Panasonic 10 μF Capacitor 35V dc, Surface Solder - EEEHD1V100AR 1000

Panasonic Series HD Aluminium Electrolytic Capacitor, 10 μF Capacitance, 35V DC Voltage - EEEHD1V100AR

This aluminium electrolytic capacitor is designed for surface mount applications, featuring a Compact size of 5mm in diameter and 5.8mm in length. With a capacitance of 10μF and a voltage rating of 35 V DC, this component is suitable for a variety of electronic circuits. Its high-temperature operating range, from -40°C to +105°C, ensures reliable performance across demanding environments and applications.

Features & Benefits

• Compact dimensions promote efficient space utilisation on PCBs
  10μF capacitance delivers stable power supply in circuits
  35 V voltage rating ensures compatibility with high-pressure applications
  Low equivalent series resistance at 7.2 Ω enhances energy efficiency
  Polarised design optimises circuit performance and stability
  High ripple current rating of 28 mA supports dynamic applications

Applications

• Used in power supply circuits for efficient energy management
  Suitable for signal coupling and decoupling in electronic devices
  Commonly Effective in audio and video equipment for sound clarity
  Ideal for use in power conditioning
  Utilised in automation systems to maintain stable operations

What is the expected lifetime of this component under normal operational conditions?

The expected lifetime is approximately 5000 hours at standard operating conditions.

How does the polarised nature affect circuit design?

The polarised design requires careful consideration during placement in circuits, ensuring correct orientation to prevent malfunction or damage.

What are the implications of using this component in high-temperature environments?

Operating this capacitor at higher temperatures can increase the risk of failure
however, it’s rated for high-temperature use up to +105°C to maintain performance.

What type of circuits benefit most from a low ESR capacitor?

Circuits involving fast-switching components and high-frequency applications benefit greatly from low ESR, as it reduces energy loss and improves overall efficiency.