1. (Figure 4 illustrates the basic blocks of MATLAB Simulink). b) 1/ Integrator 34 Scope Mux Sum E Switch Relational Operator ABAN SAAN MALAYSIA UNIVERS ABAN Rajah 4: Blok asas MATLAB Simulink Figure 4: Basic blocks of MATLAB Simulink a) (Design a model of single-phase half-bridge inverter circuit with resistive load. Those circuit contains 12 VDC input voltage, 2 units of 100 uF DC capacitors, 2 units of IGBT power switches with anti-parallel diodes, a 0.1 mEl series filter inductor, a 200 uF shunt filter capacitor besides a load resistor of 12 S2. The predetermined switching frequency is 10 kHz, the system frequency is 50 Hz, and the amplitude modulation index is 0.8 respectively. Use the provided basic MATLAB Simulink block diagrams at Figure 4 to build the model. The block diagrams model must have a clear labels and symbols.) (Sketch the AC output voltage and AC output current waveforms for a single full cycle of 20 ms.) c) (Determine the value of AC ouput voltage and AC output current respectively.) d) (Evaluate the function of LC filter in the model.)
1. (Figure 4 illustrates the basic blocks of MATLAB Simulink). b) 1/ Integrator 34 Scope Mux Sum E Switch Relational Operator ABAN SAAN MALAYSIA UNIVERS ABAN Rajah 4: Blok asas MATLAB Simulink Figure 4: Basic blocks of MATLAB Simulink a) (Design a model of single-phase half-bridge inverter circuit with resistive load. Those circuit contains 12 VDC input voltage, 2 units of 100 uF DC capacitors, 2 units of IGBT power switches with anti-parallel diodes, a 0.1 mEl series filter inductor, a 200 uF shunt filter capacitor besides a load resistor of 12 S2. The predetermined switching frequency is 10 kHz, the system frequency is 50 Hz, and the amplitude modulation index is 0.8 respectively. Use the provided basic MATLAB Simulink block diagrams at Figure 4 to build the model. The block diagrams model must have a clear labels and symbols.) (Sketch the AC output voltage and AC output current waveforms for a single full cycle of 20 ms.) c) (Determine the value of AC ouput voltage and AC output current respectively.) d) (Evaluate the function of LC filter in the model.)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Transcribed Image Text:1.
(Figure 4 illustrates the basic blocks of MATLAB Simulink).
b)
1/
Integrator
34
Scope
Mux
Sum
E
Switch
Relational
Operator
ABAN SAAN MALAYSIA
UNIVERS ABAN
Rajah 4: Blok asas MATLAB Simulink
Figure 4: Basic blocks of MATLAB Simulink
a) (Design a model of single-phase half-bridge inverter circuit with resistive load. Those circuit contains 12 VDC input voltage, 2 units of 100 uF DC capacitors, 2 units of IGBT power switches
with anti-parallel diodes, a 0.1 mEl series filter inductor, a 200 uF shunt filter capacitor besides a load resistor of 12 S2. The predetermined switching frequency is 10 kHz, the system
frequency is 50 Hz, and the amplitude modulation index is 0.8 respectively. Use the provided basic MATLAB Simulink block diagrams at Figure 4 to build the model. The block diagrams model
must have a clear labels and symbols.)
(Sketch the AC output voltage and AC output current waveforms for a single full cycle of 20 ms.)
c)
(Determine the value of AC ouput voltage and AC output current respectively.)
d) (Evaluate the function of LC filter in the model.)
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