TEST & MEASUREMENT APPLICATION NOTES AND WHITE PAPERS

• Speeding Up Reflection Measurements On Antenna Systems

  Reflection measurements are a common way of assessing antenna system performance. When a minimum amount of the transmitted signal is reflected, it indicates that the transmission energy can reach the intended coverage. Undesired high reflection causes the system to be inefficient and can damage components. This application note presents solutions for aiding fast and efficient reflection measurements on antenna systems to get it right the first time.

• How To Configure Generic Devices In R&S Elektra

  R&S ELEKTRA is able to communicate with many devices. Still, it is impossible to integrate drivers for all devices. Hence, R&S ELEKTRA offers the possibility to integrate any device by configuring a generic driver.

• Waveform Acquisition Rate And Why It Matters

  Explore key specifications of modern digital oscilloscopes, including often overlooked ones like acquisition rate and blind time, to better understand their importance in oscilloscope applications.

• An Introduction To Direction Finding Methodologies

  All direction finding methodologies are meant to determine the physical or geographical location of a source of radio frequency energy. The choice of an appropriate direction finding methodology to use for a given application is largely a function of the target signal's characteristics, such as frequency and modulation, but is also influenced by the propagation environment as well as cost and complexity.  Recent advances in the development of hybrid direction finding methodologies attempt to overcome some of these restrictions and increase accuracy by using a combination of methodologies.

• Ensuring Test Site Compliance for Radiated Emissions With Normalized Site Attenuation

  This application note provides a synopsis of Normalized Site Attenuation (NSA) and Reference Site Method measurements which indicate a challenging but important aspect of radiated emissions measurements on an OATS, SAC, or FAR.