CSX-64: The Compact Powerhouse for Multichannel Impedance Measurements

Unleashing Performance in a Tiny Footprint:

The CSX-64 redefines what's possible for multichannel impedance measurements. This ultra-compact system packs a powerful punch, delivering exceptional flexibility for a wide range of applications.

Unmatched Efficiency and Adaptability:

Effortless Multichannel Management: Acquire data simultaneously from 8 channels and customize your setup with any-to-any channel mapping for ultimate control.
Perfect for Biosensors: The highly integrated slide connector interface makes the CSX-64 the ideal choice for chip-based biosensor experiments.
Enhanced Flexibility: For broader compatibility, simply add a cable adapter to seamlessly integrate the system with your existing setup.

Powerhouse Performance for Demanding Experiments:

EIS & EIT in One: The CSX-64 streamlines your workflow by enabling both Electrochemical Impedance Spectroscopy (EIS) and Electrical Impedance Tomography (EIT) measurements with a single instrument.
Unparalleled Channel Versatility: Each of the 8 independent banks features its own dedicated hardware, allowing for high-precision voltage and current measurement with individual range selection.
Flexible Electrode Configurations: Choose from 2, 3, or 4-electrode configurations to suit the specific requirements of your experiment.

Key Facts

Ultra compact form factor highly flexible 64 channel impedance measurement system with 8 simultaneous acquired channels and any to any channel mapping.

Flexible multichannel capabilities
8 Banks with individual analog frontends including voltage and current measurement and separately assignable ranges
2,3 or 4 electrode configuration for impedance measurement
Highly Flexible channel mapping – Multiplexing stage for 8:4 any-t-any assignment of 8 contacts per bank: any port of any bank can be any of the functions in a 2,3 or 4 electrode impedance configuration (counter, reference, working sense or work)
Bank to bank interoperability allows for advanced channel mappings (e.g. one current path with multiple potential measurements, one current injection with multiple working electrodes, etc…)
Compatible with typical impedance tomography (EIT) channel mappings
Potentiostat mode and electrochemical techniques
Complex impedance measurements:
True complex impedance measurement
Tightly synchronized data acquisition block for truly simultaneous sampling for 8 parallel impedance measurements
Frequency range from DC … 250kHz (optional: up to 1 MHz)
Impedance ranges from Ohm … Gohm
Voltage ranfe up to +/- 10V
Current Ranges nA … mA
Optional: Complex signal generator (ramp, pulse, masking, sine, arbitrary) with 20bit low speed DAC, DDS based sinusoid signal source and 16bit high speed DAC
Measurement ports available on highly integrated slide connector interface:
Ideally suited for multichannel biosensor applications
98 pin 1mm pitch edge-card connector (MEC1-150-02-F-D-EM2)
Easily adaptable to your application though cable adapters or chip carriers
Ask us for custom designed adapters or design your own