The system is designed for measurements for electrical impedance tomography or general multi-port impedance measurement applications. True parallel measurements and tightly synchronized switching allows for fast frame rates.

• Dual role electrode connections serving both as voltage measurement and current injection ports
• Pseudo-differential current source for excitation signals up to 10 mA
• Tightly synchronized data acquisition block for  truly simultaneous sampling  of all channels
• Switch matrix either based on ultra-low leakage reed relays or high speed semicondutor switches 
• Any combination of 2 channels for positive and negative injection ports for flexible injection patterns
• Sciospec SineFit algorithm for fast and precise signal extraction
• Frequency range from 100 Hz … 1 MHz
• Spectral measurements with frequency sweeps with up to 128 frequencies
• Current excitation from 100 nA … 10 mA peak amplitude
• Frame rates up to 100 fps
• Software with ready to go imaging algorithms
• Fully customizable – just ask us
• OEM available

For easy entry a software provides EIT image reconstruction functionalities for time- and frequency-difference imaging. Or just use the MATLAB code and import your data to EIDORS.

The system is designed for measurements for electrical impedance tomography or general multi-port impedance measurement applications. True parallel measurements and tightly synchronized switching allows for fast frame rates.

• Dual role electrode connections serving both as voltage measurement and current injection ports
• Pseudo-differential current source for excitation signals up to 10 mA
• Tightly synchronized data acquisition block for  truly simultaneous sampling  of all channels
• Switch matrix either based on ultra-low leakage reed relays or high speed semicondutor switches 
• Any combination of 2 channels for positive and negative injection ports for flexible injection patterns
• Sciospec SineFit algorithm for fast and precise signal extraction
• Frequency range from 100 Hz … 1 MHz
• Spectral measurements with frequency sweeps with up to 128 frequencies
• Current excitation from 100 nA … 10 mA peak amplitude
• Frame rates up to 100 fps
• Software with ready to go imaging algorithms
• Fully customizable – just ask us
• OEM available

For easy entry a software provides EIT image reconstruction functionalities for time- and frequency-difference imaging. Or just use the MATLAB code and import your data to EIDORS.

The system is designed for measurements for electrical impedance tomography or general multi-port impedance measurement applications. True parallel measurements and tightly synchronized switching allows for fast frame rates.

• Dual role electrode connections serving both as voltage measurement and current injection ports
• Pseudo-differential current source for excitation signals up to 10 mA
• Tightly synchronized data acquisition block for  truly simultaneous sampling  of all channels
• Switch matrix either based on ultra-low leakage reed relays or high speed semicondutor switches 
• Any combination of 2 channels for positive and negative injection ports for flexible injection patterns
• Sciospec SineFit algorithm for fast and precise signal extraction
• Frequency range from 100 Hz … 1 MHz
• Spectral measurements with frequency sweeps with up to 128 frequencies
• Current excitation from 100 nA … 10 mA peak amplitude
• Frame rates up to 100 fps
• Software with ready to go imaging algorithms
• Fully customizable – just ask us
• OEM available

For easy entry a software provides EIT image reconstruction functionalities for time- and frequency-difference imaging. Or just use the MATLAB code and import your data to EIDORS.

The system is designed for measurements for electrical impedance tomography or general multi-port impedance measurement applications. True parallel measurements and tightly synchronized switching allows for fast frame rates.

• Dual role electrode connections serving both as voltage measurement and current injection ports
• Pseudo-differential current source for excitation signals up to 10 mA
• Tightly synchronized data acquisition block for  truly simultaneous sampling  of all channels
• Switch matrix either based on ultra-low leakage reed relays or high speed semicondutor switches 
• Any combination of 2 channels for positive and negative injection ports for flexible injection patterns
• Sciospec SineFit algorithm for fast and precise signal extraction
• Frequency range from 100 Hz … 1 MHz
• Spectral measurements with frequency sweeps with up to 128 frequencies
• Current excitation from 100 nA … 10 mA peak amplitude
• Frame rates up to 100 fps
• Software with ready to go imaging algorithms
• Fully customizable – just ask us
• OEM available

For easy entry a software provides EIT image reconstruction functionalities for time- and frequency-difference imaging. Or just use the MATLAB code and import your data to EIDORS.

Das System ist für die elektrische Impedanztomographie und Multi-Port Impedanzmessungen entwickelt. Echt parallele Messungen und eng synchronisiertes Schalten erlauben sehr schnelle Frame Rates.

• Dual-Role Electroden-Verbindungen sowohl als Spannungsmessungs- als auch als Strominjektions-Port
• pseudo-differentielle Stromquelle für Erregersignale bis 10 mA
• eng synchronisierter Daten-Akquisitions-Block für echt-simultanes Abtasten aller Kanäle
• Schaltermatrix entweder mit ultra-low leakage Reed-Relays oder superschnellen Halbleiterschaltern
• jede Kombination aus 2 Kanälen für positive und negative Einspeiss-Ports für flexible Injektions-Muster
• Sciospec SineFit-Algorithmus für schnelle und präzise Signal-Extraktion
• Frequenzbereich 100 Hz … 1 MHz
• spektrale Messungen mit Frequenz-Sweeps mit bis zu 128 Frequenzen
• Erregersignal 100 nA … 10 mA Peak-Amplitude
• Frame Rates bis zu 100 fps
• Software mit integrierten Bildgebungs-Algorithmen
• Auf ihre Wünsche anpassbar – sprechen Sie uns an!

Leichter Einstieg durch in Software integrierte Funktionalität für Zeit- und Frequenzabhängige Bildgebung (time-/frequency-difference imaging). Oder nutzen Sie einfach den MATLAB-Code und importieren Sie Ihre Messdaten in EIDORS.