Logic Gates (AND, OR, NOT Gates) Part 1/2

[@oluwashinalasisi5606]

Thank you for breaking logic gates into bits...I understand perfectly...🙏

[@eeapplications]

Aaa super. Glad if it was useful 😊

[@juanmamani2110]

Absolutely useful! first time a I found a video of this quality content! thanks for sharing.

[@kabandajamir9844]

The world's best teacher thanks

[@ntsikakortjan7676]

Just what I needed, clear and well presented. Thanks mate 🙇🏾‍♂️

[@danieladams4289]

Very enlightening. Thank you for the eloquently easy explanations. I'm on the edge of my seat for video 2 .. meanwhile I want to start experimenting. 🤙

[@eeapplications]

Thank you very much. The other video will be live in a week as always 😊

[@hectormata449]

Excellent and complete explanation of the function of these logic gates.

[@eeapplications]

Thank you so much ☺️🙏

[@georgembowa8919]

Simple, concise yet useful information

[@eeapplications]

Thank you so much ☺️

[@shuaibification1]

Excellent explanation.

[@mathmeetsmachines]

I like these TTL ICs!

[@ruben.g.m.moreno]

Thank you very much, your class is wonderful. However, I would like to know what this site is for integrated circuits for Proteus. Thanks again!

[@vijitkothari6502]

This is exactly what I doubt will happen. We teach if button is off it means that input is 0. But in some videos i have seen teachers inputting a GND signal where it should be 0.

[@antonworm]

Thanks, very clear.

[@eeapplications]

Thank you so much ☺️

[@Extasio_123]

What program are you using for this tutorial

[@leploeo7145]

👍👍

[@jyvben1520]

logic 1 = 5V, in this chip, but not in all situations, 3.3V or lower can be used ...

[@Vpg001]

In the not gate example, how is pin 2 positively charged?

[@leploeo7145]

Thanks

[@MuhammadShahbaz-wn8iy]

I like

[@eeapplications]

Thanks 🙏

[@AK-ig3ko]

👏👏👏👏👏👏👏👏👏👏👏