Practical Circuit Design and Simulation Tips ADC, LDO, BGR

Practical Circuit Design and Simulation Tips – ADC, LDO, BGR, available at $39.99, has an average rating of 3.35, with 27 lectures, based on 11 reviews, and has 114 subscribers.

You will learn about ADC Design FFT needed in ADC CMOS Switch design for Sample and Hold Operational Amplifier design Layout strategies for opamp ADC simulation time and number of samples Resistors and calibration loops Latch and MUX design 20 Gbps Serializer Parallel Input to Serial Output This course is ideal for individuals who are Electronics enthusiasts or Beginner IC designers or ADC designers who need some help or Curious students of Analog design or Freshers in Electronics It is particularly useful for Electronics enthusiasts or Beginner IC designers or ADC designers who need some help or Curious students of Analog design or Freshers in Electronics.

Enroll now: Practical Circuit Design and Simulation Tips – ADC, LDO, BGR

Summary

Title: Practical Circuit Design and Simulation Tips – ADC, LDO, BGR

Price: $39.99

Average Rating: 3.35

Number of Lectures: 27

Number of Published Lectures: 26

Number of Curriculum Items: 27

Number of Published Curriculum Objects: 26

Original Price: ?4,699

Quality Status: approved

Status: Live

What You Will Learn

ADC Design

FFT needed in ADC

CMOS Switch design for Sample and Hold

Operational Amplifier design

Layout strategies for opamp

ADC simulation time and number of samples

Resistors and calibration loops

Latch and MUX design

20 Gbps Serializer

Parallel Input to Serial Output

Who Should Attend

Electronics enthusiasts

Beginner IC designers

ADC designers who need some help

Curious students of Analog design

Freshers in Electronics

Target Audiences

Electronics enthusiasts

Beginner IC designers

ADC designers who need some help

Curious students of Analog design

Freshers in Electronics

Practical circuit design and simulation tips to be used in DC Biasing, LDO/BGR, ADC Opamp design.

This course addresses those topics which are practical in nature and used by practicing engineers. The 3-hour course material is based on my CMOS Analog IC Design Q&A Refresher Course offered in Spring 2020, where practicing designers from the industry and academia brought out questions that they needed answers for.

There might not be a continuity of topics. I will try to cover the topics with in the scope of designing an ADC. These principles are applicable to most of the ADC designs.

Learn more about

1. Design Thinking in IC Design

2. DC Biasing of the circuits

3. Circuits for reference voltage and current generation

   1. Voltage Regulator

   2. BGR

   3. LDO

   4. V-to-I

   5. Precision Current References

4. .Opamp design for Analog to digital converters

   1. OTA

   2. Buffer

   3. Unity Feedback OTA

   4. Layout design strategies – 2stage opamp + CMFB

5. Sense and Return mechanisms in Feedback circuits

   1. Current and Voltage circuits

6. Sub-Threshold Conduction

   1. Low voltage Operation

7. ADC Design and Simulation

   1. Near Nyquist performance of Opamp for ADC Circuits

   2. Spectral Analysis and No. of FFT Points for simulation

   3. Simulation time for performance

   4. Resistors – their variation and Calibration

   5. Switch design for S/H

   6. CDAC – Capacitive DAC for Sigma Delta ADC

8. Data Transport Applications

   1. High Speed Latch design

   2. 2:1 MUX and 1:2 DEMUX

   3. Serializer design for 20Gbps

Course Curriculum

Chapter 1: Biasing a transistor

Lecture 1: BGR Design and Voltage/Current Distribution Circuits

Lecture 2: Gm/Id design methodology for sub-100 micron CMOS technology

Lecture 3: Common Source (CS) Amplifier with Active load circuits – design and analysis

Chapter 2: Feedback Circuits

Lecture 1: Feedback in IC Design

Lecture 2: Sense and Return circuits for feedback

Chapter 3: Layout Design Strategies – Opamp Design

Lecture 1: Amplifier with Active Loads

Lecture 2: Amplifier Design – Working Example

Lecture 3: Differential Amplifier to Opamp – Circuit Design Methodology and example

Lecture 4: Layout Design and Floor Planning Strategies for Opamp and CMFB Circuits

Chapter 4: Voltage Reference Circuit Design –

Lecture 1: DC Bias Circuits and Voltage Generation

Lecture 2: Voltage Regulation circuits and Low Dropout regulators (LDOs)

Lecture 3: Current Mirrors

Chapter 5: Data Transport Applications

Lecture 1: High Speed Latch Design

Lecture 2: 2:1 MUX design for Transmitter

Lecture 3: Serializer for 20Gbps Transmitter

Lecture 4: Question: CTLE in FPGA

Chapter 6: ADC Design and Simulation

Lecture 1: ADC – Spectral Analysis and FFT points

Lecture 2: ADC – CMOS Switch Design for Sample-and-Hold

Lecture 3: ADC – Types of Resistors used in IC Design

Lecture 4: ADC – Opamp Performance near Nyquist Frequency

Lecture 5: ADC – Performance – SNR SNDR INL DNL

Lecture 6: DAC – Choice of DAC for Sigma Delta ADCs and Simulation time of ADCs

Chapter 7: ADC Performance Metrics

Lecture 1: Data Converter Performance Metrics

Lecture 2: How to improve accuracy of ADC

Lecture 3: ADC Gain Error

Lecture 4: ADC Offset Error

Instructors

Dr G S Javed
Design Thinker and Analog IC Design Manager

Rating Distribution

1 stars: 3 votes

2 stars: 3 votes

3 stars: 0 votes

4 stars: 1 votes

5 stars: 4 votes

Frequently Asked Questions

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