This "Live" example design includes a simple analog electronic amplifier, intended only to demonstrates the importance of multi-discipline system modeling.

Mike Donnelly

Loudspeaker Amplifier electro-mechanical resonance BDP947 NCV20071 Op-Amp BDP947 NPN Transistor Mechatronics magnetic actuator

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A Linear Variable Differential Transformer (LVDT) and analog signal conditioning circuit are used for a position sensing system.

Mike Donnelly

LVDT Displacement sensor Position sensor rectifier Mechatronics Motion Control

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This example three-phase power distribution system uses a variety of load types to create realistic static and transient grid-loading conditions and system asymmetries.

Mike Donnelly

Three Phase Power Flow Analysis Delta-Wye Transformer Constant Power Loads Motor Start-up Induction Motor lamp in-rush current Mechatronics

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This automotive electrical power distribution system example includes multiple vehicle sub-systems and components.

Mike Donnelly

Fuse Sizing lamp in-rush current sneak circuit Motor Start-up LED Lighting Constant Power Loads Mechatronics

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This "Live" example design includes a simple analog electronic amplifier, intended only to demonstrates the importance of multi-discipline system modeling.

Anonymous

Loudspeaker Amplifier electro-mechanical resonance BDP947 NCV20071 Op-Amp BDP947 NPN Transistor Mechatronics magnetic actuator

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This automotive electrical power distribution system example includes multiple vehicle sub-systems and components.

Anonymous

Fuse Sizing lamp in-rush current sneak circuit Motor Start-up LED Lighting Constant Power Loads Mechatronics

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This example three-phase power distribution system uses a variety of load types to create realistic static and transient grid-loading conditions and system asymmetries.

Anonymous

Three Phase Power Flow Analysis Delta-Wye Transformer Constant Power Loads Motor Start-up Induction Motor lamp in-rush current Mechatronics

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This example shows a motor speed control loop that uses a PID control strategy (Proportional, Integral and Derivative), with continuous function b

Anonymous

PID Control DC motor FRC CIM Motor Mechatronics Robotics

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This example shows a motor speed control loop that uses a PID control strategy (Proportional, Integral and Derivative), with continuous function b

Anonymous

PID Control DC motor FRC CIM Motor Mechatronics Robotics

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