நன்றி சகோ, இன்று வேலை செய்யும் போது common reference ground கொடுக்காம விட்டுட்டேன், அப்புறம் manager பார்த்துட்டு basic கூட தெரியாம இருக்கியே னு சொன்னார், video பாத்த அப்புறம் தான் புரியுது 👍
In case of 8051, we have two separate channels for transmission(TXD) and reception(RXD) but dont have two different buffers for storing data. only one buffer SBUF for both functions. though having two channels, it is not completely full duplex system. but if u observe then in PIC or AVR, they have provided different buffers also for transmission and reception. therefore in that case, uart becomes full duplex system.
Crystal clear...keep it up 😊
Thank you, I will
நன்றி சகோ, இன்று வேலை செய்யும் போது common reference ground கொடுக்காம விட்டுட்டேன், அப்புறம் manager பார்த்துட்டு basic கூட தெரியாம இருக்கியே னு சொன்னார், video பாத்த அப்புறம் தான் புரியுது 👍
Ok bro
Really use ful for giving me this vedio, very easy convey
Thank you
Hi bro
Super playlist NXT high speed protocols podungah bro like previous video explanations tqz u
Sure 👍
super nanba
Sir other protocols video upload pannuga
good explanation sir but uart is half duplex, i2c half duplex, spi only full duplex
I got ur poit bro but some hardwares have the transmitter and receiver on same module the do there job simultanious.
nice well explained
Thank u bro
But last disadvantages couldn't visible clear
ok thanks, will be corrected in future videos
romba theliva potruka yaaaa , data transfer laam ivlo clear ah yaarume podrathu ilaaa ......
uart is half duplex
ok..
In case of 8051, we have two separate channels for transmission(TXD) and reception(RXD) but dont have two different buffers for storing data. only one buffer SBUF for both functions. though having two channels, it is not completely full duplex system.
but if u observe then in PIC or AVR, they have provided different buffers also for transmission and reception. therefore in that case, uart becomes full duplex system.
Bro,first two line wrong,romba thappu iruku bro. Please learn clearly than u explain please bro