- 2 months ago
EDUCATION
Category
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LearningTranscript
00:00:00Oh yeah
00:00:06Oh
00:00:14Oh
00:00:19Oh
00:00:30foreign
00:01:00As you can talk about it and you can talk about it.
00:01:05Yeah, let's talk.
00:01:09Do you think that I signed this question and what I think is your question.
00:01:17Yeah, I gotta go.
00:01:19Wow, the question can I look at the question?
00:01:22Yeah, what do you think?
00:01:24Yeah, the question is like, well, it's because I'm not picking it up, but there's
00:01:29foreign
00:01:32foreign
00:01:39foreign
00:01:44foreign
00:01:57The first thing is the logic gate.
00:02:03The logic gate starts first.
00:02:07Electrodynamics is full of Excel.
00:02:12Electrodynamics is called Electrodynamics.
00:02:17Electrodynamics is called Electrodynamics.
00:02:20It is just the 4 order from the free быch century니다 of newfound Acaderemies.
00:02:28Conductor is made by materials.
00:02:44It is Millman's jemand with кон結selling.
00:02:49So conductor, we know that here are free electrons and this is free electrons and this is free electrons current flow.
00:02:59So now we are not going to do this.
00:03:03So now we are not going to do this.
00:03:06is
00:03:120
00:03:13but
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00:03:16connected
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00:03:35identifies
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00:03:41which
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00:03:46Depor
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00:03:50end
00:04:00and
00:04:01the
00:04:02in silicon
00:04:05silicon germanium in my concept
00:04:09of chemistry apart which is a school
00:04:13in other than any
00:04:15covalent bond
00:04:17jitre vp blog kvaad leader wala part
00:04:19of the p block valley would submit
00:04:21covalent bond when they were to
00:04:22covalent bond koto le dasakta
00:04:24to save the conductor can
00:04:26the covalent bond hotel or
00:04:28on the information source 24 hours time
00:04:57signals to give them the input signals.
00:05:01We have said what will be from silicon germanium?
00:05:05Semiconductor device.
00:05:07Semiconductor device for the work.
00:05:10Semiconductor device is a simple example.
00:05:12The main font is the green colour of the motherboard,
00:05:15which is the green colour of the motherboard.
00:05:16It is a semi-conductor device.
00:05:21TV, which is the LCD screen,
00:05:24or the laptop,
00:05:26which is the green colour of the motherboard.
00:05:28There will be some block in black colour,
00:05:30or a rectangle or a square shape.
00:05:33These are all semi-conductor devices.
00:05:36These are silicon and germanium,
00:05:38or some mixed combinations,
00:05:40and the signal is called input signals.
00:05:45The input signals on the semi-conductor device
00:05:50how will work on the semi-conductor device?
00:05:52These are the logics.
00:05:55Logics gate,
00:05:57I am going to tell you.
00:05:59Semiconductor device is silicon germanium.
00:06:04If they have to work,
00:06:06then they will give them the signal.
00:06:08If they have to work,
00:06:09they will give them the signal.
00:06:10If they will give them the signal,
00:06:11they will give them the signal.
00:06:12If they are the우�
00:06:20we must complete the signal.
00:06:24So now we have logic in logic gate, and then we will enter into the semi-conductor.
00:06:30So first we have logic gate to study.
00:06:33Logic gate to study, we will talk about input signals about input signals,
00:06:39which we will talk about.
00:06:41If I talk about input signals, there are two types of signals.
00:06:46The first signal is analog signal.
00:06:50This is a very good thing.
00:06:52The second signal is digital signal.
00:06:56This is a very good thing.
00:06:58The next signal is analog signal.
00:07:02This is current or voltage.
00:07:05This is a continuous signal.
00:07:08This is an alternating current.
00:07:11The analog signal is time and current.
00:07:17The return of the value of the value of the value is the value of the value.
00:07:25This signal is called continuous, this signal is called continuous that every time
00:07:32there will be no signal.
00:07:34There are some signals that we call digital signal.
00:07:38The signal is called time or current.
00:07:42The signal is called this signal.
00:07:44This is the maximum value.
00:07:49So, the signal is called the signal.
00:07:55Where will the signal be?
00:07:57Where will the signal be?
00:08:00Where will the signal be?
