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Digital Electronic Diagnosis And Repair Training

Digital Electronic Diagnosis And Repair Training

"Digital Electronic Diagnosis And Repair Training" Do you want to learn digital electronic diagnosis and repair. Do you want to become a professional in troubleshooting and repairing all kinds of digital electronics. Are you searching for digital electronic diagnosis and repair training, electronic training course, electronic repair course, electronic repair training course for beginners, electronic equipment repair training, electrical fault finding course, where to learn electronic repair or electronic repair certification. If yes, indigenous i.t solution training institute has brought an intensive training for people who want to learn learn digital electronics diagnosis and repair online at the comfort of their home. In this powerful training, you will learn the complete A to Z guide of digital electronics diagnosis and repair. You will learn to Save money by repairing your own electronics, you will also learn how to use test equipment, including the oscilloscope and ESR meter. This powerful training also contain new information on flat screen TVs, digital cameras, remote controls, headsets and many more. I know you might be wondering that this is a practical field work and can someone learn this type of Handwork online. worry no more, because Professional training like this are categories into two, theory and practical aspect. theory aspect introduce/explain how everything in the electronic works, their likely problems, major problems and how you are going to troubleshoot and repair the electronic gadgets problem. why the practical aspect is following the guide/instructions on the theory aspects to perform repair on the digital electronics gadgets in practical form. without theory, there is no practical, it was theory that gave birth to practical. what am trying to say is that, we have a step by step training book package on digital electronic diagnosis and repair, the training book explains everything you need to know about digital electronic diagnosis and repair, it also come with pictures and illustrations that even a dummies can understand it. we also have a practical training videos to assist you with the digital electronic diagnosis and repair training. when you register and become our student, you are going to receive your digital electronic diagnosis and repair training book package and practical training videos. we are also going to train you one on one online through WhatsApp and others, we will train you till you become a professional and expert in digital electronic diagnosis and repair.

NOTE -: Our Digital Electronic Diagnosis And Repair Training Book Package is an electronic version which you can read on your android phone, iPhone, iPad and Computer system, our digital electronic diagnosis and repair training book package is enough to make you a professional in digital electronics diagnosis and repair. 


Introduction To Our Electronic Diagnosis And Repair Training

Everything. That’s a scary word, one I almost avoided including in the title. Can any training actually cover everything about a topic? Yes and no. Yes, in the sense that the principles and techniques you’ll learn can be applied to the repair of every kind of consumer electronics device presently being made or likely to be sold in the near future. No, in that it’s impossible to fit each of the thousands of types of components and countless varieties of gadgets in the world into one volume. Covering all of them in deepest detail would take a library, and a good-sized one at that. The focus of this training is on today’s electronics, most of which are digital in nature, and the kinds of problems you’re most likely to encounter. In this electronic diagnosis and repair training, we’ll explore some newly affordable test gear, look at ubiquitous products that weren’t so commonplace just a few years ago, cover new problems cropping up in many recent gadgets, explore automotive-related issues, go deeper into flat-panel TVs, and add helpful repair techniques and habits for more parts and devices, including condenser mics, lithium batteries, headsets and remote controls. The Glossary has lots of new goodies too. It might seem like there isn’t that much one can service in modern digital gear, compared to the older analog circuitry. Dense boards populated by rows of chips with leads too close together even to poke at with a test probe don’t seem like good repair candidates, do they? Luckily, those areas aren’t where most failures occur, and there’s still plenty of accessible circuitry to work on! In fact, some common problems in today’s gear were rare or non existent in earlier technology, and they’re quite reparable. Exotic and very obsolete components and their associated products aren’t covered in this training. Electron tubes, once the mainstay of all electronics, are pretty much gone, so we won’t spend time on their peculiarities and specific troubleshooting methods. If you want to repair tube-type guitar amplifiers, you can find trainings dedicated to them. Similarly, we won’t be discussing microwave ovens, which also have tubes, or transmitting amplifiers of the sort used by amateur radio operators. Nor will we take more than a passing glance at cathode ray-tube (CRT, or picture tube)–based TVs and monitors. The CRT had a good, long run, from the 1940s until just a few years ago, but it’s a dead technology, thoroughly supplanted by flat-panel displays. Servicing CRT sets is rather dangerous, so please find a training devoted to them if you have an interest in, say, restoring antique TVs. What’s covered here is relevant but not comprehensive enough regarding that topic to keep you safe around those high-voltage beasts. Some obsolete technology is still in common use and may remain so for at least a few more years, so we’ll explore it. Tape-based video recording continues to be used in some digital camcorders, especially at the professional and “prosumer” levels. VCRs and analog camcorders, which are rapidly disappearing as high-definition TV (HDTV) obsoletes them, may be the only key to recovery of precious home movies yet to be transferred to digital media. Serious audio devotees treasure their analog tape recorders and turntables and will never replace them with CD or MP3 players. We won’t spend much time on the old formats, but the troubleshooting techniques covered here are applicable to their repair. Most of today’s digital equipment still contains analog circuitry for audio or video output, microphone input, voltage regulation and such. Many home theater receivers use analog amplifier stages and may have old-fashioned, linear power supplies as well, because they’re electrically quieter than newer, pulse-driven designs. In fact, the best audiophile-grade stereo gear is pretty much all analog and likely will remain that way. Even some digital radio and TV receivers use analog stages to amplify and separate incoming signals before digital decoders extract the data. So, troubleshooting techniques specific to analog circuitry are far from antiquated; they continue to be relevant in our digital era. In this training, it is assumed that you have probably opened an electronic device at one time or another and checked a fuse. Perhaps you know a resistor when you see one, and maybe you’ve even soldered or done some basic troubleshooting. Still, we’re going to start from the top, ensuring you’re a sound swimmer before diving into the deep end. And dive we will! Beginning with a look at the tools you’ll need, we’ll explore setting up your home or office workshop. We’ll discuss the best types of workbenches and lamps, and where to put your gear and tools. We’ll take a close look at the most useful test instruments, where to find bargains on them, and how to operate them. Getting good with an oscilloscope is key to being a crack-shot tech, so we’ll explore a scope’s operation in detail, button by button. Using other test equipment like digital voltmeters, ESR meters and ohmmeters is also crucial to effective repair. We’ll focus on commonly available test gear without spending significant effort on very expensive, exotic instruments you’re never likely to own or need. We’ll examine how to take a product apart, figure out what’s wrong with it, replace parts and close it back up again. Finally, we’ll look at tips and tricks for specific devices, from optical disc players to video recorders, flat-panel TVs, headsets, remote controls and receivers. Here’s a quick breakdown of what’s in each lesson.


