing; Marine vehicles; Protection; Qualifications; System testing;
Conference_Titel :
Electromagnetic Compatibility, 1989., IEEE 1989 National Symposium on
Conference_Location :
Denver, CO
DOI :
10.1109/NSEMC.1989.37155