Keysight BT2200 Charge-Discharge, Li-ion Cell Formation, and Test Solution
Key Features and Specifications
- Source and sink current up to 800 A per channel
- Precisely regulate voltage at the cell with a four-wire sense
- Simplify programming with user channels that act as a single high power channel formed with parallel channels
- Protect your cells with separate charge, discharge, and pre-charge limits
- Create unique sequences of charge, discharge, rest, DCIR, and pre-charge steps
- Measure Voltage, Current, Power, Amp*Hours, Watt*Hours, ΔV/Δt, ΔI/Δt, ΔV, and ΔI
- Improve efficiency with Regenerative power
- Control with USB, or LAN (LXI Core)
More Information:
Highlights
Quickly Configure to Test Your Next Generation Li-ion Cells
The BT2200 charge-discharge platform is cost-effective and easily configurable for Li-Ion cell formation and lifetime cell cycling. A modular design supports cells requiring maximum currents ranging from ± 6 A to ± 800 A, with up to 256 cells or channels per chassis. You can quickly deploy different channel configurations as your cell requirements change and capacities grow.
Simple to Sophisticated Li-ion Formation
When forming Li-ion cells a multistep charge-discharge process can form a high-quality solid electrolyte interphase SEI layer. Often you have to make a tradeoff between a slower multi-step process and a simpler but faster process. Sequences allow the BT2200 Series to handle simple to complex conditioning sequences.
- Create up to 256 unique sequences, containing up to 50 steps each.
- A step starts a charge, discharge, rest state, or a DC internal resistance (DCIR) measurement.
- Add measurements and test conditions to each step.
Highlights
Quickly Configure to Test Your Next Generation Li-ion Cells
The BT2200 charge-discharge platform is cost-effective and easily configurable for Li-Ion cell formation and lifetime cell cycling. A modular design supports cells requiring maximum currents ranging from ± 6 A to ± 800 A, with up to 256 cells or channels per chassis. You can quickly deploy different channel configurations as your cell requirements change and capacities grow.
Simple to Sophisticated Li-ion Formation
When forming Li-ion cells a multistep charge-discharge process can form a high-quality solid electrolyte interphase SEI layer. Often you have to make a tradeoff between a slower multi-step process and a simpler but faster process. Sequences allow the BT2200 Series to handle simple to complex conditioning sequences.
- Create up to 256 unique sequences, containing up to 50 steps each.
- A step starts a charge, discharge, rest state, or a DC internal resistance (DCIR) measurement.
- Add measurements and test conditions to each step.