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Figure 1: The new Vicor BCM6135 enables the size and weight of an active suspension system to be reduced by half and provide symmetrical bidirectional power for highly efficiency energy recuperation.
Figure 1 Block diagram of a secondary-side controlled power adapter using PAG1S and PAG1P
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Figure 1: External circuit schematic
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Figure 1: MPQ4430 Buck Converter Example
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Figure 1: A three-phase sensor-less PMSM control system that uses a three-phase voltage source inverter
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Figure 1. Typical AC/DC power supply for telecom and server applications
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Figure 1: Arrangement of ESD suppression device within the 100BASE-T1 MDI interface, OPEN Alliance SIG (2019)
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Figure 1: RON is a product of the cumulative resistances from the drain to the source of a MOSFET device
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Figure 1: To make EVs and charging stations compatible, independent of whether they use the same voltage, the power delivery network uses a Vicor non-isolated fixed-ratio bus converter module (NBM) to convert either 800V to 400V or 400V to 800V at 6kW. This high-efficiency, high-density, scalable solution enables EVs of different battery voltages to utilize the same charging stations
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Figure 1. The key technologies driving the 4th industrial revolution are impacting the power supply industry in more ways than ever before. How will power designers respond?
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Figure 1. A push-pull converter helps to streamline an isolated power supply design in 12V EV applications.
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Figure 1: Input current and ripple with in phase switching (red) and out-of-phase switching (blue)
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Figure 1. USB Type-C and USB Power Delivery are bringing the conveniences of fast data transfer and charging to portable devices
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Coilcraft inductor schematic
