Quanser's virtual plants have numerous benefits that let you enhance lab experiences with digital twins, and I want to elaborate on some of them in this blog. In a previous blog, I talked about why a servo-motor is a fundamental,...
Most of us have been there. We’ve taken two-day delivery for granted. As the pandemic progressed the ripple effects from industrial shutdown permeated through, supply-chain driven delays started to infiltrate the daily lives of consumers everywhere. For most of us,...
I love the inverted pendulum! It was my first love in control systems as I watched theory come to life and mathematics hard at work. It is an ideal showcase of the magic of feedback and how harnessing the dynamics...
Over the years, Quanser has offered a wide range of aerospace control research platforms. The goal with these platforms, such as the 3DOF Heli experiment was always to provide a unique and repeatable dynamic system upon which new control systems...
The Quanser Magnetic Levitation shown below is a one-dimensional magnetic levitation system. It has an optical ball position sensor and a current sensor to measure the current in the electromagnet coils. The Maglev system is a challenging control systems application...
The Quanser Rotary Flexible Link, is a two-degree of freedom system with an actuated rotary servo and a flexible link. It emulates various real-world applications such as lightweight robot manipulators (e.g., in space applications) and cantilever beams. Pictured below, it...
