Download the white paper 3 Steps to Characterize RF Devices with Stimulus-Response Measurements for tips to help you characterize and troubleshoot your RF designs.
Sponsored by Keysight
In today’s wireless systems, frequency spectrum is a finite resource. Complex modulation schemes improve spectral efficiency, but they can cause distortions. Use stimulus-response testing to test unwanted distortion in order to understand the performance of your RF components under different conditions. Download the white paper 3 Steps to Characterize RF Devices with Stimulus-Response Measurements for tips to help you characterize and troubleshoot your RF designs. Call to action text.
Performing power measurements of RF devices and systems is an essential part of ensuring accurate, repeatable characterization. A variety of instruments are capable of measuring...
Mini-Circuits’ line of ceramic coaxial resonator filters features a variety of passbands and frequency ranges between 0.4 and 5.8 GHz. Characterized by high-Q and high K, these...
RF switches are ubiquitous in modern test instrumentation designs or for test & measurement applications such as those found in semiconductor test applications.
Mini-Circuits’ new PMA5-series MMIC power amplifiers afford designers both high dynamic range and significant headroom for high PAPR signals up to 10 GHz. All models provide upwards...