Commit 9b83af848fa9e48e61e05bcd935b45b8d263be22
1 parent
b312dca6a3
Exists in
master
final corrections
Showing 1 changed file with 2 additions and 3 deletions Side-by-side Diff
ifcs2018_journal.tex
... | ... | @@ -799,11 +799,10 @@ |
799 | 799 | \end{table} |
800 | 800 | \renewcommand{\arraystretch}{1} |
801 | 801 | |
802 | -From these tables, we can first state that almost configurations reach the targeted rejection | |
802 | +From these tables, we can first state that almost all configurations reach the targeted rejection | |
803 | 803 | level or even better thanks to our underestimate of the cascade rejection as the sum of the |
804 | 804 | individual filter rejection. The only exception is for the monolithic case ($n = 1$) in |
805 | -MIN/100. With our filter configurations there is no solution able to reach 100~dB of rejection. | |
806 | -% we have stages lesser is the area occupied in arbitrary unit. JMF : je ne comprends pas cette phrase, AH: C'est déjà dit à la dernière phrase de ce paragraphe | |
805 | +MIN/100: no solution is found for a single monolithic filter reach a 100~dB rejection. | |
807 | 806 | Futhermore, the area of the monolithic filter is twice as big as the two cascaded filters |
808 | 807 | (1131 and 1760 arbitrary units v.s 547 and 903 arbitrary units for 60 and 80~dB rejection |
809 | 808 | respectively). More generally, the more filters are cascaded, the lower the occupied area. |