Okay guys, so a new chapter in my rodent and starship coil research and that would be pulse motors. Finally got some magnets. Someone has donated some magnets and you know who you are and I greatly appreciate it. It would probably take me months and months to get some magnets. Money is very very tight so again you know you are and greatly appreciate it. I have a half inch, a quarter inch and an inch neo. It's fear I believe they're 42 in and also one cylinder magnet. That is three quarters with a quarter inch hole. I've got bearings and bearings and bearings and more bearings like small type bearings. I just other everywhere. I've got them out of hard drives and such. They're all metric and that's standard. So I'm working on some bearings. For that okay so what I'd like to show you is a couple of things. What I've learned so far what I'm doing what I'm going to do. As you can see I've taken part a few just a few fans out of PCs and they have haul sensors in them. Now they have different type of haul sensors. They're all set up different. The particular one that I got out of a certain fan motor is just a three-prone. It's positive and negative and you're signal out. The signal is high and then goes low whenever it senses something or the north or south side of a magnet. Now other fans have this very tiny haul sensor chip which is actually got four prongs. It's actually got two second-round outputs high and low and they're opposite on on or off when they're running. A couple more here. I plan on doing some other things but I just wanted to show you right now the original pulse motor and all quit talking. Put you guys on a tripod and show you. Right now I'm using a jack. I don't know how to say your net last name jack but looking up. Here's the schematic. It's on the rodent coil groups on Google. That's where I got it from. It's very very simple. I do not have the the Neon or the rectifying diode and I don't even have protection across my MOSFID right now. Too bad. It's not like I don't have a few laying around. Recycled electronics. Love it. Basically this transistor is getting pulsed from the high to the low because this sensor is always low. I'm sorry I always high and it goes low and then this basically inverts it so that I can run my MOSFID. My MOSFID actually is what I'm using. I'm using a battery to a volt power source and that's it. So I got the one inch neo in here. I'm going to go ahead and run this thing up and show you guys it's pretty sweet. Okay here we go. Powered up here with the battery. It's on now. Get my whole sensor in here. Everybody uses glass but I hear people wearing out there. People wearing out their magnets so I tried some plastic here and put some lubricant in there. It's actually pretty good. Oh the lid on after a double frying. Break down. I get a just right. It's a really thick touch on the speed here. I'm going to go ahead and disconnect power. You can hear it's cleaning down. So Jack's crazy experiments with his low low resonator. Residents stuff going on. It's pretty sweet. I'm not really getting any of that. You can tell it's running but I don't think there's anything to do with the resident. It's just spinning back. So there you go. I'll hook it back up real quick. If you guys can see the way the magnet is spinning here I can see it. I can't really see it. It's actually the axis is on the top and bottom is spinning like this direction. That's why it's spinning so well. That lubricant made a heck of a heck of a. It makes it nice. I'm sure what I got. I got to some of this heavy-duty silicone. I use this for my Rubik's Cubes. It works pretty sweet. So that's what I'm using. Okay now what I want to tell you guys and show you guys and explain what I would like to do with a pulse motor is right now everybody's got that I've seen. Everybody's got a whole sensor and a single circuit. Now basically what that means is whenever the north or the south I don't know which one it senses passes the sensor. It turns on the MOSFET transistor into the MOSFET. Now basically what you're doing is you're pulsing it one time and the magnet has to travel all the way around to get to the next cycle. So basically the north hits south cycles all by itself. The north hits again. It gets power. Cycles all the way around. The north again and continues to do that. Now what I would like to do is build a pulse motor with both the north and the south triggering the coil. So basically the coil will reverse polarity. Now this particular coil I'm just using it because I have it. It's only got one wind. Next I'm going to show you this coil which is another Starship coil that I have hot glued. If anybody have not seen this yet it's pretty interesting. As you can tell I spent quite a bit of time on this. You can see how nice it is inside there. So I'm going to show you that next. I'm going to show you that I can take a fan circuit unmodified and hook it up to a rodent or a Starship coil or a rodent coil. Either one that has two windings. So I'm going to put that on another video because I'd like to call it something different. So here we go. It's all I got for you. Let me know. Peace out.