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How to Repair Dead Laptop Motherboard Step by Step in hindi. Laptop RTC Section Testing | PSL Logic
How to Repair Dead Laptop Step by Step in hindi. rtc section testing PSL Logic
LAPTOP NOT POWERING ON TROUBLESHOOTING- DELL LAPTOP MOTHERBOARD S5 ENABLE LOGIC - DELL LAPTOP PSL LOGIC CONCEPT- DELL WISTRON LAPTOP MOTHERBOARD LOGIC - IMPORTANCE OF RTC VCC. FOR MORE KNOWLEDGE JOIN LCIIT ONLINE OFFLINE LAPTOP REPAIRING COURSE. TELEGRAM: +91 8010708080, WHATSAPP: +91 9811654676
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How to Repair Dead Laptop
How to Repair Dead Laptop Step by Step in hindi. rtc section testing PSL Logic
Laptop Chip Level Repairing Course Basic To Advance Level
✅Course: Laptop Chip Level Repairing Course.
Basic To Advance Level
✅Course Code: LMCT- Basic to Advance Level (Complete Course)
✅Eligibility: Complete Hardware/Software/Mobile Repairing Knowledge and Interest in Electronics.
✅Course Duration: 4 Month
COURSE CONTENTS -
✅Module 1: Basic Electronics application of all electronic components, Testing of All Electronic Components, voltage divider, Pullup & Pull Down Concept, Logic high and Logic Low Concept. Mosfet working concept, Mosfet switching concept, Dual Mosfet concept, buck and boost regulator, ldo, linear regulator concept (10-15 days, Trainer - Santosh Kumar Thakur, B.E)
✅Module 2: Circuit Tracing Concept Basic Level Practical Tracing of all Laptop circuit, Identification of Laptop Motherboard generation wise and architecture wise, Basic level schematic circuit explanation, Bios Programming, IO Programming, DC Machine uses, Basic Level Laptop Troubleshooting, Short Circuit Removing, soldering desoldering, BGA, SMD, Electronic Screw Driver, All Types of Testing and Repairing tools Knowledge (optional) (15 to 25 days)
✅ Module 3: Advance Level Advance Level Laptop Circuit Schematic Explanation up to 11th generation ( Quanta/Compal/Wistron/LCFC) including all circuit such as Vin Circuit, Step Down Circuit, Step Down IC enabling logic, Battery Charging Circuit, IO chip, Ram supply Circuit, CPU core circuit, DC to DC load switch circuit, 1.8v alw, 1v alw, VPP, VTT, VDDQ , Complete voltage Circuit of Laptop Motherboard 1st generation to 11th generation, PSID and Adapter id circuit, SIO to PCH Communication, SATA, SSD, USB, Fan Controller Circuit, Thermal Circuit, Keyboard, Touchpad, Sound, Wi-fi , Power Sequence, DSO - auto & Capture mode, board view, LVDS/EDP Circuit, RTC Circuit, Green Clock Concept, Onboard RAM Disable, Graphics Conversion Etc. Complete Troubleshooting for Laptop Not Powering on Problem, Laptop Tripping Problem , Laptop No Display Problem Etc.
✅ Module 4: Bios Editing Bios editing of all brand like HP/ACER/DELL/ ASUS/LENOVO upto 11th Generation Bios, All types of Extraction Method, Clean ME/CSME/TXE region concept upto version 15, AMI Bios Extraction Method, password removal tricks of all brand, Lenovo ThinkPad bios unlocking patching method, Lenovo ThinkPad Bios Unlocking direct programming method, Use of all type of bios extractor, (8 - 10 days, Trainer: Subodh kumar Thakur “2004-2023” 19 year experience in IT Industries)
Identify the Issue:
Before attempting any repair, you need to diagnose the issue accurately. A dead motherboard could be caused by a variety of problems such as power supply issues, failed components, or short circuits. It's important to understand what's causing the problem before proceeding.
Visual Inspection:
Check for visible signs of damage or burn marks on the motherboard. Inspect closely around components, connectors, and power-related areas for any obvious issues.
Power Supply and Battery:
Make sure the laptop's battery is functioning properly and fully charged. Also, test the laptop with a known good power adapter to ensure that the power supply isn't the issue.
Reset BIOS/CMOS:
In some cases, a corrupted BIOS/CMOS settings can cause the motherboard to appear dead. Resetting or reflashing the BIOS might help.
Check Components:
If you're experienced with electronics, you could check individual components like capacitors, resistors, and chips for physical damage or signs of failure. Replacing faulty components might revive the motherboard.
Thermal Imaging:
Using a thermal imaging camera, you might be able to identify hotspots or components that are overheating, which could give you clues about where the problem lies.
Short Circuits:
A short circuit can cause a motherboard to fail. Inspect for loose screws, metal debris, or foreign objects that might be causing a short.
Reflow/Reball Soldering:
In some cases, a technique called "reflowing" or "reballing" solder connections might revive the motherboard temporarily. This involves heating the solder connections to re-establish connections. However, this is a temporary fix and might not solve the underlying issue.