Panasonic 150 μF Capacitor 35V dc, Surface Solder 500

Panasonic Capacitor, 150μF Capacitance, 35V Voltage - EEEFP1V151AP

This capacitor is a polar aluminium SMD component designed for demanding electrical environments where Compact decoupling and energy storage are required. It operates across a wide temperature range and is intended for surface-mount assembly on carrier tape for automated placement. The device meets automotive-focused reliability standards and is suited to applications requiring elevated temperature endurance.

Features and Benefits:

• 35V rating provides margin for mid-voltage circuits
  150μF capacitance supports bulk energy buffering
  Low ESR 80mΩ reduces heat generation during switching
  High ripple capability 850mA improves performance under AC stress
  105°C maximum temperature allows use in hot operating environments
  2000h lifetime at rated conditions ensures predictable ageing

Applications

• Suitable for power-supply smoothing in automotive modules
  Ideal for DC to DC converter output filtering in control units
  Used with motor-drive electronics requiring high ripple handling
  Can be used for energy hold-up in industrial automation systems
  Suitable for Compact consumer-electronics power boards in vehicles

What soldering method is compatible with the termination style?

The terminations are formed for solder attachment, enabling standard reflow soldering profiles used for surface-mount aluminium capacitors.

How does polarity affect placement during assembly?

The component is polar, correct orientation must be observed to prevent reverse bias and ensure expected capacitance and leakage behaviour.

What packaging format supports automated pick-and-place lines?

Units are supplied on carrier tape in a tape reel format compatible with high-speed SMD feeders for automated assembly.

How does the dissipation factor influence AC performance?

A dissipation factor of 0.12% indicates low dielectric loss, which helps maintain efficiency and limits self-heating under AC ripple.

What environmental operating limits should be observed?

The component functions between -55°C and 105°C, designs should maintain ambient and board temperatures within this range to preserve lifetime.