It's the same pin out as most of the dual op-amps out there, so that's a good thing because it means I can re-use footprints and symbols and things. But it is there, it is there, so no one's made a symbol or footprint for this one yet, it's a standard eight-pin dual-op amp. I don't know why it's not showing up right now, but I know for a fact that Mouser has it because I purchased them from Mouser. There's a few suppliers for this one, Digi-Key have it. It's NJM2122, and I'm gonna go with the D version that should be found, but let me try again here. It's a fairly low cost but really high performance operational amplifier from New Japan Radio. So, there's a part I like to use in some of my audio designs. Because after all, since we're all sharing one community library, we wanna make sure that footprints have a pretty high quality in there and that everybody is able to contribute in a meaningful way. Today, I just wanted to do a real quick video to show some of the tools around placement of 3D bodies, and in particular how to bring in step models and align them correctly to your footprints when you're building a footprint. Here's the transcript for those who want the steps laid out for following after watching: Just remember - when you are placing parts that already contain good STEP models for 3D you don't need to do any extra work to make a good 3D output from the entire design. This video is only 22minutes or thereabouts, but it's definitely worth the small investment in time to watch it and learn this important skill. This is a skill everyone doing schematic and PCB design needs to have. The main goal of this tutorial is actually to spend a little time going over the entire process of attaching a proper 3D model to a footprint and showing the alignment tools. On Friday in a fit of TGIF inspiration I made a video tutorial on how to make an Op-amp in DIP-8 package in CircuitMaker.
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