Portable Spectrum Analyzer: PSA-2500C Portable Spectrum Analyzer: PSA-2500C

This spectrum analyzer is battery powered and compact, making it ideal for field engineers that don’t want to carry around a large and cumbersome bench-top unit. It covers the 5 MHz to 2,500 MHz frequency range and has a span width of 0-1300 MHz.

1-Port Vector Network Analyzer: MS46121B 1-Port Vector Network Analyzer: MS46121B

The MS46121B is a series of two PC-controlled 1-Port USB ShockLine Vector Network Analyzers with frequency ranges of 40 MHz to 4 GHz and 150 kHz to 6 GHz. The MS46121B provides performance and accuracy for your 1 port measurements in a low cost and space saving solution that is small enough to directly connect to the device under test. All the members of the MS46121B series are aimed at RF and microwave applications in manufacturing, engineering and education. The two MS46121B options both come with 120 microsecond per point sweep speeds and a measurement accuracy of +/- 0.5 dB (-6 dB offset, typical), making them suitable for your passive device test applications.

ShockLine™ 4-port Performance VNA: MS46524B ShockLine™ 4-port Performance VNA: MS46524B

The MS46524B series of 4-port Performance ShockLine Vector Network Analyzers are designed to deliver an unprecedented level of value and performance. With features such as a best-in-class dynamic range, this Performance series lowers cost-of-test and speeds time to market in numerous testing applications up to 92 GHz. Typical applications include designing and manufacturing multi-port mobile network equipment, mobile devices, automotive cables, high-speed data interconnects, and system integration components.

Pulsed RF Microwave Frequency Counter/Analyzer: CNT-90XL Pulsed RF Microwave Frequency Counter/Analyzer: CNT-90XL

This RF/Microwave frequency counter/analyzer can be used to measure, analyze, and calibrate microwave frequency, power, and pulsed RF time parameters like pulse width and PRI. This system features a graphical display and improved control over measurement.

High-Performance Spectrum Analyzer: R&S®FPL1000 High-Performance Spectrum Analyzer: R&S®FPL1000

The R&S®FPL1000 is the latest addition to Rohde & Schwarz’ family of signal and spectrum analyzers. It is designed to cover the frequency range from 5 kHz to 3 GHz, and is an ideal instrument for use in the lab, and production and service applications. By combining the functionality of a benchtop instrument with the portability of a handheld instrument, this instrument offers high sensitivity and low phase performance so that even small interfering signals next to the carrier can be analyzed.

Real Time Spectrum Analyzer Real Time Spectrum Analyzer

The high performance compact and powerful Model RTSA7550 Real-Time Spectrum Analyzer is a full-featured spectrum analyzer designed to analyze signals in the lab, on the manufacturing floor or out in the field. 

ShockLine™ Economy Vector Network Analyzer: MS46322B ShockLine™ Economy Vector Network Analyzer: MS46322B

The MS46322B is a series of Economy ShockLine™ Vector Network Analyzers with frequency range from 1 MHz to 8/20/43.5 GHz. It is based on patented ShockLine VNA-on-chip technology, which simplifies the internal VNA architecture at high frequencies, reduces instrument cost, and enhances accuracy and measurement repeatability.

The MS46322B are all 2-port VNAs packaged in a compact and rugged 2U chassis. The entire series has 130 microseconds per point sweep speed, and better than 100 dB dynamic range to 43.5 GHz, making it suitable for testing passive devices in engineering, manufacturing and cost-sensitive education applications.

NI AWR Design Environment™ V12.02 NI AWR Design Environment™ V12.02

The new NI AWR Design Environment™ V12.02 is an all-inclusive simulator system composed of Microwave Office, Visual System Simulator™ (VSS), Analog Office, AXIEM, and Analyst™. The new system is an advanced version of the V12, offering new load-pull features as well as improvements to the Analyst 3D element method electromagnetic simulator and layout, and to NI AWR Design Environment modeling, scripting, and stability analysis.

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