RSS2010Ev1.0.0

Your Reliable Choice for Measurements in Anechoic Chamber

Precision in electromagnetic immunity testing depends on the accuracy of E-field probes, with isotropy as a critical factor. These instruments are essential for measuring true field strength in anechoic chambers and ensuring precise calibrations. Our Laser powered E- field probe set optimizes probe size & shape with a cutting-edge test setup ensure reliable results even in compact (G)TEM cells.

Laser Powered E- Field Probe set

  • E-field probe
  • LASER power plug-in card
  • Optic fibre extension cable (10 meters)
  • Optic fibre coupling connectors FC/ST (2x)
  • Probe stand – including 4 height rods
  • Slim – modular test system
  • Carrying and protective case
  • ISO17025 accredited calibration
  • 2.3 Meter non-refelective Probe stand used for 16-point calibrations

Conducting immunity testing within a pre-compliance anechoic chamber is instrumental in uncovering and rectifying potential vulnerabilities related to electromagnetic interference (EMI) or radiofrequency interference (RFI) in electronic equipment. This proactive approach facilitates alignment with regulatory and industry standards for electromagnetic compatibility (EMC), empowering organizations to implement necessary product adjustments. Consequently, this early intervention not only ensures compliance but also results in significant cost and time savings compared to addressing issues during full compliance testing.

Application Stage

20 MHz – 10 GHz

15 Measurements /s

0.5 V/m – 200 V/m

< +/- 0.25 dB up to 1 GHz

Explore Our Solutions Today

Discover More About Qualsys – Connect With Us!

Follow us on  LinkedIn & Twitter to stay connected with our team and gain access to a wealth of industry knowledge

Share your query below and we’ll respond promptly with the right solutions.
For direct assistance, contact our support team via phone or email.

Your Reliable Choice for Measurements in Anechoic Chamber

Precision in electromagnetic immunity testing depends on the accuracy of E-field probes, with isotropy as a critical factor. These instruments are essential for measuring true field strength in anechoic chambers and ensuring precise calibrations. Our Laser powered E- field probe set optimizes probe size & shape with a cutting-edge test setup ensure reliable results even in compact (G)TEM cells.

Laser Powered E- Field Probe set

Conducting immunity testing within a pre-compliance anechoic chamber is instrumental in uncovering and rectifying potential vulnerabilities related to electromagnetic interference (EMI) or radiofrequency interference (RFI) in electronic equipment. This proactive approach facilitates alignment with regulatory and industry standards for electromagnetic compatibility (EMC), empowering organizations to implement necessary product adjustments. Consequently, this early intervention not only ensures compliance but also results in significant cost and time savings compared to addressing issues during full compliance testing.

  • E-field probe
  • LASER power plug-in card
  • Optic fibre extension cable (10 meters)
  • Optic fibre coupling connectors FC/ST (2x)
  • Probe stand – including 4 height rods
  • Slim – modular test system
  • Carrying and protective case
  • ISO17025 accredited calibration
  • 2.3 Meter non-refelective Probe stand used for 16-point calibrations

Pre-Compliance Testing

20 MHz – 10 GHz

15 Measurements /s

0.5 V/m – 200 V/m

< +/- 0.25 dB up to 1 GHz

Explore Our Solutions Today

Discover More About Qualsys – Connect With Us!

Follow us on  LinkedIn & Twitter to stay connected with our team and gain access to a wealth of industry knowledge

Share your query below and we’ll respond promptly with the right solutions.
For direct assistance, contact our support team via phone or email.

Request a Quote

Request A Quote

Get Started on your Journey to EMI/EMC Solutions

Schedule A Free Consultation Call With Our Solutions Expert.

 

Get Started on your Journey to EMI/EMC Solutions

Schedule A Free Consultation Call With Our Solutions Expert.