00:08:03Where will the signal be?
00:08:04Where will the signal be?
00:08:06I don't know about the signal.
00:08:08Computer language is called 101010.
00:08:11So, before the 19th century, you will find computer.
00:08:16The signal is called the signal.
00:08:21So, the signal is called 10101010.
00:08:25The signal is called the maximum or minimum.
00:08:28The maximum, the minimum, the maximum, the minimum.
00:08:31The maximum, the minimum.
00:08:32The maximum, the minimum.
00:08:33The maximum value is called.
00:08:34The signal is called digital signal.
00:08:37In this chapter, we have to talk about digital signals.
00:08:40It is not continuous.
00:08:42Once and then, zero.
00:08:44Added, 1.
00:08:45Then, zero.
00:08:460.5
00:08:46even without the maximum.
00:08:48erstens connection
00:08:53Remember that it's called .5线, maximum, minimum.
00:08:56Ext учares Oh, disparate.
00:08:59The same Ifeows bக aks ,
00:09:02then the sameui digits in date of 17101010101010101010101010101010101010101010101010101010101010101010101010101010 proclaimed thatbeingis
00:09:06the signal on feed, the total value of pseudoras, desueltrack.
00:09:08This digital signal, which is discreetly, is the maximum-minimum, maximum-minimum, maximum-minimum.
00:09:16These signals, which are the input of 10, 10, 10, this is the binary.
00:09:22The whole logic gate is in binary.
00:09:25So, let's see.
00:09:38So, let's see.
00:09:52So, let's see.
00:09:57So, let's see.
00:10:24Let's see.
00:10:31Did you hear?
00:11:01Next line, Logigates works on digital signal,
00:11:30Logigates works on digital signal,
00:11:38Wacket in binary signal.
00:11:44Next line,
00:11:49To understand binary signal,
00:11:55To understand binary signal,
00:12:05We have to understand Boolean algebra.
00:12:11To understand binary signal,
00:12:18To understand binary signal,
00:12:20To understand binary signal,
00:12:22?
00:12:23?
00:12:28?
00:12:33?
00:12:42?
00:12:47we are in the 11th class, when we were small, we were small, and then we were big.
00:12:54Plus, Boolean algebra, which is normal math, what do we do with Boolean algebra?
00:13:01What are we adding?
00:13:03One, zero, one, zero, they are adding.
00:13:05One and one, two, it will not be in normal algebra.
00:13:09One and one, it will be something else.
00:13:12One into one, it will be something else.
00:13:15Boolean algebra, this is normal, this is math, this is binary digits, one zero, one, zero, one.
00:13:22What is this?
00:13:24What is this?
00:13:25We have written here, one, zero, zero, one, here, zero, zero, zero, one.
00:13:34We have written here, zero, zero, one, one.
00:13:36We have written here, Boolean algebra, this is the combination of 4, and more.
00:13:40We have written here.
00:13:41What will I add?
00:13:42We add to that here.
00:13:43We add from this addition.
00:13:46From the rootnel we have written this addition to 11 1.
00:13:47What will most power?
00:13:49If I add 0, 0, zero, zero.
00:13:50I llegó.
00:13:51So see, if I go associate it.
00:13:52This addition is what counts.
00:13:53Here's what points of all I have in the first group of two.
00:13:54After that, we have done anotherème algebra.
00:13:55See, the number of two份 나와.
00:13:56We have done another problem.
00:13:57This means that theory is whatuu sit-alone was returns,
00:13:59we have taken for a low- Moon limit,
00:14:00the number of BROWN ruleillas too.
