Agilent Technologies announced the availability of real-time spectrum analysis (RTSA) for its PXA X-Series signal analysers. The technology delivers enhanced probability of intercept (POI), analysis bandwidth, sensitivity and frequency range to help system developers and signal analysts to see, capture and understand highly elusive signals.
In applications such as radar, electronic warfare and military communications, POI is the key benchmark for RTSA. When configured for real-time spectrum analysis, the PXA can detect intermittent signals with durations as short as 3,57 µs, which is the best POI currently available.
To help detect more signals in less time, Agilent’s real-time PXA provides 75 dB spurious-free dynamic range across analysis bandwidths of up to 160 MHz. This enables users to place deep and wide measurements anywhere within a measurement range of 50 GHz.
In addition to its sensitivity of -157 dBm at 10 GHz (no pre-amp), the PXA also provides the ability to vary the resolution bandwidth within a measurement span. With this combination of capabilities, users are better able to resolve closely spaced signals, identify intermittent low-level signals and further improve POI.
For deeper analysis and thorough characterisation of complex signals, a real-time PXA seamlessly integrates with Agilent 89600 VSA software. This combination of capabilities enables users to find the root cause of signal problems with advanced troubleshooting tools that support measurements in the time, frequency and modulation domains.
The software also provides connections to Agilent instruments such as vector signal generators and arbitrary waveform generators to play back captured signals as inputs to a device under test.
E-Mobility: navigate safety, interoperability and conformance Concilium Technologies
Power Electronics / Power Management
Although the concept of electric vehicles is not a new one, the market remains in its infancy, and is not well-regulated or fully operational. This presents a number of challenges for manufacturers throughout the EV and EVSE ecosystem.
Read more...Identifying interference in 5G and LTE networks
Test & Measurement
The latest Field Master software release provides a dual display of the LTE or 5G Frame structure, with automatic placement of gates on the Uplink slots alongside the RF spectrum of the gated time slots.
Read more...High-speed AWG generates up to 20 sine waves Vepac Electronics
Test & Measurement
Spectrum Instrumentation has released a new firmware option for its range of versatile 16-bit Arbitrary Waveform Generators, with sampling rates up to 1,25 GS/s and bandwidths up to 400 MHz.
Read more...E-mobility: Navigate safety, interoperability and conformance Concilium Technologies
News
In this whitepaper, these challenges are discussed in more detail and the question is asked: How can EV and EVSE manufacturers navigate a complex regulatory landscape and deliver a quality product, without compromising time-to-market projections?
Read more...Digitisers upgraded with pulse generator option Vepac Electronics
Test & Measurement
Spectrum Instrumentation has added the Digital Pulse Generator option to its ultrafast digitisers (with up to 10 GS/s speed) and arbitrary waveform generators.
Read more...Companies collaborate on EnviroMeter Avnet Silica
Test & Measurement
STMicroelectronics and Mobile Physics have joined forces to create EnviroMeter for accurate air-quality monitoring on smartphones. Time-of-flight optical sensing enables an accurate personal air quality monitor and smoke detector.
Read more...PCB test points Vepac Electronics
Test & Measurement
Maintaining these access points in the final production versions will prove invaluable during the life of the equipment for service, adjustment, and debug, or repair activities.
Read more...RFID reader
Test & Measurement
The EXA81 from Brady turns any smartphone or tablet into a personal radar that can pick up radio signals from all RFID-labelled items.
printer friendly version