Fade margin refers to the difference between the actual received signal strength and the minimum signal strength required for reliable communication. It provides a buffer against signal degradation due to various factors such as distance, obstacles, and atmospheric conditions. A higher fade margin indicates a more robust communication link, ensuring that the signal remains usable even when conditions change. It is commonly used in telecommunications and satellite communications to assess system performance and reliability.
Thermal fade margin TFM in db is the difference between the normal received signal RSL at the input of microwave receiver expressed in dbm and the receiver's threshold ( given by the manufacturer) expressed in dbm TFM = RSL - TH
A margin that is creative.
Contribution margin ratio is overall total contribution margin while contribution margin ration per unit is the allocation of total production contribution margin to per unit basis.
Formula for calculating average Contribution margin Average contribution margin = total contribution margin / total number of units
Contribution margin for per machine hour is as follows:total contribution margin / number of machine hours = contribution margin per hour
Link margin is the system design concern to the communication link and does not concern the only feed system of communication link, fade margin is particularly concern with the feed system of communication link.
When writing a film script, the first words in the script are fade-in, in all caps and positioned at the left margin.
In an analog microwave radio system, the flat fade margin is equal to the system total Gains minus system total losses In a digital microwave radio system, the "flat" or thermal fade margin (TFM) is calculated from the system total Gains minus system total losses.
Surrounded by a distinct margin. I.e it does not gradually fade away.
Thermal fade margin TFM in db is the difference between the normal received signal RSL at the input of microwave receiver expressed in dbm and the receiver's threshold ( given by the manufacturer) expressed in dbm TFM = RSL - TH
Flat fade margin refers to a design specification in wireless communication systems that defines the acceptable range of signal strength variation (or fading) over a given area. It ensures that the signal remains above a minimum threshold, maintaining reliable communication despite environmental factors that can cause signal degradation. A flat fade margin indicates that the system is designed to handle consistent fading across the coverage area, rather than sharp fluctuations, which can improve overall performance and user experience.
Thermal fade margin TFM in db is the difference between the normal received signal RSL at the input of microwave receiver expressed in dbm and the receiver's threshold ( given by the manufacturer) expressed in dbm TFM = RSL - TH
Just open the link below.. http://grouper.ieee.org/groups/802/16/sysreq/contributions/80216sc-99_13.pdf the explanation is very good !!
the margin of the continental
'Fade' can indeed be a noun - as in 'a fade to black' in a movie. Fade is its own noun.
low fade
Buying on margin, taking a "margin" loan from the broker to help buy part of a stock purchaseMargin call, this happens when the broker demands full payment of your "margin" loan