INTRODUCTION TO SEQUENTIAL LOGIC

Question 1

are useful when speed is critical and a clock signal isn’t necessary but they can be more challenging to design and maintain due to potential timing issues.

Answer 1

Asynchronous Circuits

Question 2

signals used to synchronize changes in the circuit’s state.

Answer 2

Clocks

Question 3

the basic building blocks that store memory.

Answer 3

Flip-Flops

Question 4

a type of logic circuit where the output depends not only on the current inputs but also on past inputs.

Answer 4

Sequential Logic

Question 5

are ideal for systems that require stability and predictability, thanks to their use of a clock signal.

Answer 5

Synchronous Circuits

Question 6

Outputs depend only on the current inputs.

Answer 6

Combinational Logic

Question 7

has memory, meaning it remembers previous inputs.

Answer 7

Sequential Logic

Question 8

digital circuits that can store one bit of data (0 or 1). They are the fundamental memory elements in sequential logic circuits.

Answer 8

Flip-Flops

Question 9

are level-triggered. Change their state based on the input while a control signal is in a certain state (either high or low).

Answer 9

Latches

Question 10

Outputs depend on current inputs and previous states (memory).

Answer 10

Sequential Logic

Question 11

is a timing signal used to control the state changes in synchronous sequential circuits.

Answer 11

Clocks

Question 12

also memory devices, similar to flip-flops, but they function differently.

Answer 12

Latches

Question 13

similar to flip-flops but triggered differently.

Answer 13

Latches