Our plans for a materially better future
Our team at the Acceleration Consortium
Open roles and opportunities
Our comprehensive equity, diversity and inclusion program
Get in touch
How self-driving labs work and their potential to change the world
Our core facilities and related labs
AC-related research and discoveries
Custom tools and support for self-driving research.
Our researchers around the world
Our affiliate researchers around the world
Our network of postdoctoral fellows
Our community of government, industry, startups, and not-for-profits
Programs and grants to support the next generation of scientists
Our upcoming workshops, seminars, and more
Our annual conference
Hands-on courses to learn about the principles and tools of accelerated discovery
The latest at the AC and in the field of accelerated discovery
How the AC is making a mark
Answers to commonly asked questions
Low-cost electrochemistry tool to control the voltage (potential) between electrodes and measure the resulting current.
- voltage: +/- 5 V
- current: +/- 5000, 500, 50, 5 uA
- voltage resolution: 2.44 mV
- current resolution: 2.44 nA (for 5 uA max range)
- sampling frequency: 1000 Hz
- methods: OCP, CV, DPV, CA, CP (already implemented) LSV, SWV (software upgrade)
- hardware interface: USB 3.0 via USB-C port software interface: python API
