Really nice explanation Sir, can you please make more examples about analysing the active filters using Laplace transform, and how to know if the system is stable or not and if not what we can do to improve it. Also, can you share the reference book you are using in order to improve myself?
Thank you for watching. Glad to hear that this video is helpful. Here are links to a few more Circuit Analysis videos using Laplace or Z transforms: Bode plot Frequency Analysis of Circuit with Op Amp: ruclips.net/video/BLVzuuqAlZs/видео.html Laplace Transform Example and S-domain circuit analysis: ruclips.net/video/ps8N5TPM_qU/видео.html Analog Computer with Op Amp to solve differential equation: ruclips.net/video/SCKdMqJ65PM/видео.html OpAmp based First Order Lowpass Butterworth Filter: ruclips.net/video/UzCjkwqy-9w/видео.html Band-stop Filter Design with two operational amplifiers: ruclips.net/video/BLVzuuqAlZs/видео.html Digital Filter Frequency response: ruclips.net/video/zD-dHaP4KA4/видео.html Transfer Function of DSP system with feedback Loops: ruclips.net/video/95a2oitowLY/видео.html And, sure, I will post more examples about analyzing op amp based filters in S domain using Laplace transform.
You are welcome. Sure, please see How to find Bode Plot, Freq Response, Transfer Function of Analog Filters ruclips.net/video/vZFkPeDa1H8/видео.html . I hope you find it interesting as well. :)
You're welcome. Thanks for watching. For more Op Amp Circuit videos using Laplace or Z transforms please see: Op Amp circuit Bode Frequency plot ruclips.net/video/BLVzuuqAlZs/видео.html Analog Computer with Op Amp to solve differential equation: ruclips.net/video/SCKdMqJ65PM/видео.html Laplace Transform Example and S-domain circuit analysis: ruclips.net/video/ps8N5TPM_qU/видео.html OpAmp based First Order Lowpass Butterworth Filter: ruclips.net/video/UzCjkwqy-9w/видео.html Band-stop Filter Design with two operational amplifiers: ruclips.net/video/BLVzuuqAlZs/видео.html Digital Filter Frequency response: ruclips.net/video/zD-dHaP4KA4/видео.html Transfer Function of DSP system with feedback Loops: ruclips.net/video/95a2oitowLY/видео.html I hope these circuit design and analysis examples are helpful. Thanks for watching. 🙏
Thanks again for watching. For more Op Amp Circuit videos using Laplace or Z transforms please see: Op Amp circuit Bode Frequency plot ruclips.net/video/BLVzuuqAlZs/видео.html Analog Computer with Op Amp to solve differential equation: ruclips.net/video/SCKdMqJ65PM/видео.html Laplace Transform Example and S-domain circuit analysis: ruclips.net/video/ps8N5TPM_qU/видео.html OpAmp based First Order Lowpass Butterworth Filter: ruclips.net/video/UzCjkwqy-9w/видео.html Band-stop Filter Design with two operational amplifiers: ruclips.net/video/BLVzuuqAlZs/видео.html Digital Filter Frequency response: ruclips.net/video/zD-dHaP4KA4/видео.html Transfer Function of DSP system with feedback Loops: ruclips.net/video/95a2oitowLY/видео.html I hope these circuit design and analysis examples are helpful. Thanks for watching. 🙏
Thanks for watching. For more Analog and Op Amp examples please see How to find Bode Plot, Freq Response, Transfer Function of Analog Filters ruclips.net/video/vZFkPeDa1H8/видео.html . I hope you find it interesting as well. :)
