- #1
balt
- 3
- 0
Hi all,
I have an odd problem with a table that refuses to grow vertically, instead, it just wanders off over the righthand edge of the page with each row only one line in height. I have other tables constructed after the exact same method as this one, but they do grow vertically. Confused! Does anyone see what I'm doing wrong?
I have an odd problem with a table that refuses to grow vertically, instead, it just wanders off over the righthand edge of the page with each row only one line in height. I have other tables constructed after the exact same method as this one, but they do grow vertically. Confused! Does anyone see what I'm doing wrong?
Code:
\begin{table}
\begin{tabularx}{0.75\textwidth}{lcl}
\toprule
\bf{Component} & \bf{Coefficient} & \bf{Comments} \\
\cmidrule(r){1-3}
RF amplifiers & 0.04 dB/\textdegree K & \\
Filters & 0.01 dB/\textdegree K & \\
Ditom isolator & 0.005 dB/\textdegree K & \\
Inmet attenuators & 0.0003 dB/\textdegree K & This is from theory and the resistor temperature coefficients. The housing and connectors may be somewhat higher than this but in the worst case still $\ll$ 0.001 dB/\textdegree K) \\
DC operational amplifiers & & With high stability resistors, high gain feedback and circuit topology used: $\ll$ than any of the above. \\
DataSet & & No data is known, however, they were designed and made by xxx and were designed to be at least as stable as the above system. Further to this, the filter data is digitised at the interface to the dataset, it is hence safe to assume that the dataset itself will not have any detrimental effect on the data. It is further located outside the thermal envelope, so any thermal effect it might have will not propagate to the RF components. \\
\bottomrule
\end{tabularx}
\caption{The temperatures coefficients for all components used in the WVR design.}
\label{tab:tempcos}
\end{table}