Superb, really a perfect video tutorial on I2C bus capacitance and role of pull up resistance, you can also get the no of maximum slave by doing this calculation.
Great video, i have a quick question so i have a raspberry Pi 3 and i connect the pull resister of 4.7k and to the I2C Bus i have 34 devices that works well, when i connect the final 6, i start loosing data over the bus, does this mean i can lower my pull-up resistor to 2.2k so that i dont encounter data lost?
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Very nice lectures. I have listen all of them and understood a lot about i2c! Thanks a lot!
Superb, really a perfect video tutorial on I2C bus capacitance and role of pull up resistance, you can also get the no of maximum slave by doing this calculation.
Fantastic ...Fantastic .Awesome explanation ..no words ..i dont know the word is correct ..but u r lecture is state of Art .. thanks
This is a fantastic explanation. Thanks for the video!
Wow! This was a great explanation! Thank you!
Amazing video. Explained so well. Thank you very much.
Great explanation!
Thank you, very helpful video. Cheers!
Very high explanation thks
Thank you for this lecture! It helps a lot.
Great video, i have a quick question so i have a raspberry Pi 3 and i connect the pull resister of 4.7k and to the I2C Bus i have 34 devices that works well, when i connect the final 6, i start loosing data over the bus, does this mean i can lower my pull-up resistor to 2.2k so that i dont encounter data lost?
Bro one doubt weather I have to use slave bus capacitance or else master bus capacitance????
what is 0.8473 constant? where does it basically comes from?
Very nice video. Thanks a lot!!
Helped me ..
Great , thanks