Kondenzátor, řada: HD SMD 10 μF 0.2 Pájecí 1.5Ω 100V dc, Povrch EEEHD2A100P AEC-Q200 Panasonic

Panasonic Capacitor, 10μF Capacitance, 100V Voltage - EEEHD2A100P

This capacitor is a polar aluminium electrolytic component designed for surface-mount use in demanding electronic and automotive environments. It provides DC energy storage and filtering for control systems and power circuits where elevated temperature tolerance and industry-grade qualification are required.

Features and Benefits:

• Rated for 100V DC operation enabling higher-voltage circuit applications
  Capacitance of 10μF for stable decoupling and smoothing
  Low leakage current of 10μA reducing standby losses
  Ripple current capability of 55mA supporting moderate AC ripple handling
  Wide operating range from -40°C to 105°C for thermal resilience
  Lifetime of 5000h at rated conditions for predictable service life

Applications

• Suitable for automotive control modules requiring AEC‑Q200 components
  Ideal for power-supply decoupling in industrial automation equipment
  Used with motor-control electronics needing temperature-tolerant capacitors
  Can be used for signal filtering in embedded electrical systems
  Suitable for Compact surface-mount assemblies in mechanical actuators

What mounting method is required for this component?

It is intended for surface-mount placement with solder terminations on a tape-packaged reel suited to automated pick-and-place.

How does polarity affect installation?

The component is polar and must be oriented correctly in the circuit to prevent failure and ensure correct capacitance function.

What environmental approvals does it carry?

It meets RoHS requirements, limiting certain hazardous substances in its construction.

What construction details affect thermal performance?

The aluminium case construction contributes to heat dissipation, helping maintain performance at elevated temperatures.

How many electrical connections does it provide?

It has two pins for connection, accommodating standard SMD soldering processes.