 So, just a heads up, we changed the great search music to be more retro-y, robotic sounding. One of our team members who is always doing our music, they just had a kid so it'll be back soon. But that was courtesy of JP doing that roboticized version of From the Desk of Lady Aida to great search. I think it's a catchy tune because normally when you're trying to do electronics now you're like, where in the world is that part I need. And then you think about the great search with Digi key. So that's where that song came from and that's why we're doing it and Lady Aida let's go to a catchy tune you can hum while you're scaring for parts. So the part I'm looking for just finished up Desk of Lady Aida where I talked about designing a camera breakout and the camera module I'm using draws enough current that it actually starts overheating and the heat affects the visual quality. So I want to find a small passive heat sink that I can stick on the back of my camera breakout and what I'll do is all the camera itself is glued onto the PCB so maybe you can go to the overhead real fast and I can show. So you've got the camera breakout and then the camera, there's a little bit of a, there's a metal body and then there's this, I don't know if it's thermal but it's like this very thin tape so you remove this and then I think this might be thermal. You remove this, place it in here and then this PCB is going to extend a little bit farther but now this is stuck onto the back here and then over on the back of the PCB I'm going to have a lot of vias through the ground plane and then have a little heat sink on the back. So the heat sink, you know, it's going to be, I think the largest it can be, it's going to be basically between like eight millimeters and it looks like I can do like ten millimeters. That's kind of, you know, this is ten. So that'll cover it. You know, I don't know if it makes sense to go much larger than ten. And I want something, you know, flat, you know, rectangular with fins and, you know, I'll try a couple, you know, so there's the math behind it, you can calculate how much heat you're going to dissipate but because it's going through a PCB with vias, really I'm just going to pick about a bunch of different heat sinks and try them all and just see which one works best. So let's go to the Digi-Key and so it starts for a heat sink. Let's take us to the heat sink category. So there's a lot of heat sinks. This category, you know, it has, you know, 100,000 items. So there's a lot of different options. Let's start with just like active and, you know, maybe normally stocking, which is still, you know, 40,000 that are like available now. The next thing is, you know, there's all sorts of different types but looking, you know, I basically want something like this, right? This is a 17 by 17 millimeter, you know, by 9 millimeter and this is called a square with fins and then this is like a square with angle fins but I think I just want, you know, basically square finned. So looking at this option, I think, you know, rectangular is also fine. I don't want to round this. I don't want round and then rectangular and square. Let's look at those. Okay. So that's like most of them, to be honest. So yeah, so like lots of things. These are the clip-on type, which I don't want. These go on to like a TO220 or something. They're really cool but, you know, I can't use a clip-on type. So I want maybe one that isn't a clip type. But we can also do length and width instead. So remember, I wanted something between like 8 and 10 millimeters and then this is between 8 and, you know, maybe I'll go up to 11-ish millimeters. And that really cuts down the numbers. There's not that many small heat sinks. Like again, most heat sinks are for large chips but all these are really good. So like this heat sink, you can see it's, you know, this is 10 millimeters, I think. Sorry, this one is 10 by 10. And this one is 8 and a half by 8 and a half. So I might try like one of these and one of these, of course, the larger the heat sink, the more heat you're going to dissipate. There's also like these kind of the mega-longs. This I don't think is going to work out. Of course, it'll dissipate a ton of heat but, you know, people are just going to knock this off of the back of the board. It has to be pretty compact so it doesn't like get in the way of things that are behind it. So I think what I'm going to do, especially since this one, you know, there's 50,000 in stock and they're like 55 cents a piece, I think this one is a good option. This is 10 by 10 millimeters, 7 millimeters high, black anodized aluminum. It doesn't come with the thermal tape attached to it almost certainly. So that's something that has to be done separately. We stock in the shop, like you can just get 3M thermal tape and you cut a little square out and you put it on the back and then that gives you a good attachment. You definitely want to use a thermal tape and not just double-sided tape because you want the adhesive to pass. You don't want to be an insulator, right? Because the one thing you don't want is it to insulate thermally. So this one is the one I want. This is the Asman SW components V2017B. We have a lot in stock so that's kind of like a good sign. It means I could actually like ship this with the camera breakout board and not have to worry about it going out of stock anytime soon. And that's the research? That's it. That's my heat sink.