This is a custom chip for Wokwi. It implements a faur independent 2-INPUT exclusive-NOR gates in Positive logic . The chip performs the following boolean function : Y = NOT( A . B) + (A . B)
INPUT A | INPUT B | OUTPUTS |
---|---|---|
L | L | H |
L | H | L |
H | L | L |
H | H | H |
Name | Description |
---|---|
1A | Gate 1 Input signal A |
1B | Gate 1 Input signal B |
1Y | Gate 1 Output signal |
2A | Gate 2 Input signal A |
2B | Gate 2 Input signal B |
2Y | Gate 2 Output signal |
3A | Gate 3 Input signal A |
3B | Gate 3 Input signal B |
3Y | Gate 3 Output signal |
4A | Gate 4 Input signal A |
4B | Gate 4 Input signal B |
4Y | Gate 4 Output signal |
GND | Ground |
VCC | Supply voltage |
To use this chip in your project, include it as a dependency in your diagram.json
file:
"dependencies": {
"chip-sn74hc266": "github:wokwi-custom-chips/sn74hc266@0.1.0"
}
Then, add the chip to your circuit by adding a chip-sn74hc266
item to the parts
section of diagram.json:
"parts": {
...,
{ "type": "chip-sn74hc266", "id": "chip1" }
},
For a complete example, see the sn74hc266 chip test project.