Return to Question

I recently purchased a DRV8412 H-Bridge motor driver. It acts like a transformer, decreasing voltage and increasing current. I knew this before I purchased it, and I get that the power is the same therefore, as the voltage decreasing the current increases.

I have no idea however how this works. Intuitively, I get how a normal transformer works with the magnetic flux, but what are the working principles of this transformation?

I recently purchased a DRV8412 H-Bridge motor driver. It acts like a transformer, decreasing voltage and increasing current. I knew this before I purchased it, and I get that the power is the same therefore, as the voltage decreases the current increases.

I have no idea however how this works. Intuitively, I get how a normal transformer works with the magnetic flux, but what are the working principles of this transformation?

Edit: In my circuit the current drawn by the DRV8412 is less than half of the output. The output goes straight to a Peltier.

So I recently purchased a DRV8412 H-Bridge motor driver. It acts like a transformer decreasing voltage and increasing current. I knew this before I purchased it, and I get that the power is the same therefore, as the voltage decreasing the current increases.

I have no idea however how this works. Intuitively, I get how a normal transformer works with the magnetic flux, but what are the working principles of this transformation?

I recently purchased a DRV8412 H-Bridge motor driver. It acts like a transformer, decreasing voltage and increasing current. I knew this before I purchased it, and I get that the power is the same therefore, as the voltage decreasing the current increases.

I have no idea however how this works. Intuitively, I get how a normal transformer works with the magnetic flux, but what are the working principles of this transformation?