Panasonic 10 μF Capacitor 80V dc, Surface Solder 1000

Panasonic Capacitor, 10μF Capacitance, 80V Voltage - EEEFK1K100P

This capacitor is a polar surface-mount aluminium electrolytic component designed for use in demanding electronic systems where compact, high-voltage decoupling is required. It operates across a wide temperature range and is intended for assemblies that require component-level approval for automotive environments. The part is supplied on carrier tape for automated placement and uses solder terminations for reliable PCB attachment.

Features and Benefits:

• 10μF capacitance provides stable energy storage for supply smoothing
  80V DC rating supports high-voltage circuits in Compact designs
  2.4Ω ESR reduces heat generation under transient loads
  60mA ripple current capability handles moderate AC superposition
  8μA leakage current minimises standby losses in long-life systems
  105°C maximum temperature tolerates elevated operating environments

Applications

• Suitable for power-supply decoupling in automotive control units
  Ideal for voltage-buffering in industrial automation electronics
  Used with sensor interfaces requiring low leakage and stability
  Can be used for auxiliary circuits in electrical drive systems

What mounting method is used for assembly automation?

The component is surface-mount and supplied on carrier tape for pick-and-place assembly with solder termination pads.

How does the component perform over time at elevated temperature?

The rated lifetime at standard stress conditions is 2000h with stable electrical behaviour up to the maximum operating temperature.

What environmental approvals does it carry for restricted substances?

It conforms to RoHS requirements for restricted hazardous materials in electronic components.

What mechanical form factor should I plan for on the board?

The aluminium case is cylindrical with an 8mm diameter and 6.2mm height, account for polar orientation during layout.

Is this component suitable for safety-critical vehicle electronics?

It meets the automotive-grade AEC-Q200 standard intended for use in many vehicle electronic subsystems.

Approvals

AEC-Q200 qualified