Discutez avec un expert

NIST Accredited Calibration of Power Sensors

 

 


NIST Accredited Calibration of Power Sensors

Achieve NIST accredited calibration of your power sensors, attenuators, splitters and directional coupler

The calibration of RF power sensors, splitters, attenuators and directional couplers can be complex and time consuming. For complete traceability the calibrations must be accredited with the National Institute of Standards and Technology (NIST).

PS-Cal, from Cal Lab Solutions, is designed to simplify the calibration process while incorporating all of the tests required for complete NIST accredited calibration. The software can be used with a variety of Agilent Technologies instrumentation including the ENA and PNA network analyzers. PS-Cal is Windows® based, easy to use and customizable. You can specify test points, test methods and standards and save these as a template for future use.

PS-Cal is an integral part of the PCS-50 turnkey calibration solution. The system is designed around instrumentation from Agilent Technologies and is delivered complete with all the standards, cables, connectors and software to perform NIST traceable accredited calibrations. Cal Lab’s PS-Cal software and Agilent’s instrumentation simplify your calibration process while allowing you to achieve NIST accreditation of your power sensors, splitters, attenuators and directional couplers.

  • PS-CAL software simplifies calibration process
  • Used with Agilent ENA, PNA and power meters
  • Standard and user-defined calibration templates
  • Batch mode for high volume use
  • Integral part of PCS-50 turnkey calibration system
  • Used for power sensors, splitters, attenuators and couplers
  • Achieve NIST accredited calibration of your devices

Request more information and Agilent’s partner Cal Lab will contact you to discuss your requirements in more detail.

Documents & Downloads

NIST Accredited Calibration of Power Sensors 
Co-branded Solutions Partner brochure with Cal Lab Solutions.

Brochure 2012-07-16

null PDF 237 KB