If you want to design a Linear LED Strobe Light for Machine Vision Illumination or something similar products, then you will be able to do it yourself with the help of this eBook. This is a practical self-help design eBook having complete design details with electronic circuits and PCB Designs including Manufacturing Files.

This is a unique completely hardware controlled design without using any micro-processor. The design will ensure stable and repeatable illumination for Machine Vision Lighting and Image Recognition Systems.

The design includes power regulation, dimming control by PWM, Remote signal of 0-5V D.C. or Continuous ON in both manual and automatic mode. The design also includes safe over-driving techniques without causing any damage to the LED Chips and PCB.

The author has 4 decades of Industrial Experience in India & USA, boosted by a degree in electronics and electrical communication engineering from the premier institute - Indian Institute of Technology, Kharagpur, India.

This eBook is a practical design guide and the author has carefully bypassed college level theories.

This eBook is written in free flowing text with easy to understand Block Diagrams, Electronic Circuit Diagram, PCB Designs, Engineering Drawings, Illustrations, and Graphics. This is a well-configured Engineering eBook and useful guide for the beginners as well as the professionals. You'll re-discover yourself within the pages of this eBook. One of the greatest things in your life will begin unfolding and you'll be ready to take the Electronics World by storm.

All texts and illustrated images in this eBook are original and written, created and edited by the author only.

Readership:
This eBook is written for professionals, industrial engineers, students and hobbyists who are connected to the emerging technology of LED Lights for Machine Vision Illumination.
Contents:
Chapter-1: Technology overview of Machine Vision Systems
Chapter-2: Image Acquisition System
Chapter-3: About LED Lights for machine vision illumination
Chapter-4: The LED Drivers
Chapter-5: Design Concept of Linear LED Strobe Light
Chapter-6: Block -1 Power Converter
Chapter-7: PWM Signal Generator
Chapter-8: Circuit Diagram of Master Board
Chapter-9: Manufacturing Files
Chapter-10: Know the Author



Autorentext

I am a Graduate Electronics Engineer from Indian Institute of Technology, Kharagpur, India having more than 45 years of Design Engineering experience in Electronics Products. I have worked in multi-discipline industries which helped me to understand the design criteria of Electronics Products using advanced technology.
Electronics Product design requires a strong knowledge of both hardware and software in electronics and it is to be blended with practical industrial experience. I wrote some eBooks and two of them are worth mentioning here. The first one is "Electric Vehicle Service Equipment ? EVSE ? Comprehensive Design Inputs of Level 1, 2 & 3 Chargers: Circuits, Design & Infrastructure of EVSE" which was published in Amazon. The second one is "Lithium-Ion Battery ? the Power of Electric Vehicles: Basics, Design, Charging technology & Battery Management Systems" which was published in Smashwords. Both the eBooks were largely sold.
I provide 'Advanced Electronics Engineering Products Technology' to manufacturers of Electronics Products. Advanced technology in electronics hardware engineering is costly and difficult to procure. Being an EX-IITan with more than 45+ years of industrial expertise, I am in the market to sell costly advanced technology at a throw away price to help world wide manufacturers in electronics sector.
I am highly experienced in Electronics Product Design and manufacturing. Whether you're a startup seeking guidance or an established company with specific requirements, I am here to assist you.

Thanks and regards,
Subodh Sarkar,
B.Tech (Hons), IIT-KGP.

Titel
Linear LED Strobe Light for Machine Vision Illumination
EAN
9781370678259
Format
E-Book (epub)
Hersteller
Genre
Veröffentlichung
25.11.2018
Digitaler Kopierschutz
Adobe-DRM
Dateigrösse
1.45 MB