Panasonic Alüminyum Elektrolitik Kondansatör 100μF 6,3 V dc Ç: 5mm, Paket/Kasa: C, Serisi: FP SMD, 2000H

Panasonic Capacitor, 100μF Capacitance, 6.3V Voltage - EEEFPJ101UAR

This capacitor is a surface-mount electrolytic component designed for use in automotive and industrial electronic systems where compact, polar capacitance is required. It operates at low voltage and provides energy storage and smoothing in power circuits, suited to board-mounted applications in harsh environments.

Features and Benefits:

• 100μF capacitance delivers stable decoupling and bulk storage
  6.3V rated voltage supports low-voltage power rails
  Low ESR 360mΩ reduces thermal losses in high-frequency circuits
  Ripple tolerance 240mA enables sustained AC stress handling
  Withstands up to 105°C for elevated temperature operation
  Lifetime 2000h ensures predictable service duration under rated stress

Applications

• Suitable for automotive power-supply filtering on control modules
  Ideal for voltage rail smoothing in motor-control electronics
  Used for decoupling in industrial automation boards
  Can be used for energy buffering in sensor and actuator interfaces

What termination and mounting format does it use?

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

How is polarity identified and handled in designs?

The component is polar and must be oriented so the negative and positive pads match the PCB land pattern to prevent reverse-bias stress.

What environmental limits should designers consider?

The component is rated for operation down to -55°C and up to 105°C, so thermal cycling and low-temperature performance should be assessed per system conditions.

How does leakage behaviour affect long-term circuits?

Typical leakage is 6.3μA, which is relevant when used in high-impedance circuits or when long discharge times are required.

Are there packaging quantities to support production volumes?

Components are supplied in packages containing 1000 units, facilitating high-volume manufacturing.