Path: Electrical/Components
% Computes the inductance and resistance of a printed rectangular loop
It assumes copper. Printed rectangular loop antenna.
Type LRLoopAntenna for a demo.
--------------------------------------------------------------------------
Form:
[l, r, rLoss, rRad] = LRRectangleAntenna( s1, s2, w, f, n )
--------------------------------------------------------------------------
------
Inputs
------
s1 (1,1) Side 1 length (meters)
s2 (1,1) Side 2 length (meters)
w (1,1) Width of the conductor (meters)
f (1,:) Frequency (Hz)
n (1,1) Number of loops
-------
Outputs
-------
l (1,1) Inductance (H)
r (1,:) Total resistance (Ohm)
rLoss (1,:) Resistance loss (Ohm)
rRad (1,:) Radiation loss (Ohm)
--------------------------------------------------------------------------
Reference: http://www.ateretwireless.com/Mutual%20Inductance%
20Matching%20for%20Small%20Loop%20Antennas_2.pdf
- broken link; now online at -
https://docplayer.net/24517026-Mutual-inductance-matching-for-small-loop-antennas.html
--------------------------------------------------------------------------
Common: CommonData/SwooshWatermark Common: General/CellToMat Common: General/MatToCell Common: General/Watermark Common: Graphics/NewFig Common: Graphics/Plot2D Common: Graphics/PltStyle
Back to the Electrical Module page