Transformer Design calculation Course online
Transformer Design calculation Course online
Power Transformer Size Calculation Online Course , High Voltage Transformer size Calculation Course Online , Best transformer Design Calculation course online in India .
Transformers Design, Sizing, Selection, Calculations. Transformer Design Course . Power Transformer Course
Online Industrial Based Job oriented Course For Engineer's.
#Course_Name:-
Transformer Design Calculation Course online
#Benefits
Online Course , E- Certificate , PDF EBook of Course , Excel sheet , Video Lecture .
Chapters Pages
1. High Voltage Transformer .......................................................................5
a) Introduction..................................................................................................5
b) Working principle of HVT..............................................................................5
c) Formula & Design Details of HVT..................................................................5
d) Core Area , B max Tesla , Watt/Kg , No load Decide , High Voltage Minimum Gap ,
VPT Calculation Np , Ns, Turn/Layer , Copper Weight Calculation , Total Load Loss Calculation Tank Size , Stacking Factor , CRGO Core, Hysteresis Loss , Eddy Current Loss. etc.
e) Core Window Size Selection............................................................................6
2. 3- phase Transformer.................................................................................11
a) Introduction........................................................................................................11
b) Working principle of 3-phase Transformer.........................................................12
c) Construction of 3-phase Transformer..................................................................13
d) Core type Construction .......................................................................................13
e) Shell type Construction ........................................................................................14
f) Transformer Star Delta configuration ...................................................................15
g) 3-phase Design Details .........................................................................................16
3. 1- phase Transformer.........................................................................................18
a. Introduction ............................................................................................................18
b. Working principle of 1-phase Transformer..............................................................18
c. Formula & Design Details of 1-phase Transformer ................................................19
d. Core Window Size Selection ...................................................................................21
4. Double shield Isolation Transformer........................................................................23
a) Introduction...............................................................................................................23
b) Working principle of DSIT..........................................................................................23
c) Formula & Design Details of DSIT.............................................................................26
d) Core Window Size Selection ......................................................................................27
5. HV Exciter..................................................................................................................28.
a) Introduction.................................................................................................................28
b) Formula & Design Details of Exciter.........................................................................28
6. LV filter.....................................................................................................................31
a) Introduction...............................................................................................................31
b) Formula & Design Details..........................................................................................31
7. RESISTOR.................................................................................................................33
a) Introduction of resistor.............................................................................................33
b) Formula & Design Details.........................................................................................34
8. INDUCTOR.............................................................................................................35
a) Introduction..............................................................................................................35
b) Formula & Design Details.........................................................................................35
9. ABOUT....................................................................................................................36
----Buy Now Link for Indian Origin Engineer 
----Buy Now Link for Overseas EngineerWhy Choose this Online Transformer Design calculation Course?
- Affordable, well-structured and high-quality e-learning study materials
- Engaging tutorial videos, materials from the industry-leading experts
- Opportunity to study in a user-friendly, advanced online learning platform
- Access the course content on mobile, tablet, or desktop from anywhere, anytime
- Excellent career advancement opportunities
- 24/7 student support via email.
Entry Requirement
- This course is available to all learners of all academic backgrounds.
- Learners should be aged 18 or over to undertake the qualification.
Certification:
- After completing and passing the course successfully
Career Path
The Transformer Design calculation Course is a useful qualification to possess, especially to people with careers in:
- Engineer - Design & Developments
- Power System Design Engineer
- High voltage - Production Engineer
Top companies Provide Employment to Engineer.
ABB, Siemens, GE, Bharat Bijlee, TATA motor, Maruti Suzuki etc
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