00:14:01नॉर्मल एलजेब्रा से थोड़ा सा अलग यहां पर हो गया है क्योंकि हमारे फाइनल एडिशन वाले अंसर भी जीरो और वन बाइनर ही आने चाहिए तो वन और वन को एड़ कर रहे हैं तो वन आता है बाकि सारी चीजे सेम हैं
00:14:15नेक्स देखें एक होता है मल्टिप्लिकेशन मल्टिप्लिकेशन में एक चीज जहां अटले यहां का जो मल्टिप्लिकेशन है वो सेम जो बच्पन से परते आ रहे हैं वैसा ही है पूरे लॉजिगेट में जो मल्टिप्लिकेशन है वैसा ही चलेगा जैसे हमने मान लिया कु�
00:14:45we are a a a a ki value zero t ya one o t
00:14:51to zero one mahi is to possible hai
00:14:53as a maalou yee kiya hai b
00:14:55to b ki value b kiya ki possible hai
00:14:57zero or one
00:14:58aur yee kiya hai a or b ka addition
00:15:00as a minne a ki value zero lelhi
00:15:02to b ki value zero bho
00:15:04us time pe zero ho sakti thi
00:15:05ach ha agar isko one liya
00:15:07tab patani yee zero ho ta
00:15:09yee zero ho ta
00:15:10to patani yee one ho ta
00:15:11aur jab yee one ho ta
00:15:13to combination iske alawa
00:15:14aur kuch bani ni sakti hai
00:15:15koi bhi combination multiplication
00:15:18main char ke alawa bani ni sakti hai
00:15:20shahe tumne probability kabhi pada ho
00:15:22naam suna ho
00:15:22to do chijon ke li hai
00:15:24ki do value possible
00:15:25iske bhi do possible
00:15:26to combination char bani
00:15:27ngay or a chee zhiyaan rai
00:15:28multiplication logic gates binary ka
00:15:31viesa yee jesai normal math
00:15:34to zero zero zero zero
00:15:36aega zero aega zero aega
00:15:38aega aega aega
00:15:39aega aega aega
00:15:40aega aega aega
00:15:41aega aega aega
00:15:42aega aega aega
00:15:43aega aega aega
00:15:44aega aega aega aega yama i boom
00:15:46aega aega
00:15:47aega invert
00:15:48invert
00:16:07a bar
00:16:08if we have any signal
00:16:11a is
00:16:12if we have to invert
00:16:14then we have to read
00:16:16a bar
00:16:17how do we write it?
00:16:19A can be how much value possible?
00:16:22A can be two
00:16:23value possible.
00:16:24either it will 0 or 1
00:16:26when it will 0
00:16:28then it will 1
00:16:29and when it will 1
00:16:31then it will 0
00:16:32so invert
00:16:330 and 1
00:16:34then it will 1
00:16:350 and 1
00:16:36invert
00:16:38A can be invert
00:16:40a bar
00:16:40B can be invert
00:16:41B bar
00:16:42B bar
00:16:43because
00:16:441
00:16:45zero
00:16:48because
00:16:49zero
00:16:490
00:16:50won
00:16:50to
00:16:51to
00:16:52double
00:16:53bar
00:16:54invert
00:16:54invert
00:16:55invert
00:16:55do
00:16:57do
00:17:010
00:17:020
00:17:030
00:17:030
00:17:030
00:17:040
00:17:040
00:17:040
00:17:050
00:17:050
00:17:060
00:17:060
00:24:23Look at least one.
00:24:25See?
00:24:26It is nice.
00:24:29You.
00:24:30Nice.
00:24:37Find out.
00:24:39Why?
00:24:41I will kick it really possible I play Koi see a clock on similar one ling it a one into one one
00:24:50a zero lot of one into zero but that's from a key Joe value layer on a boy answer are
00:24:57right is the minus Sida elika yeah I think I say a key value chaos of the Aki a key
00:25:05we are a pass me yeah two zero yeah one two zero log a two zero car bar the one into one
00:25:13yannick is zero car bar one answer is this little yeah same tg haper about the multiplication
00:25:19normal math job it up buddy it okay it's cool other minute plus car now every day
00:25:25plus car every plus current one may be one may kisibhich ko plus cardo money and they go
00:25:36one one one one is the one here to come kisibhich ko plus caro is my school caro is
00:25:41close my caro is working low as a zero plus caro one rat disco
00:25:47come out of a sqa matlab nahi to the one my kuchija oriana to one to ana
00:25:52so here we are one one
00:30:21I have given this one, but if this is a dot, then it will be plus, and then it will be plus and then it will be plus.
00:30:33So, let's keep the value.
00:30:35The combination of the value?
00:30:37Four.
00:30:38Just like this.
00:30:40Do you think there are four possibilities?
00:30:42First of all, I have a combination of one and one.
00:30:45This one and one.
00:30:47How many?
00:30:48One.
00:30:49One and one for the value.
