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Diffstat (limited to 'exercise01')
| -rw-r--r-- | exercise01/exercise01.tex | 2 |
1 files changed, 1 insertions, 1 deletions
diff --git a/exercise01/exercise01.tex b/exercise01/exercise01.tex index a92da97..efaaadf 100644 --- a/exercise01/exercise01.tex +++ b/exercise01/exercise01.tex @@ -64,7 +64,7 @@ \end{solution} \begin{question}[subtitle={Frequency Allocation}] - An LTE (4G cell phone) signal can occupy a bandwidth of up to \SI{20}{MHz}. One of the bands allocated to LTE is, amongst others, the band 1 (uplink: \SIrange{1920}{1980}{MHz}, uplink: \SIrange{2110}{2170}{MHz}). The range of one LTE base station is a few kilometres. + An LTE (4G cell phone) signal can occupy a bandwidth of up to \SI{20}{MHz}. One of the bands allocated to LTE is, amongst others, the band 1 (uplink: \SIrange{1920}{1980}{MHz}, downlink: \SIrange{2110}{2170}{MHz}). The range of one LTE base station is a few kilometres. However, the HF band (\SIrange{3}{30}{MHz}) has the advantage that waves are reflected by the ionosphere and can propagate over longer distances or even across the whole world. Mostly, narrow-band services like AM broadcasting or amateur radio are allocated to the HF band. |