Hardware
What you will learn
What is PCB
Historic evolution of PCBs
Structure of PCB
How PCBs are categorized based on the number of layers
How PCBs are categorized based on the level of flexibility
How PCBs are categorized based on the mounting techniques it utilizes
How PCBs are categorized based on the material used to form its structure
Multiwire PCBs
Cross talk in PCBs
Recommendations to minimize Crosstalk in PCBs
Top 10 reasons for PCB issues and failures
Description
About me
Hello ,
My name is “Riya Pal” . I am Electronics Engineer by profession .
1) I have 9+ years experience in the field of :
– Thermal management.
– Power electronics .
– Heat sink designing .
– Computer Architecture & Programming languages .
And had
2) Published 9 research papers at international level.
3) Currently , I teach Power Electronics .
4) Apart from this , I also handle projects for students and does seminars on Power Electronics .
About this course
This course – “Printed Circuit Boards (PCBs) For Electrical & Electronics – Module 01” is designed/framed in such a way that even the non-technical person will easily be able to understand the concepts explained in this course. With simple explanations and proper images you will be able to understand every lectures of this course .
Apart from understanding what a PCB is, you will go through the PCB evolution . This will help you in understanding how the PCBs came into existence.
You will also learn about the structure of the PCB and importance of every part of the PCB.
Under the session of PCB classification, you will learn how the PCBs are categorized based on the number of layers it has , based on the level of flexibility it supports, based on the component mounting techniques it utilizes and also based on the materials used to form the PCB board structure.
You will also understand what is multi-wire PCB and its applications.
Apart from this I will make you understand what is cross-talk problem and how to reduce or eliminate this issue.
Last but not the least you will go through all the top 10 reasons for PCB issues and failures such as – platting void , emi issue , emc issue , acid trap , copper to edge clearance , missing trace , components dislodge issue , aging , lack of DFM check and much more.
Content