Using an IRF5305 E-Switch Module to Control Motor Speed

Using an IRF5305 E-Switch Module to Control Motor Speed

This article is on how to use the E-Switch module based on the IRF5305 MOSFET module. This module can act as a switch and can be controlled as a motor speed controller. All aspects of this module have been explained in the provided video at Robojax.com. Three different codes have been provided for different usages of this. Also, we have tested the module to see how much current it can handle under HIGH (24V) and at LOW (5V).

Image above shows MOSFET used as a switch.

Image above shows the MOSFET used to control a load connected at the Drain pin.

Image above shows the MOSFET used to control a load connected at the Source pin.

Schematic diagram of E-Switch based on IRF5305 MOSFET

Imagens

Basic Code to keep the IRF5305 Module always ON
Basic Code to keep the IRF5305 Module always ON
Basic Code to keep the IRF5305 Module always ON
Basic Code to keep the IRF5305 Module always ON
Basic Code to keep the IRF5305 Module always ON
Basic Code to keep the IRF5305 Module always ON
Schematic diagram of an E-switch based on the IRF5305 MOSFET
Schematic diagram of E-Switch based on IRF5305 Mosfet
156-Basic code to keep the IRF5305 module always on
Idioma: C++
157-Basic code to keep the IRF5305 module always on
Idioma: C++
158-Basic code to keep the IRF5305 module always on
Idioma: C++
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