Electrical Drives Pro 4.0 and up

About this app:

Systems employed for motion control are called as Drives.
It may employ any of the prime movers (Diesel engines, steam turbines and electric motors) for supplying mechanical energy for motion control.
Drives employing electric motors are called as Electrical Drives.
In other words,
A Drive is a combination of various systems combined together for the purpose of motion control.

This application serves to both engineering students and professionals.

â¢ DC Motor or Di rect Current Motor

â¢ Working Principle of Three Phase Induction Motor

â¢ Synchronous Motor Working Principle

â¢ Electric Motor Power Rating

â¢ Motor Duty Class and its Classification

â¢ Induction Motor Braking Regenerative Plugging Dynamic Braking of Induction Motor

â¢ Induction Motor Drives | Starting Braking Speed Control of Induction Motor

â¢ DC Motor Drives

â¢ Dynamics of Electrical Drives

â¢ Interfacing of Stepper Motor

â¢ Control of Electrical Drives

â¢ Synchronous Motor Drives

â¢ Hysteresis Motor

â¢ Stepper Motor Drive

â¢ Bipolar Stepper Motor

â¢ What is Braking? Types of Braking | Regenerative Plugging Dynamic Braking

â¢ Types of Braking in a DC Motor

â¢ What is Servo Motor?

â¢ Servomechanism | Theory and Working Principle of Servo Motor

â¢ Servo Motor Control

â¢ DC Servo Motors | Theory of DC Servo Motor

â¢ Servo Motor Controller or Servo Motor Driver

â¢ Servo Motor Applications in Robotics Solar Tracking System etc

â¢ Variable Frequency Drive or VFD

â¢ Electric Motors

â¢ Magnetic Circuits

â¢ The air-gap

â¢ Torque Production

â¢ Specific Loadings And Specific Output

â¢ Energy Conversion â Motional Emf

â¢ Equivalent Circuit

â¢ General Properties Of Electric Motors

â¢ Power Electronic Converters For Motor Drives

â¢ Voltage Control â D.C. Output From D.C. Supply

â¢ Chopper with inductive load â overvoltage protection

â¢ D.C. From A.C. â Controlled Rectification

â¢ 3-phase fully controlled converter

â¢ A.C. From D.C. SP â SP Inversion

â¢ Sinusoidal PWM

â¢ Inverter Switching Devices

â¢ Cooling Of Power Switching Devices

â¢ Conventional D.C. Motors

â¢ Transient Behaviour â Current Surges

â¢ Shunt, Series And Compound Motors

â¢ Shunt motor â steady-state operating characteristics

â¢ Four-Quadrant Operation And Regenerative Braking

â¢ Full speed regenerative reversal

â¢ Toy Motors

â¢ D.C. Motor Drives

â¢ Discontinuous current

â¢ Single-converter reversing drives

â¢ Control Arrangements For D.C. Drives

â¢ Chopper-Fed D.C. Motor Drives

â¢ D.C. Servo Drives

â¢ The Real Transformer

â¢ Inverter-Fed Induction Motor Drives...
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