A ____ for a combinational circuit consists of input columns and output columns.

(all small letters, two words, singular)

One that performs the addition of 3-bits (2 signification bits and a previous carry) is a ___?

A diagram of a combinational circuit has logic gates with no ____ as or ____ elements. (2 answers)

Each input and output variable exists physically as an analog signal whose values are interpreted to a ____ signal. (one word, singular)

A combinational circuit performs operations that can be specified logically by a set of ______ function.

The design of a combinational circuit starts from the specification of the design objective, and it will culminate in ____?

In a combinational logic circuit, we obtained the simplified Boolean function for each ____ as a function of each input variables. (one word, singular)

A combinational circuit that performs the addition of 2-bits is called ____.

In combinational logic circuits, the binary values for the outputs are determined from the inputs.

A combinational circuit does not perform the code conversion from one code to another code by means of logic gates.

We cannot combine an adder with a subtractor.

Is a carry propagate determines whether a carry into stage i will propagate into stage i + 1?

Half Adder needs how many binary outputs?

The simplified boolean functions for the 2 outputs can be obtained directly from the ____?

Full Adder needs ____ binary outputs?

What is the solution to reduce propagation delay?

The Boolean function for each output carry is expressed in ____?

A decimal adder required a minimum of 9 inputs and ____ outputs, since 4-bits are required.

A ___ is a combinational circuit that compares 2 numbers.

The outcome of the comparison of a magnitude comparator is specified by a ____ binary variables.

The binary variable is a comparator that is A=B and is equal to 1, only if all parts of digits of the 2 numbers are ____ ? (one word, singular)

A ___ is a combinational circuit that converts binary information from N input lines to a maximum of 2^n unique output lines.

It is a circuit that receives information from a single line and directs it to one of the 2^n possible output lines. (one word, singular)

The procedure for implementing a combinational circuit by means of a decoder and OR gates requires that the Boolean function of the circuit is expressed as a ____ ?

A/An ____ is a digital circuit that performs the inverse operation of a decoder.

A ____ encoder is an encoder circuit that includes a priority function.

The operation of ____ is such that if 2 or more inputs are equal to 1 at the same, the input having the highest priority will take precedents.

A ____ is a combinational circuit that selects binary information from 1 of the many input lines and direct it to a single output. (one word, singular)

The selection of a particular input line is controlled by a set of ___ lines.

A multiplexer is also called a ____, since it selects one of the many inputs and stirs the binary input to the output line.

Multiplexer circuits can be combined with common ____ inputs to provide multiple bit selections logic. (one word, singular)

If we want a simpler Boolean expression, fewer logic gates are needed to implement the functions, what can be used?
(MULTIPLE Answers can be selected)

As in decoder, multiplexers may have an ____ input to control the operation of the multiplexer. When this input is in an inactive state, the outputs are disabled.
(one word, singular)

The sum of product has ____ term for each bit 1.

____ can be used to implement a digital function.

The basic building block of combinational logic is the ____.

A ___ is a combinational circuit with a number of output lines, only one of which is asserted at anytime.

A multiplexer are used in digital circuits to control signal and data routing.