Anritsu Adds Measurement Muscle To New VSA

The new analyser addresses the challenges associated with testing and characterising components and sub-systems designed for radar and high-speed serial applications.

PulseView enables design engineers and component manufacturers in the aerospace and defense industry to accurately test and characterise designs under pulse conditions. The industry-leading 2.5ns resolution with 100dB dynamic range, coupled with independent measurement gates, provides unparalleled clarity of results. It also enables users to see performance perturbations on the rising/trailing edges and within a pulse that have been previously missed by other systems. Industry-best capture time of 500ms permits users to measure under long pulse repetition interval conditions or to conduct pulse-to-pulse measurements over an extended number of pulses.

An additional, required, IF digitiser option provides fast digitisation for the PulseView application, as well as four internal pulse generators. The pulse generators can be used to modulate devices under test (DUT) or one of a series of associated Modulation Test Sets also available. These features are complemented by an innovative graphical interface that simplifies measurement setup and raises confidence that the user is measuring under the correct conditions.

DifferentialView, together with an optional internal second source, provides engineers developing differential amplifiers or signal integrity engineers working on high-speed serial designs with the ability to evaluate their designs under true mode stimulus conditions. An innovative GUI allows engineers to establish changes and see the results immediately without cumbersome swapping of screen displays. When DifferentialView is used with Anritsu’s four-port test sets, users can make measurements of differential, common mode and mixed-mode S-parameters.

The MS4640B maintains all the advantages of the VectorStar platform that features high-performance measurement capability down to frequencies as low as 70kHz to achieve highly accurate S-parameter measurements necessary to accurately model devices in simulation applications. It achieves high-quality, low-frequency data that ensures good DC-term estimation and improves causality.  

VectorStar VNAs are available in frequency ranges from 70 kHz to 20, 40, 50 and 70 GHz, and as broadband systems from 70 kHz to 125 GHz. VectorStar can also provide frequency coverage up to 750 GHz, with mm-wave modules from either Virginia Diodes (VDI) or OML depending on the specific frequency range required.