DocumentCode
3593857
Title
Calibration of antennae on 3m OATS
Author
Chand, Sulekh
Author_Institution
Electron. Regional Test Lab., New Delhi, India
fYear
2003
Firstpage
375
Lastpage
379
Abstract
Radiated emission measurement of commercial products is usually performed on the open area test site (OATS). Test instrumentation and antennae are used to obtain the radiated emission data. The measurement error accumulated by each instruments, sensors and OATS used in the measurement may creates doubts on the validity of the observed data. One of the most common sources of error in radiated emission is antenna. Using an inaccurately calibrated antenna can result in mistaken rejection of valid test data. It can also lead to mistaken acceptance of invalid test data which is still the worst. The calibration of EMC antennae are usually performed by two methods as outlined in ANSI C63.5-1998 specification i.e. standard site method and reference antennae method. Most of commercial labs used 3 m OATS to perform the emission measurement. In view of this, a study has been carried out to find out the most suitable and acceptable methods to calibrate the antennae on same.
Keywords
ANSI standards; antennas; calibration; electromagnetic interference; measurement errors; measurement standards; open area test sites; 3 m; ANSI C63.5-1998 specification; EMC antennae; OATS; acceptable methods; antennae calibration; commercial labs; commercial products; inaccurately calibrated antenna; measurement error; most suitable method; open area test; radiated emission data; radiated emission measurement; reference antennae method; standard site method; test data; test instrumentation; ANSI standards; Antenna measurements; Area measurement; Calibration; Electromagnetic compatibility; Instruments; Measurement errors; Open area test sites; Performance evaluation; Testing;
fLanguage
English
Publisher
ieee
Conference_Titel
Electromagnetic Interference and Compatibility, 2003. INCEMIC 2003. 8th International Conference on
Print_ISBN
81-900652-1-1
Type
conf
DOI
10.1109/ICEMIC.2003.1287876
Filename
1287876
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