各位好心人来帮我翻译下啊Y-CapacitorThe placement of the Y-capacitor should be directly from the primary bulk capacitor positive rail to the common/return terminal on the secondary side. Such placement will maximize the EMI benefit of the
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![各位好心人来帮我翻译下啊Y-CapacitorThe placement of the Y-capacitor should be directly from the primary bulk capacitor positive rail to the common/return terminal on the secondary side. Such placement will maximize the EMI benefit of the](/uploads/image/z/12840446-38-6.jpg?t=%E5%90%84%E4%BD%8D%E5%A5%BD%E5%BF%83%E4%BA%BA%E6%9D%A5%E5%B8%AE%E6%88%91%E7%BF%BB%E8%AF%91%E4%B8%8B%E5%95%8AY-CapacitorThe+placement+of+the+Y-capacitor+should+be+directly+from+the+primary+bulk+capacitor+positive+rail+to+the+common%2Freturn+terminal+on+the+secondary+side.+Such+placement+will+maximize+the+EMI+benefit+of+the)
各位好心人来帮我翻译下啊Y-CapacitorThe placement of the Y-capacitor should be directly from the primary bulk capacitor positive rail to the common/return terminal on the secondary side. Such placement will maximize the EMI benefit of the
各位好心人来帮我翻译下啊
Y-Capacitor
The placement of the Y-capacitor should be directly from the primary bulk capacitor positive rail to the common/return terminal on the secondary side. Such placement will maximize the EMI benefit of the Y-capacitor and avoid problems in common-mode surge testing.
各位好心人来帮我翻译下啊Y-CapacitorThe placement of the Y-capacitor should be directly from the primary bulk capacitor positive rail to the common/return terminal on the secondary side. Such placement will maximize the EMI benefit of the
型电容器
安置的Y电容,应直接从小学大容量电容器积极铁共同/返回码头,对二次侧.这种安置将最大限度的EMI造福于Y型电容器,并避免问题的共同模式浪涌测试.