These are application notes that have been referenced in courses taught by Besser Associates.
This connector identifier guide features schematic drawings of over 50 different connector types in each gender. The guide also features a chart comparing the maximum frequency capability of each type. A small glossary of RF terms is also included.
This application note provides and in-depth analysis of the performance of connections using mixed connector types among SMA, 3.5-mm, and 2.92-mm varieties. These connectors are all designed to work together mechanically, but have some differences electrically.
This application note discusses the use of SMA connectors in the lab, along with their performance when mated to APC 3.5mm connectors.
This Watkins Johnson app note describes dynamic range measurements on receivers. Part 2 discusses "comprehensive measurements," or figures of merit that combine the primary measurements, such as noise figure or IP3, to provide a picture of the range of power levels that a receiver can handle. The app note is hosted on RF Café.
This Watkins-Johnson app note describes the factors affecting the dynamic range of receivers. Part 1 focuses on "primary measurements," which include noise figure, IP2, IP3, 1dB compression, phase noise, and internal spurs. The app note is hosted on RF Café.com
How to specify cal standards for TRL, etc. in Vector Network Analyzers.
Noise figure is often the key to characterizing a receiver and its ability to detect weak incoming signals in the presence of self-generated noise. The process of reducing noise figure begins with a solid understanding of the uncertainties in your components, subsystems and test setups. Quantifying those unknowns depends on flexible tools that provide accurate, reliable results.
A thorough discussion of measuring noise in a Spectrum Analyzer. This app note is divided into four parts, each of which could be a stand-alone app note. AN-1303
Before you select a power meter and its associated sensors, make sure that you have taken the following four
steps, each of which can infl uence the accuracy, economy, and technical match to your application.