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Application Area:Systems and Test Facilities (900's)Product Area:On Site Testing or SurveyFrequency Range:30MHz - 1GHzTuning:SweptInterface:N/AOther:CISPR/A/499/FDIS (Oct 2004)EMC Item No:903
Previously known as the NSTL test now CISPR/A/499/FDIS. Oct 2004. This service applied to fully lined/tiled chambers and again entails the use of our dedicated antennas with "free field" calibration figures at approx 3M distance. The Rx antenna in a F.A.R. is at a fixed height of 1.55M. The transmit antenna is the miniature Schwarzbeck bicon model VUBA 9117. EMCH has written its own software to drive a Spectrum Analyser for swept data analysis. The test will involve up to fifteen swept positions over three different heights & five positions on the cylindrical plane for both V and H, thirty in all. An EMCH engineer will perform the test and submit data in the form of a report with graphical representation. The customer can maintain this report as part of their site quality audit.
Previously known as the NSTL test now CISPR/A/499/FDIS. Oct 2004. This service applied to fully lined/tiled chambers and again entails the use of our dedicated broadband \\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\"Bilog\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\" with \\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\"free field\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\" calibration figures at approx 3M distance. The Rx antenna in a F.A.R. is at a fixed height of 1.55M. The transmit antenna is the miniature Schwarzbeck bicon model VUBA 9117. EMCH has written its own software to drive a Spectrum Analyser for swept data analysis. The test will involve up to fifteen swept positions over three different heights & five positions on the cylindrical plane for both V and H, thirty in all. An EMCH engineer will perform the test and submit data in the form of a report with graphical representation. The customer can maintain this report as part of his site quality audit.
