We are learning to be able to put what we see on a circuit onto a breadboard. I think i did this correctly, can i get any feedback on my breadboard.

 

Maybe.

We can't see exactly which holes, relative to the pot pins, some of the wires are going into.

We can't see what the specific part number is for the MOSFET, so we can't know the pinout.

We can't see the legend on the pot, so we can't know the pinout.

 

Maybe.

We can't see exactly which holes, relative to the pot pins, some of the wires are going into.

We can't see what the specific part number is for the MOSFET, so we can't know the pinout.

We can't see the legend on the pot, so we can't know the pinout.

 

Welcome to AAC!

I think i did this correctly, can i get any feedback on my breadboard.

The drain resistor looks like 110 ohms to me because of the spacing between the brown band on the power side of the resistor and the black bands.

You have that resistor connected to the gate of the MOSFET (I haven't seen any that aren't GDS). That means the junction of the 100k and the pot is connected to the drain, not the gate.

When I breadboard, I try to align the resistors in the same direction so it's easy to read their color codes:

I also use a lead former on the leads.

 

If a component is going to get hot, don’t put in on the breadboard. It will melt the plastic.

 

I think i did this correctly, can i get any feedback on my breadboard.

From what I see you wrongly connected a MOSFET. The MOSFET pinout for a TO-220 package is GATE - DRAIN - SOURCE.

 

From what I see you wrongly connected a MOSFET. The MOSFET pinout for a TO-220 package is GATE - DRAIN - SOURCE.

Is it always the same for any TO 220 MOSFET?

 

Is it always the same for any TO 220 MOSFET?

Yes, is always the same pinout (G - D- S) for any TO-220 MOSFET.

 

Is it always the same for any TO 220 MOSFET?

I have half a dozen different types of MOSFETs in TO-220 and all are GDS.