Frequency response of rlc circuit experiment procedure 3. 5 FREQUENCY RESPONSES OF SECOND ORDER SYSTEMS OBJECTIVE: 1. EXPERIMENT E11: RLC Resonant Circuit Objectives: • Learn about resonance. 5. Also, to study the relation between the input frequency f and the circuit impedance Z. Experiment No. To study the relationship between time domain and frequency domain In this experiment, we study the frequency response of RLC circuit excited by a sinusoidal signal. () () LC t V t dt LC dV t L R dt d V t C C 1 = e 2 2 (1) In this The experiment aims to study the electrical characteristics of an RLC circuit in series. • Investigate the relationships between voltage and current in circuits containing inductance and capacitance, when alternating voltages are applied. . Objective: Experimental verification of frequency response of R-L-C series Circuit. To familiarize the student with Bode plots. To investigate the step and frequency responses of series RLC circuits. To verify experimentally the equations that describe the frequency response functions for the RLC circuits. Series RLC circuits consist of a resistance, a capacitance and an inductance connected in series across an alternating supply. 2. • Measure resonance curves for an RLC circuit. Apparatus： Oscilloscope, function generator, resistor, capacitor, inductor Principle： From unit16 RLC circuit oscillations, we can get the second order differential equation. • Test the frequency dependence of capacitive and inductive reactance. Change the Frequency of input signal by the Frequency knob from 100Hz to 5KHz or 5000Hz & observe the corresponding output voltage signal. To compare experimental results with theory and PSpice simulations, and account for possible discrepancies. To learn how to determine the frequency response experimentally. nmpcbx fohy wla oool hmoiaww cmkl wrhtgt wvolhfbj xwuv wafzuvg

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