transmission gain

transmission gain

[tranz′mish·ən ‚gān]
(electronics)
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So antenna array beamforming provides directional transmission gain and fast beam switching mechanism, which can overcome the high path loss problem and blockage problem.
The directional transmission gain from the beamforming technology can offset the serious path loss, at the same time cooperative technology is adopted for 60GHz WPAN system to overcome the link blockage problem.
The directional transmission gain from the beamforming technology can make up the path loss, at the same time using cooperative technology of 60GHz WPAN system to overcome link blockage.
Main features of TransferJet include simple interface and intuitive operation; realizing stable high-speed data transmission; and the "TransferJet Coupler," which maintains high transmission gain and coupling in near-field proximity, while providing sharp attenuation over longer distances to avoid interference with other wireless systems.
It maintains high transmission gain and efficient coupling in near-field proximity, while providing sharp attenuation over longer distances to avoid interference with other wireless systems.
A USB cable, packaged with the device, allows users to position the modem away from the noisiness of the laptop to increase transmission gain, a performance not possible with dongle-type USB modems.
These characteristics enable high transmission gain and high-speed high frequency wave FET performance.
Linde Gases partnered with LiSEC, an Austrian global expert in glass processing lines, to develop the new anti-reflection solar glass coating technology that delivers light transmission gains of nearly 3% on average and up to 3.
For example, the direct transmission gains (the convective and long-wave radiative heat flux from the innermost pane to the indoor environment) and the thermal gains (the convective heat transfer from the glazing and blind surfaces to the channel air) depend on the slat angle, spacings, slat material (thermophysical and radiative) properties, and airflow characteristics.
Thus, surface temperatures inside the ventilated window will remain lower, and result in lower overall transmission gains during the summer.
The transmission gains more computer controls for even smoother shifting and its brakes are improved for more secure stopping.
System vendors have lost much of their internal expertise in 40Gbps technology so there is an opportunity for Mintera to fill the void as 40 Gbps transmission gains traction.

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