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........ march on through the snow..... dont stumble and fall

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its the death march of the wrong supervisoprs..... who want the fees
and dont give a shit about you failing... or wasting your fucking time
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Robin Clark 2012-05-08 22:04:19 +01:00
parent b46bcd00d9
commit 2a4e5510bb
1 changed files with 7 additions and 7 deletions
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14
submission_thesis/CH5_Examples/copy.tex
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@ -1837,7 +1837,7 @@ The output is a voltage level in the analogue domain $-V$ or $+V$.
We now form a {\fg} from $PD^1$ and $IC3$.
$$ G^1 = \{ PD^1, IC3 \} $$
$$ G^1_0 = \{ PD^1, IC3 \} $$
We now analyse the {\fg} $G^1$ in table~\ref{tbl:DS2AS}.
@ -1865,17 +1865,17 @@ We now analyse the {\fg} $G^1$ in table~\ref{tbl:DS2AS}.
We collect the symptoms of failure $\{ LOW, HIGH, LOW\_SLEW \}$.
We can now derive a new component to represent the level conversion and call it $DL2AL$.
$$ DL2AL = D(G^1) $$
$$ DL2AL^2 = D(G^1_0) $$
$$ fm (DL2AL) = \{ LOW, HIGH, LOW\_SLEW \} $$
$$ fm (DL2AL^2) = \{ LOW, HIGH, LOW\_SLEW \} $$
\subsubsection{digital clocked memory (flip-flop).}
This is a single component as a {\fg}, and we can state
$$ fm (DCM) = \{ HIGH, LOW, NOOP \} $$
% \subsubsection{digital clocked memory (flip-flop).}
%
% This is a single component as a {\fg}, and we can state
% $$ fm (DCM) = \{ HIGH, LOW, NOOP \} $$
\subsection{First {\fgs} analysed}