Differences

This shows you the differences between two versions of the page.

--- slice:dcc [2020/03/27 01:15] – [Screen Navigation] Michael Radunsky
+++ slice:dcc [2020/04/12 15:37] – [Programmable Input & Output] Michael Radunsky
@@ Line 153: / Line 153: @@
 ==== Home Button ====
 <imgcaption home_butt|Home button>{{ :slice:slice-qt-home-button.gif?77x75 |}}</imgcaption>
-Returns to [[#Home Screen|Home screen]] (<imgref home_scr>).
+Returns to [[#Home Screen|Home screen]] (<imgref home_scr_dcc>).
 ==== Back Button ====
 <imgcaption back_butt|Back button>{{ :slice:slice-qt-back-button.gif?77x75 |}}</imgcaption>
@@ Line 254: / Line 254: @@
   - If more Gain moves the power away from the set point, switch the polarity from Positive to Negative (or vice versa).
 ===== Programmable Input & Output =====
-The SLICE-DCC has two programmable inputs (labelled A & B) and two programmable outputs (labelled 1 and 3) on the front panel.  It also has a rear panel trigger input and trigger output.  Touching the I/O window on the control bar will open a screen similar to that seen in <imgref io_main>,  From here, it is possible to assign control information input to the two inputs and system performance data to the two outputs,
+The SLICE-DCC has two programmable inputs (labelled A & B) and two programmable outputs (labelled 1 and 2) on the front panel.  It also has a rear panel trigger input and trigger output.  Touching the I/O window on the control bar will open a screen similar to that seen in <imgref io_main>,  From here, it is possible to assign control information input to the two inputs and system performance data to the two outputs,
 <imgcaption io_main|I/O programming window>{{ :slice:dcc:i-o_programmed.png?430x254 |}}</imgcaption>