arduino board specs

 


 
So, basically, now we are concentrating on Audrina birds, because now many products are coming together coming near all major bugs are coming near. So basically we will be entering in the 30th in free to you will be doing your facing mini projects and who entered it 40th day. We are doing this major projected code, so basically we are concentrating right now before 6 months, so that you will be getting all the videos which are required in your closet. So basically, this is the all Reno board so before getting every information, what is this or what is this what’s all this, and what is this? What is this everything? Let us discuss some features basic features of this, so basically, I will be discussing here two things. Then I will be going to a slide slide show where I will be telling some point and again we will be coming back to it. Ok, so basically it contains two micro controller. Yes, you have it condensed to micro controllers atmega328. This is a long one. You will which you can able to see please. This is only the audrina. Both is oh, this is a board okay. They have designed a board for a micro controller. So micro controller is the heart like PCB. If you have your processor right, so that is processor which are heartless in this difference between micro controller micro bus will be anyhow, you will be learning in your academics. I will be not be concentrating on that, but this is one board which they of develop in which they are using.

Atmega328 microcontroller get this in your exist. In your mind, okay and one more thing: they are using X, mega 16 you to microcontroller, which is used for IC or USB controller. Is they have good IC or USB controller? What the thing I will be telling you: what is this IC or USB controller, but to remember friends, this is H mega three to eight micro controller is the heart and the next Ice. The micro controller is not that much useful, but it is useful. We thought this sequence connects our laptop or a system with this Arduino you get into the point. So basically it is 16 megahertz. It runs its frequencies, 16 megahertz and, like H, 0 Phi 1. It does not have a unique 11.0 58 microbe flow hurts something like the frequency. Okay, it runs on standard 16, megahertz frequency and it has inbuilt RC phase shift oscillator and which it can generate two to eight frequency, okay to the 8 kilohertz frequency. Okay, now not kilo that is mega mega. Okay, two to eight megahertz of frequency. You can generate in build without this crystal oscillator. Also, it can generate itself a oscillation with using artificial oscillator, which is inbuilt, okay, remember friends, so let us go for slide four going little bit deeper. It is an 8 bit microcontroller. What does this 8 bit tree represent? Its 8 bit represent eight. It can process. Eight data lines: it can process 8 bit in single clockwise trimmer version.

Okay, it can cause 8 bits in single clock pulse. That is nothing but 8 bits. Microcontroller and remaining thing not required. Next is a physical computing and it is an open source. The chair, you can able to think the things which are used for writing code is an open person like you will be using key in for your arm. It is you have to buy that, but it is open. Audrey noise and the hardware abstractors writing language is use the programmable large community and it is less in excellence. You can buy it in 2500 circuit, so basically X, Omega 3 to 8. You can able to see in any PPD’s. I have gone to Google and have such a creativity on Arduino that the reason I’ve got it. I found that it is okay, quite useful for you. It will be useful. So that is the reason I am Telling about it. Wherever you see you, they will be discussing only about X mega three to eight. It is 8 bit microcontrollers. They will be not discussing one more thing, one more microcontroller, which is used. It is 8 mega 16. Due to why I’ll be telling you in this video at the last or end of the video will be going to know so voltage regulator, it has, it has, and it is risk based. It is 16 megahertz which already I have told, as it has inbuilt 32k kilobytes of memory 6 channels 10 bit ADC in will.

It has 10 bit, remember friends, why we require a a to D. Converter will be discussing when we were talking about and log foie gras. Okay, it in digital programs. It will not be discussing. This is a basic introduction, video friends. Okay, we have a PWM output. Also we’re in 8, 0 Phi 1. We don’t have that I to see under connector, we have HP a serial in serial interface, connect step. We have this board okay, so this is a second one and third, what it is the overview of the board which we’ll be discussing and we feel it can do. We have digital pin, unlock, pin serial communication can be done. Okay, so these are the three things which we can able to the third terminology: IVA boards main controller. These things are not required right now, and these are the different types of both okay, which you can find in markets and this one of different types of ill series you can buy in market. So that is the basic diagram they have given. So thanks for sharing whoever has shared ish the video. Now let us go to deep in this microphone. What does it contain? Basically, what does it content? You see? It comes in the power supply price. It contains a power supply. Next, it contains a voltage regulator. If there are any digit nothing, but you you have fights in your voltage right, it is not constant. Then it controls it.

Okay, voltage regulator. Next, it has a crystal oscillators. It is nothing but a crystal which generates 16 megahertz of frequency. Then it contains a USB port. This is a bigger USB port against bb4. We type we have different USB. Okay, if you search in movies, we have a type B. Type C type is a different categories of USB okay. This is also a USB. If you see this code is also a USB and show you in Google is just such in Google, and I will show you a to be connected. Other big works when you will be playing with this hardened over, they will be giving a wire to connect to a PC which recorder in about that is nothing but a 2 B cable. They call it s so how else like and how B looks like will be C? Okay. This is a B, remember trans. This is B and one reset button. We have these two are your capacitors. These capacitors are used for this voltage regulator right this voltage, you apply now so for that they have voltages, and this is one kind of diode, and for this we have this IC forget if we connect both of them. This is a comparative IP okay, they have not mentioned in this picture. Also, but remember friends, we have a component of IC, which I go from top to bottom. Okay, so let me zoom it up and let me show you everything.

