Inductive vs. Magnetic Position Sensors: Choosing the Right Fit
Inductive vs. Magnetic Position Sensors: Choosing the Right FitWhen engineers compare position sensing technologies, the discussion often starts with performance figures. Accuracy, range, immunity, package size. All of that matters.But in real projects, the best choice usually comes down to something simpler: which technology fits the application more naturally.That is...
Advanced Current Sensing and Machine Learning in Battery Management Systems for Material Handling Equipment
Advanced Current Sensing and Machine Learning in Battery Management Systems for Material Handling EquipmentThe performance and operational longevity of Lithium-ion and advanced lead-acid battery systems in material handling equipment (MHE) depend on the precision of the Battery Management System (BMS). Current transducers serve as the primary sensory organs for the...
Integrated Stray Field Immunity: Next-Gen Magnetic Position Sensors for Safety-Critical Systems
Integrated Stray Field Immunity: Next-Gen Magnetic Position Sensors for Safety-Critical Systems The design of modern electric vehicles and automated factories has created a difficult environment for traditional sensors. As we pack high-voltage cables and powerful motors into tighter spaces, the resulting electromagnetic interference becomes a significant hurdle. In safety-critical systems...
The Critical Role of Linear and Rotary Position Sensors in Side-by-Side Off-Road Vehicles
Side-by-side off-road vehicles are engineered to navigate rugged terrains, steep inclines, and variable surface conditions. The performance and safety of these vehicles heavily rely on advanced sensor technologies that monitor and adjust mechanical and electronic systems in real-time. Linear and rotary position sensors are among the critical devices that facilitate...
Non-Contact Linear Displacement Sensors for OEM Applications
[caption id="attachment_60078" align="aligncenter" width="845"] Non-Contact Linear Displacement Sensors for OEM Applications[/caption]Precision in Non-Contacting Linear Displacement Sensors for OEM ApplicationsIn today’s fast-paced industrial landscape, precision and reliability are non-negotiable. Whether it's in automated manufacturing, advanced robotics, or stringent quality control systems, the accuracy of position sensing plays a crucial role. Enter...
Magnetic Angle Sensors for Electrification
https://www.youtube.com/watch?v=2W71_GBBwzA This video, “Sensors for Electrification,” explores how electrification is reshaping industrial and mobility applications—and why sensing technology is becoming a key enabler of that shift. It highlights the growing need for accurate, robust measurement to improve efficiency, reliability, and control as systems move toward electric actuation and smarter architectures....
SUSTAINABILITY
SUSTAINABILITY We believe that making sustainable choices in the way we conduct our business creates short-term and long-term value for our stakeholders. We do not create long-term value by merely complying with regulations, but we go beyond compliance to find ways to green our operations and our products to ensure...
Exploring Tilt Sensors: Their Functionality and Significance in Automotive and Industrial Applications
In today's world, technology plays a pivotal role in enhancing the efficiency and safety of various industries, including automotive and industrial sectors. Tilt sensors, equipped with accelerometers and gyroscopes, have become essential components in these domains. In this article, we will delve into the working principles of tilt sensors, understand...
Contactless position sensors for race cars
Enhancing Motorsport Performance with Contactless Sensing Solutions Contactless position sensors are used in a variety of applications, including race cars, where they are used to measure steering angle and pedal angle. These sensors are highly reliable and accurate, and they can withstand the harsh conditions of racing. One of the...
What is the strategy when a steer-by-wire system fails?
With the mechanical connection removed in steer-by-wire, ensuring redundancy is vitally important to mitigate system failures. What is the strategy when a steer-by-wire system fails? As the automotive industry moves towards electrification & autonomous driving, steering, braking, and suspension are three critical systems driving developments in vehicle dynamics, and the...
