Design a fast 8-bit adder

Assignment Help Electrical Engineering

Reference no: EM131276098

1. Design a fast 8-bit adder. The inputs may drive no more than 30 Q of transistor width each and the output must drive a 20/10 Q inverter. Simulate the adder and determine its delay.

2. Sketch the PG network for a modified 16-bit Sklansky adder with fanout of [8, 1, 1, 1] rather than [8, 4, 2, 1]. Use buffers to prevent the less-significant bits from loading the critical path.

Reference no: EM131276098

Questions Cloud

Complete a dupont analysis for each of the three years : You are responsible for determining the future financing requirements for Premier Paper Company. Complete a DuPont analysis for each of the three years and identify any issues/concerns.

Discuss about the globalization of business company culture : What effects will the globalization of business have on a company's culture and how can companies prepare, recruit and select people to work in the global environment. Make sure you use concept, theory and terminology to provide specifics

Develop a boolean equation for overflow as a function : Develop a Boolean equation for overflow as a function of the most significant bits of the two inputs and the output.

What types of communication are extremely sensitive : In the hospitality Industry: Why is it important to keep customer information secured and private? What types of communication are extremely sensitive? What are the implications if a guest's information is compromised??

Design a fast 8-bit adder : Sketch the PG network for a modified 16-bit Sklansky adder with fanout of [8, 1, 1, 1] rather than [8, 4, 2, 1]. Use buffers to prevent the less-significant bits from loading the critical path.

For purposes of diversity-of-citizenship : For purposes of diversity-of-citizenship, where does a corporation reside?

What communication and negotiation approaches : What factors could hurt its prospects? Because of an abundance of cheap labor, China has been called “the workshop of the world.” Do you think this will still be the case a decade from now? Why or why not? What communication and negotiation approache..

What concerns might you have about the circuit family : If you were the circuit manager choosing design styles for a large chip, what concerns might you have about the circuit family?

Determine the setup time and clock-to-out delays : Each true or complementary input can drive no more than 24 Q of transistor width. Each output must drive a 32/16 Q inverter. Simulate each circuit to determine the setup time and clock-to-out delays.

User Account

All Pages