Kondenzátor, řada: FP SMD 47 μF 0.2 Pájecí 260mΩ 25V dc, Povrch 1000 EEEFP1E470AP AEC-Q200 Panasonic

Panasonic Capacitor, 47μF Capacitance, 25V Voltage - EEEFP1E470AP

This capacitor is a polar surface-mount electrolytic component designed for automotive and industrial electronic circuits requiring Compact energy storage and decoupling. It operates across a wide temperature span and is intended for board-mounted applications where regulated DC voltage smoothing and transient absorption are required.

Features and Benefits:

• Rated at 25V and 47μF for stable DC filtering performance
  Low ESR of 260mΩ to reduce heat generation and losses
  Capable of 300mA ripple current to support moderate switching loads
  Operational from -55°C to 105°C for harsh environment use
  2000h rated life at specified conditions for predictable maintenance intervals
  20% capacitance tolerance for accommodating design margins

Applications

• Suitable for automotive control modules requiring AEC‑Q200 components
  Ideal for power-supply decoupling in embedded automation systems
  Used with DC to DC converters in industrial control equipment
  Can be used for transient suppression on vehicle electronics rails
  Used for smoothing outputs in mechanical actuator drives

What mounting method does it require for PCB assembly?

It is a surface-mount device with solder terminations supplied on carrier tape for automated placement.

How is polarity handled during installation?

The component is polar and must be oriented so the positive Terminal aligns with the PCB pad designated for the positive rail.

What construction materials affect thermal behaviour?

The body uses an aluminium case construction which influences thermal dissipation and mechanical robustness.

Which industry standard validates its suitability for automotive use?

It meets the AEC‑Q200 automotive component standard for qualification.

What packaging quantity is supplied for production runs?

The units are provided in packages of 1,000 on carrier tape for volume assembly lines.