combinational logic

A calculation is simply a piece of combinational logic.

For most implementations of combinational logic, a clock signal is not even needed.

In this circuit, the combinational logic consists of the inverter.

The controlling of signals by means of combinational logic elements.

Or, in other words, sequential logic is combinational logic with memory.

In other words, sequential logic has memory while combinational logic does not.

In this article the design methods for combinational logic circuits are briefly summarized.

State machines, like counters, are a combination of memory elements and combinational logic circuits.

Boolean circuits are also used as a formal model for combinational logic in digital electronics.

This is in contrast to combinational logic, whose output is a function of only the present input.

Combinational logic is used to build circuits that produce specified outputs from certain inputs.

The lab was on combinational logic.

Combinational logic is used when building circuits where certain outputs are desired given certain inputs.

The complex combinational logic of an adder can create timing errors which may result in erratic hardware performance.

The fastest rate of the clock is set by the most time-consuming logic calculation in the combinational logic.

The changes in signal require a certain amount of time to propagate through the combinational logic gates of the circuit.

Minimization (simplification) of combinational logic formulas is done using the following rules:

A combinational circuit combinational logic may occasionally have don't-care conditions.

A synchronous circuit consists of two kinds of elements: registers and combinational logic.

The Richards controller is a method of implementing a finite state machine using simple integrated circuits and combinational logic.

An block models combinational logic.

Four-phase logic works well; in particular there are no race hazards because every combinational logic gate includes a register.

The sequencer then counts, and the count addresses the memory or combinational logic machine that contains the microprogram.

Combinational logic performs all the logical functions in the circuit and it typically consists of logic gates.

A digital circuit is often constructed from small electronic circuits called logic gates that can be used to create combinational logic.