Differences

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

--- gca-pi04-en [2020/01/13 12:06] – [GCA-PI04 RocMouse.] phg
+++ gca-pi04-en [2020/01/13 12:39] – typo smitt48
@@ Line 9: / Line 9: @@
 {{:gca:pict5613.jpg?500}}
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-|  Discontinued, due to unavailablity of chip PCF8591 in DIL16. Alternative **[[:gca:WIOCtrl-en|WIOCtrl]]**.  |
+|  Discontinued, due to unavailability of chip PCF8591 in DIL16. Alternative **[[:gca:WIOCtrl-en|WIOCtrl]]**.  |
+|  WIOCtrl development is in progress, will become available in short time. Info: [[peter.giling@rocrail.net|Peter]]  |
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@@ Line 17: / Line 18: @@
 Assigning a loco to a throttle is done with the dispatch command.\\
 There is furthermore not much to explain about this unit.\\
-No microprocessor is needed, since all inteligence is handled by Rocnet.
+No microprocessor is needed, since all intelligence is handled by Rocnet.
 Just one 8 bit I2C expander and 1 A/D I2C converter is used.\\
 Like GCA-PI02 and GCA-PI03, this unit also contains a line driver, to enable longer wiring.\\
-The used potentiometer  is a cheap standard type pot with 6 mm achse.\\
+The used potentiometer is a cheap standard type pot with 6 mm axle.\\
 It will be suitable for all circumstances.\\
 There is however room on board to replace it with the much more expensive sealed types.\\
-To achieve a more stable reading from the speed selector, an extra 3,3V stabilzer IC5 is added.\\
+To achieve a more stable reading from the speed selector, an extra 3,3V stabilizer IC5 is added.\\
-Also, to avoid reaction on the speed while pushing S6 or the reverse switch, these switches have addional zener diodes.\\
+Also, to avoid reaction on the speed while pushing S6 or the reverse switch, these switches have additional zener diodes.\\
 This all together results in a very nice hand held throttle, and very easy to assemble yourself.\\