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9th November 2024
10 Weeks
Instructor-Led Live Online Weekend Classes
The Basic Analog circuit design field has myriad opportunities in various fields-Data converter signal conditioning, Power Management, High-speed interfaces, Instrumentation, etc. job opportunities are available for engineers with a passion for Analog design, strong analytical problem-solving capability, and strong work discipline/commitment. This course is designed for working professionals with at least 1+ years of work experience in the VLSI / Electronics Industry, who want to learn and possibly switch to the Analog Circuit Design field.
We provide placement support as a complimentary service. Interested candidates need to register with the placement desk for further assistance. For more information, please speak to our Learning Advisor.
1. Overview of analog versus digital circuits.
2. Applications of analog circuits in modern electronics.
3. Introduction to integrated circuits (ICs) and their role in electronics.
1. Review of semiconductor physics.
2. Diodes: structure, operation, and small-signal models. Bipolar Junction Transistor (BJT) and MOSFET operation.
3. MOSFET and BJT current-voltage
characteristics.
4. Small-signal models of MOSFETs and BJTs.
1. Overview of amplifiers: voltage gain, current gain, input/output resistance.
2. Single-stage amplifiers (common-emitter, common-source).
3. Basic configurations: common-source (CS), common-gate (CG), and common-drain (CD) amplifiers.
4. DC biasing techniques.
5. Small-signal analysis of MOSFET and BJT amplifiers.
1. Low-frequency and high-frequency behavior of amplifiers.
2. Gain-bandwidth product.
3. Miller effect and bandwidth limitations.
4. Frequency response analysis using small-signal models.
1. Introduction to differential amplifiers.
2. Differential pair operation (MOSFET and BJT).
3. Common-mode rejection ratio (CMRR).
4.Analysis of small-signal gain and biasing of differential pairs.
1. Basic current mirror operation and applications.
2. Improved current mirror designs (cascode current mirrors) Use of active loads to increase gain in amplifier stages
1. Concept of feedback: positive and negative feedback.
2. Effects of feedback on amplifier performance (gain, bandwidth, and stability).
3. Basic feedback topologies in analog circuits.
4. Stability considerations and feedback compensation.
1. Introduction to operational amplifiers (op-amps).
2. Basic properties: input/output impedance, gain, bandwidth, and stability.
3. Common op-amp configurations: inverting, non-inverting, differential.
4. Practical applications of op-amps (amplification, filtering, buffering).
1. Sources of noise in analog circuits: thermal noise, shot noise, and flicker noise.
2. Input-referred noise and output noise calculations.
3. Techniques for minimizing noise in amplifier circuits.
1. Methods of biasing MOSFETs and BJTs.
2. Stability of bias points.
3. Use of constant current sources and current mirrors for biasing
1. Introduction to Voltage reference
2. Simple voltage reference topologies
3. Bandgap Voltage reference
1. Introduction to the IC layout process.
2. Parasitics in IC design: parasitic resistance, capacitance, and inductance.
3. Basic layout rules for matching and minimizing parasitics.
4. Techniques for improving matching (common-centroid layout).
Analog Circuit Design is the process of designing and developing circuits that process analog signals, such as voltage or current, using components like resistors, capacitors, inductors, and transistors. This field plays a crucial role in creating electronic devices that involve audio, radio frequency, and sensor systems, among others.
The Online Analog Circuit Design Course is ideal for working professionals in the electronics or electrical engineering fields who wish to enhance their skills in analog circuit design. Fresh graduates or individuals looking to shift their careers into VLSI (Very-Large-Scale Integration) can also benefit from this course.
The Analog Circuit Design Course covers essential topics like the fundamentals of analog circuits, operational amplifiers, CMOS circuits, filters, and oscillators. It also includes hands-on practice with industry-standard tools, enabling participants to design, simulate, and verify their circuits effectively.
Yes, upon successful completion of the course, participants will receive a certificate from ChipEdge Technologies. This certification validates their skills in Analog Circuit Design and can enhance their career prospects in the semiconductor industry.
Yes, ChipEdge Technologies provides placement assistance to course graduates. Our dedicated placement team helps connect you with leading VLSI companies, and we also offer guidance on resume preparation and interview skills to improve your employability.
To get started, visit the ChipEdge Technologies website and fill out the enrollment form for the Analog Circuit Design Course. Once registered, our team will guide you through the next steps, including course schedules, payment options, and access to the learning platform.
We are thrilled to announce the launch of our most-awaited offline batches for
Physical Design and Design Verification starting on December 16th, 2024.
Early Bird Offer Alert!
Register now and enjoy exclusive discounts on course fees! Don’t miss out—seats are limited, and the demand is high.
Take the first step toward a successful career in VLSI. We can’t wait to have you in our classroom!