combinational circuit

combinational circuit

[‚käm·bə′nā·shən·əl ′sər·kət]
(electronics)
A switching circuit whose outputs are determined only by the concurrent inputs.
References in periodicals archive ?
In memory elements, transient faults may be produced by the preceding combinational circuit glitches.
Very often different operations over data are implemented in highly parallel networks that take input values and convert them to output values in a combinational circuit. The output values are not formed immediately because input signals pass through logic elements each of which causes a delay on a way of the signals from the inputs to the outputs.
In general the sequential circuits consist of memory element (registers) and combinational circuit. The combinational circuit consists of logic gates that can perform the logical functions in the digital circuit.
Designers of this circuit have assertion best implementation for combinational circuit with low voltage, low power consumption and good PDP.
The unrolled circuit is still a pure combinational circuit, and the ith copy of the circuit represents the circuit at cycle i.
Here [a.sub.i] is the incoming octal digit and C is a combinational circuit which generates the following next state signals:
After this we made logic to make our motor switch on and off by using combinational circuit or sequential circuit approach and then to automate it we use the relay which automates the motor according to our need.
Consider a combinational circuit C, synthesized as a network of modules with a single output (library complex gates or arbitrary sub-circuits) with a set of primary outputs OUT, a set of primary inputs IN, and a set of internal nodes INT.
Let [MATHEMATICAL EXPRESSION NOT REPRODUCIBLE IN ASCII] be p lines in a combinational circuit C implementing scalar function f, and let note with [MATHEMATICAL EXPRESSION NOT REPRODUCIBLE IN ASCII] local functions of these p lines.
We also proved by constructing combinational circuit with the same QCA circuit as comparotr and parity generator.
A combinational circuit based on this minimal form offers the shortest response time, but not at all the smallest size.
With Agilent, TTA is able to broaden its scope of services while adding efficiencies found in the Agilent 3070 family of in-circuit and combinational circuit board test systems, TTA will add new board test resources from Agilent that provide transportable and repeatable test results.