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NATIONAL INSTITUTE OF STANDARDS &TECHNOLOGYResearch Information Center Gaithersburg, 20898MDiW Mounted States Department of11JICommerceNational Institute of Standards and TechnologyNISTIR 3954NEARFIELD
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How to fill out near-field and far-field excitation
How to fill out near-field and far-field excitation
01
To fill out near-field excitation, follow these steps:
02
Identify the electromagnetic source, which can be an antenna or another electromagnetic device.
03
Measure the electric and magnetic fields in close proximity to the source using appropriate measurement equipment.
04
Record the measurements and analyze the data to understand the spatial distribution and characteristics of the near-field excitation.
05
To fill out far-field excitation, follow these steps:
06
Determine the distance from the electromagnetic source at which the far-field region starts. This distance is typically calculated using the wavelength of the radiation.
07
Measure the electric and magnetic fields in the far-field region using appropriate measurement equipment.
08
Record the measurements and analyze the data to understand the spatial distribution and characteristics of the far-field excitation.
Who needs near-field and far-field excitation?
01
Near-field and far-field excitation are needed by researchers, engineers, and scientists working in the field of electromagnetic compatibility (EMC).
02
They are used to study and analyze the behavior of electromagnetic fields generated by antennas, electronic devices, and other sources.
03
This information is crucial for designing and optimizing the performance of devices, ensuring compliance with regulations and standards, and minimizing electromagnetic interference.
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What is near-field and far-field excitation?
Near-field excitation refers to the electromagnetic fields that are close to the radiating source and are influenced by the source's characteristics. Far-field excitation, on the other hand, refers to the electromagnetic fields that are far from the source, where the wavefronts can be considered planar, and the fields are less affected by the source's properties.
Who is required to file near-field and far-field excitation?
Typically, entities involved in activities that generate electromagnetic emissions, such as telecommunications companies, broadcasting stations, and certain industrial operations, are required to file near-field and far-field excitation reports.
How to fill out near-field and far-field excitation?
Filing near-field and far-field excitation involves gathering detailed technical data about the emissions, including measurement data, environmental impact assessments, and compliance information, and then submitting this information in a specified format to the relevant regulatory authority.
What is the purpose of near-field and far-field excitation?
The purpose of near-field and far-field excitation filing is to ensure that electromagnetic emissions from sources do not exceed regulatory limits, to protect public health and safety, and to manage interference with other electronic devices and communications systems.
What information must be reported on near-field and far-field excitation?
The report must include the nature of the emission sources, measured field strength values, distances from the source, frequency of operation, impact on nearby environments, and any mitigation measures taken to reduce emissions.
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