User:Munin295/Analog circuit

Analog decoder
A analog decoder converts an analog encoding to another encoding type.

A2B decoder
An a2b decoder converts an analog encoding into a binary encoding.

A2U decoder
An a2u decoder converts an analog encoding into a unary encoding.


 * Opposed-Power A2U Decoder


 * Powers a line of 16 redstone dust with a power level equal to the input analog power level from one side, and (15 - input) from the other, leaving only a single dust unpowered.


 * Grizdale's decoder transmits the input's power level to both sides simultaneously by taking the input in the middle of the circuit and using the same number of comparators getting to either side. The output can be shortened to display fewer values by reducing the number of items in the subtraction comparator's input container (when shortening the comparator lines, make sure each dust has a comparator before or after it so it doesn't power an adjacent block with an output torch, as is purposefully done with the 0 output torch).


 * The ARL decoder transmits the input's power level to both sides simultaneously by using a single segment of analog repeater line. The schematic shows how you would typically build the circuit on the ground, but you can also drop the output line and torches 1 block to make the circuit only 2-high (reducing the circuit size to 7&times;16&times;2, or 224 block volume).


 * Earliest Known Publication: 17 March 2013


 * NOR-Gate A2U Decoder


 * Splits the input signal into two lines of redstone dust, with one line at one less power than the other, and compares the power level of the two lines at each potential input to see where the input's power level drops to 0.

Analog memory

 * Capacitor


 * 3&times;4&times;2 (24 block volume), flat, silent
 * circuit delay: 2 ticks


 * Earliest Known Publication: 4 January 2013 (basic concept) and 6 January 2013 (subtraction refinement)