Match each of the given to its definition

Encoder

State Table

Decoder

Characteristic Equation

Synchronous inputs

State Equation

Multiplexer

Positive$-$edge clock

Latch

Flip$-$Flop

State Diagram

Negative$-$edge clock

Asynchronous inputs

Selects binary information from one of many input lines and directs it to a single output line.

Represents the information from a state table graphically.

$\_\_22^n($or fewer$)$ input lines and $n$ output lines.

Force the flip$-$flop to a particular state independently of the clock

Causes the flip$-$flop output to change when it transitions from $0$ to $1$

$n$ input lines and a maximum of $2^n$ unique output lines

Causes a change in the flip$-$flop to be triggered on by and during a clock transition

Describes the logical properties of a flip$-$flop ex: $Q(t+1)=D$

Storage elements that are controlled by a clock transition

Storage elements that operate with signal levels.

$\_\_$ Time sequence of inputs, outputs, and flip$-$flop states are placed in this. Consists of the present state, input, next state, and output.

Specifies the next state as a function of the present state and inputs Ex: $A(t+1)=Ax+B$

Causes the flip$-$flop output to change when it transitions from $1$ to $0.$