Add to ORKGA four-bit ALU chip based on a metal gate PMOS process and 10-urn minimum geometries was designed. The operations performed by the ALU included ADD w/carry, SUBTRACT(2’s complement), INCREMENT, DECREMENT, and the logic functions AND, OR, XOR, and COMPLEMENT. Due to space limitations no data or shift registers were included on the chip. PMOS NOR gates and inverters were used in the hardware Implementation of the logic design. The ALU chip was laid out by using the ICE (Integrated Circuit Editor) design tool
ALU is one of the core components of the central processing unit (CPU) of a computer. An arithmetic ...
The main goal of this paper is to assemble a simple 4 bit computer from four full adders. The adders...
In the recent years, there were major importance to Multiple Valued Logic (MVL), where the most comm...
A four-bit ALU chip based on a metal gate PMOS process and 10-urn minimum geometries was designed. T...
A four bit microprocessor was designed using an Apollo workstation and MOSIS two lambda design rules...
In this presented work we designed the 4- bit Arithmetic & Logical Unit (ALU) by using the different...
AbstractThis work is a complementary part for what we proposed in [1]. In this paper, an undergradua...
This project dealt with the design of a 4-bit PMOS parallel comparator analog-to-digital converter. ...
This project is introduced to the student to get hands-on experience in fundamentals of Very Large S...
A four bit serial adder was designed with PMOS NOR gates from a truth table that models binary seria...
The work presented demonstrates the unique ability of Rochester Institute of Technology’s Microelect...
A four bit CMOS arithmetic logic unit was designed. The design was layed out in ICE (integrated circ...
To allow for a quicker, more efficient design process, a PMOS standard cell library has been designe...
This paper presents the development, fabrication, and testing of a new 6” Metal Gate PMOS process. T...
At the Rochester Institute of Technology, a freshmen laboratory project, utilizing a NOR logic array...
ALU is one of the core components of the central processing unit (CPU) of a computer. An arithmetic ...
The main goal of this paper is to assemble a simple 4 bit computer from four full adders. The adders...
In the recent years, there were major importance to Multiple Valued Logic (MVL), where the most comm...
A four-bit ALU chip based on a metal gate PMOS process and 10-urn minimum geometries was designed. T...
A four bit microprocessor was designed using an Apollo workstation and MOSIS two lambda design rules...
In this presented work we designed the 4- bit Arithmetic & Logical Unit (ALU) by using the different...
AbstractThis work is a complementary part for what we proposed in [1]. In this paper, an undergradua...
This project dealt with the design of a 4-bit PMOS parallel comparator analog-to-digital converter. ...
This project is introduced to the student to get hands-on experience in fundamentals of Very Large S...
A four bit serial adder was designed with PMOS NOR gates from a truth table that models binary seria...
The work presented demonstrates the unique ability of Rochester Institute of Technology’s Microelect...
A four bit CMOS arithmetic logic unit was designed. The design was layed out in ICE (integrated circ...
To allow for a quicker, more efficient design process, a PMOS standard cell library has been designe...
This paper presents the development, fabrication, and testing of a new 6” Metal Gate PMOS process. T...
At the Rochester Institute of Technology, a freshmen laboratory project, utilizing a NOR logic array...
ALU is one of the core components of the central processing unit (CPU) of a computer. An arithmetic ...
The main goal of this paper is to assemble a simple 4 bit computer from four full adders. The adders...
In the recent years, there were major importance to Multiple Valued Logic (MVL), where the most comm...