Mitigating the risk of EV battery cell failures in the field is top priority for battery manufacturers. Choosing the right x-ray source with optimum voltage, power, and spot size for non-destructive EV battery inspection systems is critical, in order to deliver high quality imaging and detect micron sized defects. Learn how the Microfocus X-ray Sources provide a powerful solution for the most demanding applications. https://lnkd.in/gwFZX3tW #xrayinspection #cellinspection #batterymanufacturing #TFSCAD
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Mitigating the risk of EV battery cell failures in the field is top priority for battery manufacturers. Choosing the right x-ray source with optimum voltage, power, and spot size for non-destructive EV battery inspection systems is critical, in order to deliver high quality imaging and detect micron sized defects. Learn how the Microfocus X-ray Sources provide a powerful solution for the most demanding applications. https://lnkd.in/gwFZX3tW #xrayinspection #cellinspection #batterymanufacturing #TFSCAD
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Mitigating the risk of EV battery cell failures in the field is top priority for battery manufacturers. Choosing the right x-ray source with optimum voltage, power, and spot size for non-destructive EV battery inspection systems is critical, in order to deliver high quality imaging and detect micron sized defects. Learn how Microfocus X-ray Sources provide a powerful solution for the most demanding applications. https://lnkd.in/gVGmRP4j #cellinspection #highresolutionimaging #batterymanufacturing #TFSCAD
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Mitigating the risk of EV battery cell failures in the field is top priority for battery manufacturers. Choosing the right x-ray source with optimum voltage, power, and spot size for non-destructive EV battery inspection systems is critical, in order to deliver high quality imaging and detect micron sized defects. Learn how Microfocus X-ray Sources provide a powerful solution for the most demanding applications. https://lnkd.in/gVGmRP4j #cellinspection #highresolutionimaging #batterymanufacturing #TFSCAD
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Mitigating the risk of EV battery cell failures in the field is top priority for battery manufacturers. Choosing the right x-ray source with optimum voltage, power, and spot size for non-destructive EV battery inspection systems is critical, in order to deliver high quality imaging and detect micron sized defects. Learn how Microfocus X-ray Sources provide a powerful solution for the most demanding applications. https://lnkd.in/gVGmRP4j #cellinspection #highresolutionimaging #batterymanufacturing #TFSCAD
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Mitigating the risk of EV battery cell failures in the field is top priority for battery manufacturers. Choosing the right x-ray source with optimum voltage, power, and spot size for non-destructive EV battery inspection systems is critical, in order to deliver high quality imaging and detect micron sized defects. Learn how Microfocus X-ray Sources provide a powerful solution for the most demanding applications. https://lnkd.in/gVGmRP4j #cellinspection #highresolutionimaging #batterymanufacturing #TFSCAD
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Detecting defects in finished EV battery assemblies is challenging for manufacturers. Learn how the PXS10 Microfocus X-ray Source provides a powerful, digitally controlled solution and is the ideal choice for non-destructive inspection for complex cell assemblies. Learn more. https://lnkd.in/gTaV7tM2 #cellinspection #defectdetection #batterymanufacturing #TFSCAD
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When it comes to meeting increasingly stringent requirements for EV battery safety and reliability, a new solution is changing the status quo. LInspector Edge In-line Mass Profilometer is a breakthrough in performance for uniformity control and faster detection of electrode loading defects. Now it´s possible to measure 100% of the electrode’s mass loading, increasing yield and ensuring traceability of the entire electrode roll. Learn more. https://lnkd.in/gghqyA4n #coatinguniformity #defectdetection #linspectoredge #TFSCAD
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👏🏻 Stable measurement with the MIR mode (mutual interference reduction)📢 The Precision Battery Tester BT6065 and BT6075 are designed for OCV/AC-IR testing of high-capacity EV battery cells with low internal resistance. ☝🏼Ordinarily, mutual interference causes measured values to fluctuate when making simultaneous measurements with two battery testers placed in close proximity. 💡The MIR mode reduces mutual interference to ensure stable measurement. The feature makes possible accurate, high-speed parallel-testing with two testers. ✅ No need for additional accessories like sync cables ✅ Unlike an older technology known as pulse output functionality, the MIR mode facilitates reliable parallel testing. 📹 Check out our video to see how it works. #battery #batterytester #cellgrading #OCVTesting #ev #nextgen #innovation #hioki
MIR(mutual interference reduction)|HIOKI Precision Battery Tester
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High voltage battery management systems (BMS) are at the heart of #EV powertrains. Check out this block diagram to learn how our automotive grade electronic components can ensure reliable and efficient computation, communication and protection of high voltage BMS: https://lnkd.in/eviasrPR #EatonElectronics #BatteryTechnology
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