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無料 オンデマンドウェビナー  xEV開発を加速する電源モジュール     今すぐみる

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BCMs transform high-voltage batteries into SELV systems

EV power architectures can use BCMs to create a high efficiency and lightweight power system without the need for an intermediate battery.  The BCM's low impedance and fast transient response can transform the high voltage battery, make it appear as a discharging 48V battery and simultaneously preserving the benefits of the battery while providing a SELV distribution to power modern 48V loads.

EV power architectures can use BCMs to create a high efficiency and lightweight power system without the need for an intermediate battery.  The BCM's low impedance and fast transient response can transform the high voltage battery, make it appear as a discharging 48V battery, and simultaneously preserve the benefits of the battery while providing a SELV distribution to power modern 48V loads. 

Challenges for EV and hybrid vehicles power architectures include the cost, weight and space of power storage and power delivery.

Using a fixed-ratio converter provides a solution to these challenges.

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