So why still use non true rms multimeter? If true rms can measure all waveforms accurately

I need it how buy this online

I need it

How tf u got only 419 likes? Best explanation sire

Nice explanation

Great job explaining. Subscribed.

This is a SUPERB tutorial; thanks!

Thanks bro now my multimeter litteraly exploded😂

Awesome explanation 😀😃 really you are giving a paid contant for free thank you so much

Great explanation ❤

Hai apne bhot acha samjaya hai

At 12:45 i.e (-7)+(-5) ... They both cover under the range of 4 bit i.e (-8 to 7) But answer come wrong in 4 bit.. Can u explain me the reason Why this happened?? Answer is correct in 5 bit But they also cover the range of 4 bit Why the answer is not correct in 4 bit ??

0:23 What is Transistor Biasing? 2:10 What is Q-point or Operating point? 3:03 Variations in Q-Point, 4:33 Q-point variations due to change in Temperature and Current gain (β), 5:21 Fixed bias configuration, DC Analysis and Stable operating point, 8:38 What is Load line? 12:20 Load line Variations due to Variations in Current gain (β).

could i get the PPT？it's awesome!

👍👍 fantastic explanation 👍👍

Wow! This looks amazing

Sir can you explain the Configurations at 12:00 please

Have a tiny ic that looks like a MOSFET or DC DC ic. Marked UA then DJ underneath. That's it. Involved in power circuit in laptop.

Thanks for sharing

Most complete n clear tutorial on short so far! ❤

THIS DUMB MUSIC IS TOO LOUD!

Anyone from Gemini Ai

if both + and - orientation are OL, then diode is dead, if both + and - orientation reads a voltage drop, it is shorted. Ok, got it. Thank you for sharing this!

Good ❤❤

Nice, hope you'll make many videos.good luck to your channel ❤

thank you so much

தமிழ்

Thank u ❤

VERY USEFUL

thats a wonderful explanation

Excellent lecture

Very informative please do keep it up

Sar hindy me video banae SAR samjh me nahi aata hai

Superb animation and explanation

Tell me about brown, black and silver coloured smd capacitors value

Good work !!. However the embedded text messages could be removed from the video screen to give viewers chance of following the ideas of the instructor. Thank you sir.

0:18 Introduction, 1:43 Overflow Condition in 2's Complement Addition, 4:12 2's Complement Addition of Positive and Negative numbers (Positive greater than Negative), 6:15 2's Complement Addition of Negative and Positive numbers (Negative greater than Positive), 9:05 2's Complement Addition of two Negative numbers, 12:50 Overflow Condition in 2's Complement addition of two Negative numbers, 16:15 Subtraction using 2's Complement Arithmetic, 18:23 Example-2 (2's Complement Subtraction), 19:38 Example -3 (Overflow condition in 2's Complement Subtraction), 22:18 Example-3 ( How to overcome Overflow condition), 25:03 Brief introduction about 32-bit and 64-bit CPUs (ALU).

Thank you so much for your informative videos. I was looking for the same guy who used layman language to deal with this technical term.

hi, nice video! is it ok to use smd capacitor thats rated higher than original? original i have is 10uf, can i put 15uf replacement?

Thank u

Good luck sir

I came for the explanation of the circuit in the thumbnail. but it didn't come in the video at all. I just want to know why do we start KVL analysis starting from ground on the grounded rectifier.

Thanks

15：40 2*3.14？

Timestamps: 0:16​ Introduction 1:01​ Unsigned Binary Numbers 1:51​ Signed Binary Numbers 2:59​ Sign Magnitude Representation 6:18​ 1's Complement Representation 9:34​ 2's Complement Representation

Excellent! Superb! It is useful for my study. I am understanding the topics well because of you.

Excellent explanation 🙏. It's the need of the time these days to implement Digital Concepts Education from primary school level itself, through experiment and training zigs - as this subject is simple, interesting, systematic and disciplined way to grow up children gradually to become brilliant students at high school level

Thanks.

Best tutorial, clear and concise 👏

How to differentiate between inductor and resistor 3:58