
Develop professional skills in computer and laptop motherboard analysis and repair by reading schematics, understanding symbols, and analyzing CPU power circuits and system power circuits.
Explore motherboard schematics, from the CPU and DRAM slots to voltage regulators, power rails, MOSFETs, and buses, and analyze components like capacitors, clocks, and connectors.
Explore a motherboard block diagram showing the cpu chip, control hub, clock generator, and connections to ram and other interfaces via buses.
Explore how motherboard power rails are generated and regulated, detailing regulators, inverters, mosfets, and transistor paths that deliver core voltages for the processor, memory, and hard disk drive.
Discover motherboard schematic symbols for resistors, capacitors (polarized and nonpolarized), transistors and mosfets, integrated circuits, crystals, ground types (digital and analog), connectors and pins, and clock and network resistance concepts.
Analyze the cpu scheme through the processor block diagram and schematic, detailing control signals, clock timing, and voltage ranges, plus the role of capacitors and ground connections in the motherboard.
Explore gmch scheme analysis by examining a bridge schematic, processor voltage, clock signals, interference, and related load considerations within a system a b c framework.
Explore the ICH scheme and bridge, tracing PCI controls, read/write signals, and the power and controller blocks across the motherboard schematic.
Analyze the keyboard controller (KBC scheme) and related buses, detailing SPI connections, clocking, voltages, and the role of capacitors and ground in the motherboard schematic.
Explore how the charging circuit uses mosfets, rc networks, and resistors to regulate battery charging voltage from the adapter, while detecting charger presence.
Analyze a 3v-5v system power, showing how a 19-volt source, coil, and mosfet control generate plus 3.3 volt and plus 5 volt rails with capacitors and pin signals.
Explore RAM circuit analysis by examining system power and plus five volt sources that generate RAM voltages. Trace how voltage levels and ground references drive RAM operation and output signals.
Analyze CPU system power and voltage generation through power management signals, MOSFETs, and capacitors, highlighting how discipline management coordinates to deliver a specific voltage.
Analyze how the 1.5 V and 1.05 V rails are generated within a motherboard power system, using capacitors and the 3.3 V/5 V supplies.
The Complete computer motherboard schemes analysis course is intended for those interested in computers and electronics.
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Topics that we will be discussed in this course are :
Motherboard Block Diagram
Motherboard Power Rail
Motherboard Scheme Symbols
CPU ( Central Processing Unit ) Scheme Analysis
GMCH ( Northbridge ) Scheme Analysis
ICH ( Southbridge ) Scheme Analysis
RAM Scheme Analysis
KBC Scheme Analysis
BIOS IC Scheme Analysis
Charge IC Scheme Analysis
System Power 3V/5V Scheme Analysis
CPU System Power Analysis
RAM System Power Analysis
1,05V/1,5V System Power Analysis
Motherboard Connectors Scheme Analysis etc...
We will go deeper, study, and analyze all these Parts using real schematics in detail.
upon completion of this course, you will gain 7 skills that will make you a hardware professional and have a deep understanding of motherboard circuit diagrams.
Skill N°1: Be Professional in laptop schematics reading.
Skill N°2: Go deeper into understanding computer work.
Skill N°3: Knowing the measurement points and the correct way to do so on the motherboard.
Skill N°4: Knowing the meanings of the symbols used in the motherboard circuit diagrams.
Skill N°5: Go deeper into understanding and analyzing the motherboard circuit.
Skill N°6: Building a high capability in analyzing schemes and finding motherboard faults.
Skill N°7: Go deeper into understanding the functioning of motherboard components and the relationship between them.
To say the truth, this course is for those who want to be professional in computer scheme analysis and motherboard repair. It will be a reference for you in solving obstinate computer failures. If you are interested in one of the points we talked about before, then this course is for you.
I want to add that by understanding this course, you will be able to understand the scheme of any computer motherboard, regardless of its model or type. because the computer working principle is the same.
Enroll in this course, and Join the caravan of maintenance and circuit diagram analysis experts.