Arduino Nano v3. DCC Interface specialises in DCC Turntable Control Systems, giving you control over your turntable from your DCC Command station. Step 1 – Start off by connecting a jumper wire (red ) from a 5v pin on the Arduino to the [+] pin on the DCC Interface. So you have an Arduino Uno/Nano, and a DCC Interface… now lets write a simple sketch to start you on your project…. Your DCC feed will be two wires – one to each rail – connect a feed from one rail to Pin 1, and another feed from the other rail to Pin 2.The easiest way to test the interface is to upload a monitoring sketch from Follow the instructions from Step 15 to install the I’ve used the Turntable Accessory Decoder to drive a Stepper Motor and I written an article about that project.Ian Jeffery has other DCC Interface boards that look interesting too.. My NmraDcc library fully supports this DCC Decoding interface and I can recommend using it.
Die Library unterstützt, je nach verfügbaren RAM und Architektur des Mikrocontroller, eine variable Einstellung der Lok- und Weichenanzahl, sowie die Auswahl des Timer1 oder Timer2 für die Signalerzeugung sind möglich. Step 6 – have a cuppa tea! Arduino Model Railway DCC Interface £ 8.00 Add to basket Arduino Nano Model Railway DCC Interface Shield £ 15.00 Add to basket Arduino Nano v3 £ 4.00 Add to basket Arduino Uno/Mega Model Railway DCC Interface Shield We also sell interfaces between an Arduino and your DCC Model Railway allowing you to create diy accessory decoders, point controllers, signal controllers and …

Description. Arduino DCC Library Die Arduino DCC Interface Library ist in C++ geschrieben und kann mit verschiedenen Arduino's verwendet werden. A small and simple interface to enable an Arduino to listen to DCC Commands and become a Model Railway DCC Accessory Decoder.. Use this interface with an Arduino to create your own Accessory decoders, DCC monitors, turn out control, signal control in … The DCC interface is now connected to both the DCC Bus and the Arduino Uno R3. The colours of the jumper wires are just for illustration.Step 1 – Start off by connecting a jumper wire (red ) from a 5v pin on the Arduino to the [+] pin on the DCC InterfaceStep 2 – Connect a jumper wire ( grey ) from a GND pin on the Arduino to the [-] pin on the DCC InterfaceStep 3 – Connect a jumper wire ( blue ) from the D2 pin on the Arduino to the [Ard] pin on the DCC InterfaceStep 4 – Connect one wire from one DCC Track Rail to one of the DCC pins on the DCC InterfaceStep 5 – Connect another wire from the other DCC Track Rail to the other DCC pin on the DCC interface.The DCC interface is now connected to both the DCC Bus and the Arduino Uno R3.Step 1 – Start off by connecting a jumper wire (red ) from a 5v pin on the Arduino to the [+] pin on the DCC InterfaceStep 2 – Connect a jumper wire ( grey ) from a GND pin on the Arduino to the [-] pin on the DCC InterfaceStep 3 – Connect a jumper wire ( blue ) from the D2 pin on the Arduino to the [Ard] pin on the DCC InterfaceStep 4 – Connect one wire from one DCC Track Rail to one of the DCC pins on the DCC InterfaceStep 5 – Connect another wire from the other DCC Track Rail to the other DCC pin on the DCC interface.The DCC interface is now connected to both the DCC Bus and the Arduino Nano V3. Small simple Model Railway DCC Interface for ArduinoUse this interface with an Arduino to create your own Accessory decoders, DCC monitors, turn out control, signal control in fact anything your imagination can create.Pin 1 – + 5v – Connect this to a 5V source ( or the 5v pin on the Pin 2 – – GND – Connect this to the power source GND ( or the GND pin on the Pin 3 – Ard – Connect this to an Arduino External Interrupt pin – the most commonly used pin is D2 – most libraries will use this pin.The other 2 pin connector is the DCC input. DCC Interface’s Model Railway DCC Turntable Accessory Decoder for Arduino Nano.