Sentence examples for both inputs are from inspiring English sources

In an ideal opamp, the output will be zero any time both inputs are at the same voltage.

By contrast, a NAND gate gives an output of zero when both inputs are one and one when they are not.

An AND gate has two inputs; it will give an output of one when both inputs are one, and zero if they are not.

When an AND circuit is involved, both inputs are required for an output because the flow from a or b alone, without a counterbalancing force, will go out one of the vents.

(In a standard logic gate with two inputs and one output, an AND operation produces an output when it has two positive inputs, while an OR operation produces an output when one or both inputs are positive). That law states that an irreversible process – a logical operation or the erasure of a bit of information – dissipates energy that cannot be recovered.

Quite interestingly it is observed that, for ϕ="ϕ0/2 (ϕ0="ch/e, the elementary flux-quantum) a high output current (1) (in the logical sense) appears if one, and only one, of the inputs to the gate is high (1), while if both inputs are low (0) or both are high (1), a low output current (0) appears.

The chemical composition of both inputs is indicated in Table 1.

Instead of requiring that both inputs be present in order to have output, it remembers the input order that is, it remembers that inputs had been present at some time in the past.

Outward currents recorded following photostimulation of both inputs were completely abolished by application of Gbz.

The results show that the engineered cells exhibited robust and digital-like performance with minor expression leak (<20 %) in XOR output when both inputs were present.

The results showed that the engineered cells functioned as effective biological half subtractors, producing GFP only in the presence of input A and RFP in the presence of input A or B, but not when both inputs were present.