Resister - அப்டினா என்ன ? |Construction,Working And Types | Explained In Tamil

[@mohamedyoosoofzahid3774]

U'r expression is very clear, Thanks!

[@selvakumar.s9150]

Enga EDC mam kuda resister ra padhi indha alavuku sollala Explanation vera 11 bro

[@sinnathuraimurugathas3385]

அருமையான பதிவு

[@sprajan2265]

Very Good Boss...

[@electric.escape]

Super da nalla panni eruka

[@PB-vo5gp]

அருமை, அற்புதம், எளிமை

[@ElectricalPattarai]

nandri

[@thangamanimani9722]

Super sir

[@tamilmaster6185]

Nice 👍

[@MrcaptainJack143]

Super super bro

[@chinnaiahraja7329]

Bro nonlinear resistor pathi detailed video podunga

[@subash-rw9dl]

super G 👍👌

[@simbusakthi789]

Resistor is connected in negative.it's good

[@d.murugan4206]

விளக்கம் அருமை

[@ElectricalPattarai]

nandri.

[@RAJESHRAJESH-ct9eu]

Brother electrical and instrument cable size epdi kandu pudikrathu athuku apram ethana type cable iruku

[@rajapadhu4727]

thanks a lot bro

[@suseeladhanasingh5771]

Good

[@rajalakshmiganesan3852]

Super. Potentiometer appadi naa enna enga use Pannuvanganu sollunga bro

[@ElectricalPattarai]

potentiometer used in varying speed of motor.

[@nayagan6854]

நீங்கள் மிகவும் அழகாகவும் பொறுமையாகவும் எங்கள் தாய் மொழியில் பேசுகின்றீர்கள். நன்றிகள்.👍💯👌 தயவுசெய்து உங்களால் ஒரு கணனியின் (மடிக்கணனி இல்லை) மேசைக்கணனியின் ATX மின் வழங்கியை(சரியோ தெரியாது) திருத்துவதை மிகவும் விபரத்துடன் என்ன பொருட்கள் பாவித்துள்ளது என்பதனையும் தெரிவித்து பதிவேற்றம் செய்வீர்களா???படங்களுடன் இருந்தால் இரட்டிப்பு மகிழ்ச்சியாக இருக்கும்.

[@lakshmanmadurai]

Thanks a lot Anna Thanks to universe

[@zenstugdhuva2921]

MOSFET and JFET explanation g pls

[@ahilcuts7971]

Reactance impedance etha pathi soluga

[@kiruthikapalanisamy4803]

Upload about thermocouple and red pt100

[@arumugamvanaja3823]

Why we using more than 2 or 3 resistance in a single PC boards if you see any mother board you can absorbed all resistance and capacitors are always not in singular why? Like this arrangement?

[@anbalaganr399]

How to mesure the resistor in voltage

[@dhamusic2892]

Anna enakku oru doubt...... Resister valiya current pogumbothu current decrease aagumaa illa voltage decrease aagumaa

[@ElectricalPattarai]

current decrease aagum

[@manimaran8531]

Super ji

[@ElectricalPattarai]

Thank you.keep supporting us...

[@pookings531]

Super

[@ElectricalPattarai]

Thank you. Keep supporting us.

[@mariarebinmaria6538]

AC 240 volt current la erunthu 4 volt led bulb 💡 direct ah use panna ethna kilo ohm register thevai padum

[@lamechtennyLT]

Maria Rebin Maria bro LED DC LA THAAN WORK AAGUM

[@santhoshmohan1793]

Bro tell about biasing

[@katheeskumarsithamparapill9946]

brother oru doubt..... resistor kku enth side "in" entha side "out" endu epdi identify pannurathu?

[@ElectricalPattarai]

polarity kidaiyaathu...

[@gowthamans2977]

What is star and delta connection ?

[@yogamathi4941]

consection and valancy bandna ena bro?

[@DineshKumar-fr2sm]

ஜி எக்ஸ்பிளைன் பண்ணும்போது கொஞ்சம் ஸ்லோவா பண்ணுங்க புரியமாட்டேங்குது .

[@shriramautopartsbatteries6902]

thermister is having negative temperature coefficient

[@velmurugansubramaniam]

biasing na enna anna ?

[@devarajmohan4094]

velmurugan subramaniam Biasing a diode means applying voltage to it so that charges inside it can be made to move towards a particular direction. That is charges will be based towards one side only. When +Ve voltage is applied on p side and -Ve on n side ,it is called as forward biased then flow of majority careers are supported by applied voltage and current will flow from p to n side. Hence diode will be conducting in forward biasing. In reverse biasing voltage polarity will be opposite that is +Ve on n side and -Ve on p side. This would make voltage as an opposing force in flow of majority careers and hence no current would flow from p to n . But voltage polarity is such that it is biased towards minority careers hence a little current will flow from n to p.

[@mixingvideos1330]

Bro led oru resistance illiayya

[@shivamsaini3656]

Why resistance has no polarity

[@நீதியைநேசிக்கிறேன்]

Register யை ஏன் மைனஸ் பக்கம் இடுவது...?

[@pratheepk4380]

Tolerance apadina yanna

[@man-lz2ne]

Resister kum fuse kum yanna defense

[@redmiraj7753]

எனக்கும் சந்தேகம் வந்தது

[@ratthyratthy5278]

1 தடையி குறைத்து கொடுக்கும் பியூஸ் குறைக்காது அப்படியே வழங்கும்

[@mixingvideos1330]

Ethu kku innoru resistance add pantringa

[@jermanskingsly7773]

Bro nengal sonathu thavaru thermister ,temperature increase agum pothu ,resistance low agum ,

[@devarajmohan4094]

jermans kingsly positive temperature coefficient thermistor, the higher the temperature, the greater the resistance. For negative temperature coefficient thermistor, the higher the temperature, the lower the resistance

[@silambarasane8379]

First Enna sonnega temperature increase aana resistance value increase aagum. Next temperature increase aana resistance value korayum nu which one is correct...

[@dhamusic2892]

Voltage and current enakku difference innum piriyala...

[@ElectricalPattarai]

watch my old videos you get a clear understand about current and voltage.

[@jermanskingsly7773]

Thermister is negative co efficient

[@devarajmohan4094]

jermans kingsly it has both positive and negative

[@diwakarramani8474]

Why to use the " Patheengha Apdina" these many time in your explanation? Is it really necessary? It is not annoying actually?

[@stsaravanan1836]

Super sir

[@ElectricalPattarai]

Thank you so much keep supporting us

[@thanapalanc4520]

Super

[@ElectricalPattarai]

thank you so much.keep supporting us.

[@barrycare4640]

Super bro

[@ElectricalPattarai]

thanks bro.keep supporting us

[@TamilSelvan-sk9gy]

Super bro

[@ElectricalPattarai]

thanks bro.keep supporting us.

[@SathishSathish-gr4yz]

super bro

[@ElectricalPattarai]

thank you so much.keep supporting us.