the ISX-5

SCALABLE. FLEXIBLE. FAST

multichannel electrical impedance spectroscopy

ISX 5

Your plans are a little bigger, than what a single impedance analyzer can handle? How about having multiple full featured impedance analyzers within one instrument – working in perfect harmony? Up to 8 impedance measurement channels can be integrated into one ISX-5 and provide true fully-parallel ultra-fast measurements thanks to the powerful signal processing backend. Multiple ISX-5 chassis can be joined together to enable even higher channel counts.

For even more flexibility and more demanding complex measurement setups check out the MSX modular platform – the multi type module extension of the ISX-5.

ISX-5 key facts

Multichannel impedance analyzer with up to 8 channels in one chassis
Channel to channel synchronisation for truly parallel operation
Powerful signal processing backend enables fast measurements even with all channels enabled
IF Frontend 100 mHz…10 MHz, mOhm…TOhm
Frequency extendable to 40 MHz or even 100 MHz
High resolution (up to 2048 points per sweep)
Base Precision of 0.01%
+/- 1 V DC Bias
Advanced setup capability
- Multichannel setups with different parameters for each channel
- Synchonous or asynchronous measurements
- Multiple analysis ports with single excitation source
- Nonlinear impedance spectroscopy
Ultra-fast hardware synchronization through sync in/out ports
ExtensionPort for application specific frontends
Simple connection through High Speed USB or Ethernet
PC-based control & data analysis (Sciospec software suit included)
Sciospec COM-Interface for full instrument control from Java, C, Python, LabView, Matlab etc.

More performance, higher throughput, more channels - the ISX-5 system is the solution for everyone who wants to raise the bar a little higher.

John Doe Tweet

Relevant publications

The diagnostic process of Biological Tissues tissue bioimpedance measurements, highlighting temperature influence on Electrical Impedance readings

publication

The Effects of Temperature on Electrical Impedance of Biological Tissues

Advancing Biological Tissue Research with the ISX-5 Impedance Analyzer

Visualization of Breast cancer detection tissue detection using electrical bioimpedance and contrast agents, as studied by University of Dhaka researchers.

publication

Enhancing Breast Cancer Detection in Electrical Bioimpedance Measurements

Gain insights into how our ISX-5 analyzer enhances contrast-agent studies and bioimpedance sensitivity for cancer diagnostics

publication

Monitoring microfluidic interfacial flows using impedance spectroscopy

Sciospec’s ISX-5 in a challenging application at Johns Hopkins University

frontpanel connectors: BNC, SMA, MCX, DSUB, custom
internal multiplexer options for sequential multichannel capabilities
IOport digital interface connector for external sensors and other hardware, two additional NTC temperature measurement ports
wireless interfaces
medical grade power supply
temperature controller module
precision multichannel temperature monitoring module for most common temperature sensor types
customized current and voltage ranges
for even more flexibility check out the MSX modular platfrom

512 measurement channels in an ISX-5?

Yes, that's possible. Just combine the primary (parallel) impedance measurement channels with a multiplexer each and make your ISX-5 a massive-multichannel instrument. Choose from a three options: A second multiplexerd mesurement channel, a 32- or even a 64-channel MUX

ExtensionPort System

For flexible extension of its application possibilities application specific frontends and adapters can be connected through the ExtensionPort system. Interface and specifications for the ExtensionPort are fully user accessible dramatically simplifying customer`s developments for and with the ISX-3. The connector carries measurement signals for 2,3 and 4-electrode configuration, supply rails and digital IOs, which can optionally be configured as serial interfaces (I2C, UART).