This is an animated video on the working of a mobile/smartphone/cellphone charger that converts 220 Volts AC to 5 Volts DC with the help of an optocoupler using Switch Mode Power Supply(SMPS).
Both the transistors, S8050 and 13001, are NPN Bipolar Junction Transistors.
The numbers on SMD Resistors are their values in ohm (Ω), not their codes.
Correction- In the video the fusible resistor is 2.6Ω and not 260kΩ.
This is an animated video on the working of a mobile/smartphone/cellphone charger that converts 220 Volts AC to 5 Volts DC with the help of an optocoupler using Switch Mode Power Supply(SMPS).
how mobile charge works, how mobile charger works animation, mobile charger smps, mobile charger circuit diagram, Electronic circuit, fast charging, electronics engineering, Circuit Diagram, Smartphone, charger, mobile, ac to dc, adaptar, animation, smps, mobile charger, charging, wireless charging,
This is an animated video on the working of a mobile/smartphone/cellphone charger that converts 220 Volts AC to 5 Volts DC with the help of an optocoupler using Switch Mode Power Supply(SMPS).
Both the transistors, S8050 and 13001, are NPN Bipolar Junction Transistors.
The numbers on SMD Resistors are their values in ohm (Ω), not their codes.
Correction- In the video the fusible resistor is 2.6Ω and not 260kΩ.
This is an animated video on the working of a mobile/smartphone/cellphone charger that converts 220 Volts AC to 5 Volts DC with the help of an optocoupler using Switch Mode Power Supply(SMPS).
how mobile charge works, how mobile charger works animation, mobile charger smps, mobile charger circuit diagram, Electronic circuit, fast charging, electronics engineering, Circuit Diagram, Smartphone, charger, mobile, ac to dc, adaptar, animation, smps, mobile charger, charging, wireless charging,
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