they should color the allen keys by size using the resistor color code. the 1.5 would be brown w green bands. 10 would be black/white. 5 is blue, 2 is red, 2.5 is red green bands...
Can you confirm that the USB-C right angle thing is ONLY power and NOT data. It is hard to tell from the fleeting view in this video 3:56 but it looks like only five pins. Where as the the cable shown at 6:57 clearly has 11 pins so is most likely power AND USB 2.0 data. Although with 11 pins on the mag connect that is not enough to make the 16 unique signals on USB-C, or even the 8 after not connecting the 8 SuperSpeed Differential pairs. Could you please update the product description pages to clearly show which pins are connected?
I did a project back around 2001, 1 microcontroller pin for keypad. Rows and columns with different resistors, small buffer to catch the ADC channel values on interrupt and when stable I ran the resultant value through a case select sequence to capture the ranges that represented the individual keys. Who needs lots of pins? Worked well.
The mag-safe type cords and adapters look like they'll last. I had some for my phone and the data lines were always a problem so the phone wouldn't change above 500 mA.
Tca8418 looks really cool. It has button debouncing built in so switch debouncing doesn't need to be handled in software, and the device has an i2c interface.
Those hex wrenches look like a straight knock-off of the Wera Plus, right down to the color spectrum. The Wera's have a special head to resist stripping, I'd get them instead.
they should color the allen keys by size using the resistor color code. the 1.5 would be brown w green bands. 10 would be black/white. 5 is blue, 2 is red, 2.5 is red green bands...
That would make sense and be useful and not virtue signal enough.
I love this idea! I'm going to try to accomplish it with heat shrink. ☮️❤️🌈
@@RichardBronosky I love THAT idea
Can you confirm that the USB-C right angle thing is ONLY power and NOT data. It is hard to tell from the fleeting view in this video 3:56 but it looks like only five pins. Where as the the cable shown at 6:57 clearly has 11 pins so is most likely power AND USB 2.0 data. Although with 11 pins on the mag connect that is not enough to make the 16 unique signals on USB-C, or even the 8 after not connecting the 8 SuperSpeed Differential pairs. Could you please update the product description pages to clearly show which pins are connected?
I did a project back around 2001, 1 microcontroller pin for keypad. Rows and columns with different resistors, small buffer to catch the ADC channel values on interrupt and when stable I ran the resultant value through a case select sequence to capture the ranges that represented the individual keys. Who needs lots of pins? Worked well.
The mag-safe type cords and adapters look like they'll last. I had some for my phone and the data lines were always a problem so the phone wouldn't change above 500 mA.
Highlight of my week! Thanks AdaTeam! Love the new products!
Tca8418 looks really cool. It has button debouncing built in so switch debouncing doesn't need to be handled in software, and the device has an i2c interface.
I want all the things. I want them yesterday. ;)
Where was that USB-90° unit when I was hunting for one a year ago!!!
The 8418 will be a handy product!
These were looking really familiar, then I realized I had added a lot of them to my wishlist already lol
New!
Those hex wrenches look like a straight knock-off of the Wera Plus, right down to the color spectrum. The Wera's have a special head to resist stripping, I'd get them instead.
that right angle usb c!
I've yet to find a week where I don't see a product to buy 🤪