Most explosion and fire accidents in lithium-ion battery products occur while charging, even inside electric vehicles, power tools, electronic products, you name it. This mainly happens when the negative electrode material (graphite or mixed silicon) inflates while charging, which shortens the distance between the positive and negative electrodes. If the mixing of conductive impurities causes the effective distance between the electrodes to become shorter than...
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Chroma Systems Solutions is committed to the health and safety of our employees and communities as well as continuing to serve our customers in the Medical industry. We understand that keeping medical device production operational is critical in combating this pandemic. Chroma is implementing an IMMEDIATE DELIVERY PROGRAM that will allow medical device manufacturers who require hipot testers to receive them through an accelerated consignment...
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by Chroma Systems Solutions
Check out our new video overview of the 6310A Programmable DC Electronic Load!
by Chroma Systems Solutions
Chroma Systems Solutions contributed to the production of the short independent film Dog It Down in Los Angeles, California. The film, set in WWII Pearl Harbor, won Best Short Film at the 2012 Hollywood Reel Independent Film Festival and was recently announced as an official selection for the 2013 GI Film Festival (GIFF) in Washington, DC. The entire film was shot aboard the S.S. Lane...
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by Chroma Systems Solutions
Lake Forest, CA: Chroma Systems Solutions, world leading provider of electrical power test equipment and systems, announces the release of their new 51101 series of multi-function data loggers. The 51101 multi-function data loggers fulfill requirements of recording temperatures, voltages, currents, and other behavioral measurements during research, product development, production, and quality assurance procedures with recordable channels ranging from one to several hundred. [Read Full Press...
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by Chroma Systems Solutions
A Transient Response Test (AKA: Dynamic Load Test) determines how quickly a voltage regulator can respond to a sudden change in Current. The electronic loads must be programmable to handle the following settings. Current setting 1 (L1) and Current setting 2 (L2), dwell time (t1 and t2) at each current or duty cycle (DC%), Slew rate for Rising (SR1) and falling edges (SR2). The below...
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