00:30:50Two.
00:30:51The answer is zero.
00:30:52Oh, it's a list?
00:30:53Five.
00:30:54One by one.
00:30:55One by zero.
00:30:56Three to each one between zero.
00:30:57One by zero.
00:30:58Zero.
00:30:59Zero.
00:31:00Zero.
00:31:01And then to you say, one will get here.
00:31:02One and—AI Redpoint, which will Swanky know or Something to come back.
00:31:04Tomorrow is coming back for its point.
00:31:07He also has a chance, insisting that it will always come back.
00:31:08So that's going back for the rule.
00:31:09One are getting back.
00:31:10Let's see what's going on, Allah.
00:31:11Because of this one, I'm getting back.
00:31:12One.
00:31:13Anand that you can hold back.
00:31:14.
00:31:15Guys, whereas you can ask that.
00:31:16Are you 2005 going back?
00:31:17.
00:31:182 times?
00:31:190.
00:31:202 times
00:31:210 plus 1.
00:31:23$1 be to add to $1.
00:31:24Once again, that s to $1.
00:31:26This is the one that only we had to give you the $1.
00:31:31Let's open and see.
00:31:33If you want to see that, someone wants to get an Excuse me, we will bring a example.
00:31:38Every $2 amount is $2.
00:31:40These $2 amount is the $2 amount.
00:31:41And if you don't want to pay us, this $2 amount is the $2 amount, then if you want to маршру sign a $2 amount, then you will be $2 amount of $2 amount.
00:31:48This is plus and this is dot, meaning dot with plus and dot with plus and dot with plus.
00:31:54There are some properties. This is 5th number, 6th and 7th.
00:32:01Properties of Boolean algebra
00:32:13Class 11 of the vector vector.
00:32:18First,
00:32:34Subuse is not available.
00:32:37Subuse is not available.
00:32:43Subuse is not available.
00:32:49.
00:32:53.
00:33:03.
00:33:08.
00:33:11.
00:33:15a vector plus b vector karo ya b vector plus a vector karo commutative hota hai a vector dot v b vector
00:33:22battery what kind of a dot b vector or b dot a vector same hota a cross b vector or b cross a vector
00:33:33same name but love cross product commutative name dot hair vector summer vector subtraction b
00:33:41nai a a minus b or b minus a same nai aota minus ka difference so ye to me does it but love one
00:33:49plus a karo ya a plus one karo answer same yana associative ka matlab kya hai dhyan se
00:33:56sunnay maanlo haare pass me ek signal diya wa hai a ye zero ya one ho ga yara or kya ho
00:34:02saktahu hai the answer but跑 combine a note so excited few it's good to have the first
00:34:19situation not to doubt sir yes and yes again my eyes ego express line at the origin of it 2
00:34:23A, take one with each other and leave it with each other.
00:34:27Associative means that it is with each other.
00:34:29If you want yourself to be inverse?
00:34:31Zero.
00:34:33A, if you want one,
00:34:35we need values.
00:34:37If this is one, then it is zero.
00:34:41Multiply, zero.
00:34:43If this is zero,
00:34:45then if anyone can be zero,
00:34:47then if anyone can be zero,
00:34:49it will be zero.
00:34:51If you want to be zero,
00:34:53then you can be zero.
00:34:55Distributive means what?
00:34:57Listen to us.
00:34:59We have one signal,
00:35:01the other signal is B,
00:35:03and this is C.
00:35:05Which signal is added?
00:35:07B and C.
00:35:09And who is multiply?
00:35:11What do I do?
00:35:13If I want it to be A and B,
00:35:15this is normal,
00:35:17this is normal.
00:35:19If I want it to be distributed,
00:35:21we have multiply it.
00:35:23Look at this example.
00:35:25What will it be?
00:35:27Listen to me.
00:35:29What will it be?
00:35:31What will it be?
00:35:33How many values can be?
00:35:35This?
00:35:36This?
00:35:37This?
00:35:38This?
00:35:39This?
00:35:40This?
00:35:41This?
00:35:43This?
00:35:44This?
00:35:45This?
00:35:46Here, when you can go here, you can go out from the inside.
00:35:49In the previous one, you can go out from the outside.
00:35:52Where did A come from?
00:35:55If you can add one to one, you can add one to one.
