 New new new new new new new new new new new new new new new new sort drop new new new new new new new new new new new new All right Store your hopes and dreams in the overhead compartment. Lady is gonna break down. Okay. We've got actually this this week is all JP's favorite products. JP's recommended a couple items for us like house. Yeah, well JP really likes old synthesizers And these are Dave. It's triplets and these are step switches They're very evocative of the TR 808 And other synthesizers and drum machines. They use these kinds of step switches We have them now in packs of three. What's cool about them is their hinge They've got a great tactile feel and of course, they've got that three millimeter red LED built into them On the bottom, so actually let's go through the colors. Yeah, we have a bunch of colors We have gray with red LED. We have yellow with red LED and we have blue with red LED All right, do you want me to just show the different colors? Well, yeah, but then at the last photo just stop which one this one Yeah So all of them on the bottom You can check this out from the data sheet that we have linked So the top two pads up there are you know the ones that say that there's like a negative and plus next to it That's the LED. So the LEDs are red LED. It's a standard two volt forward voltage Tent of 200 milliamp LED. It does not come with a resistor So whatever you're pairing it with you'll want to have a resistor in line If you don't have constant current and then there's four pads four pins below And this is an SPDT switch. It's a little confusing. Most momentary switches are SPST either they're open or closed This one the those pins at the middle are the single throw and then the two pins at the bottom are the Sorry the single pole on the bottom of the double throw So one of those pins I think the one on the left is connected normally and the one on the right is not connected normally and they alternate So the the middle pin switches between the two basically just means that like no matter what you're hooked up You know it chance are you can use the switch you also use it to switch between two Signals if needed and then I have a little demo. I can show the LED and the switches are separated They're not Show them again, and we'll have more colors. We just got only half of them in so far So this demo is really simple. I just have this hooked up to three volts and then I have the Switch hooked up in series with the LED the LED and the switch again are totally separate But in this case, I connected them together so that when I press this switch the LED lights it lights up nice and bright But it's a nice little indicator, and of course you can PWM the LED you can Have it be sequenced separately, and it's very nice and clicky. I'm going to bring it next to the microphone to get the clicky effect Yeah, so imagine hear that That's the click. Okay. Okay step switches. All right next up We've got a lot of these and they're all different colors So I think what I'll do is I'll just go through the photos really fast because you all know what's going on here Yeah, these are potentiometer knobs there. I call them micro potentiometer knobs. They're sometimes I'll say well the demo We actually show them on a rotary encoder. It works with both and I'll show why but we cover them in multiple colors Cream white yellow orange and red We'll have again more colors shortly. We only got to taking photos of five of the colors We also have one special rainbow pack Rainbow pack comes with ten colors red orange yellow green blue purple brown white black cream So we're also going to work on trying to get Clear translucent ones, but they're actually made of a slightly different material So they're taking longer to get made for us. Yeah, so it's neat about these is if you look on the bottom Actually, this photo is really good because it shows, you know all the different forms. So the bottom has this kind of like Like grippy thing going on there But don't worry about that because even though it looks like it's a t18 knob. It's not it's actually a fully round six millimeter Shaft knob that will fit on any Potentiometer or rotary encoder or what have you that uses a six millimeter shaft Which is again like 99% of potential numbers and rotary encoders and then there is a set screw and you Scroll the set screw. Sorry you Tighten the set screw after you attach it to whatever You want and it will stay in place. So you I do like that It's a little bit more expensive to have a set screw because it's a separate item But it means that we don't have to carry like D shaft versus t18 which is round works with everything And so yeah, these were these are also sometimes called Davies 1900 style. I think that's just a some it's a good Machine or guitar that used similar sized knobs They're not guaranteed to be that shape and color and size. They're just in that style They're all the same to each other, but they may not be the same as this style is the screw aligned With the indicator on the top That's your question. The answer is let's go to the overhead for the answer And the answer is Okay This is the indicator. Yeah, and it looks like it's on the exact opposite side. There you go So the this is on one end and this is on the other It's on the opposite side and they do go to 11 Okay, and we have the rainbow back. That's probably what you wanted it. Yeah, and the rainbow pack Which will and we'll have those other colors will have the green and purple We'll just we'll get them shot next week. Okay the starters show tonight besides you lady to our community our customers And the entire Adafruit team is Dun-dun-dun the MMC 5603 magnetometer it is such a tiny little it's a little chip in the center Which was very exciting. We haven't done a lot of Point actually this is our first point four millimeter BGA chip and We're we're basically using the sensor because as you may know, there's a chip shortage The most popular magnetometer that we've loved to use the list 3 MDL has been tough to get a lot of ST sensors are And that just means that's an opportunity for growth That's an opportunity for us to go out and find more magnetometers. And so we found the MMC 5603 We talked about on a desk of Lady Aida. It's a wonderful magnetometer. It's triple axis So you get x y and z data? It's three volt logic uses I squared C. So we put a three volt regulator and level shifter Yeah, sorry you're pressing my money. Yeah, we have a stomach UT connector On it so you can plug and play it for you know easy connection We recommend pairing this with you know in gyro accelerometer so you can make a nine-doll sensor and then I have some header and it has a fixed Address of x 30 and it also has a range of plus or minus 30 gals So it means it's good for measuring. It's a 20 bit ADC 30 gals The earth's magnetic field is about like one plus or minus one gals. So this will work quite well for Measuring the earth's magnetic field It'll also work for some weak magnets But I will say like I put a where earth magnet right up against it and it like totally was like whoa too much magnet So it's not great for really close up powerful magnets It is going to be fine for earth magnetic field if you want to use it in a nine-doll sensor or some basic, you know magnetic Sensing and orientation so I've got a little demo You got some congrats from the chat on the BGA Thanks. Well, you know what? It's not me. It's actually the machines team. They're right once you figure it out. We did it I I threw them at it and they yeah They succeeded. Okay, so let's Okay, so this is a Quick little demo just showing It's measuring the earth's magnetic field here because I don't bring a magnet with me But it works get a magnet. No, this is fine. It's you know just showing I mean most people are going to be using this for compasses And orientation sensing and so just showing it works, you know, very well for that You know the 20-bit ADC Measurement means that even though it has a very wide range you get pretty good accuracy and precision I'm a magnet in these headphones. You might bring that over there. No, it's okay. I didn't test I don't I don't like a live demo is a risky. Yeah, but yes, this is a new megatombo Where's the chip on the board? Can you point out where it is since it's so small? It's it's so tiny I mean you can't see it here. Actually our photos are better Someone's joking around that the the chip shortage is because the chips got so small We just misplaced them all or something. Well, you know ironically one of the yeah, that's it in the middle Wow, that is so one of the wow I need to zoom in for the next time. Yeah One of the things that's interesting that we've noticed is that You know part part of the chip shortages. We're finding that the chips that are available tend to be Yeah, there you go tiny The chips that are available tend to be come on Yeah, it's it's funny, but you know, it's point four millimeter pitch, you know, and it's only four pads So it's not it's not too bad. I think we use a six six rule and yeah there it is in the middle You know we start with a break out It's tiny, but you know what good, you know when the next version of the feather sense we'll use this chip It'll be nice and small, but it does work very well I guess we have to get an electron microscope for a product for this in oh the sensor also has a very intro very nice degaussing de-magnetization Capability which I do like it also has an on-board temperature sensor so all around it's a you know a very nice sensor But yeah, it's about a millimeter by millimeter and that's new products