VLSI Design Lecture Notes: Aspirants looking to get hold of the VLSI Design Lecture Study Material and Notes can access the best notes for their preparation process or to have a revision of essential concepts.
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Introduction to VLSI Design Lecture Notes
Very-large-scale integration (VLSI) is the way toward making a coordinated circuit (IC) by joining a huge number of semiconductors into a solitary chip. VLSI started during the 1970s when complex semiconductor and correspondence advancements were being created. The chip is a VLSI gadget.
Prior to the presentation of VLSI innovation, most ICs had a restricted arrangement of capacities they could perform. An electronic circuit may comprise a CPU, ROM, RAM, and other paste rationale. VLSI lets IC fashioners add these into one chip.
The hardware business has accomplished a wonderful development throughout the most recent couple of many years, chiefly because of the fast advances in enormous scope reconciliation advances and framework plan applications. With the appearance of exceptionally huge scope joining (VLSI) plans, the quantity of uses of incorporated circuits (ICs) in superior registering, controls, broadcast communications, picture and video preparing, and buyer hardware has been ascending at an extremely quick movement.
The current bleeding edge advances, for example, high goal and low cycle rate video and cell interchanges give the end-clients a glorious measure of utilizations, preparing force and convenientce. This pattern is required to develop quickly, with significant ramifications on the VLSI plan and frameworks plan.
VLSI Design Lecture Notes and Study Material PDF Free Download
Aspirants pursuing their Bachelors in Technology (B.Tech) or anybody who is interested in learning about the software can avail of the VLSI Design Lecture Notes and Study Material updated in this article. Students can aid your preparation with the ultimate preparation tools that help you score more marks.
Candidates can download the study material and notes and refer to them whenever during the preparation process. Use of the VLSI Design Lecture Notes and Study Materials as a reference will help candidates get a better understanding of the concepts and change their score chart.
Here, is a list of a few important notes for a thorough preparation of the VLSI Design Lecture course programme-
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Books are a rich source of information and students should refer to books that provide excellent conceptual background. Candidates can avail the best books for VLSI Design Lecture as recommended by the experts of the subject.
Pupils can refer and read through the VLSI Design Lecture Books and other Study Sources during your preparation.
The list of best and highly recommended books for VLSI Design Lecture preparation are as follows, and candidates can choose the book that meets their knowledge and prepare accordingly.
- CMOS VLSI Design: A Circuits and Systems Perspective by Neil H.E. Weste, David Harris, Ayan Banerjee
- Basic VLSI Design by Douglas A. Pucknell, Kamran Eshraghian
- Microelectronic Circuits (With CD): Theory and Applications 5th Edition by Kenneth C. Smith, Adel S. Sedra
- Introduction to VLSI Circuits and Systems by John P. Uyemura
- VLSI Design by C P Verma
- Algorithms for VLSI Physical Design Automation by Naveed A. Sherwani
The best way to make your preparation effective is with an initial idea and an outline of the VLSI Design Lecture Syllabus. Keeping in mind every student’s requirements, we have provided a detailed view of the VLSI Design Lecture curriculum.
VLSI Design Lecture Course Curriculum will give students a clear idea of what to study, and the unit-wise break up gives topics under each unit carefully and allot time to each topic.
Students must cover all the topics before attempting the VLSI Design Lecture exam so that the paper is reasonably comfortable at the time of the exam. Candidates must ensure awareness of the VLSI Design Lecture Syllabus as it prevents you from wasting unnecessary time on redundant topics.
The updated unit-wise breakup of the VLSI Design Lecture Syllabus is as follows-
|UNIT I: CMOS VLSI Design for Power and Speed consideration||1. Historical Perspective and Future Trends in CMOS VLSI Circuit and System Design- Part-I
2. Historical Perspective and Future Trends in CMOS VLSI Circuit and System Design – Part II
3. Logical Effort – A way of Designing Fast CMOS Circuits
4. Logical Effort – A way of Designing Fast CMOS Circuits -Part II
5. Logical Effort – A way of Designing Fast CMOS Circuits -Part III
6. Power Estimation and Control in CMOS VLSI circuits
7. Power Estimation and Control in CMOS VLSI circuits -Part II
8. Low Power Design Techniques- Part-I
9. Low Power Design Techniques -Part II
|UNIT II- Datapath Design||1. Arithmetic Implementation Strategies for VLSI – Part I
2. Arithmetic Implementation Strategies for VLSI-Part II
3. Arithmetic Implementation Strategies for VLSI-Part III
4. Arithmetic Implementation Strategies for VLSI-Part IV
|UNIT III- Interconnect aware design||1. Interconnect aware design: Impact of scaling, buffer insertion and Inductive peaking.
