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Lecture Automatic control systems technology - Lesson 8: Modeling physical systems with linear differential equations

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Lecture Automatic control systems technology - Lesson 8: Modeling physical systems with linear differential equations. After this presentation you will be able to: explain what a differential equation is and how it can represent dynamics in physical systems; identify linear and non-linear differential equations; identify homogeneous and non-homogenous differential equations; . Please refer to the content of document. |

TÀI LIỆU LIÊN QUAN

Lecture Automatic control systems technology - Lesson 1: Introduction to control systems technology

Lecture Automatic control systems technology - Lesson 2: Performance of control systems

Lecture Automatic control systems technology - Lesson 7: Thermal and mechanical element math models in control systems

Lecture Automatic control systems technology - Lesson 16: Basic control modes

Lecture Automatic control systems technology - Lesson 17: Combined mode control

Lecture Automatic control systems technology - Lesson 8: Modeling physical systems with linear differential equations

Lecture Automatic control systems technology - Lesson 9: Proportional control action

Lecture Automatic control systems technology - Lesson 3: Operational amplifier circuits in analog control

Lecture Automatic control systems technology - Lesson 5: Mathematical models of electrical control system components

Lecture Automatic control systems technology - Lesson 22: Determining control stability using bode plots
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