I am going to share ur TH-cam channel to my College teacher ...bCz padhate to sabhi h but Art har kisi me nahi hoti h ...Jaise aapki pas h....Nice Fab .. God bless you...Stay with us...pls upload CAN protocol with explanation
Thanks for clearing my doubts about serial communication...👍👍✔✔😊😊 At 10:38 : 7 bit me maximum value = 2^7 - 1 = 127 likh sakte hae... (1111111) base 2 = (127) base 10
Thanks for appreciating my efforts.And you are correct that maximum decimal value that 7 bit binary number can represent is 127 but the number of different values that 7 bit number can represent is 128(0 to 127).0 is also a unique value.
Amazing Explanation. I have a query on this topic. In SPI there is no Acknowledgement bit. Can you please elaborate on this. Specifically does it mean that with SPI communication protocol our micro-controller (Raspberry Pi) wont be able to receive data at fixed sampling rate from the ADC (Ex. ADS1015)?
Aapka samjhane Ka tarika bahut Sahi laga, and plz all things Ko example k sath explain Kiya Kate if possible. Like apne I2C and UART , spi Ka uses dikhaye on paper.
first of all i would like to thank you so much for this video, extremely good explaination, and still it can be more elegant if you provide detailed information about UART, SPI, I2C and CAN protocols with good schematics . and divide the videos for perticular protocol. waiting for your detailed information videos.
Explanation is beautiful please add master and slave electronic. Such as how master send address data and control . How the selves receive address data and control
Good explanation. Suggestions/feedback- common ground wires and supply wires needed additionally in parallel communication, It would be helpful if you had explained points like how communication happens in UART and how will Transmitter and Receiver know start and end of data if there is no clock in UART communication. Its better to add I2S to the list as well Also, providing examples /boards which uses these type of communications like arduino would be helpful
One of the best video on TH-cam , please do make more videos on basics of electronics . I am from software background but love to work with Raspberry Pi and Arduino but curious to learn basics before direct jumping into making things :) Thank you
Well explained.. M actually sare videos dek rhi ti ek b clearly smj m nhi aya... But your video cleared my doubt... I want deep explanation of these protocols.. Please upload sir
such an easy and understandable explanation. One thing is you told that there are some limitations of SPI compared to I2C but you forgot to mention in the video. ;)
Aditya Raja Major limitation of SPI as compared to I2C is that for every individual slave that your master wish to communicate it need to have dedicated GPIO as Chip select whereas in I2C there is a dedicated device address so no need of any additional signal to start and stop communication with particular device.
1 number explanation. IOT bhi detail me sikhav plz ... aur step by step mini project explain karo sir... Apako Maine subscribe kiya hain sir appp bahut accha padate ho Plz project bhi step by step karana...
![Introduction to CAN protocol | How CAN Bus Works [HINDI]](http://i.ytimg.com/vi/d1uqRVKDYc8/mqdefault.jpg)
![Introduction to CAN protocol | How CAN Bus Works [HINDI]](/img/tr.png)
![ทุกครั้งที่หลับตา (Lucid Dream) - AYLA's [ Official MV ]](http://i.ytimg.com/vi/4i1OBAQyv58/mqdefault.jpg)
I am going to share ur TH-cam channel to my College teacher ...bCz padhate to sabhi h but Art har kisi me nahi hoti h ...Jaise aapki pas h....Nice Fab .. God bless you...Stay with us...pls upload CAN protocol with explanation
Really the Best video on Communication Protocol ...
Had an exam today and your video really helped me for the exam. Wanted to express my gratitude. Thank you and god bless you for helping students.
Bahot achchi video hai bhai 👍 very good explanation
Thanks for clearing my doubts about serial communication...👍👍✔✔😊😊
At 10:38 : 7 bit me maximum value = 2^7 - 1 = 127 likh sakte hae...
(1111111) base 2 = (127) base 10
Thanks for appreciating my efforts.And you are correct that maximum decimal value that 7 bit binary number can represent is 127 but the number of different values that 7 bit number can represent is 128(0 to 127).0 is also a unique value.
Ajj Maza hii agaa .Saray k sara smj aa gya .Thank you
Amazing Explanation. I have a query on this topic. In SPI there is no Acknowledgement bit. Can you please elaborate on this. Specifically does it mean that with SPI communication protocol our micro-controller (Raspberry Pi) wont be able to receive data at fixed sampling rate from the ADC (Ex. ADS1015)?
Awesome explanation. Great job
Knowledgeable video for me your teaching way so nice thanks sir
Very nice explanation
Nice video❤
Please add practical demos too.
Nice explanation....Sir can u please explain CAN protocol system....
