Certificate Course In Advanced Analog and Mixed Circuit Design Course

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Start Date

TBD

Duration

5 Months / 20 Weeks

Training Type

Instructor-Led Live Online Classes

Course Overview of Advanced Analog Circuit Design Course

This course delves into the design and analysis of advanced analog and mixed-signal circuits, focusing on principles and practices essential for modern electronic applications. It will explore in-depth topics, including operational amplifiers, active filters, feedback systems, data converters (ADCs and DACs), and phase-locked loops (PLLs). The course covers both CMOS and Bipolar junction transistor (BJT) technologies, examining their behavior, noise analysis, and stability considerations.

Practical design challenges in analog and mixed-signal environments are emphasized, along with methods for simulation, layout, and integration within larger systems. Case studies, real-world applications, and hands-on projects provide with experience in designing robust circuits under various constraints. By the end of the course, it will be proficient in creating efficient, high-performance analog and mixed-signal circuits suitable for industry applications.

Course Delivery Model

  • Live Online Sessions on Weekends
  • 3 hours - Live lecture sessions every weekend.
  • 3 Hours - Live Online Lab Sessions Every Weekend
  • Module specific Lecture sessions and Labs conducted hand-in-hand
  • Emphasis on hands-on lab sessions aimed at building key skills
  • Weekdays: Lab support through WhatsApp.
  • Flexible learning with Lab Access from anywhere, any time.

Duration & Timing

  • 20 weeks / 5 months
  • Total 120 Hours of Instructor Led Live Sessions
  • 40 Hours of Self Paced Learning for foundation modules
  • 6-8 Hours/ week Commitment is required for better Learning outcome

VLSI Tools & Lab

Synopsys Tools

  • Custom Compiler
  • PrimeSim HSPICE
  • PrimeWave Design Environment

Lab Access

  • Flexible learning with online 24x7 lab access running on high-end cloud servers
  • Access VLSI Lab anytime anywhere using VPN

Who Can attend this course

  • Working Professionals from VLSI industry, having some exposure to MOS circuits and who want to switch to Analog Circuit design.
  • Working professional doing layout — either IO or analog and would like to switch to circuit design.
  • Working Analog Circuit Design Engineers who want to fill the gaps in their understanding & strengthen circuit design concepts to contribute effectively in their current role.
  • Faculty working in Engineering Colleges / Universities, teaching VLSI subjects, who would like to get practical exposure to Analog circuit design.
  • College fresher with inclination towards Analog Circuit design, who can explore opportunities in the industry

Qualification

  • B.E / B.Tech in Electronics / Electrical / Instrumentation
  • M.Tech / M.S in VLSI / Embedded Systems / Electronics / Similar

Payments

  • Pay through Debit card/ Credit card/ Net banking/ UPI.
  • Avail no cost EMI option with ZERO processing charge from our financial partners. You can choose 6 to 9 months of EMI without paying any additional cost on interest.

Placement Assistance

Our Placement Desk works closely with the leading VLSI companies to meet their entry level skilled engineer hiring needs and arranges interview opportunities for our trained engineers. The Hiring companies include both MNC and Service Companies.

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.

Prerequisites

  • Basic circuit theory and analysis
  • Signals and systems
  • Good understanding of MOS Devices

Projects

  • Design Reference voltage using Opamp and from that reference voltage generate a constant current Iref
  • Comparator based Digitizer
  • Voltage Controlled Oscillator

Why Choose ChipEdge

Online VLSI Lab

Synopsys Tools

Expert Trainers

Placement Assistance

Learning App

Industry Relevant Courses

Course Curriculum

  1. Overview of mixed-signal ICs and their applications.
  2. The importance of analog-digital interfacing.
  3. Challenges in mixed-signal IC design: noise, process variation, and power.
  4. Overview of CMOS technology for mixed-signal design.
  1. Review of analog fundamentals: operational amplifiers (op-amps), differential amplifiers.
  2. Current mirrors, voltage references, and biasing techniques. Frequency response, stability, and compensation.
  3. Analog noise sources and input-referred noise.
  1. Logic gates, flip-flops, and registers.
  2. Digital circuit timing: setup/hold time, propagation delay.
  3. Power consumption in digital circuits: dynamic and static power.
  4. Digital noise sources and signal integrity issues.
  1. Fundamentals of ADCs: sampling, quantization, and encoding.
  2. ADC architectures: Flash, Successive Approximation Register (SAR), Pipeline, and Sigma-Delta ADCs.
  3. Performance metrics: resolution, speed, linearity (INL, DNL), signal-to-noise ratio (SNR), and effective number of bits (ENOB).
  4. Design considerations: accuracy, power consumption, and speed.
  1. Fundamentals of DACs: decoding, interpolation, and filtering.
  2. DAC architectures: Binary-weighted, R-2R ladder, current-steering, and Sigma-Delta DACs.
  3. Performance metrics: resolution, linearity, settling time, and glitch energy.
  4. Design considerations: precision, noise, and bandwidth.
  1. Static and dynamic errors in ADCs and DACs (INL, DNL, offset, and gain error).
  2. Thermal and flicker noise in data converters.
  3. Calibration and correction techniques for data converters.
  4. Clock jitter and its impact on high-speed data converters.
  1. PLL fundamentals: phase/frequency detectors, charge pumps, voltage-controlled oscillators (VCOs), and loop filters.
  2. Design of low-noise PLLs for clock generation. Frequency synthesis and multiplication using PLLs.
  3. Jitter and phase noise in PLLs and techniques to minimize them.
  4. Applications of PLLs in data communication, clock distribution, and wireless systems.
  1. Basics of switched-capacitor (SC) circuits.
  2. Design of switched-capacitor filters and integrators.
  3. Noise analysis in switched-capacitor circuits.
  4. Applications of SC circuits in ADCs and analog filters.
  5. Non-idealities: charge injection, clock feedthrough, and mismatch.
  1. Low-dropout regulators (LDOs) and DC-DC converters for mixed-signal systems.
  2. Power supply design for analog, digital, and mixed-signal circuits.
  3. Power optimization techniques for data converters and mixed-signal circuits.
  4. Power integrity: noise in power supplies and its effect on performance.
  1. Mixed-signal IC floorplanning: separating analog and digital regions.
  2. Parasitic capacitance and resistance in mixed-signal IC layout.
  3. Guard rings, isolation techniques, and substrate noise reduction.
  4. Matching techniques for precision analog circuits.
  5. Differential layout strategies for minimizing noise.
  1. Advanced Sigma-Delta modulation techniques.
  2. Time-interleaved ADCs and DACs for high-speed applications.
  3. Low-power, high-resolution converter design for IoT and wearable devices.
  4. Design of mixed-signal circuits for wireless communication.
  5. Mixed-signal IC design for biomedical applications (e.g., implantable devices, sensors).

Learner Reviews

Everyone Will Know Something More Valuable About Education After Completing Any Type of Course in Chipedge. The Way they will Train us is excellent. The trainers train us in a well understanding manner. I am very happy and also satisfied with Chipedge institute through their Quality of Education.
Sonti Satish Goud
Best institute for VLSI Course. Very good lab assistance and placement opportunities. LMS procedural learning helps to understand concepts easily. Trainers are Working professionals who coach for the candidates. VPN is provided for easy access and staff are very helpful.
Shashi Kumar
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