Event Description
onsemi develops inductive position sensors for both industrial and transportation markets. These sensors bring higher speed and accuracy in harsh industrial and automotive environments.
In this webinar, Bob will discuss how the NCS32100 can provide a highly differentiated position accuracy of 50 arcseconds (14 millidegrees of mechanical rotation), or better at speeds of up to 6,000 revolutions per minute (RPM). Bob will also show NCS32100 ease of use with integrated MCU and firmware for industrial applications.
In addition, the automotive grade NCV77320 inductive position sensor will be presented to show how it can be used to enable high accuracy, high speed rotary and linear position sensing for x-by-wire systems.
Join us to learn how onsemi’s NCS32100 and NCV77320 inductive position sensors are a superior solution to optical and magnetic encoders for industrial and automotive applications.
Key Takeaways
Learn about how inductive position sensing works
Advantages of inductive position sensors over optical or magnetic
14 millidegrees of mechanical rotation or better accuracy at speeds of up to 6,000 RPM for the NCS32100
Learn about how NCV77320 can be implemented in x-by-wire systems
Learn more about the NCS32100 and NCV77320 from onsemi.