Eaton-Electronics Division 20% higher energy density XVH series supercapacitors with 500,000 charge/discharge cycle life provide long term reliability.

Eaton-Electronics Division XTH series provides more energy, smaller footprint and proven reliability.

Eaton-Electronics Division HVH series high-density 2.7 V radial-leaded supercapacitors feature capacitance ranging from 2 F to 120 F.

Eaton-Electronics Division advanced EDLC technology and proprietary materials enable reliable, high-power energy storage in a compact, space-saving cylindrical package.

Eaton-Electronics Division HVA series supercapacitors deliver automotive-grade reliability, ultra-low ESR, making them ideal for backup power and high-current pulse applications.

The Eaton-Electronics Division EHCSA series of conductive polymer hybrid aluminum electrolytic capacitors is designed for automotive and high-reliability applications.

Information on Eaton plastic connectors for power and control.

Learn how advanced magnetic materials and packaging yield small, high-value, low-resistance, high-performance SMT inductors for power converters.

Renewable energy sources are transforming electricity generation—but their output doesn’t always match when we need power most without effective storage.

Eaton-Electronics Division EV fuses for automotive electrification, ensuring the safety and reliability of EV systems is crucial.

Eaton HCM/HPAL series of high-current molded power inductors are rated for +125°C maximum operating temperature with high current carrying capacity and low DCR.

Eaton's DC-link metalized polypropylene film capacitors feature low loss and low ESL.

Eaton-Electronics Division BAT1 series bolt-down mounted fuses provide a secure electrical connection for high-power environments.

Eaton’s FLAT-PAC (FP) power inductors are surface mount high current components suitable for multi-phase power supplies, cell balancing systems, and voltage regulator modules (VRMs) for CPU and control systems for industrial process automation.

Electromagnetic interference (EMI) or ‘electrical noise’ is a form of disturbance that can adversely impact the system efficiency of control circuits in process equipment by distorting the control signals and communications networks they utilize.

Eaton offers various capacitor technologies including film capacitors and supercapacitors.

The Eaton EHBSA family of conductive polymer hybrid aluminum electrolytic capacitors is designed for automotive and high-reliability applications.

Use Case: Eaton Conductive Polymer Hybrid Capacitors Deliver Reliable Performance For Automotive Electronics

Product Aid: Eaton conductive polymer hybrid aluminum electrolytic capacitors EHBSA family