The reason Transistor-Powered Electric Motors is because there too efficient and reliable. And there incredibly cheap. Remember that the Great Depression happened.
That won't happen. People don't want to give up what they know with clarity and easily. They want you to come back for more and you know..... you get the idea. If the school system itself the education system that simply says it the way it is, they won't make any money. You have to go there for years and years and pay and pay and try so hard to cut through all the lingos to get to the bottom of it. It is a circus. Welcome to the world of bullshit. Everywhere is loaded with bullshit, yes science included. It is a bigger bullshit than religion. Details are what is all about. Details not told: Both coils seem to be would in the same direction but no sure. The size of the wire on the coils could be .5 to 1mm. With supplying such low voltage it couldn't be more than 100 turns. One coil's starting point is soldered at E and its endpoint is soldered at B of the transistor. The other coil's start point soldered to the ground (body, labeled C as in common) of the transistor. You hook up the black wire of your DC supply which is negative to the E pin of the transistor and the red positive supply to the other coil end wire which wasn't soldered to anything. It is a good thing these details were visible. Notice the magnets, they are all facing the same pole out. Chances are the way the power moves through the transistor is one coil behaves as north and the other as south on the magnets. One pushing and one pulling at the right time in such a way that the power is turned off when any magnet gets too close to the coil or it won't work. Hince the name high switching transistor. There are 8 magnets roughly 3/4 inch in size, one with north and the other with south pole face showing. This type of magnet placement implies that the two coils also have opposite poles to each other as current goes through them. By the way, what those letters stand for that he wrote on the transistor. E is for Emitter. B is for Base. C is for Collector. Because the end of the one coil feeds the base of the transistor, it implies that the base is getting half of the total voltage. You have to look at the spec sheet of this transistor you can see what it is all about if you know what it all means. Here it is. datasheetspdf.com/pdf/613663/InchangeSemiconductor/3DD207/1 Cheers.
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Ac motore diy home made good idea
The reason Transistor-Powered Electric Motors is because there too efficient and reliable. And there incredibly cheap. Remember that the Great Depression happened.
I want to build one but I don’t understand the osolater electric part at all .
That’s my main issue I need help can you help me ?
@@thenlpiratekingpirateking6256 No, I don't know man.
why not show how to make it step by step?
That won't happen. People don't want to give up what they know with clarity and easily. They want you to come back for more and you know..... you get the idea.
If the school system itself the education system that simply says it the way it is, they won't make any money. You have to go there for years and years and pay and pay and try so hard to cut through all the lingos to get to the bottom of it. It is a circus. Welcome to the world of bullshit. Everywhere is loaded with bullshit, yes science included. It is a bigger bullshit than religion.
Details are what is all about. Details not told:
Both coils seem to be would in the same direction but no sure. The size of the wire on the coils could be .5 to 1mm. With supplying such low voltage it couldn't be more than 100 turns. One coil's starting point is soldered at E and its endpoint is soldered at B of the transistor.
The other coil's start point soldered to the ground (body, labeled C as in common) of the transistor.
You hook up the black wire of your DC supply which is negative to the E pin of the transistor and the red positive supply to the other coil end wire which wasn't soldered to anything. It is a good thing these details were visible.
Notice the magnets, they are all facing the same pole out. Chances are the way the power moves through the transistor is one coil behaves as north and the other as south on the magnets. One pushing and one pulling at the right time in such a way that the power is turned off when any magnet gets too close to the coil or it won't work. Hince the name high switching transistor.
There are 8 magnets roughly 3/4 inch in size, one with north and the other with south pole face showing. This type of magnet placement implies that the two coils also have opposite poles to each other as current goes through them.
By the way, what those letters stand for that he wrote on the transistor.
E is for Emitter.
B is for Base.
C is for Collector.
Because the end of the one coil feeds the base of the transistor, it implies that the base is getting half of the total voltage.
You have to look at the spec sheet of this transistor you can see what it is all about if you know what it all means. Here it is.
datasheetspdf.com/pdf/613663/InchangeSemiconductor/3DD207/1
Cheers.
What is the torque value..?
fake
No, it's actually genius. To genius to be precise. These types of motors don't exist is because there cheap, reliable, efficient.