00:35:58There will be one.
00:36:00If you multiply,
00:36:02the normal method is one into A.
00:36:05This is the same value and this value.
00:36:08You can keep anything and keep anything.
00:36:11How many value are you?
00:36:13Two combinations, two, two.
00:36:15So, if you have a combination of three, then the answer will be the one.
00:36:20If you have one, the final answer will be the one.
00:36:24If you have zero, the final answer will be zero.
00:36:27This will be the one.
00:36:29Let's do it again.
00:36:45Let's do it again.
00:37:13Let's do it again.
00:37:41Let's do it again.
00:37:43Let's do it again.
00:37:47Let's do it again.
00:37:53Let's do it again.
00:37:55Let's do it again.
00:38:05Let's do it again.
00:38:17Let's do it again.
00:38:19Let's do it again.
00:38:23Let's do it again.
00:38:37Let's do it again.
00:38:39Let's do it again.
00:39:05Let's do it again.
00:39:07Let's do it again.
00:39:09Let's do it again.
00:39:11Let's do it again.
00:39:13Let's do it again.
00:39:15Let's do it again.
00:39:17Let's do it again.
00:39:19Let's do it again.
00:39:21Let's do it again.
00:39:23Let's do it again.
00:39:25Let's do it again.
00:39:27Let's do it again.
00:39:29Now I have to solve it. How do you solve it?
00:39:31You can put it in the DM organs.
00:39:33If you put it in the DM organs, then it goes out.
00:39:36What will happen?
00:39:38Tell me, I don't have to tell you.
00:39:42I will teach DM organs.
00:39:45I don't know where to solve it.
00:39:48When I do not know where to solve it, I will decide.
00:39:50Where to solve it?
00:39:52That's where to solve it.
00:39:53That's where to solve it.
00:39:54That's where to solve it.
00:39:55That's where to solve it.
00:39:56Let me ask you about the bottom of the hand.
00:39:59If this is no part.
00:40:02I will save your name.
00:40:03It will change the number means.
00:40:09I will save it.
00:40:14This is not exactly where to solve it.
00:40:18This side is inaccurate.
00:40:22foreign
00:40:52I will tell you where to go.
00:40:54You will tell me where to go.
00:41:22So,
00:41:29so,
00:41:35base is now,
00:41:36and then it will start a little bit.
00:41:38The numerical start will start.
00:41:39Everyone will work.
00:41:43Done.
00:46:02If I have a second place, I should eat this step.
00:46:05If I have a third place, then I will eat this step.
00:46:09If the second place has a second place, it will be two times.
00:46:15What is the first place?
00:46:16A and this is B.
00:46:21Now, if you have a second place, what happens is the second place.
00:46:28If you have a second place, this place has no place.
00:46:31a
00:46:35score
00:46:41a
00:46:45a
00:46:48a
00:46:51a
00:46:54b
00:46:55Okay, so B. Go is a garing a camera be a bar for B. Go be a garing a
00:47:03Yeah, Karen Odin could go could get bar say Gartin to zero
00:47:09Oh, could go could get bar say multiply got a to zero but a key
00:47:15Yeah, you know B key value zero we so yeah, one over yeah, one over three zero or multiply my zero
00:47:22Khatmogia from a bar a bar plus B a bar
00:47:30What about a bar B per bar or a bar a per hey hey
00:47:35Second option Dekhara a bar a per bar a or a bar B per bar a beach with less
00:47:45Okay, so
00:48:15Okay, so
00:48:17Okay, so
00:48:19Okay, so
00:48:21Okay, so
00:48:23Okay, so
00:48:25Okay, so
00:48:27Last to last year is per circuit a a
00:48:43Okay, yeah
00:48:45Yeah, okay logic gate
00:48:46Okay, so
00:48:47Yeah, okay, so
00:48:48Yeah, okay, so
00:48:50Okay, so
00:48:51Okay, so
00:48:53Yeah, so
00:48:55Okay, so
00:48:57Okay, so
00:48:58Okay, so
00:48:59Okay, so
00:49:01I told you that it will be a process of solving.
00:49:08Can you read it?
