\begin{description}
\item[Bit 7 -- 0] Selects the output signal for LVDS OUT(4) (the order like on the Fig.\ref{cts_logic})
\begin{description}
- \item 31 - 0 After one clok
+ \item 31 - 0 After one clock
\item 63 - 32 After delay
\item 95 - 64 After downscale
\item 127 - 96 After set width
\item [0xA0E0 -- 0xA0D9] Width registers
\item [0xA0E1] LVL2 EB IP table
\begin{description}
- \item[Bit 15 -- 0] When writing to this register EB is chosen to be a reciver e.g. : 0x8103 then EB15,EB8,EB1 and EB0 is selected
+ \item[Bit 15 -- 0] When writing to this register EB is chosen to be a receiver e.g. : 0x8103 then EB15,EB8,EB1 and EB0 is selected
\end{description}
\item [0xA0E2] LVL2 - events per EB
\begin{description}
\item[Bit 20] lvl1 trigger buffer busy
\item[Bit 21] lvl1 TrbNet busy
\item[Bit 22] lvl1 local busy
- \item[Bit 31 -- 24] lvl1 trigger rnd code
+ \item[Bit 31 -- 24] lvl1 trigger random code
\end{description}
\item[0xA001: LVL1 information] Busy flags and current trigger number and type on LVL1 channel
\item[0x0] Not allowed
\item[0x1] IDLE
\item[0x2] Waiting for token in
- \item[0x3] Data preperation
+ \item[0x3] Data preparation
\item[0x4] Data sending
\item[0x5] Data finished send
\end{description}
\subsubsection{CTS Data structure}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
-When there is trigger type which is not equal 0x9 (MDC calibration trigger sent each second) then the data from CTS contains 5 (4 for current data structure) data words.
+When there is trigger type which is not equal 0x9 (MDC calibration trigger sent each second) then the data from CTS contains 5 data words.
When there is MDC calibration trigger CTS sends also scalers information.
\begin{description}