Don't split videos up into parts.

So excellent

I bet it looks worse than the phone holder headset you made it from, but it's infinitely cooler!

Congrats mate! Great job!

For 595 what pin is the sh/load

Very good explanation

Brilliant teardown. Thank you so much. Interesting point is that Garmin are producing dozens of different lines and models of smart watches in a few case sizes. It is mind boggling to shop for a watch in the Garmin because of this. It would be amazing to have a reference chart that shows the various chipsets in them to compare. The pricing of these watches ranges from $300 to over $1,000 US and it would be a fun treat to find out that the cheap ones have the same chips as the expensive ones! Makes me wonder.

Hi... Your audience is mostly and probably others who needs to tear down the same model. Then it could be good to mention the size of screws. No after just minute of talking a notice this and will not continue.

This is a great video, but just like dozens of others there is no real world applications that they are referenced to otherwise it's the same old description. The first one who does a video that shows the multiple applications of op-amps how they're used in the circuit what in the circuit is used to control it and what hardware outside the circuit is ithe nput and output from the op amp wins the prize. All op amp videos I have seen begin beyond the beginner stage and many are lost in what their real world applications are. 8:45

which software did you use for 3D modeling and which 3D printing ?

Thank you.

would like to change a incandescent scoreboard to a LED....is that possible?

For some reason, I'm having issues with pwm when connecting the LED side to an Arduino, and the transistor side to a guitar signal in a PC817 optocoupler. Any attempt to adjust the brightness of the internal LED introduces noise into the signal unless the LED is all the way off or all the way on. Wonder why?

I have many expensive dacs thx onyx creative witch is the best answer that question for me

curious. A home audio device had a electrolytic cap fail after only 8 years. (bulging on top) Looked in my junk drawer for a replacement. 1000uf, 10v. Found one that was 30+ years old. It was about 3 times as large, but easy to install. Measures and works perfectly. Did the first one fail because they tried to squeeze it into a smaller case?

thanks you for making this video.

couldnt beat it with a £20,0000 pc lol but he beat it 500 years ago in his basement lol

I have a few questions and a Project that I'm interested in trying to get done .. Right now I'm not sure where to turn to try to fix the little bit of a problem I have And it looks like you guys are equipped with what's necessary to accomplish And solved this problem...

WHY?

Great explanation!

i'm confused little bit , do we use two RPI pico W or just one with the spaghetti box one ?

10 year old me was amazed then and 22 year old me is still amazed now

This works on an N8R8. Does it also work on the N16R8?

I'm a beginner and u confused me dude but thanks for trying to explain ❤

4:47 the slower the signals match

My motorcycle has a Hall sensor. Thank you for the wonderful video to explain why there is one on my motorcycle.

Switching mode is better but not efficient at all and liners is worsts switching mode as far as I can see have a 60 person losses igbt welder or smps power supply have very high leases I test a Toshiba supply the mains amps was 22amp 120 and the output voltage was 15v 55 amp see the big losses

where do I find the build for the temperature sensor at the beginning of the video. that I could use. we don't have curtains or blinds ,lol

I noticed that you called yourself, but didn't demonstrate two way voice communication.

8:20 No, an electric field can indeed exist without an magnetic field, and vice versa. The time term in Maxwells 3. and 4. equations just tells you than when one field is changed over time, the other is induced.

Эх... а ведь в этом видео можно было увидеть пару часов матана на тему извлечения перемещений из многоосевых датчиков положения... Ну или хотя бы пару трюков как без высчитывания реального перемещения таки управлять курсором (дифференциальный метод).

He seems totally clueless. Waste of my time.

Одлично као и увек 👍👍👍👍

It feels like we can solve all the worlds problems with Node Red and MQTT haha

Oh snap I should watch this

Simply put it, in a n channel jfet, you increase the negative reverse bias gate voltage. - vgs . In a p channel jfet, you increase the positives reverse bias gate voltage, + vgs.

Simply put it, the difference is, vgs reverse bias voltage, decreases current flow, and the higher vds, in increases the current flow.

Second part pls

Very nice presentation

Hello, please if someone have the inner circuit diagram, please let me know, i need to repair my transmitter , suddenly I burnt 1 of the IC and I dont know the code for it

Great vid my fellow home-boi goose-pimp.

You have to pause the video or change the play speed and make it slower. The video is good, but she's speaking too fast. To understand it, you have to stop and analyze the circuit and she analyze it

Is that eddie van halen on the guitar?

What is the reference for the crossbar that you use?

Where can I find one of these to buy?

Funny, not funny is.. that I read many many comments how student are paying money to university to watch educational videos on ytb. Ytb teachers thank you for our degrees🎉

These are both great dev boards and priced well

I have Kawai CN31 piano. It gives no sound. I have checked the capacitors on sound amplifier of my digital piano and got the following results in ESR levels. I used the peak ATLAS ESR70 gold. 10000 uF 25V - ESR 0.01 ohm - uF reading 8811uF 2200 uF 25V - ESR 0.02 ohm- uF reading 2015uF 470 uF 10V - ESR 0.20 ohm- uF reading 479uF 100 uF 25V - ESR 0.43 ohm- uF reading 98uF 47 uF 16V - ESR 0.64 ohm- uF reading 50uF 10 uF 16V - ESR 1.01 ohm- uF reading 11uF 1 uF 50V - ESR 1.10 ohm- uF reading 0.98uF I am especially suspicious about theIr results for 10 micro and 1 micro F. They should be around 8 and 5 respectively. Do these results mean that I need to change the 10 micro and 1 micro D capacitors? Thanks for your replies. Tan

Enjoyable coverage of these NXP Products

Hmm what are some of the things I could do with this? face-recognizing security system?