문서 및 기사 검색

Describes all instrument functions and remote control commands, as well as measurement and programming examples.

English - 2020. 8. 7.

English - 2018. 6. 28.

R&S®VISA is a standardized software library that allows fast communications over diverse interfaces with a wide variety of T&M instruments that are detected on the network from PC applications. R&S®VISA also includes a trace tool that simultaneously monitors communications between multiple applications and T&M instruments, and permits targeted analysis with the aid of efficient filters.

English - 2020. 5. 26.

R&S®ZVA, R&S®ZVT Application Sheets

English - 2014. 7. 28.

This document describes how a Windows®-based R&S® T&M instrument is remotely operated by an Apple iPad as if working on it locally. Step-by-step procedures are provided for setting up and configuring the T&M instrument and the iPad. On the iPad, a special App implements the Windows® 'Remote Desktop' functionality. T&M instrument and iPad are connected via WLAN (also denoted as Wi-Fi network).

English - 2013. 3. 28.

This application note reviews a new calibration subsystem which consists of Inline Calibration Units (ICUs). These ICUs are designed for in situ use, so they are left in place both during the calibration procedure and during the measurement of the Device Under Test (DUT).This adds versatility, convenience and accuracy to the VNA based measurement system, as it means the calibration can be refreshed at any time without manually disconnecting the DUT from the test system.

English - 2017. 9. 29.

This application note describes methods using an R&S®ZVA network analyzer, one or two R&S®SMB100A signal generators and an R&S®FSW signal analyzer to accurately measure all the key parameters of frequency converters with embedded local oscillator. A commercial satellite up-converter is used as a device under test example.

English - 2015. 4. 30.

Over-the-air (OTA) beamforming testing

English - 2018. 5. 4.

The converters offered for the R&S® ZVA family extend the vector network analyzers' frequency range to include the millimeter-wave range (EHF band). This Application Note describes the R&S® ZVA-Z110 converters. They cover the W band (75 GHz to 110 GHz). Several measurement examples are included, explaining in detail how to configure a converter-based vector network analyzer system.

English - 2007. 10. 9.

Welcome to this introductory video show about the R&S® ZVA family of network analyzers. Network analysis is sometimes considered to be cumbersome and difficult to understand, a very offputting reputation for newcomers to network analyzers. To help you look at network analyzers in a different light, we have created this video series. We have intentionally refrained from explaining any theory in depth. Rather, we want to show you how to operate our analyzers for simple and useful applications. As well as just watching this video show, you can also use it as a guide and try yourself. All the operational steps shown only require a standard RF power amplifier which should be available in almost every lab. So, before we get properly started, we hope you enjoy this video show and much success in becoming familiar with network analysis in general, and our R&S products in particular.

English - 2014. 2. 13.

Rohde & Schwarz instruments can be shared when users wish to use the same instrument. This can be done quite easily with the LAN interface, which comes as a standard option. Through this interface, Rohde & Schwarz instruments can be connected directly to a network, and users with access to the network can manually operate the instrument from a remote computer. This Application Note lists all instruments that support these features and describes the steps necessary to set up and configure the network connection to operate these instruments remotely.

English - 2007. 7. 5.

After a communications satellite is on its target orbit, several routines need to be performed in order to ensure proper performance from the transponders in the payload. The on-orbit measurements are a vital part of the maintenance of a live satellite as well. Operating a satellite channel for an on-orbit measurement rather than the intended application comes with significant opportunity cost and hence test duration needs to be minimized as much as possible. Rohde & Schwarz test and measurement equipment recommended in this paper is market leading not only in terms of measurement accuracy but also offers unparalleled speed of measurement. This application note focuses on satellite post-launch or on-orbit measurement and monitoring strategies used for satellite functionality checks when running maintenance routines. A complementary paper treats pre-launch payload measurements.

English - 2016. 11. 25.

This application note provides hints for implementing remote control programs using Rohde & Schwarz spectrum and network analyzers. The document makes suggestions for improved remote control performance and describes aspects of measurement synchronization in detail. Finally the document discusses some typical challenges of remote control in production test.

English - 2014. 8. 19.

The R&S® ZVA-Z110 converters offered for the R&S® ZVA family enable network analysis in the W band (75 GHz to 110 GHz). In this Application Note, measurements with three or four converters will be discussed. Test configurations for such measurements have so far been implemented only with coaxial connector systems for a frequency range up to approx. 40 GHz. The term 'multiport measurements' was created for this type of measurements.

English - 2007. 10. 9.

This Application Note describes characterization of devices used in radar systems with pulsed signals. The emphasis is on measurements using vector network analyzers (VNAs), signal generators, vector signal generators and spectrum analyzers.

English - 2008. 1. 18.

This Application Note describes testing S-parameters under pulsed conditions with the R&S®ZVA vector network analyzer and either the ZVAX24 Extension unit with pulse modular option or the R&S®SMF signal generator with pulse modulator as a signal source.In addition a constant power level calibration for applications requiring high drive power for test and measurement of device under test (DUT) is also included. A LDMOS S-band radar power transistor is used as example DUT. The pulse profile mode of the R&S®ZVA is used to analyze the time-dependent behavior of the DUT.

English - 2013. 4. 11.

The R&S®ZVA vector network analyzer with the R&S®ZVA-K9 option enables absolute group delay measurements on devices with embedded LO without the need for a calibration mixer

English - 2013. 5. 17.

Application note 1MA25 has been replaced by application note .

English - 2009. 8. 28.

The converters offered for the R&S®ZVA family extend the network analyzers' frequency range up to 325 GHz. This Application Note describes typical measurements on millimeter-wave mixers and millimeter-wave frontends. It also discusses a signal identification method that enables spurious measurements to be performed in the millimeter-wave range using an R&S®ZVA network analyzer in conjunction with a converter.

English - 2008. 11. 17.

Describes all instrument functions and remote control commands, as well as measurement and programming examples.

English - 2015. 12. 11.

Provides the information required to prepare the instrument for use and start working.

English - 2014. 7. 28.