Custom Meta Tags

Hero Banner

CTS

CTS-CS-CXX - Main Title

CTS CTS-CS-CXX clamp-on non-intrusive magnetic field concentrators

CTS-CS-CXX - Mixed Media

The CTS-CS-CXX magnetic field concentrators are designed for non-intrusive and isolated measurement of electric currents. Thanks to the clamp-on design, the contactless current sensor can safely be installed without the need to interrupt or cut the cable. It is comprised of a soft ferromagnetic shield featuring superior material characteristics such as high linearity and very low hysteresis. 

Applications include DC and AC current sensing up to 30kHz, motor control, battery monitoring, charge control, white goods and many more. These concentrators are designed to work and should be paired with a Melexis IMCHall® planar magnetic field sensor to create an open loop current measurement system, capable of current measurements up to ±200A. Thanks to its hollow bottom design, the concentrator enables the direct housing of a planar current sensor and its capacitors underneath, thus allowing for a compact and space-saving solution. 

The concentrator can be directly soldered to the PCB thanks to its 4 through-hole pins, granting a robust and secure hold.

CTS-CTS-CS-CXX-Series-EN-Image

Static HTML_2

Features/Applications

CTS-CS-CXX - Table

Features Applications
  • Low hysteresis
  • High permeability
  • Hall-sensor measurement
  • High linearity up to 200A
  • Temperature range: 10°C to 120°C
  • DC and AC compatible
  • IoT
  • Industrial
  • E-metering
  • Photovoltaic
  • Datacenter
  • Telecommunication

CTS Logo HTML

CTS

Ask an Expert Grid Box Light

Contact our product specialists

Ask an expert

Have a question? Our regional technical specialists are on hand to help.

CTS-CS-CXX Resources - Static HTML_1

Newsletter Signup

Subscribe to our Newsletters

Researching technology for your next application design? We can help you get project ready. Get the latest design tools and solutions, Engineers' Insight and Focus magazine sent straight to your inbox.

SUBSCRIBE