Most Recent

< Older

Protected: How to reduce the noise floor and improve the SNR with cross-correlation techniques

on 19.05.2020 at 15:30 by Jithesh Srinivas on Blog of Jithesh Srinivas
There is no excerpt because this is a protected post.

5个优化您的阻抗测量的小技巧

on 11.05.2020 at 09:25 by Meng on Blog of Meng Li
阻抗测量可能有诸多不同的要求，但是最终共同的目标都一致，即获得最高的准度，精度和可重复性。本篇博文将指导您如何通过最佳的设置来提升您的阻抗测量结果。5个小技巧包括：1.确保仪器和待测器件之间的接线最佳； 2.使用用户补偿功能提升测量准度；3.选择正确的检测端子配置； 4.尽可能的使用自动输入量程模式； 5.优化平衡测量的速度和精度。

Power cycling Zurich Instruments’ devices remotely

on 06.04.2020 at 12:20 by tobias on Blog of Tobias Thiele
Because of the pandemic outbreak of Covid-19, many of us are working from home. Two weeks ago, we have shown you how to access and control our instruments remotely using LabOne. However, we didn’t discuss how to properly shut down, […]

5-tips to Improve Your Impedance Measurement

on 02.04.2020 at 07:45 by Meng on Blog of Meng Li
Introduction Impedance applications often have different requirements, but the common goals are similar; get the best possible accuracy, precision, and repeatability. This blog post will guide you to the best measurement settings to improve your impedance measurements. It will help […]

Working Remotely with Zurich Instruments’ LabOne

on 20.03.2020 at 14:47 by tobias on Blog of Tobias Thiele
Not only in the wake of Covid-19, but also because of the growing automation of experimental setups, remote access of instrumentation is an increasing need. Zurich Instruments’ devices are designed to provide just that. With no physical adjusting knobs, the […]

Choose the right tool to acquire Lock-in data

on 20.02.2020 at 10:03 by kivanc on Blog of Kivanç Esat
A crucial part of setting up an experiment is to integrate proper instrumentation to collect and save data. It is important not only to have correct results but also to ensure an efficient workflow. This blog post and related video […]

DFRT revisited: from feedback optimization to full DAQ acquisition

on 18.02.2020 at 18:17 by Romain Stomp on Blog of Romain Stomp
The Data Acquisition module (DAQ) in LabOne has been addressed in 2 recent blog posts: A deep dive into data acquisition with the DAQ tool & Choose the right tool to acquire lock-in data. One other great application area for […]

How to Use Zurich Instruments UHFQA for Multiplexed Readout of Superconducting Qubits

on 15.01.2020 at 14:02 by max on Blog of Max Ruckriegel
Frequency-multiplexed readout of qubits is at the heart of superconducting quantum processors and an essential step for scalable architectures. The UHFQA Quantum Analyzer is specifically tailored for this challenge and brings the latest technology to work in your lab – […]

DC I-V Sweeps on the MFIA

on 10.01.2020 at 09:07 by Tim Ashworth on Blog of Tim Ashworth
Characterizing the impedance of components and materials with the MFIA is done by necessity with an AC signal. However, the MFIA and MFLI can also take DC measurements. This blog post shows how easy it is to take DC measurements, […]

Electrochemical Impedance Spectroscopy of Tap Water with the MFIA

on 06.01.2020 at 18:09 by Meng on Blog of Meng Li
Introduction Electrochemical impedance spectroscopy (EIS) is a popular non-destructive technique to characterize the physicochemical properties of materials, particularly at the solid-liquid (or electrode-electrolyte) interface. Despite the complexity of the measured data, EIS can be used to study many electrochemical devices […]

如何设置锁相放大器的低通滤波器

on 10.12.2019 at 06:10 by Fei on Blog of Fei
低通滤波器是锁相放大器的重要组成之一，决定了测量的性能。如何设置低通滤波器？低通滤波器的带宽（或者说时间常数）和阶数应该如何选择？在刚开始使用锁相放大器的时候，很多用户都有这样的疑问。对于简单的应用，带宽设置为解调频率的1/10到1/100，阶数设置为3或4，这就可以了。但是，为具体的应用找到最优的设置，可能要花很多时间。为了帮助用户快速地找到最优的设置，我们总结了几条经验跟大家分享。

改善锁相测量的6条建议

on 05.12.2019 at 08:38 by Fei on Blog of Fei
锁相放大器是经典的，最常见的微弱动态信号测量仪器之一。通常，它测量的是淹没在噪声中的信号。为了将锁相检测信号的能力发挥到极致，有时我们需要对输入信号做必要的处理。在这里，我们总结了几个方面，供大家参考。

A deep dive into data acquisition with the DAQ tool

on 25.11.2019 at 14:21 by moritz on Blog of Moritz Kirste
Introduction Looking at the heart of experimental science you will find data acquisition. Why? Because even the most perfectly conceived experiment is worth nothing if nobody acquires, analyzes and stores data for further analysis and reproduction of results. Despite its […]

How to Generate QAM Signaling with the HDAWG Arbitrary Waveform Generator

on 25.11.2019 at 12:24 by Mehdi on Blog of Mehdi Alem
Introduction  Digital modulation is extensively used in telecommunications, radar systems and quantum technologies. Corresponding to every analog modulation technique, i.e. amplitude modulation (AM), phase modulation (PM) and frequency modulation (FM), there is a digital version of signal modulation: amplitude-shift keying […]

Bioimpedance of a Muscle Contraction with the MFIA

on 22.11.2019 at 09:20 by Tim Ashworth on Blog of Tim Ashworth
Impedance measurements of biological tissue are commonly used in bio-engineering and life sciences to assess the condition and composition of tissue in a non-invasive, reproducible way.  In addition, bio-impedance measurements, also known as bioelectrical impedance analysis (BIA) or electrical impedance […]
< Older