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After reading this topic Unit step input time response of a first order control system, you will understand theory, error expressions and derivation.
A block diagram of first order closed – loop control system with unity negative feedback is shown below
After reading this topic Unit impulse input time response of a first order control system, you will understand the theory, expressions, and derivation.
A block diagram of first order closed – loop control system with unity negative feedback is shown below
After reading this topic First order control system, you will understand the theory, the open and close loop transfer function, Pole zero map, examples and block diagram.
In a system whose transfer function having the highest power of s equal to 1 in its denominator, is called the first order control system.
The two nonreference nodes form supernode if the voltage source (dependent or independent) is connected between two nonreference nodes. As shown below in Figure 1, 1 V voltage source is connected between nodes 1 and 2, so node 1 and node 2 forms supernode.
After reading this Thevenin’s theorem topic of electric or network circuits, you will understand the theory, and also able to apply it in ac and dc circuits numerical problems.
Thevenin’s theorem states that for two terminal network NA containing linear & bidirectional elements and independent sources is equivalent to a simple network containing an independent voltage source VTh (called as Thevenin voltage) in series with the resistance RTh (called as Thevenin resistance). The Thevenin equivalent circuit for network NA shown below in Figure 1.
After reading this Mesh Analysis topic of electric or network circuits, you will understand the theory and also able to apply it in numerical problems.
A mesh is a loop which does not contain any inner loop. Mesh analysis is only applicable to a planar network. A planar network is the one that can be drawn in a plane with no branches crossing one another.
After reading this z parameter in two port network, you will understand the theory, how to determine z parameters, the condition of symmetry & reciprocity and applications.
In two port network, the terminal input and output voltages V1 and V2 can be expressed in terms of the terminal input and output currents I1 and I2.
A supermesh forms when two meshes have a common current source (dependent or independent). Consider a circuit as shown below in Figure 1 in which the current source branch is common between meshes 1 and 2 so remove the current source branch and supermesh forms as shown in Figure 2.
After reading this AC supply to pure Resistor topic of electric or network circuits, you will understand the theory, waveforms, phasor, formula, & also voltage, current, power calculation.
Let us consider a circuit having resitance R supplied by a ac source voltage $v(t)$ as shown in Figure 1 is
After reading this y parameter in two port network, you will understand the theory, how to determine y parameters, the condition of symmetry & reciprocity and applications.
In two port network, the terminal input and output voltages V1 and V2 can be expressed in terms of the terminal input and output currents I1 and I2.