Entries by FPIC

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How EMI Shielding Improves PCB Connector Reliability

As electronic systems become smaller and more powerful, PCB connectors must handle higher signal density, power delivery, and electromagnetic interference within limited space. This guide explains how connector shielding works, when it is needed, and how engineers should evaluate shield continuity, grounding, layout, power density, and mechanical reliability.

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How to Select High-Voltage Connectors for BESS Cabinets

As BESS cabinets become more powerful and integrated, high-voltage connector selection now matters far beyond basic power transfer. This article explains how to evaluate connector safety, current rating, thermal stability, installation efficiency, and serviceability, while also showing where FPIC’s 2000V 450A energy storage connector fits in advanced BESS cabinet design.

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High-Voltage Connectors for BESS Cabinets: Safety, Current Rating and Installation

Battery energy storage is moving fast, and the connector conversation is changing with it. In BESS cabinets, buyers are no longer looking only at whether a connector can carry power. They are also paying closer attention to electrical safety, temperature rise, installation speed, serviceability, and system-level risk control. As BESS projects become larger and more […]