AVR Hardware Coding Part 0: Procurement

AVR microcontrollers are chips you can program in the C, C++, and assembly languages. Before that can happen, the chip requires just a few basic materials to get it in a working state. This video will showcase one path to get started.

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Timeline:
0:49 - What is an AVR?
1:21 - Step 1: Define your Application
2:16 - Step 2: Choose a Voltage
2:47 - Step 3: Choose a Device Package
3:25 - Step 4: Choose a Purchasable Part Number
4:25 - Step 5: Choose a Programmer (Uploader) Tool
6:00 - Step 6: Internal Clock or External Clock?
8:20 - Step 7: Get Passive Components
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Notice of Non-Affiliation and Disclaimer: As of the publication date, we are not affiliated, associated, authorized, endorsed by, compensated by, or in any way officially connected with Microchip, Atmel, Arm Holdings, Microsoft, or their owners, subsidiaries or affiliates.

[greyhnd]

Thanks so much bud. Really appreciate it.

[unboxing_tomorrow]

To this day, there's no 100 % definitive answer for what exactly "AVR" stands for. Maybe I'll dive into the lore one of these days.
1:21 - Step 1: Define your Application
2:16 - Step 2: Choose a Voltage
2:47 - Step 3: Choose a Device Package
3:25 - Step 4: Choose a Purchasable Part Number
4:25 - Step 5: Choose a Programmer (Uploader) Tool
6:00 - Step 6: Internal Clock or External Clock?
8:20 - Step 7: Get Passive Components