Six Arbitrary Waveform Generators (AWGs) have been added to its recently released M2p.65 xx series of PCIe cards by Spectrum Instrumentation. The new AWGs extend the product families capabilities by boosting the available output range, so that waveforms can be generated with amplitude swings of up to ±12V into 1MΩ or ±6V into 50Ω.

Designed for engineers and scientists that need to simultaneously generate multiple electronic test signals, Spectrum Instrumentation’s latest line of Arbitrary Waveform Generators offers 24 to 48 synchronous channels in a single rack-unit with a very economic cost-per-channel.

Spectrum Instrumentation has released an optional module for its latest range of 16-bit digitisers and AWGs that adds 16 synchronous digital lines to the analogue data. The additional digital lines extend the four multi-purpose XIO lines that are already standard on these digitiser and AWG cards.

The latest line of Arbitrary Waveform Generators (AWGs) from Spectrum Instrumentation is based on the LXI instrumentation standard and has been created for engineers and scientists that need to simultaneously generate up to 16 precise electronic signals. Small and compact, the units are ideal in automated testing or remote-control type applications.

Fusion has long been viewed as the ultimate goal for energy generation. Smashing together deuterium and tritium atoms releases energy as they combine and is the reaction at the heart of the sun.

A modular design philosophy has enabled Spectrum Instrumentation to create a solution for customers wanting multi-channel AWGs. Having 8 AWG channels on a single PCIe-card only 168 mm in length offers new opportunities for very compact and affordable test systems.

Six Arbitrary Waveform Generators (AWGs) optimised for signal quality, size and cost have been introduced by Spectrum Instrumentation. The new "65" series AWGs offer the latest 16-bit Digital-Analogue-Converters, a fast PCIe x4 interface with up to 700MByte/s streaming speed and a card length of only 168 mm to fit into nearly every PC.

Cell sorting plays a fundamental role in molecular biology, pathology, immunology and virology research. It requires the ability to rapidly search through and sort out cells based on their unique chemical features and shapes. Conventional methods are limited in uncovering these differences, or are too labour or time intensive, or have to trade off between speed and accuracy.

Atmospheric research uses pulsed laser beams to measure temperature and wind speed along the beams by measuring the Doppler shifted and backscattered light at 100km height in the atmosphere. The returning light signals are very weak and can be blocked by sunlight, but The Leibniz Institute for Atmospheric Physics (IAP) has solved this problem.

  A new signal averaging package from Spectrum Instrumentation hopes to revolutionise the way that signals can be acquired and averaged. Signal averaging plays a crucial role in applications where signal details, hidden in random noise, need to be extracted and analysed. 

Twelve products have been added to Spectrum Instrumentation’s family of LXI-based digitizerNETBOX data acquisition instruments. Designed specifically for situations where multiple signals need to be acquired, stored and analysed, users can select from models that provide 24, 32, 40 or even 48 fully synchronised channels.

Spectrum Instrumentation has announced the addition of five new models to its general purpose M2p.59xx series of PCIe 16-bit digitiser cards. The new versions extend the performance range by increasing the maximum sampling rate from 80 up to 125MS/s. The increased sampling rate, together with higher overall bandwidth, enables the new cards to capture a wider range of electronic signals.

  The Stuttgart University has chosen a Spectrum Arbitrary Waveform Generator for their experiments in which single atoms in a diamond are replaced by nitrogen atoms. This method is a base for applications like a magnetic field detector at the atomic level or a qubit in a quantum computer.