|ALCPI||High current inductance||Application Guide|
|ALDRH||◆ Low DC resistance and for large current. ◆ Closed magnetic circuit crosstalk. ◆ Excellent solderability and heat resistance. ◆ Available for automatic mounting in tape and real package.||Application Guide|
|ALDRI||◆ Low profile very effective in space-applications.
◆ High energy storage and very low resistance.
◆ Packed in embossed carrier tape and can be used by automatic mounting machine.
|AMPI||1. Metallization on ferrite core results in excellent shock resistance and damage-free durability. 2. Closed magnetic circuit design reduces leakage flux and Electro Magnetic Interference (EMI). 3. Fe base metal material core provides large saturation c||Application Guide|
|NR||1. he inductor designed as surface mounting , smallest and thinnest with high power ， high saturation and low resistance 2.Magnetic-resin shielded structure reduces buzz noise to ultra-||Application Guide|
|CDRH-R||1. High current and inductance capacity. 2. Specially designed for surface mounting. equipment, good for high density application. 3. Low profile very effective in space-conscious applicatior 4. Low resistance and high-energy storage.||Application Guide|
|CDRH-D||1. Large permissible DC current and low DC resistance. 2. Compact and thin. 3. Low cost and packed in embossed carrier tape.||Application Guide|
|CDRH73-129||1. High current and inductance capacity. 2.Specially designed for surface mounting. equipment, good for high density application. 3.Low profile very effective in space-conscious applications. 4.Low resistance and high-energy storage.||Application Guide|
|CD||High saturation current Magnetic shielded SMT type, suitable for reflow solding.||Application Guide|
|ALDB||1. High current and inductance capacity. 2.Specially designed for surface mounting. equipment, good for high density application. 3.Low profile very effective in space-conscious applications. 4.Low resistance and high-energy storage.||Application Guide|
|MCP||◆ High saturation current realized by material properties and structure design. ◆ Low DC resistance to achieve high conversion efficiency and lower temperature rising. ◆ Magnetically shielded structure to accomplish high resolution in EMC protection.||Application Guide|
|AMDP||• Frequency up to 3 MHz • 125℃ maximum total temperature operation • Low core loss • Ultra low buzz noise due to molding construction||Application Guide|
Surface mount power inductors for a variety of applications from power supplies to power converters. Core types include ferrite and powdered iron, and topologies include: unshielded, shielded, powdered iron, ferrite-coated, and wirewound chip inductors.
SMD magnetic shielding shell is assembled by drum core and ring core. A shielded toroid will be used to cover the area around the coil, providing a closed magnetic circuit for these products to achieve low EMI levels. The advantage of shielded inductors is to block any external influence from external and internal magnetic forces. This shielded inductor offers constant DC superposition, cost-effectiveness, low core loss, excellent efficiency, wide inductance range, and low DCR due to good construction/large winding space.
Aillen offer shielded power inductors in a variety of industry standard packages from as small as 3.0mm to 12.0mm. The inductance range is from 1.0uh (1R0) to 1500uH (152), and the inductance value can be customized (customized characteristics of SMD shielded power inductors). We also use two drum cores, Ni-Zn and Mn-Zn. Both material powders have high relative permeability (μ), but the Mn-Zn core has higher current carrying capacity and lower RDC. In addition, for applications with higher mechanical stability or voltage requirements, a plastic base can also be used. We offer a wide range of power inductor series such as power inductors, high power inductors or other circuits