Customizable Squidstat Cycler

Squidstat Cycler – XChYVZA Complete Setup

X-channel battery cycler with FRA

• Current range: ±Z A max
• Voltage scan range: 0-Y V
• EIS frequency range: 10 μHz - 10 kHz
• Compatible with Windows, MacOS, and Ubuntu via the Squidstat User
• Interface software and Application Programming Interface
• Multiple units can run simultaneously with other Squidstat models
• The current range can be increased up to ±(X×Z) A by paralleling the channels
• Made in USA

This system supports multiple electrochemical experiments. Please contact the vendor for the complete and up-to-date list of supported experiments.

Included:

• X 1-meter Squidstat High Current Channel Cable Set – Cycler (1 m)
• Power Supply – Mean Well BIC-2200-48
• One USB Cable
• X Alligator Clips – 2 mm – Red
• X Alligator Clips – 2 mm – Black

Squidstat Cycler – XChYVZA Customization Options

• Number of channels (X): from 2 to 40 channels with increments of 2
• Rack mount: solutions available for high channels count configurations
• Voltage (Y): from +5 V to +60 V with increments of 5 V per channel
• Current (Z): from ± 5 A to ± 60 A with increments of 5 A per channel
• Channel cabling: 1m standard, with 2m and 3m options available

Squidstat Cycler – XChYVZA Important Features

• Regenerative power options: to conserve energy
• Voltage and current ranges: one 24-bit voltage range and 3 current ranges
• Accuracy: No decrease in accuracy in lower current or voltage ranges with higher power configurations
• EIS: ability to run EIS within a full DC range
• Parallel channels: ability to stack current up to 1000 A
• Bipolar channels: ability to scan negative voltages
• Minimum possible current measurement accuracy: 0.1% of Meas + 19.50 mA/1.50 mA/250.0 μA (floor for each of the three current ranges). The 75 0μA best possible accuracy makes the Squidstat Cycler not suited for coin-cell studies

Please share the answers to the following questions when requesting a quotation for a customized Squidstat Cycler:

• Are there any number of channels you are specifically interested in?
• What is the expected maximum voltage?
• What is the expected maximum current?
• What is your measurement precision requirement?