2. Interconnect aware design: Low swing and Current mode signaling.
3. Interconnect aware design: Capacitively coupled interconnects
|UNIT IV- Hardware Description Languages for VLSI Design||1. Managing concurrency and time in Hardware Description Languages.
2. Introduction to VHDL.
3. Basic Components in VHDL
4. Structural Description in VHDL
5. Behavioral Description in VHDL
6. Introduction to Verilog
|UNIT V- FSM Controller/Datapath and Processor Design||1. FSM + datapath (GCD example)
2. FSM + datapath (continued)
3. Single Cycle MMIPS
4. Multicycle MMIPS
5. Multicycle MMIPS – FSM
|UNIT VI- VLSI Design Automation||1. Brief Overview of Basic VLSI Design Automation Concepts
2. Netlist and System Partitioning
3. Timing Analysis in the context of Physical Design Automation Engineering
4. Placement algorithm
|UNIT VII- VLSI Design Test and Verification||1. Introduction to VLSI Testing
2. VLSI Test Basics – I
3. VLSI Test Basics – II
4. VLSI Testing: Automatic Test Pattern Generation
5. VLSI Testing: Design for Test (DFT)
6. VLSI Testing:Built-In SelfTest (BIST)
7. VLSI Design Verification: An Introduction
8. VLSI Design Verification: Equivalence Checking
9. VLSI Design Verification: Equivalence/Model Checking
10. VLSI Design Verification: Model Checking
Candidates studying VLSI Design Lecture can go through the list of essential questions mentioned below for the VLSI Design Lecture course programme. All the given review questions aim to help the candidates to excel in the examination.
- What are four generations of Integration Circuits?
- Give the advantages of IC?
- Give a variety of Integrated Circuits?
- Give the basic process for IC fabrication
- What is the various Silicon wafer Preparation?
- Different types of oxidation?
- What is the transistors CMOS technology provides?
- What are the different layers in MOS transistors?
- What is an Enhancement mode transistor?
- What is a Depletion mode Device?
- When the channel is said to be pinched –off?
- Give the different types of CMOS processes?
- What are the steps involved in the twin-tub process?
- What are the advantages of the Silicon-on-Insulator process?
- What is BiCMOS Technology?
- What are the basic processing steps involved in the BiCMOS process?
- What are the advantages of the CMOS process?
- What are the advantages of the CMOS process?
- What is the fundamental goal in Device modeling?
- Define Short Channel devices?
Explain how logical gates are controlled by Boolean logic?
In Boolean algebra, the true state is denoted by the number one, referred as logic one or logic high. While, the false state is represented by the number zero, called logic zero or logic low. And in the digital electronic, the logic high is denoted by the presence of a voltage potential.
Mention what are the different gates where Boolean logic are applicable?
- NOT Gate: It has one out input and one output. For example, if the value of A= 0 then the Value of B=1 and vice versa
- AND Gate: It has one output due to the combination of two outputs. For example, if the value of A and B= 1 then the value of Q should be 1
- OR Gate: Either of the value will show the same output. For example, if the value of A is 1 or B is 0 then the value of Q is 1
These are the basic three types of gates where Boolean logic work, apart from these, other gates that are functional works with the combination of these three basic gates, they are XNOR gate, NAND gate, Nor gate and XOR gate.
Explain how binary numbers can give a signal or convert into a digital signal?
The binary number consists of either 0 or 1, in simple words number 1 represents the ON state and number 0 represents the OFF state. These binary numbers can combine billion of machines into one machine or circuit and operate those machines by performing arithmetic calculations and sorting operations.
Explain what is Verilog?
Verilog is an HDL (Hardware Description Language) for describing electronic circuits and systems. In Verilog, circuit components are prepared inside a Module. It contains both behavioral and structural statements. Structural statements signify circuit components like logic gates, counters and micro-processors. Behavioral statements represent programming aspects like loops, if-then statements and stimulus vectors.
The information on VLSI Design Lecture Notes is genuine and reliable and the above mentioned Books and Study Materials aim to help and enhance student’s knowledge and understanding of the subject during preparations and at the time of examination. Students can refer and practice from the provided VLSI Design Lecture Books, Study Materials, and Important Questions from this article.