High Frequency Transformer Design: Design Calculation, Principles and Examples" Online Advance Course"

High Frequency Transformer Design:

Design Calculation, Principles and Examples"

Online Advance Course"

Industrial Course for Professional Engineer

Tips Engineer Zone 

Why Choose this Online DC - DC Converter High Frequency Transformer High  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 completion the course successfully

Career Path

This Online 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, GE etc

Note - you will get in This Online course Pdf EBook + Assignment + Videos Lecturer + Excel Sheets+E - Certificate

14. High Frequency Transformer Design: Design Calculation, Principles and Examples" Online Advance Course"

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 ----Buy Now Link for Overseas Engineer

   Course Details    Download Course Sample 

Content 

Chapters                                                                                                 Pages

Module 1: Introduction to DC-DC Converters and Transformers............................ 4

A. Overview of DC-DC converters and their applications..................................... 4

B. Here is a brief overview of DC-DC converters and their applications............... 4

Module 2: Types OF dc-dc Converter .....................................................................6

A. Introduction to transformers and their role in DC-DC converter designs........ ..9

B. Understanding the advantages and limitations of using transformers............. 10

Module 3: Fly back Converter Basics ..................................................................11

A. Introduction to the fly back converter topology & Operating principles, waveforms, and key components ..................11

Module 4: Transformer Design Fundamentals .......................................................11

Module -5: CORE SELECTION BY POWER HANDLING CAPACITY........... 12

A. Core Selection by WaAc PRODUCT ............................................................12

Module -6: Calculation of Turns ratio and magnetizing inductance ........................13

A. Turns Calculation of Primary & Secondary Winding , Core & Window Area Calculation 

Flux Density Calculation , Area Product Calculation.......................................................14

Module 7: Magnetic Design Considerations.......................................................... 15

Module 8: Control and Feedback Systems ............................................................15

A. EE Ferrite core.................................................................................................. 17

B. American Wire Gauge Conductor Size Table ...................................................18



Module 9: Practical Design Calculation with Examples....................................... 19

About...................................................................................................................24