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- 1 CMOS 4 input AND-OR-NOT, AOI Complex Gate Design and Simulation using Xilinx Vivado Microwind – JNTUH CMOS VLSI LAB 12
- 2 CMOS Latch Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 11
- 3 CMOS XOR and Multiplexer Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 10
- 4 CMOS NOR and NAND Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 09
- 5 CMOS Inverter Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 07
- 6 Adder Design using Behavioral, Dataflow and Structural modeling Simulation using Xilinx Vivado – JNTUH CMOS VLSI LAB 06
CMOS 4 input AND-OR-NOT, AOI Complex Gate Design and Simulation using Xilinx Vivado Microwind – JNTUH CMOS VLSI LAB 12
AND-OR-NOT, AOI Gate Introduction to Creating a 4-Input AND-OR-NOT Complex Gate Layout using Vivado and Microwind Welcome to the exciting world of CMOS VLSI Design! If you’re a B.Tech student in your third year, second semester, enrolled in the “CMOS VLSI Design Laboratory” course at JTUH, you’re about to embark on a fascinating journey. This…
CMOS Latch Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 11
Latch Operation https://www.youtube.com/watch?v=_UnxS9DkmrE Introduction to Latch Layout Design in Micro Wind: A Practical Guide for CMOS VLSI Design Laboratory Welcome to our deep dive into the intriguing world of VLSI (Very Large Scale Integration) design, specifically focusing on the creation of latch layouts using the Micro Wind software. This guide is tailored for students of…
Continue Reading CMOS Latch Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 11
CMOS XOR and Multiplexer Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 10
XOR and Multiplexer schematic XOR Layout 2:1 Multiplexer layout https://youtu.be/G4W05-nvjy0 Welcome to our latest blog post, where we delve into the fascinating world of CMOS VLSI design, focusing on creating the layout of XOR logic gates and 2:1 multiplexers using just six transistors. This exploration is part of the curriculum for the B.Tech. III Year…
CMOS NOR and NAND Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 09
Nor and NAND gate layout https://youtu.be/rotW7BOfhQE 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…
Continue Reading CMOS NOR and NAND Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 09
CMOS Inverter Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 07
CMOS Inverter layout using Microwind 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…
Continue Reading CMOS Inverter Design and Simulation using Microwind – JNTUH CMOS VLSI LAB 07
Adder Design using Behavioral, Dataflow and Structural modeling Simulation using Xilinx Vivado – JNTUH CMOS VLSI LAB 06
Adder Implementation Schematic 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…