Bode Plot EXAMPLE

[@HellFire32]

Even after 7 years, your tutorial is the most compact one for bode plot on youtube. Thank you very much, professor :)

[@pigfaced9985]

Thanks A TON for this video, it's almost a life saver! The example problem is finely explained and covers a lot of questions. Great job!

[@mayracarreno4123]

seriouslly, I almost gave up on my examn, thank you I did not!!!!

[@waferlayout]

Great 😊

[@tacianaoliveiraEE]

I'm brasilian. I dont speak english very well and yet that I understood all you explaned. Thanks

[@ege5383]

Thank you very much! Whenever I need to remember how to plot Bode Plots, I watch this video!😇👍👍👍

[@turanyasar3375]

ur handwriting is literally beautiful.

[@AKSHUNAK]

Thank you so much Miss Maryam. You're an amazing teacher! You have no idea how helpful your videos are

[@shashankgupta3549]

Now i'm prepared for my Exam and Thanks

[@koala6494]

did u pass ?

[@FBIFENERBAHCE]

@@koala6494 i guess not

[@BraionRodriguesSilva]

Thanks for sharing. Brazilian guy here enjoying your video.

[@gabrielgontijo6955]

Your video helped me a loooot, thank you very much, from Brazil :)

[@habibelrahman6113]

Thanks...neat and precise..keepUp من لا يشكر الناس لا يشكر الله

[@sputniksweetheart6848]

Thanks! That helps a lot, I'm now ready for my exam. And your voice is beautiful

[@champion007able]

wouldnt be nice if yu could shown that table into video..

[@snakelda]

kzbin.info/www/bejne/qYuUdZqVqsuHhZY&ab_channel=ElectricalEngineeringAuthority She shows the table in that video but it would be nice to have it on this one too

[@logozzo85]

@@snakelda bro you actualy replied three years later looool

[@logozzo85]

@@snakelda but the reply helped me so thank you so much

[@713manny]

@@logozzo85 lmao

[@snakelda]

@@logozzo85 I know but I was hoping it would help someone else since I was wondering what table she was talking about. I'm barely taking this class now! Glad to have been helpful :)

[@giordanocauli7282]

Greats from Italy you seem very prepared on what you’re doing 👌🏻

[@richardvarga9728]

be real here, you searched for this

[@safarejeb]

A lot

[@barreragomeztamara1417]

Just because shes a girl?

[@Lexyvil]

Well, yeah. I feel many sources are bad at explaining it, here looking for the best explanation OR averaging out all the sub-par one if the former's hard to find..It's often the latter sadly.

[@Haxogonn]

You might have just saved my soul. Thank you so much.

[@MOoD---]

YOU ARE GOAT..YOU SAVED MY LIFE

[@waaliurrahman]

Thank you. You are an amazing Professor.

[@mastertube101_9]

at 19:29 why is the slope going up? when adding up the slopes 45 deg + 0 deg + (-90 deg) = -45 deg. because it is negative shouldn't the line go down instead of going up?

[@guidos.736]

You're thinking in terms of values, but you should be thinking about slope. Pink and orange have no slope, so the only slope (+45 deg/dec) comes from the green line, so we start at -90 and go up with a slope of +45 deg/dec

[@mastertube101_9]

@@guidos.736 oh I understand now thank you

[@simphiweharvey2258]

WOW....Best explanation

[@fatinadrienabintiyusairieu4032]

Thank you so much for this example! 😭😭 I appreciate it a lot🙏

[@Shvertz]

I wish I would find this video earlier. You are awesome! Thank you so much! ♥

[@muhammadammarazeem5009]

madam! which table are you talking about? Kindly clarify!

[@MrConquer123]

I understand that adding a 0db/decade slope to a -20db/decade slope leads to a total of -20db/decade. But why does the slope start at 20 dB at the y-axis? And in the future, how can one know where the slope should start at the y-axis?

[@tuinman9166]

This video helped me a lot, thank you

[@ananda.p.dharma]

Thank you! Your voice is so beautiful btw! I love it!

[@Zwhg7]

Thanks for taking the time to make the video and help us! :)

[@renato.ortega1901]

Great, very clear explaination... it helped me a lot

[@NCPROF.]

What an explanation! Thanks A lot.😍

[@shoumikdebnath9142]

Thank you maam . This has saved me.