Thanks for watching. For more Op Amp Circuit and Analog Filter examples please see: Op Amp Analog Computer Differential Equation Solver ruclips.net/video/ENq39EesfPw/видео.html How to find Bode Plot, Freq Response, Transfer Function of Analog Filters ruclips.net/video/vZFkPeDa1H8/видео.html Universal Analog Filter Design ruclips.net/video/2J-0msXZE2o/видео.html Analog Logarithm Computer ruclips.net/video/RpKEq5WyoLg/видео.html Laplace Transform Example and S-domain circuit analysis: ruclips.net/video/ps8N5TPM_qU/видео.html Op Amp circuit Bode Frequency plot ruclips.net/video/BLVzuuqAlZs/видео.html Lowpass Butterworth Filter: ruclips.net/video/UzCjkwqy-9w/видео.html Analog Computer to Raise Signal to power n ruclips.net/video/IUTlBH1UraE/видео.html Triangle Oscillator Op Amp circuit ruclips.net/video/JF5Up_cuL9k/видео.html Push-Pull Power Amplifier with Darlington Transistors ruclips.net/video/866MYibo8yE/видео.html Op Amp Analog Computer Differential Equation Solver: ruclips.net/video/ENq39EesfPw/видео.html Full-Wave Rectifier with Op Amp ruclips.net/video/DJJMNU-CYcg/видео.html. Differential Equation Solver Analog Circuit ruclips.net/video/R3X5AYNZGEI/видео.html Complex Sinusoid Oscillator ruclips.net/video/GXRhmwmS5Zk/видео.html Sawtooth Oscillator Design ruclips.net/video/2eUsGPfqbW4/видео.html Full-Wave Rectifier circuit example ruclips.net/video/DJJMNU-CYcg/видео.html ruclips.net/video/5zHXTx-Vl20/видео.html Sawtooth Waveform Generator design with OpAmp, JFET, BJT: How does this circuit work? ruclips.net/video/HeZRtnRXpEI/видео.html presents a circuit with op amps and feedback loops to design an analog computer that solves a second order differential equation. For more analog signal processing examples see: ruclips.net/p/PLrwXF7N522y4c7c-8KBjrwd7IyaZfWxyt I hope these Circuit design and analysis videos are helpful. 🙋♂
Really nice explanation Sir, can you please make more examples about analysing the active filters using Laplace transform, and how to know if the system is stable or not and if not what we can do to improve it. Also, can you share the reference book you are using in order to improve myself?
Thank you for watching. Glad to hear that this video is helpful. Here are links to a few more Circuit Analysis videos using Laplace or Z transforms:
Bode plot Frequency Analysis of Circuit with Op Amp: ruclips.net/video/BLVzuuqAlZs/видео.html
Laplace Transform Example and S-domain circuit analysis: ruclips.net/video/ps8N5TPM_qU/видео.html
Analog Computer with Op Amp to solve differential equation: ruclips.net/video/SCKdMqJ65PM/видео.html
OpAmp based First Order Lowpass Butterworth Filter: ruclips.net/video/UzCjkwqy-9w/видео.html
Band-stop Filter Design with two operational amplifiers: ruclips.net/video/BLVzuuqAlZs/видео.html
Digital Filter Frequency response: ruclips.net/video/zD-dHaP4KA4/видео.html
Transfer Function of DSP system with feedback Loops: ruclips.net/video/95a2oitowLY/видео.html
And,
sure, I will post more examples about analyzing op amp based filters in S domain using Laplace transform.
You are welcome. Sure, please see How to find Bode Plot, Freq Response, Transfer Function of Analog Filters ruclips.net/video/vZFkPeDa1H8/видео.html . I hope you find it interesting as well. :)
Much appreciated sir
You're welcome. Thanks for watching. For more Op Amp Circuit videos using Laplace or Z transforms please see: Op Amp circuit Bode Frequency plot ruclips.net/video/BLVzuuqAlZs/видео.html
Analog Computer with Op Amp to solve differential equation: ruclips.net/video/SCKdMqJ65PM/видео.html
Laplace Transform Example and S-domain circuit analysis: ruclips.net/video/ps8N5TPM_qU/видео.html
OpAmp based First Order Lowpass Butterworth Filter: ruclips.net/video/UzCjkwqy-9w/видео.html
Band-stop Filter Design with two operational amplifiers: ruclips.net/video/BLVzuuqAlZs/видео.html
Digital Filter Frequency response: ruclips.net/video/zD-dHaP4KA4/видео.html
Transfer Function of DSP system with feedback Loops: ruclips.net/video/95a2oitowLY/видео.html
I hope these circuit design and analysis examples are helpful. Thanks for watching. 🙏
thank you so much!
