Model No:IE-CL-09
Compensation network are oftenly used to made appreciable improvement in transient response and small change in steady state accuracy. This set up has facilitate to study and design implementation of such networks. Three of such networks are given in the set up and performance of other designed networks can be implemented using few passive components. The experimental work is divided in two parts : 1. (a - e) the open loop response and 2. (A- B) the close loop response. In open loop response in first step the magnitude / frequency and phase / frequency plots are performed. A dual trace CR0 is essential for experimental steps (optional phase angle meter).
Compensation network are oftenly used to made appreciable improvement in transient response and small change in steady state accuracy. This set up has facilitate to study and design implementation of such networks. Three of such networks are given in the set up and performance of other designed networks can be implemented using few passive components. The experimental work is divided in two parts : 1. (a - e) the open loop response and 2. (A- B) the close loop response. In open loop response in first step the magnitude / frequency and phase / frequency plots are performed. A dual trace CR0 is essential for experimental steps (optional phase angle meter).
Scope of Study:
? Study of Lag function in the frequency domain.
? Study of Lead function in the frequency domain.
? Study of Lag - Lead in the s-plane.
? Study of lag, lead and lag-lead.
? Second order simulated systems.
? Study of All pass filter.
? Lag, lead and lag - lead compensating circuits.
? Gain compensating amplifier with calibrated dial.
? Signal sources :
? Sine wave : Variable in two decades 10 - 1000Hz. ? Square wave 40Hz 1V (p-p)
? Digital phase angle meter 0-180° (optional)
? Weight : 3.8 Kg Approx
