Get updates on Eligibility, Admission, Placements Fees Structure
Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English, Hindi | Self Study, Virtual Classroom | Video and Text Based |
Course Overview
This Internship in the Design of DC Power Supply will familiarise the candidates with the way the jobs are carried out in the domain and what the different concepts of design are, which are the more popular and used ones among them and show them how the linear and switch supply modes function.
The 4-week long course covers every relevant topic in great detail so that the applicants are not left with any doubts about the industry. For this purpose, it also features a bilingual medium of instruction for the program in order to make comprehension of both the theoretical and practical aspects of the course easy and effective.
The candidates will be able to get some fantastic insights from the course that will make understanding complex and time taking topics easy to learn and carry out. The lab sessions will grant them the ability to solve twisted scenarios and the live classes will help them with the theoretical side of the program.
The Highlights
- NIELIT certification
- 4-weeks long
- Online course
- NIELIT faculty
- Both English and Hindi medium available
- Government certification
- 2 hours a day class
- A Digital India initiative
Programme Offerings
- Live Classes
- Feedbacks
- assessments
- Instructor-led sessions
- e-learning portal
- Reviews
- Lab classes.
Courses and Certificate Fees
| Certificate Availability | Certificate Providing Authority |
|---|---|
| yes | NIELIT Gorakhpur |
The fees for the Internship on Design of DC Power Supply course is :
Category | Amount |
Course fee | Rs. 1,200 |
Eligibility Criteria
Education
To apply for the program, the candidates will either need to have a degree in B.Tech/ B.E/ Diploma Electrical/ Electronics/ Instrumentation or they need to be pursuing it.
Certification Qualifying Details
Candidates will be required to attain at least 50% marks in the final test which will be conducted online and have a minimum attendance score of 75%.
What you will learn
Achieving the certificates will suggest that the participants have mastered the following techniques and concepts.
- The participants will first of all be introduced to the DC power supply, their two types and their modes of distribution.
- Candidates will also learn the three kinds of terminal regulators used for a linear mode of supply in both fixed and variable voltage.
- Applicants will be able to strongly grasp how DC to DC converters function, what a Cuk converter is and how to use Buck-Boost converters.
- The ability to quickly measure voltages in either AC or DC and using tools to test multimeters accurately will be one of their strongest skills.
- Introduction to SMPS and the building blocks of SMPS will be some of the most significant contents in the participants’ lessons.
- Candidates will be taught to regulate circuit designs to meet the desired rates by using tools such as ICs 723.
- Lastly, the candidates will learn how to simulate regulator circuits or regulated power supplies so that they could deliver the demanded output.
Who it is for
Candidates who belong to one of these groups are perfectly suited for the program.
- Freshers who have just qualified for their graduation exams and need to be in the driver’s seat of their careers can find out how to gain this advantage from this internship.
- Participants already in the power supply sector wanting to gain the skill of designing for career progression can attain it through this certification internship.
Admission Details
The instructions to join the internship program have been given here.
Step 1: Participants need to open the program website on their systems.https://www.nielit.gov.in/gorakhpur/sites/default/files/Gorakhpur/B14_Internship_on_DesignofDCPowerSupply_200928.pdf
Step 2: The icon saying ‘Click here for Registration’ can be seen on the webpage.
Step 3: On completing and submitting the registration form, applicants will receive an email for verification purposes.
Step 4: Participants are required to login through their emails and make sure they have uploaded all the essential documents and filled the details correctly before submitting the form.
Step 5: Candidates will then have to lock their accounts as the payment for the course cannot be made as long as the account is not open.
Step 6: Paying for the course will be the final step of the admission procedure.
The Syllabus
- Introduction to DC Power Supply
- Unregulated and regulated DC Power supply
- Linear and Switching Power Supply
- Basic Electronic components
- Active and passive components
- Specification of resistor
- capacitor and inductors
- Tools and measuring instruments,
- Analog and Digital multimeter
- their use in measurements of AC/DC voltage and currents
- Component testing using multimeter
- Transformer; its types
- classification and specifications
- Diode and transistors
- their types
- characteristics and applications
- Operational amplifiers
- characteristics of OP-Amp
- Region of operation of Op-Amp
- application of Op-Amp
- Spec. and pin details of IC741
- IC555
- Its functional diagram
- pin details and application as Monostable and Astable Multivibrator
- Basic building blocks of DC power Supply
- Transformer
- rectifier
- Filter and regulator
- Types of regulators
- Series and shunt regulator
- Design of linear power supply using discrete components
- Three terminal linear regulators for fixed and variable o/p voltage
- Current limiting and current boosting regulators
- Regulator circuit design using ICs 723
- Regulator design using 723 for 05V and 12V Concept of foldback current limiting
- Overview of SMPS
- Basic building blocks of SMPS
- Design of switch mode power supply
- Concept of PWM
- DC to DC converter
- Buck converter
- Boost converter
- Buck-Boost and Cuk converter
- Study of PWM controls ICs
- Design of SMPS using ICs3524/ ICTL494
- PSpice Simulation of regulated power supply for +5V and +12V output using IC 7805 and 7812 respectively
- PSpice simulation of linear regulator circuit using IC 723
- Review
- summery
- feedback and assessment of the course