Все публикации

0:13:54

Understanding Time Response in Control Systems: A Comprehensive Introduction

0:10:10

Routh Hurwitz Criteria for System Stability | More Problems | |Control Systems |

0:11:37

Routh Hurwitz Criteria for System Stability |Special Case 2| |Control Systems |

0:10:10

Routh Hurwitz Criteria for System Stability | Special Case 1| |Control systems|

0:10:36

Routh Hurwitz Criteria for System Stability |Example | |Controls Systems |

0:13:06

Routh Hurwitz Method Basics |Part-1| |Control Systems|

0:18:08

Signal Flow Graph Example Problems |Control Systems|

0:13:35

Signal Flow Graph Method |Introduction| |Part-1| |Control Systems|

0:12:50

Block diagram Reduction Method | Part-3| | Control System |

0:10:21

Block diagram Reduction Method | Part-2| | Control System |

0:12:28

Block diagram Reduction Method | Part-1| | Control System |

0:11:12

Basics of Fourier transform |Why it is so Important | |Signals and Systems|

0:09:13

Impulse Response of a System | Signal and Systems |

0:15:10

RTD- Resistance Temperature Detector Principle & Working- Electronic Measurement & Instrumentation

0:11:50

Different Type of Transducers in Electronic Measurement and Instrumentation (EMI)

0:19:06

Principle, Operation and Gauge Factor Calculation of Strain Gauge | EMI |

0:24:37

Simulation of Transmitter and Receiver for Quadrature Phase Shift Keying (QPSK) (MATLAB Experiment)

0:16:22

Simulation of Transmitter and Receiver for 16-QAM (MATLAB Experiment)

0:17:56

Fast Fourier Transform (FFT) Example Problem | Decimation in Time (DIT) | | DSP |

0:16:36

Discrete Fourier Transform Matrix method | DFT | | Digital Signal Processing | | DSP |

0:25:09

Fast Fourier Transform (FFT) Decimation in Time (DIT) radix-2 method | Digital Signal Processing |

0:10:07

Difference between DTFT and DFT (Discrete Fourier transform) | Digital Signal Processing | | DSP |