Calibration Kits

Rosenberger’s comprehensive portfolio of cost-effective, high-quality and precision products enables a broad spectrum of industrial test & measurement applications for active or passive devices. Rosenberger develops and offers a selection of verification kits for common precision interfaces for vector network analyzers (VNAs). All verification components from Rosenberger are electrically characterized on a network analyzer measurement system. These measurements are traceable to metrology standards such as PTB (Physikalisch-Technische Bundesanstalt Braunschweig) or NIST (National Institute of Standards and Technology).

Rosenberger provides a wide range of compact calibration kits in various series for MSOT (4-in-1) and MSO (3-in-1) calibrations. Compact calibration kits combine all necessary calibration standards in one unit and can be applied for MSO calibrations (3-in-1, open, short, load) of single port vector network analyzers and MSOT calibrations (4-in-1, open, short, load, thru) of 2- or more-port vector network analyzers. All compact calibration kits come in a hardshell case with a lanyard and with general coefficients on a standard definition card.

Rosenberger Rack Analyzers are designed to make PIM tests in production or test lab environments exceptionally modular, precise, and efficient. The budget-friendly broadband base unit concept offers maximum flexibility thanks to the option of connecting up to 11 filter units to one base unit. Integrated DTF measurement enables faster fault-finding by accurately pointing out the source of PIM. With the plug-and-play filter concept, intuitive software operation and easy-to-replace dust filters, it is possible to create a significant reduction in production downtime caused by changes in test frequencies or maintenance and servicing work.

Rosenberger desktop analyzers are portable and flexible for R&D and test labs. The budget friendly broadband base unit concept offers maximum flexibility to add any other filter unit in the range of 700 to 2700 MHz to the base unit. It allows continuous flexibility in an ever changing environment.