Gauge Kits

The Rosenberger portable and multifunctional broadband PIM Site Analyzer alpha provides the best alternative of performing the most precise and efficient PIM tests on site. The PIM Site Analyzer alpha consists of a single master unit with band-specific, interchangeable filter units, since the form factor of the filter units is the same. Take out one filter unit, e.g., 900 MHz, and replace with another filter unit, e.g., 1800 MHz, without any calibration of the filter unit, potential adaptors, test cable, or operational mode(s). Future-proof plug and play concept covering 700 to 2700 MHz.

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. While several types of network analyzers (NAs) have become increasingly important in the development of microwave circuits and systems in industrial measurement applications, vector network analyzers (VNAs) are particularly useful. This is due to their calibration capability and the ability to measure more parameters. Rosenberger develops and offers a wide range of metrology kits for a variety of standard and precision interfaces when performing calibration, verification and traceability, as well as gauges and gauge kits for vector network analyzers (VNAs).

Rosenberger develops and offers traceability kits for precision interfaces for validation of measurements on vector network analyzers (VNAs). RPC-N (50 Ω) traceability kits are available. With traceability components from Rosenberger measurements on vector network analyzers are electrically characterized. These validation measurements are traceable to metrology standards such as PTB (Physikalisch-Technische Bundesanstalt Braunschweig) or NIST (National Institute of Standards and Technology).

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.