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In this topic, you study How to derive an expression for Peak to Peak ripple current and Condition of inductor maximum ripple current for Buck Regulator.
The buck regulator produces a lower average output voltage than the dc source input voltage. Let us assume large filter capacitance C connected across the load so that output voltage remains almost constant. The Resistive load is considered.
In this topic, you study How to derive an expression of Average Output voltage and Duty Cycle for Buck Regulator.
The buck regulator produces a lower average output voltage than the dc source input voltage. Let us assume large filter capacitance C connected across the load so that output voltage remains almost constant. The Resistive load is considered.
After reading this topic Field controlled DC Servomotor in the control system, you will understand the theory, derivation, expressions, transfer function, and Block diagram.
Let us consider the Field controlled DC servomotor as shown in Figure 1.
After reading this topic Armature controlled DC Servomotor in the control system, you will understand the theory, derivation, expressions, transfer function, and Block diagram.
Let us consider the Armature controlled DC servomotor as shown in Figure 1.
After reading this topic Comparison between Open loop and Closed loop control systems, you will understand the theory and comparison.
It is a control system in which the control action independent of the output signal and depends only on its input signal, also the signal flows through the block is unidirectional. It is shown below,
After reading this topic Closed loop or feedback control system, you will understand the theory, examples, advantages, disadvantages, and comparison.
It is a control system in which the control action dependents on both the output signal and the input signal. It is shown below in Figure 1.
After reading this topic Open loop control system, you will understand the theory, examples, advantages, disadvantages, and comparison.
It is a control system in which the control action independent of the output signal and depends only on its input signal, also the signal flows through the block is unidirectional. It is shown below in Figure 1.
After reading this topic Settling time $({t_s})$ in Time response of a second-order control system for subjected to a unit step input underdamped case, you will understand the theory, expression, and plot.
A block diagram of the second order closed-loop control system with unity negative feedback is shown below in Figure 1,
After reading this topic Delay time $({t_d})$ in Time response of a second-order control system for subjected to a unit step input underdamped case, you will understand the theory, expression, and plot.
A block diagram of the second order closed-loop control system with unity negative feedback is shown below in Figure 1,
After reading this topic Peak overshoot $({M_p})$ in Time response of a second-order control system for subjected to a unit step input underdamped case, you will understand the theory, expression, plot, and derivation.
A block diagram of the second order closed-loop control system with unity negative feedback is shown below in Figure 1,