Basic component testing.
Now we are going to start with the fuse physical appearance of God and blown fuse.
As you can see this is a good fuse.
This fuse has a slight permed and these two fuses are completely damaged disc.
Color means a major short circuit in the equipment.
As you can see you can't see anything through the glass.
Now there is also a multimeter indication for good and blowing fuse that would fuse.
As you can see here will give you zeros and the blown fuse will give you one.
This is usually done using a fuse.
This and the multimeter itself now in order to test this fuse using a multimeter.
You must use the connectivity or continue at test function rotate your potential meter dial until you
reach the buzzer.
Or can it continue to shape symbol then connect these two terminals to the two terminals of the fuse.
Now if the fuse is working if a conductive path is formed the multimeter will be.
This means that the fuse is working and there is no problem.
Now if the fuse is cut off it's blowing away or if it has a problem.
Once you bless these two terminals the conductive path is broken.
So the multimeter will not beep This is the simplest way to test a fuse using the connectivity test
in your digital multimeter.
And this is carved out in the practical section at the end of this course.
But for now this is how to test a fuse first using the shape if the physical layout wasn't enough.
And if you couldn't figure out if it is blowing or not you can move on to the continued test and see
if your digital multimeter will be or not if it does beep this.
This means that the mole on the fuse is working.
If it didn't beep This means that the fuse is not working.
That's it for how to twist a fuse.
If you have any question please ask and you on a board.
Thanks for watching.
This is Ashraf from educational engineering team.