Shenzhen Zhixiangyuan Electronics Co., Ltd.
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This CEP129 15uH flat wire surface mount power inductor, with its unique flat wire process, effectively reduces DC resistance, minimizes energy loss, and achieves higher conversion efficiency. The standard inductance value of 15uH provides stable guarantee for the smooth transmission and storage of current. With high current carrying capacity, it can operate stably even in high current working environments, avoiding overheating or performance degradation. The patch design is compact and small, saving PCB space and facilitating integration into various electronic devices. In terms of functional applications, it is widely used as a power module for servers and desktop computers, with stable current output to ensure stable system operation; In the on-board charging and battery management system of new energy vehicles, it can effectively filter out clutter and improve power quality; Meanwhile, in the power conversion module of communication base stations, its excellent performance can also assist in stable signal transmission and efficient operation of equipment.
Flat wire patch power inductors have the following significant characteristics: in terms of process, adopting a flat wire design significantly reduces DC resistance, effectively reduces energy loss, and improves electrical energy conversion efficiency; In terms of performance, it has high inductance value and excellent high current carrying capacity, which can operate stably in high current environments, avoid overheating and performance degradation, and ensure smooth current transmission and storage; In terms of design, the patch structure is compact and small, saving PCB space, making it easy to integrate in various electronic devices, and suitable for a variety of complex circuit layouts; Widely applicable, it can be used for stable current output of power modules, filtering clutter to improve power quality in vehicle systems, assisting signal transmission in communication base stations, etc., to meet the electricity needs of different fields.
| Advantages | Descriptions |
| Low DC Resistance | The flat wire design significantly reduces DC resistance, minimizing power losses and improving overall efficiency. |
| High Current Capability | Capable of handling high currents without overheating or performance degradation, ensuring stable current transmission. |
| Compact Size | The patch - type structure is small and thin, saving valuable PCB space and facilitating easy integration into various electronic devices. |
| High Inductance Stability | Maintains stable inductance values even under varying operating conditions, providing reliable performance for circuits. |
| Low Magnetic Flux Leakage | Effectively reduces magnetic flux leakage, minimizing interference with surrounding components and enhancing system reliability. |
| Excellent Heat Dissipation | Good heat dissipation characteristics prevent excessive temperature rise, prolonging the lifespan of the inductor and improving system stability. |
| Wide Operating Temperature Range | Can operate stably within a broad temperature range, making it suitable for various harsh environmental applications. |
| High - frequency Performance | Performs well at high frequencies, maintaining low impedance and ensuring efficient energy storage and transfer in high - speed circuits. |
