Kondenzátor, řada: FP SMD 220 μF 20 % Pájecí 260mΩ 6.3V dc, Povrch 1000 AEC-Q200 Panasonic

Panasonic Capacitor, 220μF Capacitance, 6.3V Voltage - EEEFP0J221AP

This capacitor is a polar surface-mount aluminium electrolytic device designed for use in demanding electronic and automotive environments. It provides bulk energy storage and smoothing for power rails operating up to 6.3V and is suitable for assemblies where compact, board-mounted capacitance is required. The component is supplied in carrier tape for automated placement and conforms to recognised automotive testing standards.

Features and Benefits:

• 220μF capacitance delivers stable decoupling and bulk storage
  6.3V rated voltage supports low-voltage power rails
  Low ESR 260mΩ reduces losses and heat generation
  300mA ripple current handles moderate AC load on DC rails
  105°C maximum temperature enables higher thermal margins
  AEC‑Q200 qualification suits automotive-grade design requirements

Applications

• Suitable for power-supply smoothing in automotive control modules
  Ideal for DC to DC converter output filtering in electronics
  Used with embedded systems requiring Compact bulk capacitance
  Can be used for decoupling in industrial automation drives

What mounting method does this component use?

It is intended for surface-mount assembly with solder termination for automated soldering processes.

How Compact is the package for tight board layouts?

The component has a small circular aluminium case with a diameter of 6.3mm and a height of 5.8mm, enabling dense placement.

How long can it be expected to operate under rated conditions?

The device has a specified operational lifetime of 2000h at defined test conditions.

What polarity and pin configuration should designers note?

It is a polar component with two pins, so correct orientation on the PCB is required.

Are there any environmental or regulatory considerations for using it?

The component is RoHS compliant and supplied in a 1000‑unit package quantity on carrier tape for production use.