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    BZX79-12

    Abstract: BZX79-15 BZX79 Series AN39-1-Fig-10-1009B BZX79 design ideas AN39 DN77 ZXCT1009
    Text: Simulation Circuit & Results AN39-1-Fig-10-1009A.sxsch AN39-1-Fig-10-1009B.sxsch Simulation File Objective To demonstrate how easily a Zetex COCM device can be A Adapted to work with high common mode voltage and (B) Protected against fast transients. AN39 Issue 1, DN77


    Original     		PDF AN39-1-Fig-10-1009A AN39-1-Fig-10-1009B AN39-1-Fig-10x-1009 200uSecs/div AN39-Fig-10-1009A ZXCT1009 BZX79-15 BZX79-12 AN39-Fig-10-1009B BZX79-12 BZX79-15 BZX79 Series BZX79 design ideas AN39 DN77 ZXCT1009

    CTX30203C04

    Abstract: LT1070 Chip Resistors Parasitic capacitance an39f snubber MUR1100 parasitic capacitors and the effect of parasitic AN393 AN39 MBR360
    Text: Application Note 39 February 1990 Parasitic Capacitance Effects in Step-Up Transformer Design Brian Huffman One of the most critical components in a step-up design like Figure 1 is the transformer. Transformers have parasitic components that can cause them to deviate from


    Original     		PDF LT1070 an39f AN39-4 CTX30203C04 Chip Resistors Parasitic capacitance an39f snubber MUR1100 parasitic capacitors and the effect of parasitic AN393 AN39 MBR360