A New Era in Capacitors: Superior High-Frequency Resonant Solutions with High-Current Axial Design

We are proud to introduce an innovative invention patented technology:“A High-Current Axial High-Frequency Resonant Capacitors and Its Manufacturing Method.” This capacitor is designed to meet the demand of modern electronic devices for high efficiency and reliability, featuring the outstanding characteristics that set it apart from similar products in the market:

1. High Current Capacity:

Capable of handling high current loads, ideal for high-power electronic applications such as industrial equipment, electric vehicles, and communication devices, surpassing the load capacity of traditional capacitors.

2. High-Frequency Resonance:

The design utilizes a unique winding structure, with internal heat-conducting holes and a surface sprayed with a gold layer. This structure ensures excellent resonance performance at high frequencies, significantly enhancing energy transmission efficiency compared to standard capacitors.

3. Axial Design:

The axial design, complemented by a sealed potting material between the capacitor core and the shell, facilitates easy installation and integration, particularly in compact circuit board layouts. This design not only optimizes overall device performance but also improves voltage withstand strength and self-healing properties, reduces the number of parallel welding points, reduced the failure rate of capacitor welding , and enhances safety by preventing arching due to creepage.

4. Advanced Manufacturing Process:

Our manufacturing method guarantees product consistency and reliability, utilizing high-quality materials and precise production techniques to meet the strictest quality standards.

The launch of this patented technology marks another significant breakthrough in the field of capacitor design and manufacturing. We are committed to continuous innovation, providing our customers with superior electronic component solutions.

Advancing technology, achieving unlimited possibilities.

Patent Number: ZL 2022 1 0045547.8