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- The next highest band for commercial telecommunications carriers is the Ku (below Q) band. this band
Not now (crowded), at these frequencies, satellites can be moved closer to 1 degree. However,
There’s another problem: rain. Water absorbs narrow microwaves well.
- Luckily it’s heavy hurricanes are usually localized, so use several widely spaced ground stations rather than a single circle.
The problem though is that more antennas, more cables, and higher electronics help speed up the transition.
- Bandwidth is allocated on the K side (K) for commercial satellite traffic,
But the equipment needed to use it is still expensive. In addition to these business groups, there are several governments.
- A modern satellite has about 40 transponders, each with an 80-MHz bandwidth. Typically, each transponder
acts as a twisted tube, but some of the latest satellites have on-board processing capability, and allow
Sophisticated functionality. In previous satellites, the division of transponders into channels was standard:
- Bandwidth is divided into fixed frequency bands only. Now, each transponder beam is separated
Time interval, taken by different users. Let us study these two techniques (frequency segment multiplexing)
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