Saturday, May 6, 2023

Latex Table Generator

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Manual Update Soon...

Friday, March 10, 2023

Qiskit Installation Procedure and Access the IBM Qiskit Account

Qiskit Installation for Windows

1.       Step 1: Download the Anaconda Python installer for Windows.

2.       Step 2: Once the installation is complete, launch the “Anaconda Prompt”

3.       Step 3: In the anaconda prompt, type “pip install qiskit

4.       Step 4:You are all set to launch the Jupyter Notebook by typing the command “jupyter notebook”

5.       Step 5: Let’s create a new Python 3 Notebook by clicking New > Python 3.

This will open a new tab with an editor to write and execute Python programs.

6.       Step 6: Import Qiskit by typing “import qiskit” and hit “Shift+Enter“.

7.       Step 7: Let’s now check the version of Qiskit imported by typing the below line.

qiskit.__qiskit_version__

First Qiskit Program

8.       Step 8: Go to https://quantum-computing.ibm.com/ and sign-up to create your account

9.       Step 9: Upon sign-in, click on the user icon on the top right corner and select "My Account"

10.   Step 10: Click the "Copy token" (blue button) to copy your API token to the clipboard.

11.   Step 11: Let us now go ahead and import IBMQ from Qiskit by typing the below line in the Jupyter Notebook and hit “Shift+Enter

 

You now have an IBM Q Experience’s API token, so let’s save that to your computer by typing the below line and hit “Shift+Enter

 

IBMQ.save_account('<YOUR-IBM-API-TOKEN>')

 

12.   Step 13: To see that we have connected to the IBM’s Quantum devices, type the below code in the Notebook and hit “Shift+Enter

 

IBMQ.load_account()

Monday, February 13, 2023

Digital Design using HDL- Module 2

Digital Design Using HDL

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Module 2 PPT Module 2 PPT
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Module 2 Questions Update Soon...

Monday, January 23, 2023

Digital Design Using HDL -R20

Digital Design Using HDL

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OBE and Subject Introduction OBE and Subject Introduction
Module 1 PPT Introduction to HDL
Module 1 Assignment Question Module 1 Assignment Question and Answer
Text Book 1 Text Book 1
Text Book 2 Text Book 2
Text Book 3 Text Book 3

Tuesday, December 27, 2022

VLSI Design Lab Model Questions paper - R19 JNTUA

VLSI Design Lab

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Sunday, December 11, 2022

VLSI Design Notes - R19 - JNTUA

VLSI Design

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VLSI Lab manual Part A VLSI LAB Manual - PART A
VLSI Design Unit IV Notes VLSI Design Unit IV Notes
VLSI Design Unit V Notes VLSI Design Unit V Notes

Monday, September 26, 2022

VLSI Design - Unit 1 Introduction and MOS Electrical Characteristics

1.       Explain the NMOS fabrication process flow with diagrams.

2.        

a.        Explain clearly the n-well CMOS fabrication process with diagrams. (May 2019).

b.       Explain the operation of the V-I characteristics of NMOS

3.       transistor with a diagram and derive the drain to source current

4.       Equation in saturation and resistance region. (May 2019).

5.       Explain the latch-up effect in CMOS inverter

6.        

a.       Explain the fabrication process of Twin Tub.

b.      . Compare CMOS and BI-CMOS technology.

7.        

a.       Explain the operation of CMOS inverter with a diagram.

b.      Discuss MOS design equations role in Ids –Vds relationship curve. (may/June 2018)

8.       Interpret the Pull-up to pull-down ratio (Zpu-Zpd) for an nMOS inverter driven by another nMOS inverter.

9.        

a.       Explain the Various forms of pull-ups

b.       Illustrate the relationship Ids Versus Vds of MOSFET

10.   Design a stick and layout diagram for CMOS inverter and two input n-MOS NAND.

Friday, September 23, 2022

Latex Reference Materials

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Tuesday, September 13, 2022

VLSI LAB - Experiment

VLSI Design

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VLSI Lab manual Part A VLSI LAB Manual - PART A
Essay Question and Answer Coming Soon