Скачать или смотреть CPU FAN inside How to work cpu fan || Amazing Experiment 🧪

CPU FAN inside How to work cpu fan || Amazing Experiment 🧪




Upgrade your DC fan to a BLDC fan for maximum performance boost in just 5 minutes! Watch this video to see how easy it is to make the switch.



To "make" a CPU DC fan at home, you can create a custom casing or housing from materials like cardboard or plastic for a pre-existing CPU fan and DC motor, or you can construct a fan system by combining multiple DC fans to create a powerful cooling device, like a "PC box fan" or a large exhaust system. You'll need a DC motor, fan blades, materials for the housing, and a power source (like a 12V DC adapter or a USB power bank with a boost converter).
Materials You'll Need

• DC Motor: A small DC motor or a fan from an old computer.
• Fan Blades: You can use blades from a scrapped CPU cooler, or create your own from plastic or cardboard.
• Casing Material: Cardboard, plastic, or PVC pipe can be used to build a housing or mounting brackets.
• Wires and Connectors: To connect the motor to a power source.
• Power Supply: A 12V DC adapter or a power bank with a boost converter if using a 5V source.
• Tools: Glue, scissors, and potentially a soldering iron.

Steps to "Make" Your Own Fan

1. Prepare the Fan and Motor: Take apart an old computer to salvage a CPU fan and DC motor.
2. Build a Housing:
• For a Single Fan: Create a custom cardboard or plastic housing to fit your CPU fan and direct airflow where needed.
• For Multiple Fans: Construct a box-like structure from cardboard to hold several fans together, forming a "PC box fan".

3. Attach the Fan/Fans: Securely mount the fan or fans to your chosen housing using glue or other fasteners.
4. Wire the Fan(s):
• Connect the wires from the DC motor to your power supply.
• For a 12V DC motor, a 12V power supply is ideal.
• If using a 5V source (like a power bank), a boost converter will be needed to step up the voltage to 12V.

5. Test Your Fan: Power up the fan to ensure it spins correctly and provides the desired airflow.

Considerations

• Power Consumption: Be mindful of the power requirements of your fan and ensure your power supply can handle the load. [6]
• Safety: When working with power tools and electronics, prioritize safety and use appropriate protective gear.
• Design: Think about the purpose of your fan. Do you need to cool a CPU, create a general exhaust, or build a mini air cooler? This will influence your design choices

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