Q$1/30$: Match the terms with their correct descriptions:

$1-$ Sequential Circuit

$2-$ Combinational Circuit

$3-$ Moore Machine

$4-$ Mealy Machine

$5-$ JK$-$Flipflop

$6-$ Moore circuit

$7-$ Mealy circuit

$8-$ Johnson Counter

$9-$ Ring Counter

$10-$ Setup$-$Time

$11-$Hold$-$Time

$12-$ A Latch

$13-$Register

$14-$D$-$Flipflop

$15-$T$-$Flipflop

A$.$ Its output depends only on the current state and is

delayed by one clock cycle.

B$.$ Its output depends on both the current input and the

current state.

C$.$

counter generates a sequence of length $2$ n $,$

where $n=$ number of the flipflops.

D$.$

counter generates a sequence of length n $,$

where $n=$ number of the flipflops.

E$.$ Combines the functionality of SR and T flip$-$flops.

F$.$ The minimum time that the signal must remain stable

before the clock edge triggers.

G$.$ The minimum time that the signal must remain stable

after the clock edge triggers.

H$.$ A storage element capable of holding one bit.

I. A storage element capable of holding $n$ bits of data,

where $n=$ number of flipflops.

J$.$ The behavior of this device is as follow: $Q^{+}=$input

when it is triggered; otherwise $Q^{+}=Q.$

K $.$ The behavior of this device is as follow: $Q^{+}=$tilde$(Q)$ when

it is triggered, and the input is $1$ ; otherwise $Q^{+}=Q.$

L$.$ Its output depends on BOTH the present values of the

inputs and the past state of the circuit and has memory.

M$.$ Its Output depends ONLY on the present values of

input signals and has no memory.