OUR TRAINING COURSE CONTENT AT A GLANCE


Lesson 1: Fixing Is Fun!

  • Why repair things? Environmental and economic factors, learning, fun, preserving rare and obsolete technology, potential profit.
  • When is a product worth repairing, and when is it better to cut it up for parts?


Lesson 2: Tools of the Trade

  • Necessary items, from hand tools to test instruments, and how to buy them. Must-haves, nice-to-haves, and expensive goodies to dream about.
  • How to select a workbench and set it up, and where to put it.


Lesson 3: Danger, Danger! Staying Safe

  • How to avoid getting hurt while servicing electronics: electrical and physical hazards, eye and ear protection.
  • How not to damage the device you’re repairing: causing electrical and physical damage.
  • Ensuring user safety after product repair.
  • ATE: Always Test Everything!


Lesson 4: The Philosophy of Troubleshooting

  • General troubleshooting principles: why things work, why they stop.
  • Common mistakes and how to avoid them.
  • Organization of modern devices: microprocessor brains, nervous system, muscles and senses.
  • The “art” side of electronics: manufacturer-specific quirks and issues. What fails most often and why.
  • Failure history and how it helps diagnose problems.
  • Preliminary diagnosis based on symptom analysis: dead, comatose and nearly working.
  • Case histories.


Lesson 5: Naming Names: Important Terms, Concepts and Building Blocks

  • Electrical units: volts, amps, resistance, capacitance, and so on.
  • Circuit concepts: how parts connect and how current moves through them. Series and parallel.
  • Signal concepts: how changes in voltage represent information. Waveforms. Analog and digital representation.
  • Building blocks: common circuits used in many products. Amplifiers, oscillators, frequency synthesizers, servos and voltage regulators.


Lesson 6: Using Test Equipment

  • Digital multimeter: measuring voltage, current and resistance.
  • ESR (equivalent series resistance) meter: finding bad capacitors, tracing short circuits.
  • Oscilloscope: detailed, button-by-button operation, including delayed sweep measurements.
  • AC and DC signal components, roll-off and other issues affecting measurement strategy.
  • Soldering and desoldering techniques.
  • Bench power supply: voltage and current considerations, DC plug polarity.
  • Transistor tester.
  • Capacitance meter.
  • Signal generator.
  • Frequency counter.
  • Analog meter: when to use it, interpreting the wiggling meter needle, tests not possible with a digital instrument.
  • Contact cleaner spray: what to use it on, what not to.
  • Component cooler spray: solving thermal intermittents, considerations for safe use.


Lesson 7: Components

  • Common parts: capacitors, clock oscillators, crystals, diodes, fuses, inductors and transformers, integrated circuits, op amps, resistors, potentiometers, relays, switches, transistors, voltage regulators and zeners.
  • Varieties of each type of part.
  • Symbols, markings and photos.
  • Uses: what components do in circuits.
  • What kills them.
  • How to test them out of circuit.


