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CreativityTranscript
00:00Hello, how are you doing this? How are you doing this?
00:04You will be very good.
00:05Guys, I have a lot of comments on the previous video.
00:08I have added the same comments on the previous video.
00:12Sir, this is a bug converter.
00:15This is a regulator.
00:18This is a bug converter.
00:20What happens is that we can get input and output.
00:24In this case, you can input 5-15 voltage.
00:28You can get 1.5-5V.
00:32I doubt the bug converter.
00:36What is the bug converter?
00:38What should it be?
00:40What should it be?
00:42What should it be?
00:44What should it be?
00:46You will clear the bug converter.
00:48How much is it?
00:50How much is it?
00:52How much is it?
00:54I will make the video last.
00:56If you want to learn LED,
00:58you want to learn LED.
01:00Or you want to learn LED.
01:02Or you want to learn LED.
01:04You want to learn LED.
01:06So, you want to learn LED.
01:08What happens in this case?
01:10Look at this.
01:11Here, what you can see,
01:12I want to show you.
01:14Here is,
01:16In plus, In minus.
01:18So, you will have 5V from 15V.
01:20You will put plus voltage.
01:21Here will minus voltage.
01:22Here will minus voltage.
01:23Now, we have output voltage.
01:26Where does voltage have?
01:28Here is, 1.5V.
01:30So, 1.5V.
01:31Here will you touch these two pins.
01:33So, you will get output here.
01:35If you need 1.8V then you will touch this output.
01:40If you need 2.5V then you will touch this output.
01:46So, you will touch this output.
01:53This is the same way.
01:55It means step down.
01:58This is the regulator.
02:00It means step down and you will do it.
02:07If you want to do it, then you need to do it.
02:09You need to do it.
02:10Input and output.
02:12This is the maximum.
02:15Out maximum 3A.
02:17You can give 3A to output.
02:20Input, when you take it, it will be 1A, 2A.
02:24But output can be 3A.
02:26This is a special thing.
02:28If you are giving 5V, then you will give 2A.
02:30And output will be 3A.
02:32This is the same way.
02:34But I recommend it.
02:36This experiment is in the LCD.
02:38I want to tell you something.
02:40This is a LED TV.
02:42It is a logic card.
02:44It is a DTH card.
02:46You are giving 4A to 4A.
02:48Input and output will be 3A.
02:49The current will be 3A.
02:51And the current will be 3A.
02:52And the current will be 3A.
02:54So, you can use that.
02:55It will not be good.
02:56This will be 1.8 or 2.5A.
02:57It will be 4A.
02:58And then this will be 3A.
02:59So, we can use that.
03:01Now, I will show you how to run it.
03:03I will show you how to do it.
03:05First, I will give voltage in input.
03:08I suppose I will give 6-7 volts.
03:11So, here it will be minus.
03:15And this is plus.
03:18Now, I will show you output.
03:22I will not see any kind of output.
03:26Multimeter.
03:28I will show you the other.
03:35Now, I will show you output.
03:37Now, there are two pinnets.
03:40Now, we have some 1.8-7 volts.
03:43Because we have not set it.
03:45I will show you input.
03:47Now, I will show you.
03:49Suppose, we have 5 volts or 1.8 volts.
03:55If you have 1.5 volts or 1.2 volts,
03:58I will show you two pinnets.
04:00Now, I will show you.
04:02Now, I will add a little paste.
04:04And I will solder it here.
04:08Now, I will show you a live video.
04:14Okay, it will be touched.
04:16Now, let's see how it has been touched.
04:18Okay, so you have to touch the pinnets.
04:20You have to touch the pinnets.
04:22Now, let's see how it is.
04:23So, if we see voltage here,
04:24then see.
04:251.5.
04:26Look.
04:27We have got it.
04:28Look at that.
04:29Look at that.
04:30Okay.
04:31Now, if I leave it,
04:33let's see here.
04:35Let's see here.
04:36Let's see here.
04:37Let's see here.
04:39Here we have touched it.
04:41Okay.
04:42Now, let's see.
04:44What did we have here?
04:46Now, we have touched our 5 volts.
04:50Then, let's take this 5 volts.
04:51Now, let's see here.
04:52Let's see.
04:53Let's see.
04:54It is this 5 volts.
04:56Let's see.
04:58So it's done.
04:59So, this time you have had 2 volts now.
05:01Now, we have 2 volts.
05:02Firstly, we have to touch one notch.
05:03Then, one force.
05:04It needs DC to give.
05:05You can give DC to DC.
05:06You can keine DC output.
05:07I'm not going toiyoruz it yet.
05:09You can take DC.
05:10So we need to focus.
05:12Like, type this 없습니다 force it is favourite.
05:14I will give you input from the supply, I will give you 5-15V input from the output
05:22which I will give you input from the output which I will give you input from the output
05:27Suppose the sensor is 3.3V, then give you 3.3V
05:31If you want to give it to the standby, then give you 3.3V
05:35If you want to give a 5V regulator
05:391.8V regulatory which is 3.4V or 14V
05:44The unit is placed very easily
05:46for cog-1 AUM
05:47namely it is very important
05:48keeps this sign up
05:51I have mentioned it
05:53this sound doesn't hold가�
05:55greater Ampere
05:58through this time
06:01it has been smaller
06:04This will be easy to get you from 50-100 km to get you, but online you will get a lot of money.
06:10This is the regulator converter and bug converter.
06:14This will take you from any other board, which you need to have so many voltage.
06:19My friends have told you how to drive, what is going to drive, how to work, how to work, how to work, how to work, how to work, how to work, how to work, how to connect, how to work, how to work, how to work.
06:28If you like this video, please like this video and share this video.
06:32See you in the next video.
06:34See you in the next video.
06:35See you in the next video.