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Arbitrary Waveform Generators for Quantum Computing webinar

quantum computer AWG

The event has already passed. You can see recorded webinar on YouTube link below

Active Technologies is pleased to invite American customers to the Arbitrary Waveform Generators for Quantum Computing webinar. The AWG-5000 series is now sold in North America by a dual brand cooperation, through the historical partner Berkeley Nucleonics.
The Model-685 is the world’s fasters 16 bit Arbitrary Waveform Generator. Available in 2, 4 or 8 channel configuration, it delivers unique features like the 5V output amplitude in combination with 110 ps rise time.

The real time sample rate of 6.16 GS/s in combination with 16 bit vertical resolution, allow the Model-685 to generate real time signals beyond 2 GHz bandwidth. Up to 32 digital channels can be synchronized with the 8 analog ones making the Model-685 the Arbitrary Waveform Generators for Quantum Computing.
With the ability to easily design sophisticated waveforms through the 7” touch-screen interface, these world’s fasters 16 bit Arbitrary Waveform Generator will prove a combination of powerful and simplicity.

The fast rise time of 110ps at the maximum amplitude of 5Vpp allow the users to generate sub-nano second pulses with programmable rise / fall time and amplitude.

Founded in 1963, Berkeley Nucleonics constantly aims to improve and iterate upon its ever-increasing library of Test and Measurement instruments. Our line of products can be found in research, medical, business and military environments around the world, well regarded for their longevity and versatility. For more details, call 415-453-9955 or go to www.berkeleynucleonics.com.

Active Technologies

Ferrara, Italy  19-02-2021

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model 676 web 0
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Fast Arbitrary Waveform Generator Model-685 for USA customers

Model-685 Berkeley Nucleonics

 

Active Technologies is pleased to announce a new product introduction in USA market. The AWG-5000 series is now sold in North America by a dual brand cooperation, through the historical partner Berkeley Nucleonics.
The Model-685 is the world’s fasters 16 bit Arbitrary Waveform Generator. Available in 2, 4 or 8 channel configuration, it delivers unique features like the 5V output amplitude in combination with 110 ps rise time.

The sample rate of 6.16 GS/s in combination with 16 bit vertical resolution allow the Model-685 to generate signals beyond 2 GHz bandwidth. Up to 32 digital channels can be synchronized with the 8 analog ones to create a fast mixed signal generator.
With the ability to easily design sophisticated waveforms through the 7” touch-screen interface, these world’s fasters 16 bit Arbitrary Waveform Generator will prove a combination of powerful and simplicity.

The fast rise time of 110ps at the maximum amplitude of 5Vpp allow the users to generate sub-nano second pulses with programmable rise / fall time and amplitude.

Founded in 1963, Berkeley Nucleonics constantly aims to improve and iterate upon its ever-increasing library of Test and Measurement instruments. Our line of products can be found in research, medical, business and military environments around the world, well regarded for their longevity and versatility. For more details, call 415-453-9955 or go to www.berkeleynucleonics.com.

Active Technologies

Ferrara, Italy  08-02-2021

 

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PG-1000
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Ultra-High Frequency (500 MHz) Capacitance Spectroscopy for Nanobiosensing

 

Active Technologies Fast Pulse Generator PG-1000 contributes in another innovative project published by IEEE Sensor Test: Ultra-High Frequency (500 MHz) Capacitance Spectroscopy for Nanobiosensing.

PG-1000MinWidth 5Vpp

The application reports unprecedented ultra high frequency capacitance spectroscopy measurements up to 500 MHz on a nanoelectrode array for biosensing applications, which extends considerably the previous 70 MHz limit. To achieve this goal, a high-frequency adapter board and measurement system are designed to drive the sensing nanoelectrodes of an existing biochip with appropriate clocks generated by an advanced high-speed Pulse Generator (PG-1000). Experimental results in dry and in electrolyte conditions are reported. The extended frequency range enables to overcome the Debye screening cut-off frequency of electrolytes at physiological salt concentrations, thus disclosing new perspectives for single molecule detection.

The full paper is available on IEEE website

Ferrara – Italy, Dec.-12, 2020

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