Jump to: navigation, search

IC Gate: Difference between revisions

(General update.)
No edit summary
Line 19: Line 19:
The '''IC Gate''', short for ''Integrated Circuit Gate'', is a [[Logic Gate|logic gate]] with a variable number of inputs and outputs.
The '''IC Gate''', short for ''Integrated Circuit Gate'', is a [[Logic Gate|logic gate]] with a variable number of inputs and outputs.
== Obtaining ==
== Obtaining ==
To obtain the IC gate, you must bind an IC Blueprint to an IC Chip using an IC Printer. To get the gate itself, surround that chip with circuit plates in a crafting table, as shown below.
To obtain the IC gate, you must bind a [[IC Blueprint|blueprint]] to a [[IC Chip|chip]] using an [[IC Printer|IC Printer.]] Then, surround that chip with [[Circuit Plate|circuit plates]] in a crafting table, as shown below.
=== Crafting ===
=== Crafting ===
{{Crafting
{{Crafting
Line 31: Line 31:


== Usage ==
== Usage ==
The IC Gate is a highly customizable
=== I/O ===
=== I/O ===
The IC gate's inputs and outputs are determined by the schematic on its chip. It is capable of accepting all three kinds of signals: Basic, Analog, and Bundled. Basic inputs simply detect if the input is on or off, while analog inputs detect the signal's strength. Both accept [[Red Alloy Wire|red alloy wire]] and [[Insulated Red Alloy Wire|insulated red alloy wire]] signals. Bundled inputs accept the "colored" signals from [[Bundled Cable|bundled cables]].
The IC gate's inputs and outputs are determined by the schematic on its chip. It is capable of accepting basic, analog, ''and'' bundled inputs, depending on the gate.
 
=== Logic ===
=== Logic ===
The logic of the gate is again determined by the chip that is used in its crafting. The internals of the IC Gate are constructed out of various wires, and any of the combinatorial logic gates. See [[IC Blueprint|this]] for more information. Through the combination of these things, a vast number of possible logical gates can be constructed.
The logic of the gate is determined by the chip within. The internals of the IC Gate are constructed out of various wires, and any of the combinatorial [[Logic Gate|logic gates.]] See the [[IC Blueprint]] for more information. Through the combination of these things, a vast number of possible logic gates can be constructed, like demultiplexers, multi-bit memory arrays, countdown timers, and many more.
 
==History==
==History==
{|class='wikitable'
{|class='wikitable'

Revision as of 17:58, 23 October 2018

IC Gate
IC Gate 256.png
IC Gate
Type

Multipart block

Physics

No

Transparency

Yes (partial)

Luminance

Yes, 7

Blast resistance

?

Tool

Any tool

Renewable

Maybe

Stackable

Yes (64)

Flammable

No

Availability

Survival

First appearance

v4.7.0pre3

Drops

Itself

Data value

dec: 34 hex: 22 bin: 100010

Multipart ID

Unknown

The IC Gate, short for Integrated Circuit Gate, is a logic gate with a variable number of inputs and outputs.

Obtaining

To obtain the IC gate, you must bind a blueprint to a chip using an IC Printer. Then, surround that chip with circuit plates in a crafting table, as shown below.

Crafting

Ingredients Crafting recipe
Circuit Plate +
IC Chip
Circuit PlateCircuit PlateCircuit PlateCircuit PlateIC ChipCircuit PlateCircuit PlateCircuit PlateCircuit Plate
IC Gate


Usage

The IC Gate is a highly customizable

I/O

The IC gate's inputs and outputs are determined by the schematic on its chip. It is capable of accepting basic, analog, and bundled inputs, depending on the gate.

Logic

The logic of the gate is determined by the chip within. The internals of the IC Gate are constructed out of various wires, and any of the combinatorial logic gates. See the IC Blueprint for more information. Through the combination of these things, a vast number of possible logic gates can be constructed, like demultiplexers, multi-bit memory arrays, countdown timers, and many more.

History

Version Changes
v4.7.0pre3 Added the IC Gate.

Issues

Issues pertaining to "IC Gate" are maintained on the ProjectRed Github page. Report issues there.




Cookies help us deliver our services. By using our services, you agree to our use of cookies.