Most modellers will not dispute that soldering dropper wires to your tracks makes for the best electrical continuity...
Valid to UK only - excludes oversized items
Most modellers will not dispute that soldering dropper wires to your tracks makes for the best electrical continuity...
Most, if not all, model railway clubs are welcoming of new members that still have a lot to learn, so don't let...
Steam locomotives are fascinating machines that played a crucial role in the development of railways worldwide. In...
Railway modellers love details, but sometimes a prototype's details can leave us scratching our heads and wondering...
If you are installing model roads onto your diorama or layout, you may be wondering whether to use a product that...
Despite what most places will say, the voltage on the track when using DCC is not 16V. It is not 15V or 12V either.
Actually, as the DCC signal is digital, it is a square wave.
Unfortunately, square waves cannot be measured by standard digital multimeters of the type you are likely to be using. They are designed to measure either DC (analogue) signals or sine waves (like the mains). It means the value you read on the equipment when testing DCC is incorrect.
Yes, most multimeters will display a value in the range 14V to 18V but this is erroneous and is meaningless.
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