Arbitrary waveform generator offers complex signal acquisition benefits
On each of the two channels signals can be generated and measured from DC up 600 MHz with 14 bit resolution. AWG pulse sequences can be varied based on feedback from the demodulated signals or photon counter. The UHF-AWG is integrated into the LabOne software and can be controlled through a web-browser based user-interface whilst the included LabOne APIs allow a straightforward integration into an existing experimental control environment using LabVIEW, MATLAB, Python or C.
Arbitrary waveforms can be generated and played up to a length of 128 MSa. The signals can be used for the modulation of the eight internal oscillators, guaranteeing perfect phase-coherence and, using the internal trigger functions, precise synchronization of the measured signal. All relevant signal parameters such as frequency, delays and amplitudes can be adjusted using the advanced sweeper and trigger tools.
The two low-noise signal inputs allow the detection of the resulting signals and direct verification of the programmed pulse sequences, and additionally the toolset
of the UHF platform is available: the world’s fastest digital lock-in amplifier, the UHF-BOX Averager and the UHF-DIG Digitizer. The UHF-AWG is suitable for
applications requiring pulsed excitation in combination with fast measurement such as quantum computing, NMR- and EPR spectroscopy, radar, lidar, photon counting and tests with mixed signal circuits.
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