Condensateur Panasonic série FM-A, Aluminium électrolytique 1000μF, 16V c.c.

Les condensateurs électrolytiques type A de la série FM de Panasonic offrent une faible impédance (40 % à 70 % de moins que la série FC de Panasonic ) et une endurance élevée. A +105 °C, l'endurance est comprise entre 2 000 heures et 7 000 heures (selon la taille du boîtier).

Haute fiabilité.
Longue vie
Courant d'ondulation élevé.

Les condensateurs électrolytiques type A de la série FM de Panasonic sont recommandés pour l'utilisation dans les instruments industriels en raison de leur haute fiabilité. Veuillez noter qu'ils ne conviennent pas aux applications automobiles.

This aluminium electrolytic capacitor is designed for efficient performance in various electrical applications. With a capacitance of 1000 μF and a voltage rating of 16V DC, this component caters to high-demand environments. It features a compact size with a diameter of 10mm and a height of 20mm, making it suitable for tighter spaces while maintaining significant capacity and reliability.

• Low ESR ensures efficient power delivery and reduced heat generation
• Polarised design enhances reliability in specific circuit applications
• Radial through hole mounting allows for straightforward installation
• Operating temperature range from -40 °C to +105 °C for versatile usage
• Long operational lifetime of 5000 hours supports extended service intervals
• Ripple current capability of 2.18 A for demanding electronic needs

• Used with power supply circuits in automation systems
• Used in audio equipment for better sound quality and stability
• Employed in industrial control systems for reliable signal processing
• Suitable for use in power amplifiers within electronics

The low ESR reduces energy losses during operation, allowing for more efficient energy transfer and minimal heat generation, which improves circuit reliability and longevity, especially in high-frequency applications.

The polarised design requires correct orientation during installation, which helps maintain optimal performance and prevents damage in circuits where the direction of current flow is critical.

When selecting a capacitor, it’s vital to ensure that the operating temperature remains within the specified -40 °C to +105 °C range to avoid breakdown and ensure consistent performance, especially in fluctuating environmental conditions.