The RS NAND Latch is basically just a RS NOR Latch with inverters applied to the inputs and outputs.Īn OR Gate is a device that activates the output when at least one of the inputs are activated.Ī NOR Gate is a device which turns the outputs off if at least one of the inputs are activated.Īn XOR Gate is a device that activates the outputs when the inputs are not the same.Īn XNOR Gate is a device that activates the outputs only if the inputs are equal to each other.īoth the rapid pulser and the 5-Clock are pulsating clocks the make the output flicker and that can be used, such as a flickering light in an alleyway or a door that repeatedly opens and closes. The NAND Gate is the same as the AND Gate, but when both inputs are activated, the output is off.

The AND Gate is a device that have the property that you have to activate both inputs to give a signal to the output. This means that in certain cases, you can get rid of a NOT gate by simply picking the Q output instead of putting a NOT gate after the Q output.Ī very basic example of use would be making an alarm system in which a warning light would stay turned on after a Pressure plate is pressed, until a reset button is hit Note that Q means the opposite of Q, e.g. This is probably the smallest memory device that is possible to make in Minecraft. Q can be turned off again by a signal received by R. A device where Q will stay on forever after input is received by S.

Redstone repeater circuit