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      • Deep Learning Projects , Power Electronics Projects
      • Motor Fault Diagnosis Using CNN Based Deep Learning Algorithm Considering Motor Rotating Speed

      • ₹6,000.00
      • Rated 0 out of 5
      • Motor Fault Diagnosis Using CNN Based Deep Learning Algorithm Considering Motor Rotating Speed
    • Open Loop Control of Boost Converter
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      • Power Electronics Projects
      • Open Loop Control of Boost Converter

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      • open loop control of boost converter Output Voltage is greater than input voltage. This is achieved by fast switching of a semiconductor device. The increase in output voltage depends on the frequency of switching (i.e.) depends on pulse given to the device. While switch is off the output voltage almost same as input. While switch is ON MOSFET is assumed…
      • Open Loop Control of Boost Converter
      • Open Loop Control of Boost Converter
    • 3 Phase Cascaded Seven Level Inverter using Matlab Simulink
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      • Power Electronics Projects
      • 3 Phase Cascaded Seven Level Inverter using Matlab Simulink

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      • he pulse generation method is of SPWM technique. The reference sine wave is compared with the carrier triangular wave and the pulse is generated. For each phase three single phase inverter is used as cascaded method and forms the output. The Seven level is formed as voltages in V, V/2, V/3, 0, -V/3, -V/2, -V
      • 3 Phase Cascaded Seven Level Inverter using Matlab Simulink
      • 3 Phase Cascaded Seven Level Inverter using Matlab Simulink
      • 3 Phase Cascaded Seven Level Inverter using Matlab Simulink
    • 3 Phase Cascaded Three Level Inverter using Matlab simulink
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      • Power Electronics Projects
      • 3 Phase Cascaded Three Level Inverter using Matlab simulink

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      • A Three Phase Three Level Inverter is a circuit which converts DC to three phase AC. Each phase is of 120degree phase shifted. To produce a three phase three level inverter here we use three single phase inverter with 120degree phase shifted output..
      • 3 Phase Cascaded Three Level Inverter using Matlab simulink
      • 3 Phase Cascaded Three Level Inverter using Matlab simulink
      • 3 Phase Cascaded Three Level Inverter using Matlab simulink
    • 33 Level Modular Multi level Inverter using Matlab Simulink
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      • Power Electronics Projects
      • 33 Level Modular Multi level Inverter using Matlab Simulink

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      • 33 Level Modular Multi level Inverter using Matlab Simulink
      • 33 Level Modular Multi level Inverter using Matlab Simulink
      • 33 Level Modular Multi level Inverter using Matlab Simulink
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      • Power Electronics Projects, Projects
      • A GRID INTERACTIVE PERMANENT MAGNET SYNCHRONOUS MOTOR DRIVEN SOLAR WATER PUMPING SYSTEM.

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      • A GRID INTERACTIVE PERMANENT MAGNET SYNCHRONOUS MOTOR DRIVEN SOLAR WATER PUMPING SYSTEM.
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      • Power Electronics Projects, Projects
      • A New Single-Stage Transformer less Inverter for Photovoltaic Applications

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      • A New Single-Stage Transformer less Inverter for Photovoltaic Applications
    • A Single Switch High Step-Up Converter
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      • Power Electronics Projects
      • A Single Switch High Step-Up Converter

      • ₹9,000.00 Exc Tax
      • Rated 0 out of 5
      • A Single Switch High Step-Up Converter
      • A Single Switch High Step-Up Converter
      • A Single Switch High Step-Up Converter
      • A Single Switch High Step-Up Converter
      • A Single Switch High Step-Up Converter
      • A Single Switch High Step-Up Converter
    • Analysis of PV Voltage generation
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      • Analysis of PV Voltage generation

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      • Analysis of PV voltage generation using Matlab. The characteristics of panel voltage can be analysed using Matlab. The intensity on panel and the temperature of the panel can be varied and the simultaneous output of the panel can be analysed. A load resistor is connected across the panel to load the panel.
      • Analysis of PV Voltage generation
      • Analysis of PV Voltage generation
    • Automatic Street Light Intensity Control Using High Boost Dc To Dc Converter
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      • Power Electronics Projects
      • Automatic Street Light Intensity Control Using High Boost Dc To Dc Converter

      • ₹12,000.00
      • Rated 0 out of 5
      • This project is used to control the intensity of the street light by using high boost dc to dc converter. If IR sensor detects means intensity of the street light is varies.
      • Automatic Street Light Intensity Control Using High Boost Dc To Dc Converter
      • Automatic Street Light Intensity Control Using High Boost Dc To Dc Converter
      • Automatic Street Light Intensity Control Using High Boost Dc To Dc Converter
      • Automatic Street Light Intensity Control Using High Boost Dc To Dc Converter
      • Automatic Street Light Intensity Control Using High Boost Dc To Dc Converter
    • Average Absolute Frequency Deviation Value Based Active Islanding Detection Technique
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      • Power Electronics Projects
      • Average Absolute Frequency Deviation Value Based Active Islanding Detection Technique

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      • An average absolute frequency deviation value based active islanding detection technique is proposed in this paper.
      • Average Absolute Frequency Deviation Value Based Active Islanding Detection Technique
    • BLDC Motor Control using dSPIC Microcontroller
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      • Power Electronics Projects
      • BLDC Motor Control using dSPIC Microcontroller

      • ₹19,470.00
      • Rated 0 out of 5
      • BLDC Motor Control using dSPIC Microcontroller Package Includes: BLDC Motor Control using dSPIC Microcontroller Demo Video Abstract Reference Paper source code !!! Online Support !!! Delivery in 5 working days
      • BLDC Motor Control using dSPIC Microcontroller
      • BLDC Motor Control using dSPIC Microcontroller
      • BLDC Motor Control using dSPIC Microcontroller
      • BLDC Motor Control using dSPIC Microcontroller
      • BLDC Motor Control using dSPIC Microcontroller
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