Aapka samjhane Ka tarika bahut Sahi laga, and plz all things Ko example k sath explain Kiya Kate if possible. Like apne I2C and UART , spi Ka uses dikhaye on paper.
first of all i would like to thank you so much for this video, extremely good explaination, and still it can be more elegant if you provide detailed information about UART, SPI, I2C and CAN protocols with good schematics . and divide the videos for perticular protocol. waiting for your detailed information videos.
Best and simple explanation bro...tysm got everything you thought
Explanation is beautiful please add hardware such as
Explanation is beautiful please add master and slave electronic. Such as how master send address data and control . How the selves receive address data and control
Thank you!!!!!! It was a very clear explanation💯
Good explanation.
Suggestions/feedback- common ground wires and supply wires needed additionally in parallel communication,
It would be helpful if you had explained points like how communication happens in UART and how will Transmitter and Receiver know start and end of data if there is no clock in UART communication.
Its better to add I2S to the list as well
Also, providing examples /boards which uses these type of communications like arduino would be helpful
Thanks for the feedback. I will surely work on your suggestions.
Very good sir ji
and If possible please Explain Embedded systems regarding video ...
So simply explained great man
It's a great video. Please make video on CAN, RTSP, MQTT and OCPP protocol used in embedded engineers life. It will help them a lot
Videos on CAN and MQTT are already present on channel. Please do check it.
One of the best video on TH-cam , please do make more videos on basics of electronics . I am from software background but love to work with Raspberry Pi and Arduino but curious to learn basics before direct jumping into making things :) Thank you
Thanks for appreciation and I will surely try bringing more such content. Such comments motivate me.
Sir please upload more videos regarding embedded system.
Which microcontroller can be selected for bluetooth communication?
Prectical kar k batate to jyada samajh aata, bit ya byte aaigi matlab kya, voltage signal up down hone ko bolenge ?
Please make a video on how to make UART controller
sir great video,want more videos on embedded from you sir
Thanks for such kind words and I will start posting videos on regular basis after sometime.
Well explained.. M actually sare videos dek rhi ti ek b clearly smj m nhi aya... But your video cleared my doubt... I want deep explanation of these protocols.. Please upload sir
Yeah Sure I will try to make detailed video on each protocol in future.
Nice explane Sir , its help me lot to understand cominication , can u plz tell me about clk, cmd , en ? Or any idei to understand those things ,
very well explained....thanks for the vedio
such an easy and understandable explanation. One thing is you told that there are some limitations of SPI compared to I2C but you forgot to mention in the video. ;)
Aditya Raja Major limitation of SPI as compared to I2C is that for every individual slave that your master wish to communicate it need to have dedicated GPIO as Chip select whereas in I2C there is a dedicated device address so no need of any additional signal to start and stop communication with particular device.
Good explanation
Bharathi Chevitibodeppa Thanks.
Mujhe modbus and can pe video chahiye.... please make us understand.
th-cam.com/video/dXVhWXpBcgg/w-d-xo.html
Please watch this video on CAN.
Thank you sir...u explained much better than others🙏
Very very nice thank you good 👍
Why not explain CAN protocol
1 number explanation. IOT bhi detail me sikhav plz ... aur step by step mini project explain karo sir...
Apako Maine subscribe kiya hain sir appp bahut accha padate ho
Plz project bhi step by step karana...
Yes I will resume making videos on a regular basis in sometime.
thank you sir, such a clear explanation!
Please also make subtitles in Urdu/Hindi. Some words are not as clear. Thanks for your Lectures.
Very good
Thanks Dear. Nice Teaching
thankyou so much
Plz make St link per vedio
Superb
Could you please explain on CAN protocol sir
Yes Sure, stay tuned you will very soon see some videos on CAN as well .
when u will upload next vdo?
Soon.
Well explained...thank you
Thanks
thanks a lot
10:55 128 nahin bhai 127 hota hai. 7 bit ka range hai 0-127. that means 128 values 0 ko lekarke
what will happen when cs pin is high in SPI communication protocol ...
SPI master would not be able to communicate with that particular device.
Good explanation , but need more information please upload in detail about protocols
Thanks Mohammed.I will try to post a detailed video on protocols soon.
Baud rate is symbols per second , you could have used bit rate per second here
In embedded systems all topics explain
Nice
Content is good please learn some presentation skill.
eye contact hamesha camera pe nahi rakhna chahiye odd lagta hai.
please explain in English....also explain communication protocols in detail
mahesh Babu i will try making detailed video series in English in future.
@@Basic_Tech_ Instead of making in English, Please make English subtitles for your Videos. It will hope both audiences.
In Telugu
"But yei do mughe currently yad arhe hen" 😂😂🙆
But , thankyou sir
Good explanation
Well explained...thank you
Well explained.... Thank you