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With a lot of BUD switches you can't use the block above the piston, so you wouldn't be able to place one in de middle of a room underneath the floor. With this design you can.
It makes use of a glitch of tricking a piston to think it's still powered, however the power is cut of.
The part underground is 5 by 5 by 5 blocks and only send out a pulse every time the red block updates. This BUD switches can't be triggered very fast because the system needs to be reset, this take 1.6 seconds (16 ticks).
The two orange blocks are the blocks that are moved by the two sticky pistons, the red block is the block which needs to be updated to trigger the BUD switch and I used glass blocks for the floor, so you could see trough and look at the circuit.
It makes use of a glitch of tricking a piston to think it's still powered, however the power is cut of.
The part underground is 5 by 5 by 5 blocks and only send out a pulse every time the red block updates. This BUD switches can't be triggered very fast because the system needs to be reset, this take 1.6 seconds (16 ticks).
The two orange blocks are the blocks that are moved by the two sticky pistons, the red block is the block which needs to be updated to trigger the BUD switch and I used glass blocks for the floor, so you could see trough and look at the circuit.
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