00:49:11I am going to start the logic gate with a type of logic gate, but I know there are some questions,
00:49:28तो मुझे थोड़ा सा और टाइम चाहिए समय यह एक इंपुट यह है
00:49:35मैं उसी के खुद से खुद को एड कर रहा हूं
00:49:43मैं B को B से एड कर रहा हूं देखते हैं इंके वैल्यु क्या होगी यह इंपूट से आरहा है
00:49:50May a ko a se multiply
00:49:52Kar raha ho
00:49:53Ajayi ye toh pata hai mujhe
00:49:55Uske invert se multiply kertate to zero
00:49:57Ata hai
00:49:58Invert se multiply
00:50:00Ago ye one hoa to ye zero hooga
00:50:02Ye zero hoa to ye one hooga
00:50:04Zero aaga
00:50:05Invert se multiply karne pe to one
00:50:07Zero aata hai
00:50:08Or one se add karne pe one
00:50:11Ata hai
00:50:11Ago one hoa
00:50:14To dousara chaye one ho chaye zero ho
00:50:16One hi aata hai
00:50:17Legin khud ko khud se karna hai
00:50:20Toh kya aaga
00:50:20Voh dhekta hai
00:50:21Khud se maan sakta hai
00:50:24Yad karne ki chizi nahi hai
00:50:25Yer iski value
00:50:27Yer iski value
00:50:28Agar one money
00:50:29Do hi toh sakti
00:50:30Yer toh one or zero
00:50:31Toh agar ye one hoota
00:50:32Toh ye bhi
00:50:33Toh ye kya aaga
00:50:34One
00:50:35Ye zero hoota
00:50:37Toh ye bhi
00:50:38Toh ye
00:50:39Mtlab ye khud ki value
00:50:41Vhi rakhara hai
00:50:41Mtlab iska answer
00:50:42A
00:50:43A ko a se plus
00:50:45Jis a one ko one se plus
00:50:46Karne pe one aya
00:50:47Toh a ko a se plus
00:50:48Karne pe one aya hai
00:50:49B ko b se plus
00:50:51Karne pe one
00:50:51A ko a se multiply
00:50:54Karne pe one aya hai
00:50:55Legin bar se multiply
00:50:58Karne pe one
00:50:59Acha ispa eko chiziklo
00:51:00A agar ye bhi
00:51:05Tum chao carne pe one aya hai min
00:51:08oh
00:51:11Oh yeah, I got Mary with I
00:51:14Got it. Oh, it's cool solve can make a get zero it me
00:51:20Oh, if you thought it was good. That's how it is. How about a bar b bar dot
00:51:26I say, okay, first comes from a multiple. I mean, I got a society distributor
00:51:30Bell Coffee which a signal or a signal code and never your national wedding yeah
00:51:36small Urban yes see yeah see ka bar
00:51:41kaira seein
00:51:44a Joe you can write a you see cut and bar eh
00:51:48multiply it or I self and work come multiply .
00:51:52Yeah, yeah, a or a bar your poor a number or you put a number coat bar or multiply it to zero
00:52:00I am a
00:52:04I am a
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00:55:38foreign
00:55:43Oh
00:55:45Oh boy
00:55:47Oh boy, three-part of the gate
00:55:49and the first
00:55:50basic gates
00:55:53logic gates
00:55:55basic
00:55:56this is three-part of the gate
00:55:59and the second
00:56:012. End gate is the name of calm and according.
00:56:093. Invert gate
00:56:18Invert gate is the name of not gate.
00:56:312. Invert gate
00:56:372. Invert gate
00:56:412. Invert
00:56:462. Invert
00:56:51algebra में सबसे बेसिक लॉजिक टीन थे एडिशन मल्टिप्लिकेशन और इन वर्ट तो अगर सिगनल्स को अगर हम एडिशन करवा रहे हैं तो वो गेट और गेट कहलाता है मतलब दोनों इंपूट्स को एड कर दें तो उस गेट को और गेट कहलाता है मतलब एक सिगनल ए है एक �
00:57:21अच्छी यह डी लिखा हुआ है डी डाट मुल्टिप्लाय है तो ये वाला लाजिक गेट मुल्टिप्लिकेशन के लॉजिक को लेता है
00:57:30do the top dot or what love a or b add
00:57:35cardia yeah addition you don't not
00:57:38wanna gonna zero call on call off call
00:57:42on take a car in work that are in good
00:57:45basic you will have to get things up
00:57:48say basic little teacher of color and
00:57:49teeny to their addition and a
00:57:52multiplication can now invert canna
00:57:54do not but love zero co one card in a
00:57:57one code zero gardener not what the
00:58:00vector of a budget I've got to go like
00:58:02and neto will be cool a career and it's
00:58:06it's a
00:58:08a
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00:58:27not but love her cheese come in a car in work with love will tell you to come get a
00:58:32hako na na ko ha ha min a some j
00:58:36or gate
00:58:40but love a or b yannickie a plus b you basic it is like a second type of a rate are they
00:58:49We call them the universal gate.
