I'm gonna imagine this energy behind the words as I go through the rest of your MSP430 book!

Thank you sir. I noticed that you didn't clear the receive interrupt flag in the ISR. I wonder why you haven't done that. I searched the monster datasheet and found out that UCRXIFG is automatically reset when UCAxRXBUF is read. Thank you once again sir.

Thanks sir. I've seen the action through a serial terminal. I'm still saving up to buy my own usb oscilloscope. Planning for at least a pico scope.

I recommend it this professor as he teaches with a enthusiastic tone.

1:00

you can find vector labels at msp430fr2355.h file

for better response you can adjust the delay count to i < 17000. just don't put values more than or equal to 2^15 (that is, 32,768) or it won't work.

Prof LaMeres, thank you. I've watched every video up to this one, and I'll be finishing the series off in the next week or so. This way of teaching is how things should be done in the future. This is the perfect intro-to-embedded-systems course. It's explained perfectly, such that anyone who has an aptitude for this type of thing can quickly understand it. I'm thinking that this could be another course on Khan Academy, since this course is done similarly to the style of courses Khan's site: complete courses from A to Z, done so by actually explaining all the details and not glossing over or skipping corners/concepts, and it's professional as it could ever be. 100% solid course!! And a life saver, since the embedded sys course I'm currently taking at a college doesn't even compare to the quality presented in this course--if it wasn't for this series, it would have just been another course I passed but didn't learn anything in, opposed to feeling like I've now nearly masted it!

Thank you sir. Now I know where those magic names, abbreviations and labels come from.

🤣🤣🤣🤣11:33 talking about blahhhh🤣🤣

странно, почему в наших широтах не популярны msp430FRxx.... прекрасные контроллеры...

Great learning material, thanks for the effort! A small note regarding the labels "ItIsPositive" and "ItIsNegative": A number can also be zero. In this case the path would be "ItIsPositive" which contradicts the value of the number.

The site no longer has model sim

4 mois encore apres nou fini 💯

Thank you professor for the whole series.

bro put two !! for in place of the 1's in r11 lol

Nice one but i dont get why not to go back to the initial state when i get anything else other than 1 1 1

top level coding was showing error

Thanks. I could not find this anywhere in the documentation.

I tried using the intel documentation and could not figure this out to save my life.. thanks!

Explained so much more clearly than my professor. Thank you for this.

Good explanation for free

great content

Great series. I'm currently a student having taken intro to CS, and a couple of programming courses, and I'm now studying these materials over my summer break.

Thanks "God", now I can focus on the content versus deciphering the accent/intended meaning.

Depending on your MSP430 part number, you may have to use USCI_A1_VECTOR instead of EUSCI_A1_VECTOR in your interrupt. This was the case for the MSP430FR5969

awesome video no such content found ever

great content

great content as always

great content

great content

I don't have the expected voltage at the result. Is that correct: V = ADCMEM0 * 3.3 / 4095? My ADC resolution is 12-bit. I always get the result lower than the expected value. e.g. 1.7V instead of 2V. Any idea?

great content

great content

Hello, I am not student of Montana university, so I don’t have the NetID or password. How can I ssh to the Linux server?

The best technical skills one can ever acquire is "Clear communications" there're lot of content on KZbin every time you consume one you will be in awe and yet some consumer like me will still end up been confused or not totally understanding the material. I've consumed few contents on MOSFET and CMOS even though I understood the science, but the concept is still blurry and my hunger for knowledge and understanding keep increasing so I dig deeper been and obsessive learner that thrive on how a technology or idea actually work which can be a blessing and a curse. This lead me here and I will say I never go back because of you! thank you! for this gem and I promise to pay it forward once I started utilizing this knowledge. Thank you, professor, may Jah replenish your strength and watch over your loved ones.

Helpful video

Hi Sir, Why isnt there 1ns of propagation delay initially at B.C, since for the 1AND1 to propagate through the AND gate, and appear at its output, it would take 1ns. Why are we assuming that B.C would also turn 1 at time= 0. Kindly clarify, if I am understanding this wrong. Regards, Sharon

Thank you

Thank you for your wonderful videos!

We just have to add this library at the beginning for it to work properly use IEEE.NUMERIC_STD.ALL ; and all good thanks for the code btw

Thank you for this gem

Super useful content, I reall appreciate it, thanks

Life is Good!! Thank you so much for your hard work in creating these videos! I'm learning a lot, and I really appreciate it.

Thank you very much for these videos. They're incredibly helpful and im hoping I can use these as a reference when im getting my masters in ECE

Can I enroll to this course even though I'm not a student anymore?

Hello Mr.Brock I really apreciate your videos on digital design with vhdl they were amazing , your way of teaching is awesome , thank you so much.

Thank you

Very good stuff

His enthusiasm and energy