Samxon Radial Lead Capacitors

Radial Lead Capacitors are widely used in power supplies, industrial controls, consumer electronics, and automotive applications. They provide reliable energy storage, filtering, and decoupling functions. The specific application depends on the capacitance value, voltage rating, and package type selected.

Browse our product catalog to find the right Radial Lead Capacitors for your application, or contact our FAE team for selection assistance.

When selecting Radial Lead Capacitors, consider these key parameters: voltage rating (with 20-50% derating), capacitance value, ripple current requirements, temperature range, lifetime requirements, and physical size constraints. Also evaluate ESR characteristics for high-frequency applications and consider the mounting style for your PCB design.

Use our online selection guide or contact our FAE team with your specifications for personalized recommendations.

The lifetime of Radial Lead Capacitors varies by series and operating conditions. Standard series typically offer 2,000 to 5,000 hours at rated temperature, while high-temperature series can provide 10,000 hours or more. Actual lifetime depends heavily on operating temperature and voltage derating - following the Arrhenius relationship where every 10C reduction doubles the lifetime.

For specific lifetime calculations based on your operating conditions, contact our FAE team.

Yes, all Radial Lead Capacitors are RoHS compliant and free from lead, mercury, cadmium, and other restricted substances. They meet international environmental standards and are suitable for worldwide distribution. Some series are also available with halogen-free options for enhanced environmental compliance.

For specific environmental compliance documentation, contact our sales team with your part numbers.

Radial Lead Capacitors are available in various mounting configurations including through-hole radial leads for PCB mounting, snap-in terminals for high-power applications, and screw terminals for very high capacitance values. The mounting style should be selected based on the mechanical requirements, current handling, and serviceability needs of your application.

Review our mounting guidelines or contact our FAE team for recommendations on the best mounting style for your application.

Ripple current and ESR are critical parameters that affect capacitor heating and filtering performance. Higher ripple current causes increased self-heating due to I²R losses in the ESR. Lower ESR results in better filtering, lower ripple voltage, and reduced heating. When selecting Radial Lead Capacitors, ensure the ripple current rating exceeds your application requirements by at least 1.5x for reliable operation.

For help calculating ripple current requirements and ESR specifications, contact our FAE team.