Zurich Instruments

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These new industry partners are Intel, JPMorgan Chase, Microsoft, Quantum Design, Qubitekk, Rigetti Computing and Zurich Instruments. Based at the ...... Read more
Published on: 2020-07-07
These new industry partners are Intel, JPMorgan Chase, Microsoft, Quantum Design, Qubitekk, Rigetti Computing, and Zurich Instruments. Based at the ...... Read more
Published on: 2020-07-07
Control instrumentation empowers quantum computing. Zurich Instruments has introduced the first commercial Quantum Computing Control System ( ...... Read more
Published on: 2020-03-26
Application Scientist (Physics) - Boston area in Cambridge, MA for Zurich Instruments  Physics... Read more
Published on: 2020-02-19
Application Scientist (Physics) - Boston area in Cambridge, MA for Zurich Instruments  Physics... Read more
Published on: 2020-02-19
In the paper “Integrated gallium phosphide nonlinear photonics”, recently published in the peer-reviewed journal Nature Photonics, we report on the development of high-performance photonic devices made of the crystalline semiconductor gallium phosphide. This work represents a breakthrough in the manipulation of light with semiconductor materials integrated on a chip. It... Read more
Published on: 2019-12-09
The human sense of taste is the result of millennia of evolution. And its astoundingly good at letting us enjoy pleasant foods and beverages as well as warning us against ingesting harmful substances. Man-made sensors, on the other hand, have yet to approach the ease with which our taste buds... Read more
Published on: 2019-07-05
Quantum Industry Day in Switzerland, co-organised by ID Quantique, is back for 2019. You can now save the date! Significant private and public investments are continuing to push quantum technologies out of the laboratory and into real-world applications. Leading enterprises are playing a key role in this revolution; not only... Read more
Published on: 2019-05-01
Quantum Computing Control System | Zurich Instruments AG | Jan 2019  Photonics.comThe Quantum Computing Control System from Zurich Instruments consists of the UHFQA Quantum Analyzer and the PQSC Programmable Quantum System ...... Read more
Published on: 2019-01-10
The Quantum Computing Control System from Zurich Instruments consists of the UHFQA Quantum Analyzer and the PQSC Programmable Quantum ...... Read more
Published on: 2019-01-10
The Quantum Computing Control System from Zurich Instruments consists of the UHFQA Quantum Analyzer and the PQSC Programmable Quantum ...... Read more
Published on: 2019-01-10
The 2nd Quantum Technology User Meeting is behind us and we are full of impressions and thankful to all the participants, especially our host Mark Buitelaar! The goal of the meeting was to foster networking among ZI Users & ZI friends and create a scientifically centered community powered by our products.... Read more
Published on: 2018-12-03
Last June 26, TU Delft appointed Leo DiCarlo as Antoni van Leeuwenhoek full professor. The Antoni van Leeuwenhoek chairs promote young outstanding researchers so that they can optimally develop their academic careers. Leo started in Delft in 2010 as assistant professor in the Department of Quantum Nanoscience (TNW). He was... Read more
Published on: 2018-07-16
Source: QUTech - News
Introduction  When analyzing signals with multiple frequency components, it is important to measure the amplitude and phase of each frequency component accurately so that a change in the characteristics of one component does not affect the measurement of another frequency component. There are two different approaches to multi-frequency signal demodulation: Cascaded or... Read more
Published on: 2018-03-20
製品 Zurich Instrumentsは、市場製品の中でも最高レベルのチャネル密度を実現し、トリガのレイテンシを最小限に抑えた任意波形ジェネレータであるHDAWGを発表します。HDAWGは4または8チャネル、いずれかの設定でお手元に届けられます。両方の設定において16ビットの出力およびチャネルあたり500MSamplesの信号キャッシュを実現します。最大サンプリング・レートは750MHzの信号帯域幅で2.4GSa/sで、各信号出力にはTTLマーカー出力とTTLトリガ入力が含まれます。さらに、複雑なビットパターンを作成し、読み取ることができる32ビットのデジタルI/Oが搭載されています。 説明 多くのチャネルが必要となる用途では、複数の機器を同期して集中的に制御することが可能です。HDAWGはブラウザベースのLabOneユーザーインターフェースや、MATLAB、LabView、Python、NET、Cで制御することができます。また、埋め込みのスクリプト言語とコンパイラを使用すれば、シーケンスを容易に書き込み、編集、コンパイルすることができます。取得されるシーケンスはリーンであり、1GbEまたはUSB3.0を介してスムーズに機器に転送することができます。そのため、時間を短縮してワークフローの効率を高めることができ、さらにユーザーは複雑な信号パターンの全体像を保守することが可能になります。 用途 HDAWGは、最小限のノイズでパルス信号のシーケンスを生成する量子計算での用途など、極めて厳しいR&D要件を満たすために開発されました。さらにNMR、電子部品試験、レーダー/ライダーなどの用途にも対応します。... Read more
Published on: 2017-12-20
Introduction  I/Q modulations are extensively used in a variety of applications including, telecommunications, quantum computing, nuclear magnetic resonance, EPR spectroscopy and band excitation AFM. In this post, we demonstrate how to generate such signals using Zurich Instruments with an emphasis on single-sideband (SSB) modulation as an example of quadrature modulations. The Zurich Instruments UHF-AWG Arbitrary Waveform Generator option... Read more
Published on: 2017-12-15
Project Description

Zurich Instruments provides scientific instruments that integrate the finest analog front-ends with fast and sophisticated digital signal processors. LabOneĀ®, the most innovative test and measurement software, provides an outstanding toolset and allows for platform independent and intuitive instrument control.
All instruments on offer are based on one of the following three instrument platforms. The MF Series offers frequency ranges from DC up to 500 kHz and 5 MHz. The HF2 Series covers all frequencies from DC to 50 MHz and our flagship instruments, the UHF Series measures from DC all the way to 600 MHz. Please see below for a more detailed comparison between the instrument series.

Project Details
  • Midsized: Zurich Instruments
  • Founded: 2008
  • Capabilities: Lock-in Amplifiers, AWGs, Impedance Analyzers and other high performance instrumentation
  • Home: www.zhinst.com/
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