Used ROHDE & SCHWARZ NRP #9127337 for sale

ROHDE & SCHWARZ NRP is a family of electronic test equipment, manufactured by ROHDE & SCHWARZ GmbH & Co. KG. It consists of a variety of Vector Network Analyzers, Absorption Analyzers, Sensor Modules, Maximum Field Force Microscopes, and Related Accessories. Vector Network Analyzers (VNAs) measure the performance of RF & microwave components, such as antennas, amplifiers, attenuators, filters, integrated circuits, microstrips, and transmission lines. They measure the reflection coefficients, scattering parameters, return loss, VSWR, insertion loss, and group delay, across a given frequency range and bandwidth. NRP VNAs are designed for the measurement of the relative electrical parameters of non-linear components, and have capabilities such as two-port, four-port, and multi-port network-parameter measurements. ROHDE & SCHWARZ NRP Absorption Analyzers measure the interaction between an RF or microwave field and a sample, in order to determine the dielectric constant and magnetic permeability of the sample. These analyzers are used to characterize materials and components, for medical imaging, quality control and radiation safety applications. NRP Sensor Modules are designed to be integrated into Vector Network Analyzers, and use a built-in sensor to measure frequency-dependent physical quantities. These modules can be used to measure and analyze real-time signals, parameters such as voltage, current, phase, and power. ROHDE & SCHWARZ NRP also offers Maximum Field Force Microscopes, which can detect and quantify electric and magnetic fields with very high resolution. NRP is a versatile range of electronic test equipment for RF & microwave testing, sensor and parameter measurement, and material characterization. It is suitable for use by both amateur and professional users. Electro-mechanical engineers, material scientists, and medical personnel can all benefit from its use in the lab. It is an invaluable instrument for anyone working in a setting where measurements and analysis of electronic components are necessary.