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White Papers

How a Modular Approach Can Optimize Design-for-Deployment for Signal Beamforming Applications

This whitepaper provides an overview of beamforming technology and a brief summary of application trends and evolving design considerations. Within this context, the second half of the paper explores how new high--‐performance modular DSP--‐based beamforming subsystems can help meet the emerging and future requirements for speed, functionality, configuration flexibility and software programmability, along with a lower cost of deployment and lifecycle maintainability.

Benefits of Time-Domain Electromagnetic Simulation for Automotive Radar

This whitepaper demonstrates how XFdtd's time-domain EM simulation enables rapid development by analyzing the performance of a fully detailed sensor model installed behind a piece of fascia without needing to build prototypes and run tests in an anechoic chamber.  The analysis of a 25 GHz sensor frames the discussion.

Build a Super DAQ System in a PXIe Chassis using XMC Modules

When designing a high performance data acquisition system, a significant decision is what chassis form factor to use. A rackmount 19 inch chassis comes to mind as a good generic solution, and the PXIe version seems like a good candidate as it is standardized, reasonably priced, and available from multiple vendors. The only significant concern is that native PXI/PXIe modules are generally aimed at the testing market, which means they tend to have lower throughput, with less processing power than needed in high performance data acquisition systems.

Testing of Wireless Designs to Ensure Compliance

The test process for complete wireless systems, subsystems, and components is very complex. Ensuring successful testing from design optimization, troubleshooting, and validation through wireless standards compliance, in a way that is time- and cost-efficient, requires a comprehensive test approach. Download this application article plus 3 others in the latest edition of the Keysight Application Solution Guide.

Simplifying Pulsed Phase Noise Measurements

This application note explains the substantial technology improvements now available in pulsed phase noise measurement hardware and techniques.

Speed PXI RF test solutions with effective software selection

RF test systems must efficiently handle complex signals and address a variety of standards. This application note will help you match your test priorities with the most efficient PXI software tools available, from instrument drivers to standard-specific measurement applications, to advanced modulation analysis and resource optimization tools.

Integrating EM Simulation Technologies within an RFIC Design Flow

Electromagnetic (EM) simulation is an indispensable tool for characterizing the on-chip passive structures found in radio-frequency integrated circuit (RFIC) designs. However, when it comes to full-chip analysis, the diversity of structure geometries and scale pose a significant challenge for any single EM simulation technology. Successful characterization of an RFIC generally requires three different types of simulators: parasitic extraction, planar EM, and full (arbitrary) 3D solvers.

PXI Interoperability— How to Achieve Multi-Vendor Interoperability in PXI Systems

Engineers often source instruments from different suppliers and mechanical, electrical and software compatibility is essential for successful operation. Get the application note which provides tips on how to select everything from PXI modules to software to ensure compatibility.

Optimizing IP3 and ACPR Measurements

Learn techniques to improve your instrument’s ability to measure intermodulation distortion, third-order intercept, and adjacent channel power ratio.

Constraints and Trade-Offs in Designing Filters and Deriving Specifications

With customer requirements and expectations shaping the design process, driven by added complexity as wireless infrastructures evolve, you must assess several factors before designing new RF filter products. In this white paper, you’ll learn: - Why to account for the impact of temperature drifts on the frequency response before beginning the design process - How the PIM measurement setup and specifications can affect the product - The ways to prioritize varying requirements

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