EV & EV Charging
Power semiconductors, precision current sensing, capacitors, PFC inductors, transformers and EMI components contribute to high-power charging architectures.
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Technology building blocks for EV charging, battery systems, industrial power, SMPS, automotive electronics, energy storage and telecom power.
Power semiconductors, precision current sensing, capacitors, PFC inductors, transformers and EMI components contribute to high-power charging architectures.
Discuss an application →Current measurement, power switching, protection devices and capacitors support monitoring and control within battery architectures.
Semiconductor applications →Power conversion, motor drives, industrial SMPS, current sensing and reliability analysis form a connected engineering stack.
Explore technologies →PWM control, MOSFETs, gate drivers, capacitors, transformers, inductors and EMI filters operate together in switched-mode architectures.
Explore magnetics →Power switching, current measurement, capacitors, inductors and thermal qualification support energy-storage electronics.
Reliability support →The supplied semiconductor material identifies −48 V systems, BDU/PDU, hot-swap and battery-protection applications.
View semiconductor applications →MarlinTek’s component portfolio can support requirements across transportation, energy measurement and electrification. Final component selection depends on the product series, operating environment and applicable qualification requirements.
Power conversion, current measurement, energy storage and protection functions across EV charging equipment and related power systems.
Explore precision sensing →Precision current measurement and stable electronic components for energy metering and power-monitoring equipment.
Explore Isabellenhütte →Electronic subsystems may require robust power conversion, filtering, energy storage and sensing. Suitability must be confirmed against application-specific railway requirements.
Explore capacitor technologies →