[@kennedymwila2100]

I enjoyed this video... From Zambia

[@neilburtmartin2578]

Tomorrow I have a re-exam of Controll totally saved me !!!

[@최영균-d9b]

Very useful!! I cant understand all of the word.. but its enough to learn how to draw that graph. Thanks!

[@juancattaneob]

Thanks you save my life!!!

[@hamadhalbahrani8781]

Great Explanation, thank you so much

[@mesfinwagari6543]

Good. Better than my teacher.👍

[@prashantpandey2299]

wow !! amazing lecture!!

[@nadia-sy8cn]

That was awesome 👌🏻 👏🏻

[@shunnoysarkar6906]

5:30 It is mentioned that the magnitude should increase at a rate of 20db per decade... But from 2 to 20, the increase in y should be = (20-2)* (20/10) = 36. However here it is drawn at (20,20)? Am I making a mistake somewhere?

[@fish1968-utf8]

thank you for your clear declaration.

[@saeidahangari1372]

خیلی ممنون بسیار زحمت کشیدید و لطف کردید

[@noushinbehboudi5694]

Is she iranian?

[@guiremahamatismail6589]

Very nice video and very clear explanations. I would like know what application you currently use for this course because I want to use such applications in order to improve my work with my students. Thanks

[@bernardcoolingsgeoffrey9922]

MS one note

[@Eleonni]

most helpful video ever

[@man_do]

Great video 👍🏽👍🏽👍🏽

[@f.osborn1579]

Very clear and informative!

[@Mr-jj4pt]

Amazing explanation

[@BrijeshKumar_electrical]

Nice explanation

[@mopatibogatsu7941]

Great video, well done!

[@HarshitKumar-dy3bs]

Thank you, ma'am. It really helped me a lot.

[@artcetra445]

Ohh god lastly u saved me !! thank you thank you so much

[@ahmadyusuf2966]

Thank you for the great explanation :)

[@najmuddinsaqib1433]

neat and clean and easy to understand. thank you

[@chicowed]

Clear explanations! thank you so much.

[@harryfossez2819]

Whopper video bro sound 🔥

[@رِتاجإدريس]

Thank you very much , god bless you .❤

[@baudouinramazani4582]

YOU ARE THE MAN!!!!!!!!!!!!!!!!!!!!

[@betting55555]

Thank you very much, really helpful video!

[@yenu5951]

Very helpful video! Thanks!! :)

[@ivanl1857]

Thanks. good explanation!!

[@user-ts5yc8ih9r]

How is the zeros and poles 2 and 10? How is she getting that

[@KashifGulzar-s5j]

Tell Book Name Plz?( also edition)

[@sindbad184]

please what is this program you uses?? is it a adobe pdf

[@joeempire3803]

beautiful explanation.. thank u

[@amr.a-m8350]

Thanks! That helps a lot, But in magnitude what the different between drawing of 20 &-20

[@KIMIRAIKKONE198N4]

slope for zero = +20 dB / dec slope for pole = -20 dB / dec

[@Jns3000]

thank you so much! great job please upload more videos on Electrical engineering.

[@okayimbackwhateverjones]

Thank you for bode diagrams

[@yassiramouri5181]

thanks miss you're amazing

[@Mannycheungrulez]

i'm so confused, sometimes the values are superpositioned? sometimes the slopes are superpositioned?

[@hidansektas]

guys if you have your own examples just plug it in matlab to check if you did it correctly but follow the instructions. you cannot go wrong

[@randomvideos5025]

this is helpful, thanks !

[@DigivestTV]

Nice video thank you!

[@adithyoutube3923]

I am a bit confused. why the magnitude graph starts from 0 ? it should be started from +20db as there is a pole 's' at origin? if considered "5" then 20{due to pole at origin}+20log(5) =+34db but why 0db?

[@kailadavis8877]

How do you know that for 200, it reaches 40dB?

[@ElectricalEngineeringAuthority]

The slope is 20 db/dec. from 20 to 200 is one decade so it will go from 20 ----> 40

[@Abhishek-iq9lo]

@@ElectricalEngineeringAuthority how do u find the slipe

[@fahadashrafofficial]

@@Abhishek-iq9lo slope =y/x of graph,

[@KIMIRAIKKONE198N4]

@@Abhishek-iq9lo for a zero the slope is +20 dB / dec for a pole the slope is -20 dB / dec the general rule is : slope= n x 20 dB/dec, where "n" is the power on "s"

[@Silvia_pov]

I wanted to know what to do in -40log(S/100-1) Can you please give advice?

