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One chapter stands out in the book Reliability Characterization of Electrical and Electronic Systems, edited by Jonathan Swingler. I'll Show You All Switch Mode Power Supplies Repairing Secrets And How You Can Start Power Supply Repairing Work From The Comfort Of Your Home Using My Time-Tested Techniques That Works Throughout The Whole World! That's why you need to know how to successfully repair any type of SMPS. What matters is that you must know how to repair, not just to understand the SMPS theories! If you want to become a good SMPS repairer, you need this E-book that can help you get there. For The First Time Ever, I Am Revealing All My Switch Mode Power Supplies Repair Strategies To The Public!
I developed this course to help shortcut your learning curve and save you the years of frustration and confusion that I went through while figuring out how to successfully repair more power supplies. You will know how to read the Schematic Diagram and the functions of each section in SMPS. You will understand the critical waveforms and voltages in many parts of the SMPS section thus helping you to easily diagnose the faults. Complete full colour photos (about 246 photos + diagrams) to go along with the instructions. You will learn from my 11 important true case histories in SMPS repair that can practically help you in any SMPS repair. I've developed a bit of a reputation for explaining complex things in a way just about anybody can understand. The course can't do all the work for you, but if you're willing to follow my guidance and do what I suggest, you'll see your SMPS repairing skills start to grow very rapidly, and your income will grow right along with it. Do you know that we could have wasted lots of money simply by replacing the power IC without knowing it whether it has problem or not? Now with the help of this simple UC3842 IC Tester, you can test whether the IC is good or bad. Is a MUST HAVE report because this tester can be used to find out intermittent zener diode problem and also to locate the voltage of a zener diode if there is no marking on the zener diode. Most other guide either charges hundreds of dollars for one-on-one email consultations or they simply don't include any support at all. If you have any questions, concerns or just plain need some words of motivation, you can contact me via email and will receive a personal response within about 24 hours. I only respond to training questions from my paying members, so this truly is a valuable bonus as you'll never be left confused or wondering.
Most people happily spend $5-$10 a day on expensive coffee drinks, and they have nothing to show for it at the end of the day.
Click2sell.eu sells this product - they are a trusted online retailer specializing in digitally delivered products. You're here because you want to learn how to repair switch mode power supplies and you're not sure how to do it. In fact, most people who try to start to repair SMPS, end up quitting because they don't get fast results. This is because they're focusing on the wrong information which is on the study of too much SMPS theories. Here screenshot preview of the ebook "Troubleshooting & Repairing Switch Mode Power Supplies". You see, there's no way I can ethically promise you results, because I have no idea if you'll follow these steps to learn how to repair power supplies. In other words, the Switch Mode Power Supplies Repair Guide tells you what you need to do, and shows you exactly how, without leaving you to imagine what to do.
Many repair technicians will not use back the power IC whenever they found problem like a shorted power FET in the power primary side.

