antenna gain

Part of this loss can be made up with increased antenna gain.

Transmitter power is effectively increased (in the direction of highest antenna gain).

Normally the parameter of interest is antenna gain.

This systemic gain is expressed by including the antenna gain in the link budget.

The amount of reinforcement is antenna gain.

G is the Receive antenna gain.

At the 60 directions, it is suggested to be a border of a sector and antenna gain is negligible there.

The antenna gains (transmitting or receiving) are scaled by the wavelength of the radiation in question.

More antennas increase effective antenna gain.

In practice, the channels between different antennas are often correlated and therefore the potential multi antenna gains may not always be obtainable.

The definition of antenna gain or power gain already includes the effect of the antenna's efficiency.

Published figures for antenna gain are almost always expressed in decibels (dB), a logarithmic scale.

However, the site typically operates at a fraction of that value due to the lower antenna gain exhibited at standard operational frequencies.

Completely omnidirectional antennas are rare in telecommunication systems, so almost every link budget equation must consider antenna gain.

The operation range of a radio modem varies depending on the transmission power, antenna gain and mast height, and environment.

Classical (antenna gains are orthogonal to propagation effects)

Signals transmitted on this band usually propagate longer distances than on high frequency bands, for a given transmitter power and antenna gain.

Each beam group has full transmitter peak power, full antenna gain and full antenna sidelobe performance.

Receive station gain (actual receiver gain minus feedline loss, x antenna gain)

Antenna gain is often quoted with respect to a hypothetical antenna that radiates equally in all directions, an isotropic radiator.

These greatly increase the antenna gain, magnifying the emitted RF energy toward the horizon, which in turn greatly increases a station's broadcast range.

It depends on the output of the transponders of the satellite and the antenna gain of the transmitting antenna.

Antenna gain is the ratio of the signal received from the preferred direction to the signal from an ideal omnidirectional antenna.

The output power of the antenna is known as ERP which is actually the transmitter power times the antenna gain.

In a 50 Ω system, the antenna factor is related to the antenna gain G and the wavelength λ via: