The timestamps of various topics covered in this video are as follows : 1) Introduction - 00:06, 2) What is Slew Rate - 00:28, 3) How to measure Slew Rate - 02:11, 4) Slew Rate table of Some frequently used OP-Amps - 02:25, 5) Slew Rate in Data sheet - 02:47, 6) Frequency compensation capacitor - 03:12, 7) Slew Rate calculation of compensation capacitor - 03:57, 8) Slew Rate identical for both half cycles - 04:41, 9) Slew Rate effect on square wave signals - 05:01, 10) Slew Rate effect on square wave with increased frequency - 06:01, 11) Slew Rate effect on square wave with increased Amplitude - 06:47, 12) Slew Rate effect on sine wave signals - 07:49, 13) Slew Rate formula - 08:26, 14) Power Bandwidth - 08:57, 15) Example with Solution 1 - 09:39, 16) Example with Solution 2 - 10:56, 17) Multi stage OP-Amp circuits Slew Rate calculation - 12:15, 18) Conclusion "Frequency Response of OP-Amp" - 13:54, 19) Thanks for watching - 14:41, 20) Next video - 14:53. Links for related videos on OP-Amp, 1) OP - Amp - 1 (Basic concepts): www.youtube.com/watch?v=aV_ll... 2)OP - Amp -2 Parameters( Saturation, Voltage gain, Negative Feed back an Input and Output polarity relation ship) : www.youtube.com/watch?v=jhtPW... 3) OP- Amp - 3 Gain Bandwidth product : www.youtube.com/watch?v=A1A1g... "Keep Learning and Keep Growing"
Sir I have been on many websites for slew rate but this made the whole concept clear . Thank you so much sir . Also can you pls tell me from where I can do the type of qtns that you provided (specifically multi stage opamp slew rate) as I don't find such type of qstns anywhere. Much love
Dear Naman, Thanks for your positive comment, I have explained some concepts of Multi-stage Op-Amp in video ( ruclips.net/video/KpBgf6ydplc/видео.html ) and also refer books - Op-amp and linear integrated circuits by Ramakant Gaikwad, Handbook of Op-amp by Thomas R Brown,
Most op-amps can’t quite V supply range-they stop at about 1 V to 2 V before the power supply voltage, depending on the op-amp and circuit, To determine the saturation voltage of the opamp, simply look at the electrical characteristics in the datasheet.
The timestamps of various topics covered in this video are as follows :
1) Introduction - 00:06,
2) What is Slew Rate - 00:28,
3) How to measure Slew Rate - 02:11,
4) Slew Rate table of Some frequently used OP-Amps - 02:25,
5) Slew Rate in Data sheet - 02:47,
6) Frequency compensation capacitor - 03:12,
7) Slew Rate calculation of compensation capacitor - 03:57,
8) Slew Rate identical for both half cycles - 04:41,
9) Slew Rate effect on square wave signals - 05:01,
10) Slew Rate effect on square wave with increased frequency - 06:01,
11) Slew Rate effect on square wave with increased Amplitude - 06:47,
12) Slew Rate effect on sine wave signals - 07:49,
13) Slew Rate formula - 08:26,
14) Power Bandwidth - 08:57,
15) Example with Solution 1 - 09:39,
16) Example with Solution 2 - 10:56,
17) Multi stage OP-Amp circuits Slew Rate calculation - 12:15,
18) Conclusion "Frequency Response of OP-Amp" - 13:54,
19) Thanks for watching - 14:41,
20) Next video - 14:53.
Links for related videos on OP-Amp,
1) OP - Amp - 1 (Basic concepts):
www.youtube.com/watch?v=aV_ll...
2)OP - Amp -2 Parameters( Saturation, Voltage gain, Negative Feed back an Input and Output polarity relation ship) :
www.youtube.com/watch?v=jhtPW...
3) OP- Amp - 3 Gain Bandwidth product :
www.youtube.com/watch?v=A1A1g...
"Keep Learning and Keep Growing"
I love you because you saved me from failing a college subject
Thank you,
It sounds great my friend.
Very good explanation,like this uploads more videos.
Thank you, I will
Sir I have been on many websites for slew rate but this made the whole concept clear . Thank you so much sir . Also can you pls tell me from where I can do the type of qtns that you provided (specifically multi stage opamp slew rate) as I don't find such type of qstns anywhere. Much love
Dear Naman,
Thanks for your positive comment,
I have explained some concepts of Multi-stage Op-Amp in video ( ruclips.net/video/KpBgf6ydplc/видео.html )
and also refer books - Op-amp and linear integrated circuits by Ramakant Gaikwad,
Handbook of Op-amp by Thomas R Brown,
Why you have taken Vsat=Vsupply-2 at nearly 10:00
Most op-amps can’t quite V supply range-they stop at about 1 V to 2 V before the power supply voltage,
depending on the op-amp and circuit, To determine the saturation voltage of the opamp, simply look at the electrical characteristics in the datasheet.
Very nice.
Thank you
Wrong it will be dv0/dt
I = C * dv/dt