Every part, as I know, everything as I know something not everything of this code, so let us do so. This is nothing but you are comparative when you give us a call to play from this as well as this. Yes, USB cable angle as well as a connector, then it don’t look like ordinal would get confused, which level to be used. Then we use comparator so that the comparator output is given to this microcontroller, so subs. The reason we use this okay – this is your another microcontroller, which I have told you. That is nothing but X mega switched in YouTube microcontrollers. What does it do? It means my microcontroller doesn’t know USB language. It does it have USB port really it can be. How I to see hypnose i2c language, it knows nothing, but these are protocol. It knows items a protocol, it North SPI protocol. It knows, but it doesn’t know here’s. We protocol so to communicate, receive my PC as as well as my microcontroller. I require this microcontroller atmega8 in you do so that it can convert this USB language to my microcontroller, understandable language, so that’s. The reason we use this remember trip. Okay, nobody tells you so in my channel. You can able to know that the thing we can use you – and this is your USB interface you can able to USB interface. I I see a speak for us because we can use v2 interface. Your you see.

We will be using it I to the serial clock serial data we have so I will be telling how this all things looks like like USB how how many Y’s are the next two I to say how many ways are there HTA? How many wives are what are the difference? Things? Hardware, architecture? I will be telling you and you can able to imagine that. Okay, look these, how this many things so that I be. I should write the program in such in such a way that this has to be activated. All this has to be deactivated, and this pin will be acted as an input. Pin of this pin active will act as an output fit so that’s. Nothing. You will be knowing so you just ignore this. We saw marcher in slave out master or slave in so in industry. How SP IC I to see. We have two two lines that is not a serious cloth and period later, nothing much. We have a clock and we have a serial letter. This is n half couplets who look like half duplex. We will be learning right, so one where is used for data in I to see and one wire is used for seeded depending upon the clock pulse, my PC will be giving my bits serially and one time it ket and transmitted, or it can with you. It can’t do both at single clock, but very SPI see we have a separate clock.

Para really. We have a master in this. Is a importer and slave out, as this is a Marshall out. If it is as used as a master, then it will be act as an output and it will act as an input. So we have different lines here and say of select. We can a select. The flip means, if two or more things are connected. Then we can select the slave also and we can program it okay, so those are four different parameters are used and we have different dedicated speed. You can able to see that there are a small lines present in print of the numbers in each and every field, so that is nothing but PWM. Film pulse width, modulation, pin in your AC and lox Acutes. You will be learning this. I think JC will be coming in this Fourier, so you will be learning in 30. So if you are watching before 30, just remember that PWM is it’s one type of plot holes where we can eject the clock on and off 10 okay that’s. The thing you remember and we have to interrupt and transmit and receive we can transmit the data. I will receive the rate of call that we have transmitter section and receiver section. Okay, LED is nothing but LEDs, and settings pin is always collected to your LED so that we can kogami and you can check waking blinking of LED. You can do it reset button.

You have computed this portion right. I country that resolves. It is nothing but your resistor. These are nothing but your capacitors resistors in small small components. Okay, now let us come down little down here is ICSP for atmega328 multi, and more saw me so – and this is one side, love and protocol to program this X mega. So, basically, will be not be using any way, but remember friends: whenever you buy a new X mega is nothing but you know both you have to load a boot loader you have to. First of all, you have to dump a boot loader, nothing but a BIOS in your computer. You have your in built by us right. They will program there in will wire, and then they will be giving to us okay if they will be launching the market. So similarly, it has bootloader again in bootloader. We have to load good. We have to dump a code in it so how to dumb base by using these pins, we can dump it by using this pin. So, yes, we will be dumping. The code inside this or Arduino atmega328 microcontroller – and these are your unlock, pin and it is a voltage V in which reference voltage when we, when we will be talking about the analog signal, will be discussing about V. Okay, we nothing, but enough was voltage. This is a day and lower DC voltage. We can apply here and we can check, compare other voltages.

It is interest versus we will be talking later. What is this thing? Next? We have to long called voltage and frequency voltage reset external research with it io recurrence and it is not connected. I think every part is completed in this video, so let us meet in next video I bring. The video has been so long if you like this video, please press the like button don’t subscribe until and unless you like, all 2 to 3 videos of this series. Ok, if you have dedicated with this channel, then you should, you will be learn. You will be learning more, I know, but unless and until you liked the video don’t forget to my channel, because I don’t really require subscribers. I require the ginyan people who understand me. You just comment below stating that i have not understood anything. Just tell me more grateful so that I will be in my upcoming unit. I will be telling you in more Griffis.

 
 

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Comment (20)

  1. nice one bro
    but I require more explanation on the io pins
    like how many outputs can be drawn
    how many devices can be connected and so on
    I think u better help us out by conducting a mini project based on how to program an aurdino…….anyway wonderful efforts!

  2. bro i want to know about different types of arduino board and main difference in them and raspberry Pi board also

  3. One small input, how much I am right I don’t know but as per my analysation, atmega is brain and heart is Crystal oscillator is my analog right please reply.

    I used toptechboy website to learn,
    Compare to that your information is more clear and best, thank you

  4. Would it be possible to download the Arduino Board with parts marked and a written text on each part?

  5. I am not a student or even not from JNTU. So, kindly be describing the videos for all the learners universally. Thank you for the nice video.

  6. bro can you tell how to prepare arduino circuit board by ourself in next video please bro i want to know to to do it on my own

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