512 channel system for in-depth insights into complex cell electrophysiology
The PCOR system was built as part of the joint research project PhenoCor. It combines very high channel counts, multi modal electroanalytical measurement techniques and a
Elektrische Impedanz ist unsere Passion. Und die elektrische Impedanzspektroskopie ist seit jeher unsere Kerntechnologie. Über die Jahre konnten wir eine flexible und skalierbare Technologieplattform aufbauen, die die Grundlage für unsere präzisen, kostengünstigen, erweiter- und anpassbaren Labor-Impedanzanalysatoren bildet. Wählen Sie aus einem unserer drei Standard-Impedanzmessgeräte, fügen Sie nützliche Optionen und Extras hinzu und erfreuen Sie sich an einem Messinstrument, das genau zu Ihnen und Ihrer Anwendung passt.
Get to know our scalable ISX-3 platform
Learn moreGet to know our scalable ISX-3 mini platform
Learn moreGet to know our scalable ISX-5 platform
Learn moreReferenzen
Unsere Produkte
VERFÜGBARE OPTIONEN
Immer noch nicht 100-prozentig passend für Ihre Anwendung? Dann lassen Sie es uns für Sie maßschneidern!
Unsere modulare Plattform ermöglicht eine preiswerte Umsetzung von Kundenwünschen mit minimalem Entwicklungsrisiko Also, was würden Sie sich wünschen? Eine anwendungsspezifische Multiplexer-Lösung, ein tragbares Gerät für eine Gesundheitsmonitoring-Anwendung oder eine Massiv-Vielkanal-Plattform für Screening und QS in Komponentenfertigung oder Pharma? Nehmen Sie gern Kontakt zu uns auf!
Referenz-Systeme
The PCOR system was built as part of the joint research project PhenoCor. It combines very high channel counts, multi modal electroanalytical measurement techniques and a
512 channel Automated Test & Conditioning System for Battery fabrication With our modular expertise in electrochemical instrumentation and our modular and scalable platform Sciospec’s technology
Impedance analyzers are electronic test equipment used to measure complex electrical impedance as a function of test frequency. They are mainly used for Electrochemical Impedance Spectroscopy (EIS) to investigate the electrical resistance (measured in Ohm) of substances and objects.
The key specifications of an impedance analyzer include the frequency range, impedance range, absolute impedance accuracy and phase angle accuracy. The frequency range of an impedance analyzer can vary from 1 mHz to 100 MHz, while the impedance values can range over many decades from µΩ to TΩ. The phase angle accuracy is in the range of 10 millidegree.
The accuracy of impedance measurement with an impedance analyzer is typically highly accurate, e.g. with a basic accuracy of up to 0.05%. A Impedance Analyzer has a frequency range of 20 Hz to 120 MHz and provides an industry best 0.045% (typical) basic accuracy over a wide impedance range, with a 40 V built-in DC bias source. The E5061B ENA series network analyzer with option 3L5/005 supports a wide frequency range from 5 Hz to 3 GHz, with basic accuracy of 2% (typ), 40-V built-in DC bias source, network analysis, impedance analysis, and gain/phase analysis capabilities. In addition to the frequency range and accuracy, other specifications of an impedance analyzer include the ability to apply voltage bias and current bias while measuring, and the measurement speed.
Accessories and test fixtures are also available to ensure highly accurate measurements without degrading the performance of the measurement instrument.
Still not the perfect fit for your application?
Then let’s custom-tailor it for you!
Our modular plaform allows for cost-efficient customization while keeping the development risk low. So what will you need? An application specific multiplexing solution, a ready-to-go portable device for mobile health or a massive multichannel platform for a screening application? Just get in touch with us!