Panasonic 68 μF Capacitor 100V dc, Surface Solder 200

Panasonic Capacitor, 68μF Capacitance, 100V DC Voltage - EEVFK2A680Q

This capacitor is a surface-mount aluminium electrolytic component designed for electronic systems requiring polarised bulk capacitance at high voltage. It is intended for use in demanding environments where stable filtering and energy storage are needed, including automotive electronics that call for components qualified to industry stress profiles.

Features and Benefits:

• 68μF capacitance providing effective bulk energy storage
  100V DC rating enabling use in high-voltage circuits
  Low ESR of 320mΩ reducing heat generation and losses
  105°C maximum temperature supporting elevated operating conditions
  500mA ripple current capacity for dependable AC handling
  5000h lifetime at rated conditions for predictable endurance

Applications

• Suitable for DC power-supply smoothing in automotive control units
  Ideal for voltage-stabilisation in motor-drive electronics
  Used with converter and inverter modules in industrial automation
  Can be used for decoupling in high-voltage sensor interfaces
  Suitable for timing and hold-up circuits in electrical systems

What package and termination form does it use for PCB assembly?

It is supplied as an SMD device in carrier tape with solder terminations optimised for automated placement.

What environmental temperature range can it withstand during operation?

The component operates across a wide temperature span from -55°C to 105°C suitable for varied ambient conditions.

How does polarity affect installation and circuit design?

The component is polar, correct orientation is required to prevent functional failure and increased leakage.

What electrical leakage and dissipation characteristics should designers expect?

Expect a leakage current around 68μA and a dissipation factor near 0.07% under specified conditions.

What physical footprint considerations apply for board layout?

The device uses an aluminium case with a nominal diameter of 12.5mm and height of 13.5mm, requiring appropriate pad design for SMD placement.

Approvals

AEC-Q200 qualified