Course Content
Lesson 1: What is a Blinker Circuit?
To help students understand how a basic electronic circuit can make an LED blink automatically using a capacitor, and recognize how such circuits are used in real life.
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Lesson 2: Schematic to Reality
To help students understand how electronic diagrams (schematics) are turned into real working circuits using actual components on a breadboard.
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Lesson 3: Solder Like a Pro!
To introduce the essential skill of soldering, which connects electronic components permanently on a circuit board.
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C8: Blinker Circuit + PCB Soldering
  1. What is a PCB and why we use it

    • A Printed Circuit Board (PCB) is a flat board that has copper tracks printed on it. These tracks act like wires to connect components.

    • PCBs make the circuit stronger, cleaner, and easier to fit into real devices like toys, remotes, or lights.

  2. How to identify components on a PCB layout

    • PCBs have labels like R1 (resistor), C1 (capacitor), D1 (diode/LED) printed on them.

    • Each label tells you where to put the correct component.

  3. Steps to assemble and solder on a PCB

    • First, place each component into the correct hole on the board by matching it to the label.

    • Then, flip the board, and solder the component leads using a soldering iron and solder wire.

    • After soldering, cut off the extra wires sticking out using a cutter.

  4. How to test a finished circuit

    • After assembly, connect a battery or power source to the PCB.

If the LED blinks, it means your circuit is working. If not, check your connections or soldering.

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