Panasonic 47 μF Capacitor 16V dc, Surface Solder - EEEHB1C470P 1000

Panasonic Series HB Aluminium Electrolytic Capacitor, 47 μF Capacitance, 16V Voltage - EEEHB1C470P

This aluminium electrolytic capacitor is a reliable surface mount solution designed for various electronic applications. With a capacitance rating of 47μF and a voltage of 16 V DC, it is suitable for demanding environments. The capacitor features a Compact design, measuring 6.3mm in diameter and 5.8mm in length, ensuring compatibility with a range of PCB layouts. Engineered for a maximum operating temperature of +105°C, this component guarantees optimal performance in high-temperature situations and offers a significant lifespan of up to 2000 hours.

Features & Benefits

• Designed for surface mounting, facilitating easy integration on PCBs
  Low leakage current of 7.5μA enhances circuit efficiency
  Operates effectively within a temperature range of -40°C to +105°C
  Polarised design ensures correct installation, minimising risks
  Ripple current rating of 70 mA supports stable performance under load
  Tolerance of ±20 % allows for flexibility in circuit designs

Applications

• Used in power supply circuits for energy storage
  Utilised in audio equipment for signal coupling and smoothing
  Effective in industrial control systems requiring reliable capacitors
  Suitable for consumer electronics where Compact size is essential

What performance metrics should be considered for thermal management in circuits?

The maximum operating temperature of +105°C and a minimum of -40°C allow for use in diverse environmental conditions, ensuring both stability and reliability across applications.

How does the low leakage current impact circuit performance?

With a leakage current of just 7.5μA, this component reduces power loss, enhancing overall circuit efficiency, particularly in battery-operated devices.

What considerations should be MADE when installing polarised components?

Correct alignment is critical, as reversing the polarity can lead to failure. Always refer to circuit diagrams and ensure compatibility with the designated polarities for optimal performance.