High Current Power Inductor Ferrite Skeleton For Resonante
Schaltnetzteile
1.Product Description
A Ferrite Skeleton Chip Inductor is a compact and highly integrated
electronic component. It consists of a ferrite core, which is made
of a magnetic ceramic material with excellent magnetic properties.
The ferrite core plays a crucial role in enhancing the inductance
value and confining the magnetic field, reducing magnetic flux
leakage. The "skeleton" part refers to the structure that supports
and holds the winding of the inductor. This design allows for
precise winding of the coil, which is often made of conductive
wire, around the ferrite core. Being a chip inductor, it is
designed to be surface - mounted directly onto printed circuit
boards (PCBs), enabling easy integration into modern, miniaturized
electronic devices. It is widely used in various electronic
circuits, such as power supply circuits, radio - frequency (RF)
circuits, and filtering circuits. In power supply circuits, it
helps in energy storage and filtering to ensure stable DC output.
In RF circuits, it is used for impedance matching and signal
filtering. In filtering circuits, it effectively blocks high -
frequency noise while allowing the desired low - frequency signals
to pass through, contributing to the overall performance and
reliability of the electronic device.
Mounting type | Surface mounting |
Inductance value | Customizable |
Size(Length X height) | 18MMX9MM |
Current | Customized |
Supplier type | Original manufacturer |
Featurers | High current, low magnetic flux |
Shield | Magnetic shieded structur |
Parameters | Customized |
OEM/ODM | Acceptable |
2.Features
1. Simple surface mount technology: Using surface mount technology
(SMT), ferrite skeleton chip inductors can be directly mounted on
the surface of printed circuit boards. This installation method is
simple to operate and easy to achieve automated production, greatly
improving production efficiency and reducing production costs. At
the same time, surface mount technology can improve the electrical
connection stability between inductors and circuit boards, reducing
circuit failures caused by poor connections.
2. Wide application fields: Due to its excellent performance and
compact structure, ferrite skeleton chip inductors are widely used
in various electronic devices. From consumer electronics products
such as mobile phones, computers, televisions, to industrial
control equipment, communication base stations, etc., their
presence is indispensable. In different application scenarios, it
plays important roles such as filtering, energy storage, and
impedance matching, and is one of the indispensable basic
components in modern electronic circuits.
3.Advantages
The Ferrite Skeleton Chip Inductor offers high - performance
magnetics enabling high inductance in small spaces, has a compact
structure for easy installation which suits miniaturized
electronics and efficient production, provides stable electrical
performance across wide frequencies and temperatures, and is cost -
effective in terms of both production and long - term use.
Advantage | Explanation |
High - performance Magnetics | Thanks to the high - permeability ferrite core, it can achieve a
high inductance value in a small space, like in a compact switch -
mode power supply, efficiently storing and releasing energy for
stable power output. |
Compact Structure and Easy Installation | Its compact chip - type package saves space, suitable for
miniaturized electronics such as smartphones, and the SMT
installation is simple and automated, ensuring high - efficiency
production and stable connections. |
Stable Electrical Performance | It maintains stable inductance and good electrical properties over
a wide frequency range, as seen in wireless chargers handling both
low - frequency power and high - frequency communication signals,
and also has strong temperature adaptability. |
Cost - effectiveness | With simple structure and automated production, it's cost -
efficient in mass production, and its long - term reliability
reduces maintenance and replacement costs, beneficial for both
consumer electronics and industrial equipment. |






