Panasonic 10 μF Capacitor 35V dc, Surface Solder 2000

Panasonic Capacitor, 10μF Capacitance, 35V Voltage - EEEFKV100UAR

This capacitor is a Compact surface-mount aluminium electrolytic component designed for use in automotive and industrial electronic assemblies where a polarised decoupling or smoothing device is required. It is intended to operate reliably across a wide temperature range and in applications demanding compliance with automotive-grade screening, providing capacitance suitable for stabilising power rails in control modules and power-management circuits.

Features and Benefits:

• 10μF capacitance provides stable charge storage for supply filtering
  35V rated voltage supports higher-voltage rail applications
  Low ESR of 1.35Ω reduces heat generation under ripple
  90mA ripple capability handles moderate AC stress on DC lines
  2000h operational lifetime at rated conditions supports maintenance intervals
  Solder termination and carrier-tape packaging enable high-volume SMD assembly

Applications

• Suitable for automotive control unit power supply smoothing
  Ideal for motor drive and inverter auxiliary circuits
  Used with sensor modules requiring polarised decoupling
  Can be used for voltage stabilisation in industrial automation boards
  Suitable for power-management stages in embedded systems

What temperature extremes can it tolerate during operation?

It functions between -55°C and 105°C, allowing use in harsh thermal environments.

How does its construction affect board mounting?

The aluminium case with two soldered terminations is designed for surface-mount placement and automated reflow processes.

What performance attribute governs leakage behaviour?

The device exhibits a leakage current of 3.5μA which minimises standby drain on low-current circuits.

How is long-term reliability characterised for lifecycle planning?

Lifetime is specified as 2000h under rated conditions, which helps define replacement schedules in maintenance plans.

What industry approvals support its use in vehicle electronics?

The component meets AEC-Q200 requirements and is RoHS compliant for automotive-grade designs.