EEE-FK1H681AV

EEE-FK Aluminum Electrolytic Capacitors INACTIVE

Panasonic EEE-FK Series Aluminum Electrolytic Capacitors are AEC-Q200 qualified, RoHS directive compliant and offer low impedance and an endurance of 3000h to 5000h at +105°C. EEE-FK Capacitors offer a 3.3µF to 6800µF capacitance range and a 6.3V_DC to 100V_DC voltage rating.

FK SMT Aluminum Electrolytic Capacitors

Panasonic FK SMT Aluminum Electrolytic Capacitors feature a high endurance of up to 5000 hours at +105°C and a temperature range as low as -55°C. These capacitors offer low impedance (40% to 60% less than the FC series) in a miniature package (30% to 50% less than the FC series). FK SMT Aluminum Electrolytic Capacitors are RoHS compliant and available in a vibration-proof product with an operating voltage range between 6.3V_DC to 35V_DC.

Aluminum Electrolytic Capacitors

Panasonic Aluminum Electrolytic Capacitors offer a vast range of voltage ratings and capacitance values. These capacitors are available in surface-mount (SMT) and leaded-radial mounting styles. Features include low ESR, high ripple current, long service life, and operating temperatures up to +125°C. Panasonic Aluminum Electrolytic Capacitors are ideal for A/V, telecommunications, automotive, and industrial control equipment applications.

Automotive Capacitors

Panasonic designs capacitors that are suitable for automotive applications and include large capacitance ranges and modules with low equivalent series resistance (ESR), high-temperature ratings, and more. These capacitors are available in aluminum electrolytic, hybrid, and film variations, ensuring there are options for almost any project or application.

Anti-Vibration Capacitors

Panasonic Anti-Vibration Capacitors can be designed with confidence for automotive applications. These capacitors from Panasonic are ideal for strenuous environments that require optimal quality and reliability. The vibration-proof capacitors can withstand 30G and are AEC-Q200 Compliant. Anti-Vibration variant parts are ideal when the application demands high capacitance current capability.