Panasonic Kondenzátor, 220μF, 35V dc, Radiális, Furatszerelt

A Panasonic FM sorozatú, A típusú elektrolitikus kondenzátorok alacsony impedanciát (40 - 70%-kal kevesebb, mint a Panasonic FC sorozat) és magas tartósságot biztosítanak. +105°C-on a élettartam 2000 és 7000 óra között van (a táska méretétől függően).

Nagy fokú megbízhatóság
Hosszú élettartamú
Magas áramingadozás

A Panasonic FM sorozatú, A típusú elektrolitikus kondenzátorokat nagy megbízhatóságuk miatt ipari készülékekhez ajánlott használni. Felhívjuk figyelmét, hogy ezek nem alkalmasak járműipari alkalmazásokhoz.

This aluminium electrolytic capacitor is designed for reliable performance across various applications. With a capacitance of 220 μF and rated for a voltage of 35V DC, this radial through-hole component measures 10mm in diameter and 12.5mm in height. This high-temperature electrolytic capacitor is suitable for both commercial and industrial use.

• Polarised design enhances stability in voltage applications
• Rated for high ripple current of 1.29 A ensures effective performance
• Minimum operating temperature of -40 °C allows versatility in harsh conditions
• Lifetime of 4000 hours at maximum load provides long-term usability
• Leakage current of just 77 μA supports efficient energy use
• Tight tolerance of ±20 % ensures reliability in circuit designs

• Used in power supply circuits requiring efficient voltage regulation
• Ideal for in automation systems for consistent performance
• Suitable for audio equipment to maintain sound quality
• Utilised in various electronic devices for energy storage solutions

The 35V DC rating indicates the maximum DC voltage that can be applied, helping to prevent breakdown and ensuring safe operation within this range.

The high ripple current rating of 1.29 A allows the capacitor to handle fluctuations in current effectively, making it suitable for applications with variable loads while maintaining stability in voltage supply.

It can operate from -40 °C to +105 °C, ensuring versatility in diverse environmental conditions while maintaining performance without failure.