Rohde & Schwarz is claiming the world’s fastest oscilloscope zone trigger update rate, using an asic that can offer of up to 600.000 waveform/s and has <1.45μs blind time between trigger events. Zone triggering allows users to specify trigger conditions by drawing one or more zone areas on the instrument’s display. Each acquisition is then inspected for these conditions, and ...
Test & Measurement
The latest Electronics Weekly product news on test and measurement technologies, such as oscilloscopes, communication analysers, vector network analysers and test software.
LeCroy adds 12bit scopes from 6 to 16GHz
Teledyne LeCroy has added lower bandwidth options to its 8000HD range of 12bit oscilloscopes, which now includes models at 6 (8060HD), 8 (8080HD), 13 (8130HD), and 16GHz (8160HD). This bandwidth is available through the physically-smaller 50Ω input connectors, while the BNC connectors offer 2GHz (-3dB) in 50Ω mode and 500MHz in 1MΩ mode. They do not get the 1.8mm coaxial ...
NI’s vision for hybrid AI
NI has set out its stall for AI in the test industry. Following the announcement of LabView AI assistant at the end of last year (currently in beta testing), CTO of technology and innovation, Kevin Shultz spoke to Electronics Weekly about what will be the role of AI in test. He explained that the increasing complexity of products being tested ...
Cable, antenna and spectrum analyser up to 6GHz
Anritsu has announced a pair of cable and antenna analysers with options up to 6GHz, one with a spectrum analyser. “RF cable runs continue to be an integral part of radio communication base stations, from long runs on broadcast transmitter towers to short jumper cables on cellular base stations,” said the company. With the deployment of distributed antennas systems, the ...
Display-less 2GHz scope fits in 2U rack
Rohde & Schwarz has introduced a rack-mount 2GHz display-less oscilloscope with eight channels that fits into a 2U (89mm) slot. It has eight 2.5Gsample/s channels that can be interleaved to provide four 5Gsample/s channels, and is part of the new MXO 5C series of scopes which have been cut down from the recently-introduced display-inclusive MXO 5 series. As well as ...
50kW grid and load emulator tests wind turbines and EV chargers
Intepro Systems is stocking a 50kW regenerative ac-dc electronic load and grid simulator from Cinergia. Called ‘GE&EL+ vAC/DC SiC’, Intepro describes it as: “The whole Cinergia catalogue in a single unit. [It] is both an ac and dc grid emulator, and can also works as a load [and] is ideal for testing solar panels, wind turbines, hardware-in-the-loop power, smart grids, ...
Smaller production programming hub
Segger has made a four channel version of is Flasher Hub production IC programmer to save space on the production floor. ‘Flasher Hub-4’ is a compact version of Flasher Hub-12, measuring 125 x 78 x 25mm. “It is just a little bigger than a standard deck of cards, making it the most compact and efficient control unit on the market ...
Solar installation power meter works up to 3.2MW
Fluke is aiming at mid-sized solar power installations with PVA-1500HE2, an analyser and I-V curve tracer rated at 1.5kVdc and 30A. “Similar products can often struggle to obtain accurate readings due to high capacitance levels and are incapable of recording data continuously without overheating,” claimed the company. “Having to disconnect an I-V curve tracer until it cools down is disruptive. ...
Embedded World: Video Interview – Siglent on flagship SDS7000A oscilloscope
We caught up with Siglent in Nuremberg at Embedded World 2024 as part of our promotional coverage for the event. Thomas Rottach – Sales & Marketing Director of Siglent – discusses presenting the company’s new flagship oscilloscope, the SDS7000A, at the show. He covers, for example, its 4GHz frequency range and vertical resolution of 12 bits, enabling the company to ...
Sponsored Content: Five tips for predicting component temperatures
Historically, component temperature has been correlated with reliability, with early studies relating field failure rates to steady-state component temperature. More recently, physics-based reliability prediction has related failure rates of electronic assemblies to the magnitude of temperature change over an operational cycle (power-on, power-off, power-on…) and rate of temperature change, both of which are influenced by steady-state operating temperature. Electronics failures ...
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