Kendeil Snap-In Capacitors: The Perfect Solution for PCB Mounting

Electrolytic capacitors with PCB leads, commonly known as snap-in capacitors, are a key component in modern power electronics. Kendeil offers a series of these products designed for quick, reliable, and efficient assembly on printed circuit boards (PCBs). These components are essential for systems requiring stable operation and long life, and their snap-in design significantly simplifies the manufacturing process.

High Compatibility and Ease of Assembly (Snap-In)

Kendeil snap-in capacitors feature a unique lead design that allows for easy and secure insertion into PCB holes. The snap-in mechanism not only speeds up the assembly process but also ensures component stability during wave soldering, which is critical in automated production lines. This makes these components exceptionally practical for high-volume production.

Key Applications in Industrial Electronics

The Kendeil series of PCB-terminated capacitors is designed for a wide range of professional applications. They are commonly used in:

• High-efficiency switched-mode power supplies (SMPS).
• DC/DC and AC/DC converters.
• Power factor correction (PFC) devices.
• LED lighting and UPS systems.

Their parameters are optimized for applications requiring high reliability and effective current ripple suppression.

Technical Parameters Guaranteeing Performance

When choosing Kendeil capacitors, engineers choose components with excellent electrical properties. These products offer an optimal balance of key parameters, such as:

• Low equivalent series resistance (ESR), which minimizes power losses and capacitor heating, contributing to increased system efficiency.
• High ripple current capacity, which is essential for stable operation in switching systems.
• Long life expectancy, even at high operating temperatures, which is an advantage in industrial and professional equipment.

Certified quality and safety

Like other Kendeil series, Snap-In capacitors are manufactured from high-quality materials that meet stringent safety standards. Their design and components guarantee stable parameters over the long term. This makes them a trusted choice for designers who prioritize durability and safety.