Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
Nowadays, the word “digital” has become an omnipresent entity. There are digital watches, digital cameras, digital art, and even a digital economy. Every industry is accepting digitisation, owing to the vast security and storage options available in the digital world. Similarly, the Digital Electronic Circuits online course explores the digital world of circuits.
The Digital Electronic Circuits certification syllabus extensively explains how digital systems are built. The digital circuits provide flexibility in processing, inexpensive building blocks, and easy reproduction and storage. Through this course, candidates will learn how to manipulate digital signals, and how a signal can be made discreet for digital processing.
The Digital Electronic Circuits certification course, spread over 12 weeks, is created by IIT Kharagpur and is available for a free audit. Candidates can also purchase the certificate by paying a nominal fee. This is an online training program in the Electrical and Electronic Engineering category, and the curriculum is of undergraduate level.
The Highlights
- IIT Kharagpur offering
- Free online course
- Paid certificate
- Ongoing course
- Undergraduate level of learning
- Self-led learning
- Assessments
- Expert faculty
Important dates
Course Commencement Date
Start Date : 20 Jan, 2025
End Date : 11 Apr, 2025
Enrollment Date
End Date : 27 Jan, 2025
Other
End Date : 14 Feb, 2025
Certificate Exam Date
Start Date : 03 Mar, 2025
Programme Offerings
- IIT Kharagpur course
- Comprehensive Syllabus
- expert instructor
- Free online course
- Paid certificate
- 12 weeks
- Undergraduate level.
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 1000 | yes | IIT Kharagpur |
- There is no fee required for the Digital Electronic Circuits course, as this is a free online program.
- However, candidates must pay the Digital Electronic Circuits certification fee to avail of the certificate.
Digital Electronic Circuits course fee structure
Course | Total fee |
Digital Electronic Circuits | Free |
Digital Electronic Circuits certification | Rs. 1000 |
Eligibility Criteria
To enrol in the Digital Electronic Circuits programme, candidates need to know about diode and transistor operations. If they have not studied this at the 10+2 Board level, they can study the same from the Basic Electronics or Analog Electronic Circuits course.
Students will receive the Digital Electronic Circuits certification only if they score the minimum passing marks in both the internal assessments and the final exam.
What you will learn
The Digital Electronic Circuits training will make candidates adept in complex concepts and theories, such as:
- Synthesise and analyse different types of sequential and combinatorial digital systems for real-world usage
- Using transistor and diode as a switch
- Code converter
- Applications of counters
- How to organise and expand the memory
- Usage of different types of memory
Who it is for
The course on Digital Electronic Circuits by Swayam is intended for students pursuing the following courses:
- Electronics/ Electrical Engineering
- Computer Science
- Instrumentation
Admission Details
- Candidates can join the Digital Electronic Circuits training by following the link given ahead: https://onlinecourses.nptel.ac.in/noc25_ee20/preview
- Select the option to “Sign in/ Register” once you have gone through the course details.
- Create a new account, or use your Facebook/Microsoft/Google account to log in.
- You can now start learning.
Application Details
The Digital Electronic Circuits online course does not have a registration form for enrolment. Candidates can directly enroll by creating a new account or logging in by entering their email ID, password, and username.
The Syllabus
- Introduction
- Relation between switching and logic operation
- Use of Diode and Transistor as switch
- Concept of noise margin
- Fanout
- Propagation delay
- TTL
- Schottky TTL
- Tristate
- CMOS Logic
- Interfacing TTL with CMOS
- Basic logic gates
- Universality of NAND
- NOR gates
- AND-OR-Invert gates
- Positive and Negative Logic
- Boolean Algebra axioms and basic theorems
- Standard and canonical representations of logic functions
- Conversion between SOP and POS
- Simplification of logic functions
- Karnaugh Map
- Don’t Care Conditions
- Minimization using Entered Variable Map
- Minimization using QM algorithm
- Cost criteria
- Minimization of multiple output functions
- Static-0
- Static-1
- Dynamic Hazards and their cover
- Multiplexer
- Demultiplexer / Decoder, BCD to 7-segment decoder driver
- Encoder
- Priority encoder
- Parity generator and checker
- Number systems-binary
- Signed binary
- Octal
- Hexadecimal number
- Binary arithmetic
- One’s and two’s complements arithmetic
- Codes
- Code converters
- Adder
- Subtractor
- BCD arithmetic
- Carry look ahead adder
- Magnitude comparator
- ALU
- Error detecting and correcting codes
- Bistable latch
- SR, D, JKT
- Flip-Flop: level triggered
- Edge triggered
- Master – slave
- Various representations of flip-flops
- Analysis and synthesis of circuits that use flip-flop
- Register
- Shift register
- Universal shift register
- Application of shift register: ring counter, Johnson counter
- Sequence generator and detector
- Serial adder
- Linear feedback shift register
- Up and down counter
- Ripple (asynchronous) counters
- Synchronous counters
- Counter design using flip flops
- Counter design with asynchronous reset or preset
- Applications of counters
- Design of synchronous sequential circuit using Mealy model and Moore model: state transition diagram, algorithm state machine (ASM) chart
- State reduction technique
- Digital to analog converters: weighted resistor/converter, binary ladder, converter, accuracy and resolution
- Analog to digital converter: quantization and encoding, different types of conversion, accuracy and resolution
- Memory organization and operation
- Memory expansion
- Memory cell
- Different types of memory
- ROM, PROM, PAL, PLA, CPLD, FPGA
Evaluation process
Candidates have to pass the final assessment with >= 30/75 marks and pass the internal evaluations with at least 10/25 marks as the average score. The total score is divided into these two, with the final exam getting 75% weightage and the assessments carrying 25% weightage.
Instructors
IIT Kharagpur Frequently Asked Questions (FAQ's)
This training falls under the category of VLSI design, Communications, Electrical, and Electronics Engineering.
No, the paid final exam is not mandatory.
You must fill the application form for the final proctored exam when the announcements are made. You also need to pay the exam fee to complete your registration.
There is no industry support for this online program.