Melexis releases free online Current Sensor Simulator, which facilitates current measurement designs
Tessenderlo, Belgium, 5 July 2022 – The new Current Sensor Simulator from Melexis simplifies the design and implementation of current-sensing solutions using the company’s proprietary IMC-Hall® technology. This tool enables customers to make the right decisions about device and shield selection.
Melexis has introduced its Current Sensor Simulator - an easy-to-use web application for rapidly selecting sensors from the company’s IMC-Hall portfolio. This interactive tool significantly accelerates the design process, enabling engineers with limited magnetic sensing experience to benefit from such technology. By filling in parameters on the web interface, users can describe their specific design requirements. Based on these, it then recommends the appropriate part number, as well as the relevant ferromagnetic concentrator (shield). The tool also provides a total error budget, so performance can be instantaneously estimated across the full temperature and current sensing range.
The IMC-Hall® current sensor ICs deliver accurate, contact-free current measurement widely used in both automotive and industrial applications. It brings the advantage of surface mount assembly and easy mechanical integration versus core-based technology. It does not have the inconveniences of coreless and shieldless technologies. These technologies are by nature sensitive to mechanical tolerances and demand the IC to be rigidly positioned very close to the busbar.
Melexis’ Current Sensor Simulator pairs sensors and shields automatically, based on the requirements provided. It educates users about the trade-offs associated with different IMC-Hall devices and shields. Also, there is the ability to visualize shield non-linearities and determine the levels at which saturation will occur. This means that users can see what impact saturation will have and choose the optimal shield.
“By utilizing the new web-based Current Sensor Simulator tool, we are able to translate requirements set by our customers into optimized sensing solutions,” states Bruno Boury, Product Line Manager Current Sensors at Melexis. “This enables engineers of all levels of experience to fully leverage IMC-Hall magnetic sensing technology. They get a quick route to a solution that is perfectly matched to their application, based on the current range needed and the busbar width. As a result, we see potential for these sensors to achieve even greater popularity.”
- +1 Like
- Add to Favorites
Recommend
- What Is A Current Sensor? What Are The Classifications of Current Sensors?
- Melexis Unveils Automotive 200-2000A Current Sensors with Integrated Overcurrent Detection
- Crocus Current Sensors Offers Solar Inverters High Accuracy, High Bandwidth and Low Noise
- Melexis Introduces Next Generation of Isolated Integrated Current Sensors for Automotive Applications
- A Brief Discussion On The Use Of Current Sensors - Taking XBLW GT712 As An Example
- Melexis Launches the MLX91230 Current Sensors Which Brings 0.5% Accuracy in a Compact Design
- In 2022, Melexis’ Outperforming Product Lines Were Current Sensors, Embedded Drivers, Magnetic Position Sensors, and Temperature Sensors
- ZETTLER Magnetics ACST Current Sensors Used in Charging of Electric Vehicles
This document is provided by Sekorm Platform for VIP exclusive service. The copyright is owned by Sekorm. Without authorization, any medias, websites or individual are not allowed to reprint. When authorizing the reprint, the link of www.sekorm.com must be indicated.
Integrated Circuits
Discrete Components
Connectors & Structural Components
Assembly UnitModules & Accessories
Power Supplies & Power Modules
Electronic Materials
Instrumentation & Test Kit
Electrical Tools & Materials
Mechatronics
Processing & Customization
