DescriptionType 380LQ is designed on average 27% smaller and more than 10 mm shorter than Type 380LX.With a new can-closure methodthiswould beachievedwhich the methodpermits installing capacitor elements into smaller cans. Approaching the capability of the 380LX,you wouldshrink equipment size and ...
380LQ: DescriptionType 380LQ is designed on average 27% smaller and more than 10 mm shorter than Type 380LX.With a new can-closure methodthiswould beachievedwhich the methodpermits installing capacitor ele...
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Type 380LQ is designed on average 27% smaller and more than 10 mm shorter than Type 380LX.With a new can-closure methodthiswould beachievedwhich the methodpermits installing capacitor elements into smaller cans. Approaching the capability of the 380LX,you wouldshrink equipment size and retain the original performance with the new 380LQ.
380LQ has three highlights.The first one is thatthat it would be new andmore capacitance per case.The second one is that it couldcompare to Type 380LX.The third one is that it would benew andlower voltages down to 16 V.
Some important specifications of 380LQ have been concluded into several points.The first one is about its operating temperature which would be from 40 °C to +85°C whenless than 315 Vdc and from25 °C to + 85 °Cwhen large than350 Vdc.The second one is about its rated voltage which would be from 16 to 450 Vdc.The third one is about its capacitance which would be82 F to 100,000 F ± 20%.The fourth one is about its leakage current which would be less than 3 CV A, 4 mA max, 5 minutes.The fifth one is about its load lifetest which would be2000 h at full load at 85 °C Capacitance ± 20% and ESR 200% of limit and DCL 100% of limit.The sixth one is about its EIA ripple life which would be 2000 h at 85 °C, full load per EIA IS-749 Capacitance 20% and ESR 200% of limit and DCL 100% of limit.The seventh one is about its shelf life which would be1000 h at 85 °C Capacitance ± 20% and ESR 200% of limit and DCL 100% of limit.The eighth one is about its vibration which would be from10 to 55 Hz, 0.06" and 10 g max, 2 h each plane.