To validate high-speed LEO satellite tracking, laboratory testing must combine 6-DoF motion simulation with real-time RF signal generation. Because terrestrial constraints—like gravity and limited platform workspace—impede accuracy, engineers employ gravity compensation algorithms and hybrid gimbal architectures. Integrating these technologies into hardware-in-the-loop (HIL) testbeds allows for precise validation of antenna performance, overcoming mechanical latency and signal distortions to ensure reliable connectivity in the demanding LEO era.
This blog delves into the world of stepper motors. It covers information about their operation, types, and the details of the stepper motor drivers. Acrome's SMD driver modules for step motor control are highlighted in the context.
A Getting Started article for ACROME's Stewart Platform. Includes brief information about the product's development history, its physical aspects and capabilities, deliverables, getting started items and use-case details.
The Ball Balancing Table is described as a versatile platform with various software options, allowing users to experiment with different control strategies. Bode diagrams are highlighted for their role in observing system stability, assessing performance, designing controllers, and troubleshooting. The document emphasizes the practical applications of these tools in real-world scenarios, bridging the gap between theoretical concepts and practical applications in control systems engineering.
This blog will focus on the importance of ABET accreditation and discuss the role of laboratory experiment systems in the accreditation process.
Mechatronics, also known as mechatronic engineering, is a multidisciplinary engineering field that focuses on the design of both electrical and mechanical systems, as well as robotics, electronics, computer systems, control, and product engineering. A Mechatronics Design Lab is a fabrication shop and classroom with equipment for creating microprocessor-controlled electromechanical systems.
The device, called the Stewart Platform, was first designed in 1954 by V. Eric Gough from England. It is classified as a parallel manipulator device that is used for positioning and motion control.
A control lab is a fundamental hands-on experiment lab required for most engineering departments. Whether you are planning to purchase a new control lab equipment or to start a new control / mechatronics lab; there are 2 important topics that you will need to focus on for every purchase.
We talk about and highlight the importance of reporting and assessment in laboratories. We discuss why reporting is important and how it contributes to science and related education in addition to the link between remote labs and reporting. Take a look at our article!
In this post, we are exploring the importance of an innovation in education. Remote labs have long existed, but they have just captured the public's attention due to the impact the pandemic has on education.
In this whitepaper, we are exploring Python® language support of ACROME’s educational robotic systems.
In this blog episode we'll be sharing information about Stewart Platforms (aka Hexapods) and their usages in real life and various industries.
Here is a good list that encapsulates what could be done with a decent quality ball balancer system: 6 different control lab experiments.
