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Entries by FPIC
How Orange HV Connectors Differ from Standard Power Connectors in EV Applications
Orange high-voltage connectors are more than a color choice. They are engineered with specialized safety, insulation, and validation features required for EV high-voltage systems.
Connector Design Trade-Offs in 800V Systems: Compact Size vs Safety Margin
As 800V architectures become mainstream in EVs, connector designers face increasing challenges balancing compact packaging with electrical safety and long-term reliability.
Temperature Rise Testing for High-Current Connectors: Key Risks and Test Setup
Temperature rise testing is critical for evaluating high-current connector reliability. This guide explains test setup, key risks, and interpretation methods.
What OEM Buyers Should Check Before Approving a High-Voltage Connector Supplier
Selecting a high-voltage connector supplier requires more than reviewing datasheets. OEM buyers must evaluate quality systems, validation capability, manufacturing control, and engineering support.
How to Select High-Voltage Connectors for Battery Pack, OBC and DC/DC Interfaces
Choosing the right high-voltage connector requires balancing current rating, insulation design, shielding, and packaging constraints.
Creepage and Clearance in High-Voltage Connectors: Design Basics for Engineers
Creepage and clearance are critical to high-voltage connector safety. This guide explains definitions, influencing factors, and practical design strategies
FPIC 450A Energy Storage Connector Meets UL 4128 Requirements
FPIC announces that representative samples of its 2000V 450A energy storage connector series have been evaluated by UL to UL 4128 for electrochemical battery system applications.
High-Voltage Connector Shielding Design: How to Manage EMC in EV Systems
In EV systems, connector shielding is essential for controlling conducted and radiated emissions. This guide explains practical design and validation strategies.
HVIL Connector Design Explained: Principles, Failure Modes and Validation Points
High Voltage Interlock Loop (HVIL) connectors add a critical safety layer in EV and ESS systems. This guide explains design principles, failure risks, and validation methods.