[@knighthh2501]

Very useful, thanks.

[@RK-ww7ex]

very nice jos kel

[@hazrulalif8970]

thank you brader.

[@duybui8679]

Thank you very much.

[@junyu1387]

Very useful video

[@muhammadabdulrehman4967]

i dont understand why orange line passes through the 1 frequecny in first plot?how we will find this frequecy plz help me because i have my finals week ago

[@HamedAdefuwa]

Just subbed to your channel :) I'm not here yet in my studies but I know I'm going to need these videos soon. I'm currently doing similar videos on my channel.

[@vatsk]

You sound just like my teacher, are you teaching in Belgium?

[@A-K216]

What in case we have the form (1-s) instead of (1+s)?the formulas aren’t applicable please help

[@rekindled3624]

In bode diagrams both poles and zeros are positive regardless of their initial sign 1-s=0, so s=-1, but it doesn't matter, because when you put it into a bode diagram you take it positive, right? So it's +1 regardless (If you're wondering why... well, she didn't write it, but the x axis is actually the logarithm in base 10 of omega, and as you know the logarithm of a negative number doesn't exist That's also the reason why when plotting the pole 0 in the graph you instead write 0.1... an approximation of 0)

[@ibrahimfurkankilic7889]

that was nice thank you madam

[@beethovenkasompe7395]

may I please know why you are dividing the zeroes and poles by 10 when sketching the phase plot

[@ElectricalEngineeringAuthority]

When you are drawing the Bode plots, you have to have polynomials in the form of (1+...). For example we do have (10+jw) in the denominator. Since we want to have the from that I mentioned above, we have to divide and multiply the whole polynomial by 10. Which will give use : 10(1+jw/10)

[@beethovenkasompe7395]

Electrical Engineering Authority thank you , but I already understand that. the part I am asking about is where you divided 2 by 10 to get 0.2 and you multiplied by 10 to get 20.

[@soumyadeepganguly5892]

Because to draw the phase plot, the rule is ... it is 0 degree up to 1 decade below the Corner Freq and then reaches 90 degree at 1 decade above corner freq for a zero and -90 degree for a pole. here corner freq is 2 so up to (2/10)=0.2 rad/sec the phase contribution for the zero is 0 degree and then it becomes +90 degree at (2*10)=20 rad/sec. and reaches 45 degrees at the corner freq of 2 rad/sec in between.

[@ynzeselders4184]

thanks. very helpfull

[@RohitKumar-ts8tt]

which book r u talking about ?? where i can see the table

[@ElectricalEngineeringAuthority]

I added the name of the book in the video's caption

[@LazyOwl77]

thanks a lot now I got it =)

[@tehagouwu]

Thank you so much

[@mohammadfaouri5278]

that is really awesome

[@greentea441]

why the plotting is done from 0.1

[@vatsk]

I guess they start at 10^(-1)

[@suvijain]

Wont the zeroes and poles be negative?

[@muhammadarslanmushtaq9611]

these are always positive

[@ny6u]

Starts at 4:55

[@Ekramul]

jomse bhai

[@saradlibi308]

This is type 1 system so I think initial slope should be starting from -20db/dec not 0db/dec

[@Fraidoon]

Thanks alot.

[@dariobrollo3944]

grazie mille!!! bravissima

[@rhealisa9268]

won't the plot have -45 degrees slope from 0.2 to 1 in the phase plot. because (+45-90=-45)...

[@ThanhVinhNguyen-np8fe]

nah it's 45 degrees/decade , which belongs to the real zero slope, so that means we could not plus (-90) degrees, we use only the +45 degrees to draw the slope, remember "45 degrees/decade", it's different from (-90 or 90). So she's right!

[@vandaliztik9266]

she is right, you should know green line means 45 degree increasing from start point, orange line means stay at -90degree, pink line means stay at o degree, so the total trend means go increasing 45 degree.

[@CesarAugusto-fn2ly]

How did you know it went up to 40 dB?

[@rekindled3624]

The slope is +20dB per decade, so two decades later it's 40dB

[@mcie6306]

thank you so so much