The amplitude of a field at a given point, measured in volts per meter for electric energy.
The parameter characterizing the amplitude of AC or DC field strength. The magnitude of current, number of turns, and winding geometry determine field strength.
the vector sum of all the forces exerted by an electrical or magnetic field (on a unit mass or unit charge or unit magnetic pole) at a given point in the field
A general term that means the magnitude of the electric field vector (in volts per meter) or the magnitude of the magnetic field vector (in ampere-turns per meter). As used in the field of EMC/EMI, the term "field strength" shall be applied only to measurements made in the far field and shall be abbreviated as FS. For measurements made in the near field, the term "electric field strength" (EFS) or "magnetic field strength" (MFS) shall be used, according to whether the resultant electric or magnetic field, respectively, is measured.
The strength of the electro-magnetic signal at a specified distance from the transmitting antenna. The legal field strength limits vary by country.
The strength of an electromagnetic field. The measurement may be of either the electric or the magnetic component of the field, and may be expressed as V/m, A/m, or W/m2; any one of these may be converted to the others.
The parameter characterizing the amplitude of ac or dc field strength. Field strength is determined by the magnitude of current and geometry of the windings.
An absolute measure in one direction of the electromagnetic wave field generated by an antenna at some distance away from the antenna.
The intensity of an electrical or magnetic field.
The amplitude of the electric or magnetic fields. Related to power density through the impedance of free space.
In radar, the strength of the electric field produced at a point by the transmitted radio waves, measured in microvolts or millivolts per meter.
In physics, the field strength of a field is the magnitude of its vector value.
