Differences

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--- mgv93-en [2026/01/07 18:41] – [No input indication on board :] phg
+++ mgv93-en [2026/01/07 18:50] (current) – [Connection to rails] phg
@@ Line 52: / Line 52: @@
 Fot N scale and HO it is not a problem, you simply and safely switch one step higher.\\
 But for G scale that is something you have to consider when you are installing led chains.\\
-Simply calculate the total voltage of all leds of one chain together.\\
+Simply calculate the total voltage of all leds of one strip together.\\
 Also consider the rectifier , used for the illumination, because also there you will loose 1,2 Volt in a full bridge.\\
 When GCA93 is used in the configuration from Option 3 or 4 ( see below) the voltage drop is nihil.\\
-A good calculator (unfortunately in Dutch but you will understand it anyway ) for Leds is to be found here:\\
-http://www.ledtuning.nl/index_site.php?Name=calculator\\
@@ Line 78: / Line 75: @@
 |  2  |{{:mgv:hardware:mgv93_dwg.pdf|connection drawing 2 rail system}}  |  Normal current detection where GCA93 feeds power to the track  |
 |  3  |{{:mgv:hardware:mgv93-maerklin.pdf|connection drawing for 3 rail system with contact rails}}  |  Here, the input reacts on short circuit between two rails  |
-|  4  |{{:mgv:hardware:mgv93-maerklin-improved.pdf|connection drawing for 3 rail system with contact rails}}  |  Same as #3 for long wiring between rails and GCA93  |
+|  4  |{{:mgv:hardware:mgv93-maerklin-improved.pdf|connection drawing for 3 rail system with contact rails}}  |  Another way with less problems  when \\ long wiring is used between rails and GCA93  |