00:58:53These are the basic things.
00:58:56Universal gate.
00:58:58There are two types of gate in universal.
00:59:01First, nor gate.
00:59:05It's very easy.
00:59:07If you listen to the name first, you can remember it.
00:59:09It's very easy.
00:59:10For students, the most important topic is the logic gate.
00:59:14It's very easy.
00:59:22This is an easy topic.
00:59:25It's very easy.
00:59:34Basic gate, which is the addition, multiplication and invert.
00:59:40What is the addition, multiplication and addition?
00:59:42Input signals.
00:59:44Binary.
00:59:45Input signals.
00:59:47If the over gate is done, add it.
00:59:50And the end gate is done, multiply it.
00:59:54Not gate is done.
00:59:56Now let me think about addition and multiplication.
01:00:00There are two things.
01:00:02Input is 2.
01:00:04Invert is not 2.
01:00:06Not gate is here from the end gate.
01:00:09No sigue ports, it's not higher.
01:00:14Same with bank.
01:00:19Novate is here.
01:00:21There is no traveller.
01:00:27It is very easy.
01:00:28is
01:00:35the
01:00:40convert now or get a or b a plus b now or n say I am not or yeah yeah or Yannick you
01:00:51add the gunna her money again I'm Yannick in the local military get when yeah yeah basic
01:00:59and I think really yeah I mean don't get combo kaiyakilya yeah yeah I'm not here
01:01:05को और यह क्या है को पुल्टाइए इनव soaking utilizz को नाम बीटल बात तो कर रहा था
01:01:21लेकिन नगिन लिखाए नीblesa never total घर में लगने वाला ispoints millionaireorry को
01:01:27Inverter means input input.
01:01:36One thing is that this name is universal.
01:01:43These two types of gates are called universal.
01:01:48Why?
01:01:49Because they can make all gates.
01:01:52The number of gates.
01:01:57This means the number of this.
01:02:00If they would not even use them, they would be able to use it.
01:02:04The number of gates is made.
01:02:07The number of gates is made.
01:02:12This is the number of gates.
01:02:14the name is universal.
01:02:17The use is called get.
01:02:20This is basic because they follow the basic rules.
01:02:24The three basic rules.
01:02:44The use is called get.
01:03:02The use is called get.
01:03:07Here we are going to talk about.
01:03:10When we talk about the logic then we will talk about the gate.
01:03:14The semiconductor device I have mentioned before.
01:03:17This is a phone device that I have found to offer.
01:03:23Right?
01:03:25I see the device.
01:03:29The device I have found to open the microphone.
01:03:31The device I have found to later?
01:03:33See the device I have found to get it.
01:03:36Oh, that's a good girl.
01:03:39Oh, yeah.
01:03:45I recall.
01:03:46Yeah.
01:03:47Yeah.
01:03:48Yeah.
01:03:49Oh, yeah.
01:03:50Oh, yeah.
01:03:54Joe White Color Cat Parts.
01:03:55I am.
01:03:59And there.
01:04:00I am.
01:04:01White Color.
01:04:02I am.
01:04:03It's the green green color.