With the aid of photos and full details explanation, it will not take you long to build this powerful zener diode tester.
I've made this course inexpensive enough so that anyone who is serious about repairing SMPS can afford it. I'm confident that the wealth of information that you will receive and the number of times you'll refer back to this E-book year after year will prove its value.
Take up to eight weeks to examine and use the information, tips and techniques in "Troubleshooting and Repairing Switch Mode Power Supplies E-book". All you need to do is click on the link below, which will take you to the order page, and then you just enter your information in. Don't forget with the purchase of my eBook you get my email support to help you with any question you may have on SMPS. Or you know the basics but are struggling after hearing all the claims as to how easy it was.
The title of the ebooks are LCD Monitor Repair, Testing Electronic Components and Find Burnt Resistor Value. They read all these stories about electronic repairers being able to repair SMPS and making money, and thus they're inspired to give it a shot themselves. I've made it as easy as humanly possible for you by giving you a proven blueprint for success. For the first 6 months of your training I will literally hold your hand and personally make sure that you are doing everything properly and efficiently.
That's less than the cost of a few nice dinners in exchange for a lifetime of knowing how to successfully repair SMPS. You'll be surprised how little work and effort is actually involved for you to start repairing SMPS and have lots of fun in the process! That’s up to 60 day to put these valuable strategies to work on your SMPS in your own home.
If you want to increase your SMPS repair rate, you've got to do something different than what you've been doing all this time. They'd rather keep you in the dark by telling you to "replace this or that" but do not actually tell you the right way on how to locate the bad parts. That won't be the case here, because I'm including the best "how to" guide you've ever seen. Click below to order, so you can get started on repairing Switch Mode Power Supplies right away! The repair techniques in this course are the reasons why I can repair so many types of SMPS, and they can help you do the same.
You'll be able to repair many SMPS after reading and following the step by step guide in this E-book. This course will literally shave years off your learning curve, and help you in repairing many SMPS that can make you lots of money. Once you have used these strategies on SMPS's, I’m confident that you’ll NEVER want to send it back!
At the same time, they explain why executing industry-standard reliability engineering activities is no guarantee that high product reliability will be achieved in operations. In order to understand this paradox in reliability engineering, let us consider a few fundamental concepts. We need to understand that all product failures are caused and that all product failures can be prevented.
That means you won't have to wait in order to begin using these strategies in your repair business. All of the tips, techniques and secrets are revealed in a step-by-step, easy to understand format.

Firstly, engineering knowledge to understand the applicable failure mechanisms and, secondly, management commitment to mitigate or eliminate them. Proactive prevention of failure should be the primary focus of reliability engineering, and never reactive failure management or failure correction. Reliability engineering activities to perform reliability analyses and tests are well documented in various textbooks on reliability engineering. To decide which reliability engineering activities fall into this category is not trivial, since it depends on many factors such as product complexity, product costs, technology maturity, and failure consequences.
An attempt is made to relate these aspects to the ultimate goal of reliability engineering, namely, the prevention or avoidance of product failure.
We need to distinguish between tasks that are often useful way stations and the ultimate goal. The ultimate goal is to have the product meet the reliability needs of the user insofar as technical and economic constraints allow.
In recent years, the concept of design for reliability has been gaining popularity and is expected to continue for years to come.
Reliability engineering activities should be formally integrated with other product development processes. A practical way to achieve integration is to develop a reliability program plan at the beginning of the project.
The plan should indicate which activities will be performed, the timing of these activities, the level of detail required for the activities, and the persons responsible for executing the activities.
This standard addresses not only hardware and software failures but also other failure causes during manufacturing, operations, maintenance, and training. Inadequate understanding of requirements frequently results in design modifications and production rework, or, even worse, premature product failure.
Complete and correct requirements are therefore necessary at the beginning of product development. It is not possible to design and produce a reliable product if you do not know where and how the product will be used. For example, should failure mode and effects analysis (FMEA) be considered, or should fault tree analysis (FTA) rather be considered, or perhaps both analyses?
Figure 2 indicates a few relevant questions, which may be used to guide the development of a reliability program plan for a specific project. The conventional definition requires much more emphasis on, for example, failure data analysis (using various statistical methods), while the other definitions place more emphasis on in-depth understanding and knowledge of possible failure mechanisms. Reliability prediction and reliability demonstration are prime examples of activities where quantification of reliability should be avoided during product development.
If you claim to be able to predict reliability, you imply that you know what will fail and when it will fail. If this were possible, why don’t you rather use that knowledge to prevent the failure from occurring?
The only valid reliability prediction is for wear-out failure modes, where the specific failure mechanisms are well understood. This characteristic of the exponential failure distribution suggests that MTBF may not be a very useful reliability parameter. This requires that the correct reliability engineering activities are correctly executed at the correct time during product development. It is reliable when management provides the necessary resources to enable engineering to achieve the goal of zero failures.

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