Applying a sufficiently high test voltage and detecting electrical flashovers during the test can help to identify defective cells that pose a risk of
As electric vehicle technology advances into the fast charging era, lithium-ion batteries face increasingly severe challenges regarding safety and lifespan under high-rate charging. One
At the CharIN Testival North America 2025, Chroma’s EV & EVSE charging test solution stood out among numerous international participants, winning third place in
Chroma’s 62450D-2000HL Bidirectional DC Power Supply is designed with high power density, delivering up to 45kW output in a compact 4U chassis. With master-slave
Chroma has introduced a battery reliability test system integrated with EIS functionality, enabling automated switching between DC charge/discharge and AC impedance measurements. This innovation
The Chroma 61815, a 3U/15kVA high power density grid simulator, addresses these challenges with versatility. It can function both as an AC source to
Choosing the right programmable AC power source is critical to the success of your test strategy. From simulating global voltage/frequency standards to replicating
Chroma’s Ultra-High Stability DC Power Supply is engineered for the stringent demands of synchrotron accelerators, delivering ultra-low ripple, high accuracy, and fast transient response
Chroma was proud to connect with students, faculty, and industry professionals throughout the day, both onsite and online via the virtual showcase. The company
The Chroma 8630 BMS Power HIL Testbed incorporates this technology to form a complete BMS test platform by combining cell simulators with virtual DUTs.