01:04:04can mother board and what's mother board may mucote which white color kid that's the
01:04:09crime was sorry the shoring ki hoi ya machines a who jola data a semi conducted device code
01:04:18all nakedly so ya pa jumbo dot silver color got a weapon nichi ki tu raf semi conducted
01:04:23device nichi ki tu raf at a video button to joda way it's a nichi ki taraf a toe button
01:04:28to go to a semiconductor device
01:04:31so it's a basic semiconductor device
01:04:34so it's a silicon or germanium
01:04:36so we're going to use a
01:04:38lagora
01:04:38use a gallium arsenide
01:04:41right
01:04:41so we're going to use a silicon
01:04:43germanium voice levels my detail
01:04:45of your silicon or germanium
01:04:48jose me conductor
01:04:49what's up minute button
01:04:52device me malo number
01:04:53me like it's a nine seven
01:04:55to nine to nine to leg out
01:04:56logic
01:04:59it's a nine to nine
01:05:00to nine seven eight four
01:05:04if you have a button
01:05:06and if you have a contact
01:05:08add to what you have to know
01:05:09it's a logic
01:05:12that if you have a button
01:05:15to get one
01:05:17or zero
01:05:18or one
01:05:21or zero
01:05:22or multiply
01:05:23or multiply
01:05:25or multiply
01:05:39If the logic is given to any medium, it is called the gate.
01:05:46It is called the gate.
01:05:49The logic which is given to the device, it is called the gate.
01:05:55The gate means non-physical structure which works for the input and the semiconductor device.
01:06:02The logic means what is the formula?
01:06:05The gate means non-physical structure which works for the inputs to the semiconductor device.
01:06:16This is the two types of gate.
01:06:25Basic and universal.
01:06:28Basic and basic rules follow.
01:06:35Universal and universal.
01:06:37We can say everything.
01:06:39We can say everything.
01:06:41We can say all the categories of the contents as well.
01:06:43Next is the third type which we call as a purification.
01:06:50If we are just the name of the gate.
01:06:52Exclusive gate.
01:06:53Come in the exclusive gate first.
01:06:58is X or.
01:07:02X is the meaning of this.
01:07:04X is the meaning of this.
01:07:06X or gate.
01:07:11This is the X nor.
01:07:20The details are the same.
01:07:22The logic is the same.
01:07:243, 2, 5 and 2, 7.
01:07:26It is the same.
01:07:28Everything is the same.
01:07:30Everything is the same.
01:07:32The tough portion was the same.
01:07:34It is the same.
01:07:36It is the same.
01:07:38Exclusive gate is the same.
01:07:40X or X nor.
01:07:42The details are the same.
01:07:44Exclusive or.
01:07:46Or gate is the same.
01:07:48Addition.
01:07:50It is the same.
01:07:52It is the same.
01:07:54Nor means what?
01:07:56Addition.
01:07:57Or invert.
01:07:58It is the same.
01:08:00Exclusive.
01:08:01This is the same.
01:08:02Now, we will add heading to or gate.
01:08:04Or gate it.
01:08:34Oh
01:08:39Oh
01:08:43Oh, yeah, I'm a exclusive here nor max exclusive
01:08:46I
01:08:48I'm gonna get
01:08:50I'm gonna get it
01:08:52I'm gonna get it
01:08:54Okay, I'm gonna get it
01:08:56I'm gonna get it
01:08:58I can get it
01:09:00I'm gonna get it
01:09:02So we have 4 points to write in the 7th gate, then we will complete the questions.
01:09:09The first part of the OR gate is the representation.
01:09:16What is the representation of OR gate?
01:09:20We have to add the OR gate.
01:09:24Who needs to add?
01:09:27We have to add 2 inputs.
01:09:34If we have 2 inputs, how many combinations will be?
01:09:374 combinations.
01:09:39The question of the circuit is current electricity.
01:09:43We think that it is current electricity, but it is not.
01:09:46It is not easy.
01:09:48How do we know that the diagram in the circuit is the OR gate?
01:09:54If we have 2 OR gate, then we have representation.
01:09:57It is the same.
01:09:59This is the same.
01:10:01This is the same.
01:10:03Here we have 2 inputs.
01:10:07A and B.
01:10:09Here we have the output output.
01:10:13If we have a diagram made, then it is OR gate.
01:10:16If we have 2-3 inputs, the same thing is correct.
01:10:25If we have 2 outputs, then it is OR gate.
01:10:28The second thing that we can do is to see boolean algebra.
01:10:34foreign
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01:18:52Amen.
01:19:22Amen.
01:19:52Amen.
01:20:22Amen.
01:20:52Amen.
01:21:22Amen.
01:21:52Amen.
01:22:22Amen.
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