Digital Logic Design

Test your knowledge of digital logic design with this quiz covering registers and counters. Explore topics such as parallel load registers, shift registers, serial adders, universal shift registers, binary counters, ripple counters, synchronous counters, ring counters, and Johnson counters. Prepare to demonstrate your understanding of these important concepts in digital logic design.

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Questions and Answers

In serial communications, how is a binary number transmitted?

As a sequence of binary digits, one after another, through one data line

What is the primary function of a register in a computer system?

Storing data and states

What is the issue with a simple parallel load register using D flip-flops?

All n bits can be stored at the same time, which may be undesired

What is the key advantage of parallel communications over serial communications?

Provide a binary number through multiple data lines at the same time Signup and view all the answers

What are the essential functions that a register should support in a computer system?

Storing data, getting data in parallel or in serial Signup and view all the answers

COE211: Digital Logic Design 2 Registers: Computer systems use n-bit numbers. Too complex to worry about individual bits. Data is stored in ______.

registers Signup and view all the answers

COE211: Digital Logic Design 4 Simple Parallel Load Register: How long is data stored in the straightforward circuit of a parallel load register? D flip-flops are set on each ______ cycle.

clock Signup and view all the answers

COE211: Digital Logic Design 3 Parallel vs Serial Transfer: Serial communications provide a binary number as a sequence of binary digits, one after another, through one ______ line.

data Signup and view all the answers

COE211: Digital Logic Design 4 Simple Parallel Load Register: What is the problem with this register? Undesired if we want to store ______.

data Signup and view all the answers

COE211: Digital Logic Design 4 Simple Parallel Load Register: All n bits can be stored at the same time, which is undesired if input requires time to ______. Suggested improvement?

stabilize Signup and view all the answers

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Digital Logic Design

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Questions and Answers

In serial communications, how is a binary number transmitted?

What is the primary function of a register in a computer system?

What is the issue with a simple parallel load register using D flip-flops?

What is the key advantage of parallel communications over serial communications?

What are the essential functions that a register should support in a computer system?

COE211: Digital Logic Design 2 Registers: Computer systems use n-bit numbers. Too complex to worry about individual bits. Data is stored in ______.

COE211: Digital Logic Design 4 Simple Parallel Load Register: How long is data stored in the straightforward circuit of a parallel load register? D flip-flops are set on each ______ cycle.

COE211: Digital Logic Design 3 Parallel vs Serial Transfer: Serial communications provide a binary number as a sequence of binary digits, one after another, through one ______ line.

COE211: Digital Logic Design 4 Simple Parallel Load Register: What is the problem with this register? Undesired if we want to store ______.

COE211: Digital Logic Design 4 Simple Parallel Load Register: All n bits can be stored at the same time, which is undesired if input requires time to ______. Suggested improvement?

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