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LEARN STM32 - RTOS HANDS ON PROJECT: CMSIS RTOS, KiCad V6 and STM32 Hardware Design, Keil uVision IDE setup, Debugging methods and tools, USART
strongly encourage you to follow along. Step by step and pause the project when necessary. So the first step would be to actually download out if you going to kick out dot org. Click on Download. It's available for four Mac, Windows and Linux.
★Once you have keycard installed, click File New Project and give your project a name. The first thing we always start with a PCB design is drawing the schematic or capturing the schematic, as it's called. So click on schematic editor. The schematic editor presents you with a blank schematic page. I can hold the middle mouse button to move the page around middle mouse in and out to Zoom. Right click gives me some options.
★Click and hold left to select my various toolbars at the top on the right here. I will start with these toolbars on the right. The first thing we need to do is place our schematic symbols or our components on the schematic and then connect them up because we are designing a sort of blue pill variant.
We want to start with the absolute essentials and the essentials, or the main piece of this board being the center to microcontroller.
★And since we're almost making a copy of this blue pill, I'm choosing the Micro Con. That's written over here. It's an eSIM 32, which is the brand of microcontroller. And then these characters at the end of F1 are three eight six. Tell me a bit more about the microcontroller. eSIM 32s come in various flavors, and they are typically denoted by these first two characters. So there's an F Series, A G, Series H and so on, and one indicates some sort of power.
★So an eSIM 32 if one is less powerful than an estimated two a four, which in turn is less powerful than stim 32 f seven. The main characters will tell you about the package size, so how many pins this icy might have? What flash and ram memory it might have? For the moment, I'll leave that as an exercise to you to see what other alternatives there would be to this esteemed 32 microcontroller. We're just going to stick with this, so I'm going to copy the name, move back to KitKat and click over here on the right to add symbol.
★There's a load, my simple library once a simple library has loaded. You can see a variety of key cards, standard symbols so you can choose things for example, diodes, various other devices, CPU's connectors and so forth.
★Once you have keycard installed, click File New Project and give your project a name. The first thing we always start with a PCB design is drawing the schematic or capturing the schematic, as it's called. So click on schematic editor. The schematic editor presents you with a blank schematic page. I can hold the middle mouse button to move the page around middle mouse in and out to Zoom. Right click gives me some options.
★Click and hold left to select my various toolbars at the top on the right here. I will start with these toolbars on the right. The first thing we need to do is place our schematic symbols or our components on the schematic and then connect them up because we are designing a sort of blue pill variant.
We want to start with the absolute essentials and the essentials, or the main piece of this board being the center to microcontroller.
★And since we're almost making a copy of this blue pill, I'm choosing the Micro Con. That's written over here. It's an eSIM 32, which is the brand of microcontroller. And then these characters at the end of F1 are three eight six. Tell me a bit more about the microcontroller. eSIM 32s come in various flavors, and they are typically denoted by these first two characters. So there's an F Series, A G, Series H and so on, and one indicates some sort of power.
★So an eSIM 32 if one is less powerful than an estimated two a four, which in turn is less powerful than stim 32 f seven. The main characters will tell you about the package size, so how many pins this icy might have? What flash and ram memory it might have? For the moment, I'll leave that as an exercise to you to see what other alternatives there would be to this esteemed 32 microcontroller. We're just going to stick with this, so I'm going to copy the name, move back to KitKat and click over here on the right to add symbol.
★There's a load, my simple library once a simple library has loaded. You can see a variety of key cards, standard symbols so you can choose things for example, diodes, various other devices, CPU's connectors and so forth.
269 pages, Kindle Edition
Published December 4, 2022
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