Jan 14, 2016 · This can simply be achieved with a redstone repeater set to 2 ticks feeding into a block with a redstone torch (remember, it takes 1 tick for a redstone torch to turn off or on.) That simple …

Nov 8, 2015 · For short intervals you can use old good repeater clock. You can easily lock it in one state infinitely by applying signal to the block holding redstone torch. For long intervals you better use Etho …

Aug 17, 2018 · If you want to make a super fast one, you need at least a 3x3 block space. You need: x4 redstone dust,x1 lever & x4 redstone repeaters. On each border of the square on the middle, place a …

Aug 2, 2014 · Make sure the hoppers face into each other! Also, with one item, you don't need the RS-NOR latch part. The other image basically uses repeaters to prevent the torch from burning out, but I …

Mar 3, 2014 · Make it like this. = Repeater = Redstone [] [] [] [] You'll need a configuration like this. This will allow a redstone signal to repeat itself. You must have 4 repeaters, make sure they don't touch …

It must go into a repeater before the subtraction comparator because you need a signal strength of 15 for the subtraction pulse generator to work. The output is the repeater going into the iron block next …

Mar 29, 2017 · Make a clock using repeaters. Just take two repeaters, and put them side by side, but make them face opposite directions. Then, connect them up with redstone. Something like this: | [r>]| …

Apr 27, 2021 · By right-clicking on the repeater, you can set its delay from 1 to 4 ticks. (Each redstone tick is 0.1 seconds, or 2 game ticks.) Normally, this corresponds to a time delay of 0.1 to 0.4 …

Oct 25, 2013 · So i have a timed little jumping course, it all works fine. Except for the fact that i had to use like 200 Redstone Repeaters to make it time correctly. Is there a less space consuming way to …

Oct 11, 2015 · I want to know how to make a redstone circuit with one input and one output that for each redstone pulse applied to the input, the signal strength of the output increases by one until it reaches …