Microwave WLAN calculators  |
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EIRP
Effective Isotropic Radiated Power calculator, This calculation will give
you the effective power output from the transmitting antenna |
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Calculate Voltage Loss over
Cat5 Fresnel Clearance Zone, Free Space Loss, FSL, EIRP, dB <-> mW,
Lat/Lon to Distance, Downtilt Coverage Radius, Remote Antenna Tilt |
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Calculating
Distances Between Two Points ways to calculate the distance between two
points on the earth's surface, defined by their latitude and longitude |
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Calculator for
Distances between Geographical Locations Enter the Latitude and
Longitude of the starting point, the distance (km) and bearing (degrees E of
North) to another point |
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dBm/dBW/Milliwatts
Calculator |
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Free space loss calculator
Free space loss (FSL) is an attenuation of electromagnetic waves in open
space between isotropic antennas. It depends on frequency and distance |
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Free space loss calculator
(Miles) |
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Free space loss calculator
Km, This calculation gives you how much signal loss you will incur over a
given distance in free space for a signal of a given frequency |
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Free space loss calculator
Free space loss calculator, Free space loss (FSL) is an attenuation of
electromagnetic waves in open space between isotropic antennas. It depends
on frequency and distance |
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Free Space Distance Calculator 2.4GHz
Free Space Distance Calculator 2.4GHz |
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Fresnel
Clearance Zone Fresnel Clearance Zone calculator, Fresnel Zone in Meters,
Fresnel Zone in Feet |
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Fresnel zones
While designing microwave link, very important thing is to check if the
first Fresnel zone is free of obstructions. First Fresnel zone is an
ellipsoid of revolution, whitch focuses are in antennas' place |
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Link Margin
This calculation gives you the difference between the power of the signal
recieved at the remote end, and the receive sensitivity of the remote end.
From this you can determine the viability of a link. Around 10dBm (better:
10dBm) of margin
is desirable for a reliable link (WLAN antennas) |
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Link Planning for Wireless LAN (WLAN) Effective transmitting power:
transmitter power [dBm] {minus} (cable +connector) loss [dB] {plus} antenna gain
[dBi] Propagation loss [dB]: Free space loss [dB]. Effective receiving
sensibility: antenna gain[dBi]- cable loss [dB]- receiver sensitivity [dBm] |
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Link Planning for Wireless LAN (WLAN)
Effective transmitting power: transmitter power [dBm] {minus} (cable
+connector) loss [dB] {plus} antenna gain [dBi], Propagation loss [dB]: Free
space loss [dB], Effective receiving sensibility: antenna gain[dBi]- cable
loss [dB]- receiver sensitivity [dBm], Loss in a coaxial cable at 2.45 GHz,
Connector losses, Radiated power, Receiver sensitivity, Signal to Noise
Ratio, Propagation: Fresnel ellipsoid, Propagation: Diffraction,
Propagation: Polarisation, Reflections and delay spread |
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Radio theory and link
planning for Wireless LAN calculators included, Loss in a coaxial cable at
2.45 GHz, Antenna gain, Radiated power, Free space loss, Receiver sensitivity,
Signal to Noise Ratio, Link budget, Propagation: Fresnel ellipsoid, Propagation:
Diffraction, Propagation: Polarisation, Reflections and delay spread |
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Wireless Calculators
Wireless Calculators,
total power of your system in dBm, power loss over distance, dBm to
milliWatts and milliWatts to dBm |
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Wireless Calculators
total power of your system in dBm, power loss over distance, dBm to
milliWatts and milliWatts to dBm, Fresnel Clearance Zone, Longitude Bearing,
Antenna Downtilt |
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Wireless Design
Toolkit free space loss (fsl), range at 2.44GHz, wavelength in air,
wavelength in coaxial cable, impedance of coaxial cable, velocity factor of
coaxial cable, effective radiated power (erp), fade margin or system
operating margin, convert dBm and milliWatts (mW), convert diameter and
circumference, convert inches and mm, convert miles and metres, convert feet
and metres |
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Wireless link calculator Wireless Network Link Analysis,
A wireless link consists of three basic elements: Effective transmitting
power (EIRP): [ transmitter power (dBm) ] PLUS [ connector losses (dB) ]
PLUS [ tx antenna gain (dBi) ] , Propagation loss: [ Free space loss (dB) ]
Effective receiving sensibility: [ rx antenna gain (dBi) ] PLUS [ cable loss
(dB) ] PLUS [ receiver sensitivity (dBm) ] |
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Wireless link calculator |
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Wireless Network Link Analysis
Wireless Network Link Analysis |
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Wireless Network Link Analysis Calculates approximate received power
levels and fade margins for microwave wireless links |
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Horizontaal |
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Last updated on:
2010-01-08
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