GE IS200DTAIH1ABB IS210DTAOH1AA

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GE IS200DTAIH1ABB IS210DTAOH1AA

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Power system design engineers always want to achieve higher power density on smaller circuit board areas, IS200DTAIH1ABB IS210DTAOH1AA is required to support FPGAs with increasing power consumption This is especially true for data center servers and LTE base stations with high current loads such as ASICs and microprocessors. The use of multiphase systems is increasing to achieve higher output currents. In order to achieve higher current levels on smaller circuit board areas, system design engineers have begun to abandon discrete power supply solutions and choose power modules. This is because power modules provide a popular choice for reducing power design complexity and solving printed circuit board (PCB) layout issues related to DC/DC converters.

This article discusses a multi-layer PCB layout method that uses through-hole layout to maximize the heat dissipation performance of dual phase power modules. The power module in IS200DTAIH1ABB IS210DTAOH1AA can be configured with two 20A single-phase outputs or a single 40A two-phase output. Use an example circuit board design with through holes to cool the power module to achieve higher power density, allowing it to function without the need for a heat sink or fan.

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