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锂离子电池被广泛地使用在航天设备，由于太空的极端条件，替换电池的任务相较在地球执行更为困难与复杂。因此，航天用电池都需经严苛且精密测试来进行质量控管与保存，以保证其信赖性。 此案例分享带您了解Chroma致茂电子如何帮助客户突破困难。

此案例分享带您了解隐形眼镜生产商，在导入Chroma Sajet MES制造执行系统解决方案后，解决不同数据库整合问题并达到充份的自主性与信息的时效性。

客户产品所使用的电池大小及类型皆不同，故期望有一套电池芯信赖性测试系统能同时对不同种且高达 96 通道的电池做充放电测试，且将温箱槽内各点电池温度稳 定度控制在 ±3° C 内，并得到高精准与高精确度的测试数据。

研究人员透过电压差分分析(DVA) 进行锂离子电池的老化机制辨证，为获取清晰的DVA 曲线而面临的挑战

Laser diodes are extremely sensitive to temperature and spikes: the temperature must stay stable for consistent burn-in, and the driving current should be free of spikes to prevent any latent damage.

Wireless charging and fully automated driving (both safe and convenient) match the requirements of various Internet of Vehicles scenarios, enabling the full advancement of EV wireless power transfer (WPT).

Traditional ATE systems are capable of meeting high performance test requirements, where PXIe testers provide flexibility that allow users to reconfigure test setting in pursuit of continually growing test needs.

ProDSP wanted to design a validation tester for an on-board charger for the e-mobility industry. Because of the energy circulation, the overall system active current is low, and the harmonic currents became high compared to the base harmonic.