Translations:Zentrale Z21PG/30/en: Unterschied zwischen den Versionen
Aus Digital Modellbahn
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<code>#define BOOSTER_INT <br> #define BOOSTER_INT_ON LOW <br> #define BOOSTER_INT_OFF HIGH </code> <br> | <code>#define BOOSTER_INT <br> #define BOOSTER_INT_ON LOW <br> #define BOOSTER_INT_OFF HIGH </code> <br> | ||
You can use a H-Bridge driver TLE5205 or equal like TLE5206-2. They can provide up to 5A. A discription you can find under [[Special:MyLanguage/Booster#Booster3|Booster3]]. For the RailCom Output you must use the hardware of Booster3R.<br> | You can use a H-Bridge driver TLE5205 or equal like TLE5206-2. They can provide up to 5A. A discription you can find under [[Special:MyLanguage/Booster#Booster3|Booster3]]. For the RailCom Output you must use the hardware of Booster3R.<br> | ||
| − | :''' | + | :'''Attention:''' The logic table of the [http://pgahtow.sourceforge.net/wordpress/wp-content/uploads/2015/10/TLE5205.pdf Datasheet] from the TLE5205 is different then the TLE5206! |
Version vom 15. September 2018, 00:13 Uhr
TLE5205-2g Booster3 (Not in use! - see TLE Booster3R with RailCom)
A cheap Booster (for example: H-Brücke TLE5205) to provide a DCC-Signal for programming and main track. A second short circuit detection for the internal booster with a seperate RailCom-Signal. To activate the interface you need to uncomment:
#define BOOSTER_INT
#define BOOSTER_INT_ON LOW
#define BOOSTER_INT_OFF HIGH
You can use a H-Bridge driver TLE5205 or equal like TLE5206-2. They can provide up to 5A. A discription you can find under Booster3. For the RailCom Output you must use the hardware of Booster3R.
- Attention: The logic table of the Datasheet from the TLE5205 is different then the TLE5206!