Month: April 2024

CMOS NOR and NAND Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 09

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Welcome to our educational blog focused on a key component of the CMOS VLSI Design Laboratory for B.Tech III Year II Semester students at JNTUH. This session, we delve deep into the practical aspects of microelectronic design, specifically through the creation of NOR and NAND gate layouts using the Micro Wind software tool. Micro Wind … Read more

CMOS Inverter Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 07

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Welcome to our comprehensive guide on the simulation and analysis of a CMOS inverter, tailored for students and professionals engaged in semiconductor design and VLSI technology. This blog serves as an educational resource for the CMOS VLSI DESIGN LABORATORY, specifically designed for B.Tech. III Year II Semester students under the JNTUH curriculum. The CMOS inverter, … Read more

Adder Design using Behavioral, Dataflow and Structural modeling Simulation using Xilinx Vivado – JNTUH CMOS VLSI LAB 06

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Welcome to our latest blog post, where we delve into the fascinating world of digital design using Xilinx Vivado. Today, we’re focusing on a fundamental yet incredibly versatile component of digital electronics: the full adder. This tiny powerhouse plays a crucial role in the arithmetic logic units at the heart of most digital systems, including … Read more

Comparator Design Simulation using Xilinx Vivado – JNTUH CMOS VLSI LAB 05

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In this blog, we embark on an insightful journey into designing a 4-bit comparator, an essential tool for comparing binary numbers in digital circuits. This practical exploration is part of the curriculum for the CMOS VLSI Design Laboratory, tailored for B.Tech. III Year II Semester students under JNTUH. Utilizing Xilinx Vivado, we will guide you … Read more

Binary to Gray Converter Design Simulation using Xilinx Vivado – JNTUH CMOS VLSI LAB 04

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In this technical exploration, we delve into the intricacies of designing a 4-bit binary to Gray code converter, a pivotal component in minimizing bit transition errors in digital systems. This experiment, tailored for the CMOS VLSI Design Laboratory curriculum of B.Tech. III Year II Semester under JNTUH, employs Xilinx Vivado to simulate the conversion process. … Read more

Multiplexer, Demultiplexer Design Simulation using Xilinx Vivado – JNTUH CMOS VLSI LAB 03

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In this detailed exploration, we delve into the practical aspects of designing an 8-to-1 multiplexer and a 1-to-8 demultiplexer, crucial components in the realm of digital and VLSI (Very Large Scale Integration) design. This guide caters to the curriculum of CMOS VLSI Design Laboratory for B.Tech. III Year II Semester, following the JNTUH curriculum for … Read more

Encoder and Decoder Design Simulation using Xilinx Vivado – JNTUH CMOS VLSI LAB 02

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Encoder / Decoder Design Lab Manual AIM: To design and simulate 8-to-3 encoder (without and with priority) and 2-to-4 decoder using Xilinx Vivado. Apparatus / Software required: Theory: In digital electronics, an encoder is a device that converts data from one format to another for standardization, speed, or compression. An 8-to-3 encoder without priority encodes … Read more