So what we have is a, in logical terms, is called a NOR gate.

The NOR gate is operating properly when the following conditions hold:

To create a NOR gate, another layer of genetic circuitry was required.

A third arrangement, with neither neuron 1 nor 2 at a high concentration, would be the equivalent of a computer's "nor gate."

This was the Puerta Mayor, one of the city "gates," although it had neither wall nor gate to show for it.

There are three symbols for the NOR gate:

Or, conversely, we go back to this NOR gate, where either input is high, and the output is low.

Similarly, the logical effort of a two-input NOR gate can be found to be g = 5/3.

Photonic logic NOR gate based on two symmetric microring resonators.

NOR gate controls oscillator frequency

The output of that second NOR gate goes to one of the two inputs of the first one.

and for a two-input NOR gate, the delay is

4078: Single 8-input NOR gate

As an example, here is a Logical_nor gate in NMOS logic.

The NOR gate is a logic gate that outputs 1 (true) when both of its inputs are 0 (false).

4001: Quad 2-input NOR gate

4025: Triple 3-input NOR gate

4002: Dual 4-input NOR gate

If the higher voltage is defined as the 1 "true" value, a NOR gate is the simplest possible useful logical element.

In NOR gate flash, each cell has one end connected directly to ground, and the other end connected directly to a bit line.

7425: Dual 4-input NOR gate (with strobe, obsolete)

744078: Single 8-input NOR Gate

The diagram below shows a 2-input NOR gate using CMOS technology.

A standard integrated circuit RTL NOR gate can drive up to 3 other similar gates.

Now, when I talked about like if something pulled that input down, the way this is actually implemented is with something like a NOR gate.