Lesson 8: Diagrams

  • Block, schematic and pictorial diagrams.
  • Learning to read diagrams like a story: signal flow, organization in stages.
  • Symbols and call numbers.
  • Good, average and bad diagrams.
  • Part-by-part analysis of individual stages and their functions. Amplifier, switching power supply and complementary audio amplifier examples.
  • Superheterodyne and SDR radio examples.
  • Practicing reading: looking for stages and structures in radios and DVD players.
  • Working without a diagram.
  • Case history of troubleshooting an LCD TV without a schematic.


Lesson 9: Entering Without Breaking: Getting Inside

  • Removing outside screws.
  • Separating case halves: hidden snaps.
  • Disconnecting ribbon cables and wire connectors.
  • Layers: disassembling in order, use of digital photos and nested cups.
  • Disassembly tips for common products: receivers, VCRs, DVD players, flat-panel TVs, turntables, video projectors, MP3 players, PDAs, smartphones and tablets, camcorders, digital cameras, laptop computers and AC adapters.


Lesson 10: Recognizing Major Features

  • What various sections of circuitry look like: descriptions and photos.
  • Recognizing sections from components specific to their functions: inductors, power transistors, and so on.
  • Power supplies: linear and switching.
  • Backlight inverters.
  • Signal processing areas, analog and digital.
  • Digital control sections.
  • Output stages: discrete transistors and integrated modules.
  • Mechanisms: video head drum, capstan motor, laser optical head and DLP color wheel.
  • Danger points.


Lesson 11: Signal Tracing and Diagnosis

  • Where to begin, based on observed symptoms.
  • Dead, comatose or crazy, alive and awake but not quite kicking.
  • Intermittents: thermal and mechanical, bad solder joints, board cracks, positional and vibration-sensitive.
  • Working forward or backward through stages: when each technique is appropriate.
  • Stages, test points and making sure you’re in the right place.
  • Zeroing in on bad components.
  • Desperate measures: shotgunning, current blasting and LAP method.


Lesson 12: Presto Change-O: Circuit Boards and Replacing Components

  • Desoldering through-hole and surface-mount components.
  • Choosing replacement parts: new, from your stash and from parts machines.
  • Substituting similar parts when you can’t get the exact replacement: vital characteristics that must be matched or exceeded, and allowable differences in capacitors, diodes, relays, resistors, transistors and zeners.
  • Installing new parts: through-hole and surface-mount, mounting power transistors.
  • Finding components: standardized, proprietary, local, mail order, new and surplus.
  • Saving damaged boards: bridging broken conductors and bad layer interconnects.
  • Reflowing solder on high-density integrated circuit chips.


Lesson 13: That’s a Wrap: Reverse-Order Reassembly

  • Common reassembly errors.
  • Ensuring good ground connections on boards and chassis.
  • Lead dress: placement of wires and cables, physical and thermal risks,
  • electromagnetic interference.
  • Reconnecting ribbon cables.
  • Repairing damaged ribbon sockets.
  • Reversing layer and cup order.
  • Rejoining plastic snaps.
  • Reinserting screws: tension and correct placement.
  • Rejoining welded case halves.
  • Final test.


Lesson 14: Pesky Parts and Persnickety Problems

  • Automotive-related, condenser microphones, pushbuttons, LCDs, lithium batteries.


Lesson 15: Tips and Tricks for Specific Circuits and Products

  • How they work, what can go wrong, when repair is worth doing, dangers within, and how to fix them.
  • Linear and switching power supplies, audio amplifiers and receivers, digital still cameras, disc players and recorders, earbuds and headsets, flat-panel displays and TVs, hard drives, laptop computers, MP3 players, remote controls, smartphones and tablets, VCRs, camcorders and video projectors. Whether or not you’ve already had your hands inside some electronic devices, this training will guide you from the “maybe it’s the fuse” level to the “ah, the biasing diode on the output stage is open” point. It will help hone your sleuthing skills with logic and a solid foundation in how things work, until you feel like an ace detective of electrons. At the very least, it’ll leave you fascinated with everything that goes on inside your favorite gadgets and eager to tackle everything that comes your way. Everything… maybe it’s not such a scary word after all.


You will learn many things in this powerful training which I can't mention here. This professional training cost  more than 150, 000 naira but we are going to just give it out for just 25,000 naira only. The training fee is just 25,000 naira only and 55usd for non nigeria, the training fee cover your digital electronic diagnosis and repair training book package, practical training videos, certificate and training. to register for the training, you can Register Here or Whatsapp, call or message us on 2349077269910 - 2347068895656.you can also email me at indigenousi.tsolution1@gmail.com to register. Your certificate will also be sent to you after completion of the training program. Register today and become expert in digital electronic diagnosis and repair

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