You are Welcome! Glad that this video is helpful. Thank you!
BTW, you might also find the following OpAmp video useful: ruclips.net/video/pfoFcuKAkGU/видео.html
@@STEMprof ohhh thx for giving me that too!
Thanks again for watching. For more Op Amp Circuit videos using Laplace or Z transforms please see: Op Amp circuit Bode Frequency plot ruclips.net/video/BLVzuuqAlZs/видео.html
Analog Computer with Op Amp to solve differential equation: ruclips.net/video/SCKdMqJ65PM/видео.html
Laplace Transform Example and S-domain circuit analysis: ruclips.net/video/ps8N5TPM_qU/видео.html
OpAmp based First Order Lowpass Butterworth Filter: ruclips.net/video/UzCjkwqy-9w/видео.html
Band-stop Filter Design with two operational amplifiers: ruclips.net/video/BLVzuuqAlZs/видео.html
Digital Filter Frequency response: ruclips.net/video/zD-dHaP4KA4/видео.html
Transfer Function of DSP system with feedback Loops: ruclips.net/video/95a2oitowLY/видео.html
I hope these circuit design and analysis examples are helpful. Thanks for watching. 🙏
Thanks for watching. For more Analog and Op Amp examples please see How to find Bode Plot, Freq Response, Transfer Function of Analog Filters ruclips.net/video/vZFkPeDa1H8/видео.html . I hope you find it interesting as well. :)
Thanks for watching. For more Op Amp Circuit and Analog Filter examples please see:
Op Amp Analog Computer Differential Equation Solver ruclips.net/video/ENq39EesfPw/видео.html
How to find Bode Plot, Freq Response, Transfer Function of Analog Filters ruclips.net/video/vZFkPeDa1H8/видео.html
Universal Analog Filter Design ruclips.net/video/2J-0msXZE2o/видео.html
Analog Logarithm Computer ruclips.net/video/RpKEq5WyoLg/видео.html
Laplace Transform Example and S-domain circuit analysis: ruclips.net/video/ps8N5TPM_qU/видео.html
Op Amp circuit Bode Frequency plot ruclips.net/video/BLVzuuqAlZs/видео.html
Lowpass Butterworth Filter: ruclips.net/video/UzCjkwqy-9w/видео.html
Analog Computer to Raise Signal to power n ruclips.net/video/IUTlBH1UraE/видео.html
Triangle Oscillator Op Amp circuit ruclips.net/video/JF5Up_cuL9k/видео.html
Push-Pull Power Amplifier with Darlington Transistors ruclips.net/video/866MYibo8yE/видео.html
Op Amp Analog Computer Differential Equation Solver: ruclips.net/video/ENq39EesfPw/видео.html
Full-Wave Rectifier with Op Amp ruclips.net/video/DJJMNU-CYcg/видео.html.
Differential Equation Solver Analog Circuit ruclips.net/video/R3X5AYNZGEI/видео.html
Complex Sinusoid Oscillator ruclips.net/video/GXRhmwmS5Zk/видео.html
Sawtooth Oscillator Design ruclips.net/video/2eUsGPfqbW4/видео.html
Full-Wave Rectifier circuit example ruclips.net/video/DJJMNU-CYcg/видео.html
ruclips.net/video/5zHXTx-Vl20/видео.html Sawtooth Waveform Generator design with OpAmp, JFET, BJT: How does this circuit work?
ruclips.net/video/HeZRtnRXpEI/видео.html presents a circuit with op amps and feedback loops to design an analog computer that solves a second order differential equation.
For more analog signal processing examples see: ruclips.net/p/PLrwXF7N522y4c7c-8KBjrwd7IyaZfWxyt
I hope these Circuit design and analysis videos are helpful. 🙋♂